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HAHN, JONG HOON (한종훈)
Dept of Chemistry(화학과)
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SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer:1||CHANNEL RECORDINGS:1||ESCHERICHIACOLI O157H7:1||BILAYER FORMATION:1||RELEASE:1||RELEASE DEVICES:1||BLENDS:1||OXIDE:1||MICELLAR ELECTROKINETIC CHROMATOGRAPHY:1||CIRCULARDICHROISM:1||SILICONERUBBER:1||CELLLINES:1||LYMPHOTOXIN:1||postcolumn:1||absorbance detection:1||RANGE ELECTRONTRANSFER:1||GRAPHENE QUANTUM DOTS:1||UVDETECTION:1||PERFORMANCE:1||AERUGINOSA:1||ALKANETHIOLS:1||MICROCYSTISAERUGINOSA:1||MICROFLUIDIC DEVICE:1||PHOSPHOLIPIDVESICLES:1||SHEETS:1||poly(dimethylsiloxane) microchip:1||SEPARATION MEDIA:1||Electrochemical detection:1||CHEMICALANALYSIS:1||DNA AMPLIFICATION:1||TIME:1||ENOL LACTONES:1||SURFACTANTS:1||TOTAL ANALYSIS SYSTEMS:1||IMPRINTING METHOD:1||ENZYME:1||PHASE:1||POTENTIOMETRIC DETECTION:1||ELECTROPHORESIS/ELECTROCHEMISTRY:1||GREEN SYNTHESIS:1||SEPARATIONS:1||Gold nanopaticles:1||LABELS:1||POROUS MEMBRANES:1||RECONSTITUTION:1||Miniaturized polymerase chain reaction device:1||Solid surface:1||polypyrrole:1||electrode:1||COMPOSITES:1||PAMAM generation:1||Inchannel detection:1||MICROELECTRODE ARRAYS:1||MUTATIONAL ANALYSIS:1||REFINEMENT:1||diastereomerization:1||DERIVATIZATION:1||picoliter handling:1||capillary solidphase microextraction:1||STRUCTURAL CHARACTERIZATION:1||BINDING PROTEIN:1||SITE:1||discrimination efficiency:1||FILM DECOUPLER:1||MULTIREFLECTION CELL:1||WAVEGUIDES:1||microcystin:1||monoclonal antibodies:1||SPECTROSCOPY:1||Continuousflow polymerase chain reaction:1||agarose:1||SYSTEM:1||neutral compounds:1||preconcentration:1||FARADAIC ELECTROCHEMISTRY:1||PROBES:1||review:1||MICROFLUIDIC CHANNELS:1||ELECTROPHORESIS:1||SUBSTRATE:1||rollertype squeezing pump:1||ANALYSIS SYSTEM:1||high performance liquid chromatography:1||polycyclic aromatic hydrocarbons:1||sample preparation:1||INTEGRATED CAPILLARY ELECTROPHORESIS:1||DNA hybridization effect:1||ELECTRONTRANSFER:1||SURFACESTRUCTURE:1||FLUORESCENT SENSING PLATFORM:1||NANOMATERIALS:1||SINGLEMOLECULE:1||Thiol mixed monolayers:1||SELECTIVE DESORPTION:1||ACID:1||Trace analysis:1||Microcystins:1||Monoclonal antibodies:1||CONDUCTANCE:1||GENE DELIVERY:1||BINARY MIXED MONOLAYER:1||AU NANOPARTICLES:1||SURFACE:1||Electrochemical detection (ECD):1||Aminophenol:1||POROUS POLYMER:1||NANOELECTRODE ARRAYS:1||ULTRAMICROELECTRODES:1||CHAMBERS:1||ALPHACHYMOTRYPSIN:1||TNF RECEPTOR:1||amino acids:1||chiral analysis:1||ENANTIOMERIC SEPARATION:1||BIOGENICAMINES:1||CYCLODEXTRINS:1||biogenic amines:1||ABSORBENCY DETECTION:1||PROTEOLYSIS:1||FLUORESCENCE:1||cationic intercalators:1||POSTCOLUMN FLOW CELL:1||immunochromatography:1||Surfaceenhanced Raman scattering (SERS):1||ENHANCED RAMANSCATTERING:1||CELLS:1||EXTRACTION:1||Microfluidic device:1||conductive hydrogel:1||selfhealing:1||INVITRO:1||POLYMERIZATION:1||POLYANILINE:1||Graphene:1||Gold nano particle:1||DISCRIMINATION:1||capillary electrochromatography:1||MICROCYLINDER:1||MODIFIED ELECTRODE:1||GENEEXPRESSION:1||microchannels:1||POTENT:1||HOSTGUEST COMPLEXATION:1||1.9A RESOLUTION:1||BINDING:1||POLY(DIMETHYLSILOXANE) MICROCHIPS:1||REAGENTS:1||microfluidic