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KIM, SUNG JEE (김성지)
Dept of Chemistry(화학과)
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NANOCRYSTALS:17||QUANTUM DOTS:11||SEMICONDUCTOR NANOCRYSTALS:10||CELLS:10||FILMS:8||SIZE:8||NANOPARTICLES:8||GROWTH:7||DEPOSITION:7||quantum dots:6||MICE:6||quantum dot:5||HYPERTHERMIA:5||CDTE:5||PHOTOLUMINESCENCE:5||PHOTOSENSITIZATION:5||THERAPY:5||INHIBITION:4||CANCER:4||PBS:4||DOXORUBICIN:4||INVIVO:4||PHOTOTHERMAL THERAPY:4||DRUGRELEASE:4||POLYMER COMPOSITES:4||CDSE:4||EMISSION:4||SENSITIZED SOLARCELLS:3||DEPENDENCE:3||photothermal effect:3||RELEASE:3||hyaluronic acid:3||LIGHTEMITTINGDIODES:3||EFFICIENT:3||SOLARCELLS:3||RESONANCE ENERGYTRANSFER:3||pHresponsive:3||CELLULAR UPTAKE:3||ENDOMICROSCOPY:3||DNA:3||SHAPE:3||CORE:3||GOLD NANOPARTICLES:3||CANCERCELLS:3||EXPRESSION:3||RECEPTOR:3||TRANSPORT:3||NANORODS:3||CYTOTOXICITY:3||LEDS:2||EFFICIENCY:2||TANDEM COLONOSCOPY:2||COLITIS:2||bioimaging:2||BREASTCANCER:2||MEDIA:2||NACL:2||NANOSTRUCTURES:2||WATER:2||ADRIAMYCIN:2||EXCITONS:2||NANOFIBERS:2||WELLS:2||HETEROSTRUCTURES:2||MODIFIED GOLD NANOPARTICLES:2||COMBTYPE COPOLYMERS:2||RELEASE FORMULATION:2||ALLOYS:2||LUMINESCENT:2||TRANSPARENT:2||PHOTOVOLTAIC DEVICES:2||imotif:2||chemical modification:2||MAGNESIUM:2||fluorescence:2||STABILITY:2||INJECTION:2||THINFILMS:2||NANOSHEETS:2||PHOTODETECTORS:2||LUMINESCENCE:2||STIMULATEDEMISSION:2||HYDROCHLORICACID:2||AL:2||DELAMINATION:2||solar cells:2||ZnO nanowires:2||EFFICIENT SOLARCELLS:2||TITANIUMDIOXIDE:2||CDS QUANTUM DOTS:2||PHOTOCATALYTIC ACTIVITY:2||CDS/CDSE:2||SIZE DISTRIBUTIONS:2||siRNA delivery:2||PH:2||NANOCONTAINERS:2||BIOPSY:2||COATINGS:2||GOLD NANORODS:2||UPDATE:2||layerbylayer assembly:2||GROWTHFACTOR RECEPTOR:2||OCT:2||MICELLES:2||FLUORESCENCE INTERMITTENCY:2||ELECTRODES:2||MACHINES:2||FEASIBILITY:2||INTRACELLULAR DELIVERY:2||LYMPHADENECTOMY:2||STAINLESSSTEEL:2||SPECTROSCOPY:2||FABRICATION:2||CANCERTHERAPY:2||selfassembly:2||OPTICALPROPERTIES:2||ABSORPTION:2||MONOLITHS:2||GLASSES:2||ZNO:2||ARRAYS:2||TUMOR HETEROGENEITY:2||LIVING MICE:2||ERYTHROPOIETIN:2||LYVE1:2||GEL:2||metal chalcogenides:2||NANOCABLES:2||NANOCLUSTERS:2||PHOTOLUMINESCENCE PROPERTIES:2||ELECTRON:2||endosome disruption:2||BASEPAIRS:2||body distribution:2||TOXICITY:2||SILVER:2||DYE:2||New Zealand White (rabbit):1||FLAT:1||moxifloxacin:1||animal tissue:1||fluorescence