Open Access System for Information Sharing

Browse by Researchers

PARK, JOON WON (박준원)

Dept of Chemistry(화학과)

Field(s)

Show more items...

H-INDEX

Chart.

Keyword

SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NUCLEICACIDS:1||SELECTIVE CHEMICAL TRANSFORMATION:1||MORPHOLOGY:1||soft Xray:1||BIOTIN:1||deprotection:1||SINGLE:1||FIELD OPTICAL MICROSCOPY:1||NANOSCALE:1||Dendroncoated surface:1||ECADHERIN:1||EXTENSION:1||LUMINESCENCE:1||Singlemolecule biochemistry:1||VISUALIZATION:1||BACTERIA:1||AMORPHOUS POLYMERS:1||Lewis acidity:1||ENERGYELECTRON BEAM:1||TRANSFER RADICAL POLYMERIZATION:1||STAR POLYMERS:1||BRUSHES:1||CHEMICAL NANOLITHOGRAPHY:1||SENSITIVE DENDRIMER SURFACES:1||STARBURST DENDRIMERS:1||CONFINED MONOLAYERS:1||SILICON:1||GOLD ELECTRODES:1||molecular film:1||INTERCALATION:1||DIAMIDE COMPLEXES:1||TITANIUM:1||CONSECUTIVE ADSORPTION:1||NANOPARTICLES:1||pattern:1||ANTIGEN:1||BIOMIMICRY:1||LIGHT:1||LABELFREE DETECTION:1||Force spectroscopy:1||STRUCTURAL PLASTICITY:1||DYNAMICS:1||TRANSCRIPTION:1||OLEFIN POLYMERIZATION CATALYSTS:1||Ringopening:1||SUPERPARAMAGNETIC NANOPARTICLES:1||PATTERNED SURFACES:1||TRIBLOCK COPOLYMER:1||INDUCED DAMAGE:1||TRIBLOCK COPOLYMERS:1||FINESTRUCTURE:1||silica substrate:1||POLY(AMIDOAMINE) DENDRIMERS:1||COLLOID MONOLAYERS:1||LINEAR DICHROISM:1||MOLECULARSTRUCTURE:1||NMR:1||kinetics:1||SPFS:1||PHASE:1||MONOLAYERS:1||AFM image:1||AZIDEALKYNE CYCLOADDITIONS:1||CASCADE POLYMERS:1||CARBON NANOTUBES:1||Lateral spacing:1||monodispersed selfassembled monolayer:1||dioxyribonucleic acid analysis:1||ELECTRODES:1||SACCHAROMYCESCEREVISIAE:1||RECOGNITION:1||MECHANISM:1||2ND HARMONICGENERATION:1||XPS:1||B(C6F5)(3):1||olefin polymerization:1||Furazan:1||singlemolecule functionalized AFM probe:1||multifunctional probe:1||SUPERLATTICES:1||POLYSTYRENE:1||GASPHASE:1||ALKYLTRICHLOROSILANES:1||GLASSYCARBON:1||DNA chip:1||ALKYL COMPLEXES:1||BDNA:1||HELICAL DNA:1||CHEMISTRY:1||PEROXIDE:1||MOLECULARINTERACTIONS:1||BONDS:1||selfassembly:1||Xray photoelectron spectra (XPS):1||COVALENT BINDING:1||epoxy:1||divergent:1||SCATTERING:1||POLYMERASE:1||spacer:1||TRANSGOLGI NETWORK:1||ESCHERICHIACOLI RIBOSOME:1||EXIT TUNNEL:1||Atomic force microscope:1||ENDOPLASMICRETICULUM:1||TRANSMEMBRANE DOMAIN:1||CAPTURE:1||ARABIDOPSISTHALIANA:1||POLYIMIDE SYSTEMS:1||methylalumoxane (MAO):1||STRATEGY:1||magnetic force microscopy:1||FUNCTIONALGROUPS:1||ATRP:1||INITIATOR:1||PATTERN TRANSFER:1||ALKANETHIOLATE MONOLAYERS:1||OPTICAL LITHOGRAPHY:1||CHEMICAL SENSOR ARRAYS:1||ETHYLENE POLYMERIZATION CATALYSTS:1||CD:1||SILICA:1||SILANES:1||NONLINEAROPTICALMATERIALS:1||HYDROLYSIS:1||SINGLE DNA:1||SIGNAL AMPLIFICATION:1||SEQUENCES:1||fluorescence image:1||ANTIBODIES:1||SI(001)2X1 SURFACE:1||ELECTRON:1||Dendrons:1||CONVERGENT