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JEON, SANGMIN (전상민)
Dept. of Chemical Engineering(화학공학과)
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WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICROBALANCE:1||ADSORPTION/DESORPTION:1||MASS:1||VOLTAMMETRY:1||photocatalyst:1||MICROCANTILEVER:1||REDUCTION:1||Dform:1||TUMORGROWTH:1||BEVACIZUMAB:1||Glass transition:1||formaldehyde:1||multiplepoint:1||QUARTZCRYSTALMICROBALANCE:1||DOPED TIO2:1||Thrombinantithrombin:1||MICELLE FORMATION:1||2 DIMENSIONS:1||DEPENDENCE:1||MEMBRANES:1||PARTICLE:1||FLOW:1||APTAMER:1||HIGH ADHESIVE FORCE:1||SESSILE:1||WATER:11||FABRICATION:7||ARRAYS:7||STRESS:6||SENSORS:6||DEGRADATION:5||SENSOR:5||GROWTH:5||CANTILEVERS:5||THINFILMS:4||AMPLIFICATION:4||IMMUNOASSAY:4||BACTERIA:4||FILMS:4||GAS:4||PRESSURE:4||SPECTROSCOPY:4||CANTILEVER:4||Quartz crystal microbalance:4||CO2:4||SEPARATION:4||PCR:4||QUARTZCRYSTAL MICROBALANCE:4||POLYMERS:4||NANOCRYSTALS:4||IMMUNOSENSOR:4||MOLECULES:4||METHYLENEBLUE:4||TEMPERATURE:4||BEHAVIOR:4||GAS SENSOR:3||SURFACE STRESS:3||SENSITIZED SOLARCELLS:3||PERFORMANCE:3||EXPLOSIVES:3||ESCHERICHIACOLI O157H7:3||MICROCANTILEVERS:3||NANOPARTICLES:3||PHOTOCATALYTIC ACTIVITY:3||GROWTHFACTOR:3||DIFFUSION:3||GLASSTRANSITION TEMPERATURE:3||COATINGS:3||POLYMER:3||SENSITIVITY:3||POLYSTYRENE:3||SYSTEM:3||ARRAY:3||TUNING FORK:3||AIR:3||ENTHALPY RELAXATION:3||HYDROPHOBIC SURFACES:3||GOLD:3||KINETICS:3||Streptococcus mutans:2||ZNO:2||ROUTE:2||RESOLUTION CESSCP:2||FOOD SAMPLES:2||MICELLIZATION:2||ACID:2||ADSORBENTS:2||INTERFACE:2||sterilization:2||Microwaveexcited plasma:2||BIOMEDICAL APPLICATIONS:2||TRANSLATION INITIATION:2||PARTICLES:2||ZnO nanorod:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||SURFACE:2||TIO2:2||METALOXIDES:2||IRRADIATION:2||ILLNESS:2||Antibodyconjugated magnetic nanoparticles:2||Stufferfree multiplex ligationdependent probe amplification:2||DYE:2||VEGF:2||BUBBLES:2||nonthermal discharges:2||portable microplasma:2||STREPTOCOCCUSMUTANS:2||FOURIERTRANSFORM:2||CORE ANTIGEN:2||DEPOSITION:2||DNA:2||TG:2||ANODIC ALUMINUMOXIDE:2||IMMUNOMAGNETIC SEPARATION:2||MECHANICALPROPERTIES:2||DISCHARGES:2||PHASEEQUILIBRIUM:2||METHANE HYDRATE:2||MEMORY:2||MEDIA:2||NACL:2||NANOGOLD PROBE:2||ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY:2||RNA APTAMERS:2||GOLD NANOPARTICLES:2||ASSAY:2||MOLECULARWEIGHT:2||MICROFLUIDICS:2||Capillary electrophoresissinglestrand conformation polymorphism:2||IMPEDANCE BIOSENSOR:2||ALLOYS:2||SBA15:2||TRANSPORT:2||TRANSITION:2||DNA hybridization:2||SENSING CHARACTERISTICS:2||QCMSENSOR:2||TIO2 DISPERSIONS:2||MOLECULARSIEVES:2||POLLUTANTS:2||Personal glucose meter:2||Pathogen detection:2||VAPOR DETECTION:2||CURVATURE:2||ATMOSPHERICPRESSURE PLASMA:2||CYCLOPENTANE:2||MAGNESIUM:2||INHIBITION:2||deflection:2||HEPATOCELLULARCARCINOMA:2||HETEROGENEITIES:2||Aptamer:2||DECOMPOSITION:2||OXIDATION:2||GLASSTRANSITION:2||MELTING BEHAVIOR:2||PLUS:2||HYDROCHLORICACID:2||STAINING ENHANCEMENT:2||GOLD ELECTRODES:2||CDS QUANTUM DOTS:2||MICROSPHERES:2||FOCALADHESION KINASE:2||DEFLECTION:2||DYNAMICS:2||ELECTROLYTES:2||SOLGEL PROCESS:2||MESOPOROUS SILICA FILMS:2||CARBON NANOTUBES:2||LITHOGRAPHY:2||SURFACES:2||MONOLAYERS:2||AZODYES:2||Salmonella:2||Magnetic nanoparticle clusters:2||UNITEDSTATES:2||MULTIPLE PATHOGENS:2||LABELFREE:2||SWING ADSORPTION:2||FORCE MICROSCOPE:2||METALORGANIC