imaging:1||keratomycosis:1||PARTICLESIZE:1||CONVERSION:1||GRAPHENE:1||uantum dot:1||GENERATION:1||infrared imaging:1||solution synthesis:1||COLLOIDAL NANOCRYSTALS:1||Branched DNA:1||SUPERCAPACITORS:1||immunoassay:1||HIGHEFFICIENCY:1||ALUMINA CERAMICS:1||DELIVERY:1||amphiphilic polymer encapsulation:1||EXCHANGE:1||HOLLOW NANOPARTICLES:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||FERMILEVEL EQUILIBRATION:1||HIGH SELECTIVITY:1||cellular morphology:1||indium phosphide:1||GI tumors:1||pleural space:1||sentinel lymph node:1||ELECTRONMICROSCOPY:1||DESIGN:1||degradation:1||elastic modulus:1||PHOTOVOLTAIC PROPERTIES:1||ASPECT RATIO:1||HIGHRESOLUTION:1||FLUORESCENCE ENDOSCOPY:1||FIBER:1||Tissue:1||BLOCKADE:1||animal experiment:1||priority journal:1||SEMICONDUCTOR CLUSTERS:1||Aluminum phthalocyanine:1||POLYPYRROLE NANOPARTICLES:1||DNAtemplated Ag nanocluster:1||apoptosis imaging:1||ANNEXINV:1||BOEHMITE:1||EXFOLIATION:1||THERMOCHEMOTHERAPY:1||INTERCALATION:1||calcium:1||AGGREGATION:1||RESIST:1||Electroporation:1||Multispectral imaging:1||PALLADIUM NANOPARTICLES:1||MULTICENTER TRIAL:1||lymphatic drainage:1||PROGNOSTICSIGNIFICANCE:1||MULTIMODALITY THERAPY:1||crosslinking:1||RIGIDITY:1||Amino acids:1||Biocompatibility:1||Indium compounds:1||Molecular imaging:1||Ratiometric fluorescence:1||animal model:1||Article:1||fungal cell:1||reflectance confocal microscopy:1||FLUORESCENT:1||SINGLET OXYGEN:1||ANION:1||photocathodes:1||photoelectrochemical CO2 reduction:1||gold nanorods:1||Copper ion treatment:1||Ag nanocluster:1||PROTEINS:1||TIME:1||ULTRATHIN FILMS:1||drug delivery:1||PHOTOPHYSICAL CHARACTERIZATION:1||DYES:1||PHOTOINDUCED ELECTRONTRANSFER:1||LOGIC GATES:1||SENSORS:1||PET:1||nearinfrared light:1||GASTRICCANCER:1||INVASION:1||mesoporous materials:1||NITROGEN ADSORPTION:1||WALL STRUCTURE:1||hydrogel:1||dyesensitized solar cell:1||NEOPLASIA:1||Antibodies:1||Diagnosis:1||Colorectal cancer diagnosis:1||Molecular fluorescence:1||Tumor imaging:1||ex vivo study:1||nonhuman:1||SOLIDS:1||PHOTOVOLTAICS:1||gold nanocubes:1||SENSITIVITY:1||METALLIZATION:1||ULTRASENSITIVE DETECTION:1||POLYSULFIDE ELECTROLYTE:1||ELECTRON INJECTION:1||NANOCRYSTAL STRUCTURES:1||COUNTER ELECTRODE:1||NANOCOMPOSITES:1||acridinedione:1||nanostructures:1||DISCRETE DIPOLE APPROXIMATION:1||PROTEIN:1||Cancer metastasis:1||Vasculogenic mimicry:1||MODEL:1||DRUGDELIVERY:1||cellular imaging:1||TRANSISTOR:1||PRECURSOR:1||POLYSTYRENE:1||EARLYSTAGE