APPROACH:1||BIOLOGY:1||CRYSTALSTRUCTURE:1||ENDOSYMBIOTIC ORGANELLES:1||CROSSLINKING:1||ZIRCONOCENE:1||FUROXANS:1||IRRADIATION:1||singlemolecule picking:1||QUANTUM DOTS:1||COMBINATION:1||RAYABSORPTIONSPECTROSCOPY:1||PHASE PROBE MOLECULES:1||DOUBLESTRANDEDDNA:1||aziridines:1||polymer brush:1||NITROGEN:1||ZIRCONIUM COMPLEXES:1||CATIONIC BIPOLAR AMPHIPHILES:1||BUILDUP:1||OLIGONUCLEOTIDES:1||CARCINOMA CELLLINES:1||AFM:1||SINGLEMOLECULE FLUORESCENCE:1||FIDELITY:1||FOURIERTRANSFORM:1||GROWTH:1||SIGNALRECOGNITION PARTICLE:1||DOPANT ORIENTATION DYNAMICS:1||ELECTROOPTIC RESPONSE:1||Al(C6F5)(3):1||METHYLALUMINOXANE:1||ALUMOXANES:1||SYSTEMS:1||NOBLEMETAL SURFACES:1||POLYMERIZATION:1||GROUP4 METALCOMPLEXES:1||LIGANDDNA SYSTEMS:1||COUPLING AGENTS:1||MICROSCOPY:1||LIFETIME:1||PHOTONIC CRYSTALS:1||XRAYIRRADIATION:1||IMMUNOASSAYS:1||GOLD NANOPARTICLES:1||electrochemical impedance spectroscopy:1||NANOCRYSTALS:1||PROTEINSYNTHESIS:1||MICRORNA:1||2NDHARMONIC GENERATION:1||THERMALSTABILITY:1||ALUMINUM:1||IRON:1||ASSEMBLIES:1||OPENING METATHESIS POLYMERIZATION:1||BEAMLINE:1||BROMIDE:1||COVALENT IMMOBILIZATION:1||AMINE ELIMINATION:1||LANTHANIDE:1||RAY PHOTOELECTRONSPECTROSCOPY:1||DNA hybridization:1||solgel:1||streptavidinfluorophore conjugate:1||near edge Xray absorption fine structure (NEXAFS) spectroscopy:1||benzaldimine monolayer:1||LINKEDIMMUNOSORBENTASSAY:1||SOLIDPHASE:1||ELISA:1||SOLIDSURFACES:1||DENDRITIC MACROMOLECULES:1||TRYPTOPHAN FLUORESCENCE:1||ARCHITECTURE:1||DENDRON:1||MESENCHYMAL TRANSITION:1||Onchip DNA polymerization:1||selfassembled monolayer of dendrimer molecules:1||BIOSENSOR:1||TRIGGER FACTOR:1||Singlemolecule detection:1||Superresolution imaging:1||SYNAPTIC PLASTICITY:1||SELFASSEMBLED MONOLAYERS:18||THINLAYERS:15||AMINE GROUP:11||HYBRIDIZATION:10||SURFACEDENSITY:9||SPECTROSCOPY:8||MICROARRAYS:8||RNA:8||DAMAGE:7||SURFACE:7||DNA:7||COMPLEXES:6||dendron:6||DNA MICROARRAYS:5||LOCALIZATION:5||hyperbranched polymer:5||LITHOGRAPHY:5||ADSORPTION:5||EVENTS:5||BINDING:5||PHOTOELECTRONSPECTROSCOPY:5||DENDRIMERS:5||EXPRESSION:5||DNA microarray:5||THINFILMS:4||TEMPLATES:4||DODECYL SULFATE COMPLEXES:4||aziridine:4||ATOMICFORCE MICROSCOPY:4||CLEAVAGE:4||AFFINITYCHROMATOGRAPHY:4||poly(ethyleneimine):4||METALIONS:4||GOLD:4||EFFICIENCY:4||MOLECULARWEIGHT:4||PURIFICATION:4||REACTIVITY:4||MOLECULES:4||RECEPTORS:4||NANOLITHOGRAPHY:3||RAMANSPECTROSCOPY:3||CANCER:3||FILMS:3||FUTURE:3||DENSITY:3||PROTEINS:3||OLIGONUCLEOTIDE:3||LIGAND:3||ELECTRONS:3||FABRICATION:3||MODEL:3||surfaceinitiated polymerization:3||FORCE MICROSCOPY:3||GENEEXPRESSION:3||atomic force microscopy:3||LIGANDS:3||DERIVATIVES:3||MACROCYCLIC COMPLEXES:3||luminescence spectra:2||LIVING POLYMERIZATION:2||CO(III) COMPLEX:2||RESONANCE:2||OLIGONUCLEOTIDE PROBE ARRAY:2||CLINICAL