FRAMEWORK:2||SENSITIVE DETECTION:2||CHEMICALDETECTION:2||RESONATORS:2||COMPOSITES:2||OXYGEN:2||OH:2||HE/O2:2||CLATHRATE:2||CARBONDIOXIDE:2||STAINLESSSTEEL:2||SCATTERING:2||CARBONDIOXIDE CAPTURE:2||SORBENT:2||SORPTION:2||DIFFERENTIAL SCANNING CALORIMETRY:2||VOLUME:2||PROTEIN:2||MICROCANTILEVER SENSORS:2||cantilever:2||selfassembly:2||Thiol sensors:1||CH3SH:1||SILICONNITRIDE:1||SI3N4:1||GENERATION:1||STABILITY:1||CRYSTALS:1||OXIDE) TRIBLOCK COPOLYMERS:1||suspended microchannel resonator:1||ZnO nanorods:1||Methylene blue:1||ORGANIC VAPOR MIXTURES:1||LIMITS:1||immunoassay:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||POLY(METHYL METHACRYLATE):1||POLYIMIDE:1||INTESTINAL PERMEABILITY:1||Physical aging:1||silica solgel:1||ANTIBODY:1||piezoresistive cantilever:1||ATTRACTION:1||LIGHTSCATTERING:1||ANISOTROPY:1||GELATION:1||LENGTH:1||RANGE:1||BLOOD:1||PHOTOCATALYST:1||MICRODROPS:1||ADHESIVE:1||DRAG:1||REPELLENT:1||explosives:1||photoacoustic spectroscopy:1||QUANTUMCASCADE LASER:1||DENSITY:1||MULTITRANSDUCER ARRAYS:1||MAGNETITE:1||Antiflt1 peptide:1||aptamer:1||mercaptophenol:1||LONGRANGE:1||RELEASE:1||READOUT:1||POLYELECTROLYTES:1||MOLECULARDYNAMICS:1||FLUID:1||IMPACT:1||DIMETHYL METHYLPHOSPHONATE:1||DEVICES:1||ELECTRODES:1||CONDENSED WATER:1||Microcantilever Nanomechanical IR spectroscopy:1||POROUS SILICON:1||SINGLE CELLS:1||Photodecomposition:1||CONSTANT CURRENT:1||TIME:1||VERIFICATION:1||MECHANISM:1||BIOSENSORS:1||RHEUMATOIDARTHRITIS:1||POLYETHYLENEGLYCOL:1||ORAL DELIVERY:1||quartz crystal microbalance:1||RECOGNITION:1||fluorescence lifetime:1||FLUORESCENCE ANISOTROPY:1||TRIBLOCK COPOLYMER:1||dielectric spectroscopy:1||MOTION:1||SEPARATIONS:1||MAGNETIC NANOPARTICLES:1||SOLIDSURFACE:1||PHASE:1||ACOUSTICWAVE SENSOR:1||VAPOR:1||Electrode less quartz crystal microbalance:1||FAST ELECTRODEREACTIONS:1||magnetic nanoparticles:1||INTERLEUKIN6:1||Cantilever:1||DNA immobilization and hybridization:1||CAVITIES:1||ELECTROSTATIC INTERACTIONS:1||MONOMER:1||AQUEOUSSOLUTION:1||CIRCULATING TUMORCELLS:1||RAPID DETECTION:1||Natural gas fuel cells:1||ALUMINA:1||WETTABILITY:1||Hydrocarbon detection:1||Nanoporous silicon:1||TROPONINI:1||PHOTOTHERMAL SPECTROSCOPY:1||ALPHAFETOPROTEIN:1||SILICON CANTILEVERS:1||MICROARRAYS:1||MiniPEG:1||RNA:1||FORCES:1||Nanobubbles:1||COMPLEXES:1||fluorescence depolarization:1||RELAXATION:1||SIZE:1||DEPOLARIZATION METHOD:1||ADSORPTION:1||FORCE MICROSCOPY:1||SITES:1||FRACTIONATION:1||CONTACTANGLE HYSTERESIS:1||CONDUCTING POLYMERS:1||Selfcleaning:1||TGA:1||MICROFABRICATED TUNING FORK:1||CRYSTAL MICROBALANCE:1||FLEXIBILITY:1||resonator:1||Liquidrotator transition:1||AQUEOUSSOLUTIONS:1||Photodegradation:1||CELLS:1||microresonators:1||CROSSLINKING:1||PHOTORESIST:1||COPOLYMERS:1||Angiogenesis:1||COLLAGENINDUCED ARTHRITIS:1||APTAMER AFFINITYCHROMATOGRAPHY:1||ENZYMATICACTIVITY:1||AU(111):1||RANGE ATTRACTION:1||HYBRIDIZATION:1||ion conducting polymer:1||LICLO4:1||TERPHENYL:1||MEAT:1||MASSSPECTROMETRY:1||MATRICES:1||GAS SENSORS:1||ICEADHESION:1||ZEOLITIC IMIDAZOLATE FRAMEWORKS:1||Naphtha:1||anodic aluminum oxide:1||sensing:1||unimermicelle transition:1||UVvis absorbance:1||SELFASSEMBLED MONOLAYER:1||IMMUNOASSAYS:1||Chronic arthritis:1||ANGIOGENESIS:1||SUPPORT:1||AMBIENT:1||squarewave:1||ENCAPSULATION:1||ATOMICFORCE MICROSCOPE:1||nanoparticle:1||POLYISOPRENE:1||CISPOLYISOPRENE:1||FILM:1||MICROCHANNELS:1||NANOTUBES:1||MICR