MELANOMA:1||RESECTABLE COLONCANCER:1||lymph node:1||adsorption:1||CARBONDIOXIDE:1||PORESIZE:1||FIBRIN MATRIX:1||ALGINATE:1||NANOCRYSTALLINE TIO2:1||CDS:1||gold:1||MOUSE:1||FIELD:1||Imaging techniques:1||Probes:1||Silver compounds:1||Matrixmetalloproteinase 14:1||TOMOGRAPHY:1||PHOTOACOUSTIC MICROSCOPY:1||LIMIT:1||Arabidopsis imaging:1||superresolution optical microscopy:1||METABOLISM:1||VALIDATION:1||FEATURES:1||COMPLEXES:1||STORAGE DEVICES:1||ENERGYSTORAGE:1||Photodynamic therapy of cancers:1||chargecoupled devices:1||image enhancement:1||SILICA NANOPARTICLES:1||PASSIVATION:1||PHOTODYNAMIC THERAPY:1||NANOPARTICLE PROBES:1||SINGLEMOLECULE:1||CHEMOTHERAPY:1||HETEROGENEOUS NUCLEATION:1||CHARGE:1||VASCULOGENIC MIMICRY:1||cancer:1||cellular labelling:1||COLLOIDAL INP NANOCRYSTALS:1||NONCOORDINATING SOLVENT:1||PHASETRANSFER:1||NANOCRYSTALLITES:1||BIOMOLECULES:1||sentinel lymph node mapping:1||CELL LUNGCANCER:1||DRAINAGE:1||MESOTHELIOMA:1||poly(ethylene glycol):1||ELECTRONTRANSFER:1||Diseases:1||Endoscopy:1||Enzymes:1||Nanocrystals:1||Tumors:1||BETALACTOGLOBULIN:1||ACTIVATED PROTEINKINASE:1||MONOCYTES:1||Aspergillus fumigatus:1||cellular distribution:1||comparative study:1||two photon microscopy:1||artificial photosynthesis:1||zinc telluride:1||ORGANIC NANOPARTICLES:1||2PHOTON EXCITATION:1||SURFACE:1||TEMPLATE:1||signal amplification:1||ELECTROPHORETIC DEPOSITION:1||NANOSPHERES:1||photostability:1||HETEROSTRUCTURE NANOCRYSTALS:1||MAGNETICRESONANCE:1||TIO2:1||MICROMETASTASES:1||nearinfrared fluorescence:1||VISCERAL PLEURA:1||metalorganic frameworks:1||XRAYDIFFRACTION:1||POROUS MATERIAL:1||BIOMATERIALS:1||nanoparticles:1||Enzyme activity:1||Colon cancer:1||melanoma cell imaging:1||TCELL FUNCTION:1||FACILE:1||Candida albicans:1||microscopy:1||FRET MICROSCOPY:1||POLYMERIZATION:1||metalenhanced fluorescence:1||aluminum phthalocyanine:1||INVITRO:1||ASSAY:1||TIO2 FILMS:1||LAYERED DOUBLE HYDROXIDE:1||gold nanoparticle:1||MULTIFUNCTIONAL NANOPARTICLES:1||layered double hydroxide:1||ANIONEXCHANGE:1||NANOTREE ARRAYS:1||ZINCOXIDE:1||ANTENNAS:1||NANOPARTICLE UPTAKE:1||Nearinfrared quantum dots:1||MICROSCOPY:1||CDSE NANOCRYSTALS:1||COLORECTALCARCINOMA:1||mesothelioma:1||visceral pleural invasion:1||CELL:1||POWDER DIFFRACTION:1||SURFACEAREA:1||quantum dot sensitization:1||SELFASSEMBLED LAYERS:1||SINGLE GOLD:1||COLONOSCOPY:1||Chemical detection:1||Fluorescence:1||Histology:1||nanowire