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SHIN, SEUNG KOO (신승구)

Dept of Chemistry(화학과)

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MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||MASSSPECTROMETRY:6||QUANTUM DOTS:6||KINETICS:4||RECEPTORS:4||DNA:4||GASPHASE:4||COMPLEXES:4||TOLUENE:4||LUMINESCENCE:3||BENZYL:3||MASSSPECTRA:3||SPECTROSCOPY:3||SPECTROMETRY:3||COLLISIONINDUCED DISSOCIATION:3||AMINOACID DERIVATIVES:2||TROPYLIUM:2||BETACYCLODEXTRIN:2||DONOR BASES:2||RAREEARTH:2||IRON ATOMS:2||MULTIPHOTON DISSOCIATION:2||ZINCBLENDE SEMICONDUCTORS:2||EXCHANGE:2||timeresolved photodissociation:2||COLLISIONAL ACTIVATION:2||electronic structure:2||MOLECULARDYNAMICS:2||METALLIC ION SOLVATION:2||LIGHTEMITTINGDIODES:2||WURTZITESTRUCTURE:2||MOTION:2||CHEMISTRY:2||PODAND IONOPHORE:2||ORGANIC AMMONIUMSALTS:2||GEOMETRY:2||BINDINGENERGIES:2||NITRATE:2||FE(CO)5:2||ZnSe:2||PARTICLE ENERGY CALCULATIONS:2||ABINITIO CALCULATIONS:2||PROTEIN:2||CRYSTALSTRUCTURE:2||CdSe:2||ZnS:2||BRILLOUINZONE INTEGRATIONS:2||SEMICONDUCTOR NANOCRYSTALS:2||MODEL SYSTEM:2||COMPLEXATION:2||GOLD:2||EUROPIUM PERCHLORATE:2||CELLS:2||IIVI SEMICONDUCTORS:2||HYBRIDIZATION:2||MOLECULAR ION:2||HOSTGUEST COMPLEXATION:2||BINDING:2||PIDONOR:2||FTIR:2||STATE:2||CDTE:2||optical absorption:2||SURFACE RECONSTRUCTION:2||ISOMERS:2||ENANTIOMERIC RECOGNITION:2||ENANTIOSELECTIVE COMPLEXATION:2||CROWN ETHERS:2||ESTER SALTS:2||NH:2||MOLECULES:2||ION:2||SHELL NANOCRYSTALS:2||AUGMENTEDWAVE METHOD:2||SELECTIVE RECOGNITION:2||COLLOIDAL NANOCRYSTALS:1||GLYCINE:1||FTICR:1||INFRARED MULTIPHOTON DISSOCIATION:1||SURFACECOATINGS:1||GROUP1 METALCOMPOUNDS:1||X = CL:1||CDSE/CDS CORE/SHELL NANOCRYSTALS:1||STABILITY:1||SHIFT:1||photoionization chargetransfer:1||STYRENE ION:1||ion cyclotron resonance:1||transition metal:1||METHANE:1||IONS:1||PROTEOMICS:1||OXIDE:1||REACTIVE SCATTERING:1||TOLYL:1||RADIATIVE ASSOCIATION:1||mass spectrometry:1||surface analysis:1||pharmacophore:1||SEQUENCE:1||NONCOVALENT COMPLEXES:1||RESPONSE FACTORS:1||CDTE NANOCRYSTALS:1||ESCHERICHIACOLI:1||EXCITATION:1||C7H7+:1||CYCLOTRON RESONANCE:1||cobalt:1||LABELFREE DETECTION:1||TECHNOLOGY:1||bioconjugation:1||inhibition:1||GQUADRUPLEX:1||D(GGTTGGTGTGGTTGG):1||CORE/SHELL NANOCRYSTALS:1||MOVEMENT:1||NMR:1||ROTATION:1||SPECTRA:1||KINETICENERGY:1||pbromotoluene:1||JETCOOLED ACETALDEHYDE:1||HALIDES:1||DISSOCIATION:1||PROTEINS:1||3MERCAPTOPROPIONIC ACID:1||AMINOACIDS:1||CENTROMERE:1||CONSTANTS:1||CROWNETHERS:1||IONTRAP:1||LIPID PARTICLES:1||DIACYLGLYCEROL KINASE:1||HEATS:1||MULTIPHOTON IONIZATION:1||FREQUENCIES:1||ion thermometry:1||RADIATIVE RELAXATION RATE:1||TERTBUTYLBENZENE IONS:1||STATES:1||methane:1||CLUSTERASSISTED MECHANISM:1||2DIMENSIONAL GELELECTROPHORESIS:1||THERMOCHEMISTRY:1||ORGANICSURFACES:1||productresolved photodissociation:1||ACID:1||structureactivity relationship:1||PEPTIDE:1||LITHIUM COMPOUNDS:1||ELECTROSPRAYIONIZATION:1||SIZE DISPERSION:1||SE:1||LIPOLYSIS:1||TRANSFORM MASSSPECTROMETRY:1||STABILITIES:1||IMAGE CHARGE:1||TRAP:1||UNIMOLECULAR DISSOCIATION:1||RADIATIVE LIFETIMES:1||sigma bond activation:1||FORCE MICROSCOPY:1||CODED AFFINITY TAGS:1||STRATEGY:1||DISSOCIATIONS:1||tolyl cation:1||iodotoluene:1||CDSE:1||OLIGONUCLEOTIDES:1||CORESHELL NANOCRYSTALS:1||GROWTH:1||TRIACYLGLYCEROL LIPASE:1||YEAST:1||CLONING:1||FOURIERTRANSFORM:1||nonlinear oscillations:1||IONCYCLOTRON RESONANCE:1||SURFACE:1||QUANTIFICATION:1||CHROMATOGRAPHY:1||IIVI:1||LASER PHOTODISSOCIATION:1||METATOLYL:1||SCANNINGTUNNELINGMICROSCOPY:1||PROTONTRANSFER:1||PROBE:1||ALKALI IONS:1||EQUILIBRIUM STRUCTURES:1||semiconductors:1||nanocrystals:1||ANTIBIOTICS:1||WATERSOLUBLE PHOSPHINES:1||FLUORESCENT QUANTUM DOTS:1||CDSE NANOCRYSTALS:1||LEWISBASE ADDUCTS:1||TRIOCTYLPHOSPHINE OXIDE:1||PURIFICATION:1||MAGNETRON MOTION:1||CELL:1||TIMERESOLVED PHOTODISSOCIATION:1||IODOTOLUENE:1||EQUILIBRIA:1||INVIVO:1||NANOCRYSTALS:1||EXPRESSION:1||TEMPERATURE:1||chromosome segregation:1||yeast:1||incentrom A:1||TRANSITION:1||LIVE CELLS:1||IONIZATION MASSSPECTROMETRY:1||ZINC:1||BOND STRENGTH:1||SIGNAL:1||density function theory:1||SMALL ALKANES:1||ORIGIN:1||THRESHOLD:1||BIOSENSOR:1||PEPTIDES:1||

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