system:1||GLASS CHIPS:1||capillary electrophoresis:1||ABSORPTION DETECTION:1||ternary mixed monolayers:1||ZONE ELECTROPHORESIS:1||REDOX REACTIONS:1||ELECTROCHEMICAL DETECTION:1||microchip:1||sensitive analysis:1||CYANOBACTERIA:1||ASSAY:1||Raman reporter:1||Immunoassay:1||IMMUNOSENSOR:1||MICROSCOPY:1||GOLD NANOPARTICLES:1||VIRIDIS:1||MECHANICALPROPERTIES:1||Realtime polymerase chain reaction:1||Spherical structure:1||MEMBRANES:1||TRANSITION:1||Environmental monitoring:1||POLY(DIMETHYLSILOXANE) MICROCHIP:1||RIGID POLYMER MONOLITHS:1||OPENCHANNEL ELECTROCHROMATOGRAPHY:1||ELECTROPHORESIS DEVICES:1||Capillary electrophoresis:1||VOLTAMMETRY:1||SURFACEPLASMON RESONANCE:1||PLASMA TREATMENT:1||DERIVATIVES:1||CAPILLARYZONEELECTROPHORESIS:1||MICROPUMP:1||micellar electrokinetic chromatography poly(dimethylsiloxane) microchip:1||POSTCOLUMN REACTOR:1||ZONEELECTROPHORESIS:1||MOLECULES:1||GELELECTROPHORESIS:1||diluent effects:1||FLOW:1||ANTIBACTERIAL:1||AMPLIFICATION:1||Prostatespecific antigen (PSA):1||RESONANCE:1||COVERAGE:1||ELISA:1||DEPENDENCE:1||SELFASSEMBLED MONOLAYERS:6||NANOPARTICLES:4||POLY(DIMETHYLSILOXANE):4||SEPARATION:4||MICROFLUIDIC SYSTEMS:3||CAPILLARYELECTROPHORESIS:3||RESOLUTION:3||IMPEDANCE SPECTROSCOPY:3||STABILITY:3||CHIP:3||DNA hybridization:3||FABRICATION:3||Electrochemical:3||OLIGONUCLEOTIDES:3||SYSTEMS:3||MICROCHANNELS:3||SURFACE MODIFICATION:3||LASERINDUCED FLUORESCENCE:2||phase transitions:2||2NDHARMONIC GENERATION:2||PHASESEPARATION:2||SELECTIVE REPLACEMENT:2||ION:2||CTERMINUS:2||Xrays:2||Label free:2||Microchip:2||MICROBAND ARRAY ELECTRODES:2||CAPILLARY GEL ELECTROPHORESIS:2||ferroelectrics:2||K1XLIXTAO3:2||IMMUNOASSAY:2||HIGHRESOLUTION:2||SPERMWHALE APOMYOGLOBIN:2||CHIPS:2||precolumn reaction:2||PHASETRANSITION POINTS:2||MEDIATED CHARGETRANSPORT:2||GOLD ELECTRODES:2||MOLECULARDYNAMICS:2||surface chemistry:2||RECOVERY:2||ELECTRODES:2||CATIONIC INTERCALATORS:2||BIOSENSORS:2||miniaturization:2||DEVICES:2||label free:2||HEPATOTOXINS:2||LITHOGRAPHY:2||NM:2||FLUORESCENCE DETECTION:2||DNA SEQUENCING:2||CAPILLARYSCANNING:2||RESTRICTION FRAGMENTS:2||SENSITIVITY:2||FIELD:2||3MERCAPTOPROPIONIC ACID:2||CYCLIC VOLTAMMETRY:2||HELIX:2||PROTEIN:2||deposition:2||CHEMISTRY:2||Dualchannel:2||POLYELECTROLYTE MULTILAYERS:2||PERFORMANCE LIQUIDCHROMATOGRAPHY:2||ARRAY:2||poly(dimethylsiloxane):2||MONOCLONALANTIBODIES:2||AGAROSE GELS:2||FOLDING PATHWAY:2||INTERMEDIATE:2||SITES:2||ablation:2||polymers:2||QUARTZCRYSTAL MICROBALANCE:2||GOLD:2||MICROCHIP:2||IDENTIFICATION:2||DEVICE:2||electrochemical:2||IRRADIATION:2||ELECTROOSMOTIC FLOW:2||nonlinear optics:2||BINDING PROPERTIES:2||POLYDIMETHYLSILOXANE:2||TEMPERATURE:2||COLUMN ELECTROCHEMICAL DETECTION:2||METHYLENEBLUE:2||Liposome:1||DNA sensing:1||BIOCOMPATIBILITY:1||Capillary electrophoresis (CE):1||PAMINOPHENOL:1||POLLUTANTS:1||SOLIDPHASE EXTRACTION:1||INSITU POLYMERIZATION:1||BAND ELECTRODES:1||DIMENSIONS:1||EXPRESSION ANALYSIS:1||surface modification:1||IONIC POLYMER LAYERS:1||NEUTRON REFLECTOMETRY:1||PCR AMPLIFICATION:1||INHIBITORS:1||plastic microchip:1||extended path length:1||binary:1||SOFT LITHOGRAPHY:1||CANCER:1||prostatespecific antigen:1||fluorescence:1||Ternary layer