imaging:1||gold nanoparticle imaging:1||INDUCIBLE FACTOR1ALPHA:1||PROBE:1||ANGIOGENESIS:1||CONFINEMENT:1||animal cell:1||controlled study:1||rabbit model:1||topical treatment:1||CONSTRUCTION:1||Fluorescence resonance energy transfer:1||LIVING CELLS:1||TONOISE RATIO:1||XRAY:1||PHOTOTHERMAL ABLATION:1||CONTRAST AGENT:1||ASSEMBLIES:1||surface plasma resonance:1||HYDROGEL:1||ELECTRODE:1||FLUOROIMMUNOASSAY:1||SERS:1||GAMMAALUMINA:1||photothermal therapy:1||synergistic effect:1||tumor targeting:1||photoluminescence quantum yield:1||SIZE SERIES:1||ZN:1||sensors:1||CHEMOSENSOR:1||LIGANDS:1||Primovascular system:1||DISSEMINATION:1||MELANOMA:1||TRACKING:1||surfactant:1||polyethylene glycol:1||NANOPARTICLE:1||MICROBEADS:1||ELASTICSCATTERING SPECTROSCOPY:1||METASTASIS:1||luminescence:1||terbium:1||FIBROBLASTGROWTHFACTOR:1||FUNCTIONALIZED DERIVATIVES:1||TRANSPLANTATION:1||nanorods:1||aggregates:1||MULTIPHOTON MICROSCOPY:1||Cell culture:1||Human colon cancer cells:1||Two photon microscopy:1||Semiconductor quantum dots:1||NANOCRYSTALS:17||QUANTUM DOTS:11||SEMICONDUCTOR NANOCRYSTALS:10||CELLS:10||FILMS:8||SIZE:8||NANOPARTICLES:8||GROWTH:7||DEPOSITION:7||quantum dots:6||MICE:6||quantum dot:5||HYPERTHERMIA:5||CDTE:5||PHOTOLUMINESCENCE:5||PHOTOSENSITIZATION:5||THERAPY:5||INHIBITION:4||CANCER:4||PBS:4||DOXORUBICIN:4||INVIVO:4||PHOTOTHERMAL THERAPY:4||DRUGRELEASE:4||POLYMER COMPOSITES:4||CDSE:4||EMISSION:4||SENSITIZED SOLARCELLS:3||DEPENDENCE:3||photothermal effect:3||RELEASE:3||hyaluronic acid:3||LIGHTEMITTINGDIODES:3||EFFICIENT:3||SOLARCELLS:3||RESONANCE ENERGYTRANSFER:3||pHresponsive:3||CELLULAR UPTAKE:3||ENDOMICROSCOPY:3||DNA:3||SHAPE:3||CORE:3||GOLD NANOPARTICLES:3||CANCERCELLS:3||EXPRESSION:3||RECEPTOR:3||TRANSPORT:3||NANORODS:3||CYTOTOXICITY:3||LEDS:2||EFFICIENCY:2||TANDEM COLONOSCOPY:2||COLITIS:2||bioimaging:2||BREASTCANCER:2||MEDIA:2||NACL:2||NANOSTRUCTURES:2||WATER:2||ADRIAMYCIN:2||EXCITONS:2||NANOFIBERS:2||WELLS:2||HETEROSTRUCTURES:2||MODIFIED GOLD NANOPARTICLES:2||COMBTYPE COPOLYMERS:2||RELEASE FORMULATION:2||ALLOYS:2||LUMINESCENT:2||TRANSPARENT:2||PHOTOVOLTAIC DEVICES:2||imotif:2||chemical modification:2||MAGNESIUM:2||fluorescence:2||STABILITY:2||INJECTION:2||THINFILMS:2||NANOSHEETS:2||PHOTODETECTORS:2||LUMINESCENCE:2||STIMULATEDEMISSION:2||HYDROCHLORICACID:2||AL:2||DELAMINATION:2||solar cells:2||ZnO nanowires:2||EFFICIENT SOLARCELLS:2||TITANIUMDIOXIDE:2||CDS