IMPLICATIONS:2||spacecontrolled surface:2||TSC2 GAP ACTIVITY:2||circular dichroism:2||MELTING TEMPERATURES:2||DIESTER CLEAVAGE:2||ZINC ENZYMES:2||CATALYSTS:2||PHOSPHODIESTERS:2||NUCLEASES:2||PROBE ARRAY:2||RHEB:2||AMYLOIDBETA:2||glutathione:2||ETHYLENE POLYMERIZATION:2||DIPPEN NANOLITHOGRAPHY:2||PROBES:2||bovine serum albumin (BSA):2||STRANSFERASE:2||BEADS:2||ELECTRONTRANSFER:2||INTERFACE:2||ULTRATHIN MULTILAYER FILMS:2||PROMOTED HYDROLYSIS:2||GTPASE:2||CELLS:2||lzheimer&apos:2||Synaptic plasticity:2||EUROPIUM PERCHLORATE:2||POLYMERS:2||SEMICONDUCTOR NANOCRYSTALS:2||unbinding force measurement:2||DNA ligation:2||ENZYMATIC NANOLITHOGRAPHY:2||glutathione (GSH):2||controlled pore glass (CPG):2||indiumtin oxide (ITO):2||NUCLEOTIDES:2||ALPHAOLEFINS:2||PROTEIN IMMOBILIZATION:2||mesospacing:2||GLYCERALDEHYDE3PHOSPHATE DEHYDROGENASE:2||nanotubes:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||INVIVO:2||s disease:2||A beta:2||PrPC:2||CEREBROSPINALFLUID:2||MEMORY:2||RECEPTOR:2||FTIR:2||CONTROLLED GROWTH:2||singlemolecule manipulation:2||DISCRIMINATION:2||lanthanide ion:2||oligodeoxynucleic acid:2||PROBE:2||ORGANIC MONOLAYERS:2||surface polymerization:2||WATER:2||ORIENTATION:2||CHARGE INJECTION:2||GRAFTCOPOLYMERS:2||ELECTRONBEAM LITHOGRAPHY:2||europium hydrolytic catalyst:2||glutathioneStransferase:2||RAREEARTH:2||SOLID SUBSTRATE:2||Aziridine:2||p53 gene:2||Melting temperature:2||glutathioneStransferase (GST):2||BOVINE SERUMALBUMIN:2||GENERATION:2||CD SPECTRA:2||PENDANT:2||DISPERSION:2||SEQUENCEANALYSIS:2||TUMORSUPPRESSOR GENE:2||LUNGCANCER:2||microarrays:2||protein chips:2||Exosomes:2||ALZHEIMERSDISEASE BRAIN:2||SECRETED OLIGOMERS:2||GANGLIOSIDE GM1:2||RELEASE:2||ESCHERICHIACOLI:2||SPACER ARMS:2||RESIST:2||NITRICOXIDE:2||dendronmodified surface:2||LIGASE:2||linker:2||ATTACHMENT:2||CHARGED SURFACES:2||mononucleotide:2||luminescence resonance energy transfer:2||CARBOXYESTER HYDROLYSIS:2||MUTATIONS:2||TP53:2||KINASE:2||TECHNOLOGY:2||GENOMICS:2||SPECTROSCOPY MEASUREMENTS:2||controlled pore glass:2||METALLIC ION SOLVATION:2||Point mutation:2||PROTEINA:2||LIGHTEMITTINGDIODES:2||BLOCKCOPOLYMERS:2||SENSORS:2||DISSOCIATION:2||phosphate esters:2||RAPID CLEAVAGE:2||SOLUBILIZATION:2||BIOSENSORS:2||TITIN:2||SURFACES:2||MTOR:2||OLIGONUCLEOTIDE ARRAYS:2||FUNCTIONALIZATION:2||CELLULAR PRION PROTEIN:2||FIBRIL FORMATION:2||NITRATE:2||FRAGMENTATION:2||PROTEIN:2||SELECTIVE CLEAVAGE:2||ACETYLENE:2||LEVEL:1||POLY(METHYL METHACRYLATE) FILMS:1||EPOXYRESINS:1||Furoxanethiol:1||Alkyne:1||DELIVERY:1||BEHAVIOR:1||FINESTRUCTURE SPECTROSCOPY:1||DIBLOCK COPOLYMERS:1||RESOLUTION:1||DSDNA MICROARRAYS:1||stepwise DNA synthesis:1||ALKYL DERIVATIVES:1||MOLECULARSTRUCTURES:1||IONS:1||PERCHLORATE:1||PROTEIN ADSORPTION:1||detection limit:1||NU