QUANTUM DOTS:2||PHOTOCATALYTIC ACTIVITY:2||CDS/CDSE:2||SIZE DISTRIBUTIONS:2||siRNA delivery:2||PH:2||NANOCONTAINERS:2||BIOPSY:2||COATINGS:2||GOLD NANORODS:2||UPDATE:2||layerbylayer assembly:2||GROWTHFACTOR RECEPTOR:2||OCT:2||MICELLES:2||FLUORESCENCE INTERMITTENCY:2||ELECTRODES:2||MACHINES:2||FEASIBILITY:2||INTRACELLULAR DELIVERY:2||LYMPHADENECTOMY:2||STAINLESSSTEEL:2||SPECTROSCOPY:2||FABRICATION:2||CANCERTHERAPY:2||selfassembly:2||OPTICALPROPERTIES:2||ABSORPTION:2||MONOLITHS:2||GLASSES:2||ZNO:2||ARRAYS:2||TUMOR HETEROGENEITY:2||LIVING MICE:2||ERYTHROPOIETIN:2||LYVE1:2||GEL:2||metal chalcogenides:2||NANOCABLES:2||NANOCLUSTERS:2||PHOTOLUMINESCENCE PROPERTIES:2||ELECTRON:2||endosome disruption:2||BASEPAIRS:2||body distribution:2||TOXICITY:2||SILVER:2||DYE:2||New Zealand White (rabbit):1||FLAT:1||moxifloxacin:1||animal tissue:1||fluorescence imaging:1||keratomycosis:1||PARTICLESIZE:1||CONVERSION:1||GRAPHENE:1||uantum dot:1||GENERATION:1||infrared imaging:1||solution synthesis:1||COLLOIDAL NANOCRYSTALS:1||Branched DNA:1||SUPERCAPACITORS:1||immunoassay:1||HIGHEFFICIENCY:1||ALUMINA CERAMICS:1||DELIVERY:1||amphiphilic polymer encapsulation:1||EXCHANGE:1||HOLLOW NANOPARTICLES:1||ENHANCED PHOTOCATALYTIC ACTIVITY:1||FERMILEVEL EQUILIBRATION:1||HIGH SELECTIVITY:1||cellular morphology:1||indium phosphide:1||GI tumors:1||pleural space:1||sentinel lymph node:1||ELECTRONMICROSCOPY:1||DESIGN:1||degradation:1||elastic modulus:1||PHOTOVOLTAIC PROPERTIES:1||ASPECT RATIO:1||HIGHRESOLUTION:1||FLUORESCENCE ENDOSCOPY:1||FIBER:1||Tissue:1||BLOCKADE:1||animal experiment:1||priority journal:1||SEMICONDUCTOR CLUSTERS:1||Aluminum phthalocyanine:1||POLYPYRROLE NANOPARTICLES:1||DNAtemplated Ag nanocluster:1||apoptosis imaging:1||ANNEXINV:1||BOEHMITE:1||EXFOLIATION:1||THERMOCHEMOTHERAPY:1||INTERCALATION:1||calcium:1||AGGREGATION:1||RESIST:1||Electroporation:1||Multispectral imaging:1||PALLADIUM NANOPARTICLES:1||MULTICENTER TRIAL:1||lymphatic drainage:1||PROGNOSTICSIGNIFICANCE:1||MULTIMODALITY THERAPY:1||crosslinking:1||RIGIDITY:1||Amino acids:1||Biocompatibility:1||Indium compounds:1||Molecular imaging:1||Ratiometric fluorescence:1||animal model:1||Article:1||fungal cell:1||reflectance confocal microscopy:1||FLUORESCENT:1||SINGLET OXYGEN:1||ANION:1||photocathodes:1||photoelectrochemical CO2 reduction:1||gold nanorods:1||Copper ion treatment:1||Ag nanocluster:1||PROTEINS:1||TIME:1||ULTRATHIN FILMS:1||drug delivery:1||PHOTOPHYSICAL CHARACTERIZATION:1||DYES:1||PHOTOINDUCED ELECTRONTRANSFER:1||LOGIC GATES:1||SENSORS:1||PET:1||nearinfrared light:1||GASTRICCANCER:1||INVASION:1||mesoporous materials:1||NITROGEN ADSORPTION:1||WALL STRUCTURE:1||hydrogel:1||dyesensitized solar cell:1||NEOPLASIA:1||Antibodies:1||Diagnosis:1||Colorectal cancer diagnosis:1||Molecular fluorescence:1||Tumor imaging:1||ex vivo study:1||nonhuman:1||SOLIDS:1||PHOTOVOLTAICS:1||gold nanocubes:1||SENSITIVITY:1||METALLIZATION:1||ULTRASENSITIVE DETECTION:1||POLYSULFIDE ELECTROLYTE:1||ELECTRON INJECTION:1||NANOCRYSTAL STRUCTURES:1||COUNTER ELECTRODE:1||NANOCOMPOSITES:1||acridinedione:1||nanostructures:1||DISCRETE DIPOLE APPROXIMATION:1||PROTEIN:1||Cancer metastasis:1||Vasculogenic mimicry:1||MODEL:1||DRUGDELIVERY:1||cellular imaging:1||TRANSISTOR:1||PRECURSOR:1||POLYSTYRENE:1||EARLYSTAGE MELANOMA:1||RESECTABLE COLONCANCER:1||lymph node:1||adsorption:1||CARBONDIOXIDE:1||PORESIZE:1||FIBRIN MATRIX:1||ALGINATE:1||NANOCRYSTALLINE TIO2:1||CDS:1||gold:1||MOUSE:1||FIELD:1||Imaging techniques:1||Probes:1||Silver compounds:1||Matrixmetalloproteinase 14:1||TOMOGRAPHY:1||PHOTOACOUSTIC MICROSCOPY:1||LIMIT:1||Arabidopsis imaging:1||superresolution optical microscopy:1||METABOLISM:1||VALIDATION:1||FEATURES:1||COMPLEXES:1||STORAGE DEVICES:1||ENERGYSTORAGE:1||Photodynamic therapy of cancers:1||chargecoupled devices:1||image enhancement:1||SILICA NANOPARTICLES:1||PASSIVATION:1||PHOTODYNAMIC THERAPY:1||NANOPARTICLE PROBES:1||SINGLEMOLECULE:1||CHEMOTHERAPY:1||HETEROGENEOUS NUCLEATION:1||CHARGE:1||VASCULOGENIC MIMICRY:1||cancer:1||cellular labelling:1||COLLOIDAL INP NANOCRYSTALS:1||NONCOORDINATING SOLVENT:1||PHASETRANSFER:1||NANOCRYSTALLITES:1||BIOMOLECULES:1||sentinel lymph node mapping:1||CELL LUNGCANCER:1||DRAINAGE:1||MESOTHELIOMA:1||poly(ethylene glycol):1||ELECTRONTRANSFER:1||Diseases:1||Endoscopy:1||Enzymes:1||Nanocrystals:1||Tumors:1||BETALACTOGLOBULIN:1||ACTIVATED PROTEINKINASE:1||MONOCYTES:1||Aspergillus fumigatus:1||cellular distribution:1||comparative study:1||two photon microscopy:1||artificial photosynthesis:1||zinc telluride:1||ORGANIC NANOPARTICLES:1||2PHOTON EXCITATION:1||SURFACE:1||TEMPLATE:1||signal amplification:1||ELECTROPHORETIC DEPOSITION:1||NANOSPHERES:1||photostability:1||HETEROSTRUCTURE NANOCRYSTALS:1||MAGNETICRESONANCE:1||TIO2:1||MICROMETASTASES:1||nearinfrared fluorescence:1||VISCERAL PLEURA:1||metalorganic frameworks:1||XRAYDIFFRACTION:1||POROUS MATERIAL:1||BIOMATERIALS:1||nanoparticles:1||Enzyme activity:1||Colon cancer:1||melanoma cell imaging:1||TCELL FUNCTION:1||FACILE:1||Candida albicans:1||microscopy:1||FRET MICROSCOPY:1||POLYMERIZATION:1||metalenhanced fluorescence:1||aluminum phthalocyanine:1||INVITRO:1||ASSAY:1||TIO2 FILMS:1||LAYERED DOUBLE HYDROXIDE:1||gold nanoparticle:1||MULTIFUNCTIONAL NANOPARTICLES:1||layered double hydroxide:1||ANIONEXCHANGE:1||NANOTREE ARRAYS:1||ZINCOXIDE:1||ANTENNAS:1||NANOPARTICLE UPTAKE:1||Nearinfrared quantum dots:1||MICROSCOPY:1||CDSE NANOCRYSTALS:1||COLORECTALCARCINOMA:1||mesothelioma:1||visceral pleural invasion:1||CELL:1||POWDER DIFFRACTION:1||SURFACEAREA:1||quantum dot sensitization:1||SELFASSEMBLED LAYERS:1||SINGLE GOLD:1||COLONOSCOPY:1||Chemical detection:1||Fluorescence:1||Histology:1||nanowire imaging:1||gold nanoparticle imaging:1||INDUCIBLE FACTOR1ALPHA:1||PROBE:1||ANGIOGENESIS:1||CONFINEMENT:1||animal cell:1||controlled study:1||rabbit model:1||topical treatment:1||CONSTRUCTION:1||Fluorescence resonance energy transfer:1||LIVING CELLS:1||TONOISE RATIO:1||XRAY:1||PHOTOTHERMAL ABLATION:1||CONTRAST AGENT:1||ASSEMBLIES:1||surface plasma resonance:1||HYDROGEL:1||ELECTRODE:1||FLUOROIMMUNOASSAY:1||SERS:1||GAMMAALUMINA:1||photothermal therapy:1||synergistic effect:1||tumor targeting:1||photoluminescence quantum yield:1||SIZE SERIES:1||ZN:1||sensors:1||CHEMOSENSOR:1||LIGANDS:1||Primovascular system:1||DISSEMINATION:1||MELANOMA:1||TRACKING:1||surfactant:1||polyethylene glycol:1||NANOPARTICLE:1||MICROBEADS:1||ELASTICSCATTERING SPECTROSCOPY:1||METASTASIS:1||luminescence:1||terbium:1||FIBROBLASTGROWTHFACTOR:1||FUNCTIONALIZED DERIVATIVES:1||TRANSPLANTATION:1||nanorods:1||aggregates:1||MULTIPHOTON MICROSCOPY:1||Cell culture:1||Human colon cancer cells:1||Two photon microscopy:1||Semiconductor quantum dots:1||NANOCRYSTALS:17||QUANTUM DOTS:11||SEMICONDUCTOR NANOCRYSTALS:10||CELLS:10||FILMS:8||SIZE:8||NANOPARTICLES:8||GROWTH:7||DEPOSITION:7||quantum dots:6||MICE:6||quantum dot:5||HYPERTHERMIA:5||CDTE:5||PHOTOLUMINESCENCE:5||PHOTOSENSITIZATION:5||THERAPY:5||INHIBITION:4||CANCER:4||PBS:4||DOXORUBICIN:4||INVIVO:4||PHOTOTHERMAL THERAPY:4||DRUGRELEASE:4||POLYMER COMPOSITES:4||CDSE:4||EMISSION:4||SENSITIZED SOLARCELLS:3||DEPENDENCE:3||photothermal effect:3||RELEASE:3||hyaluronic acid:3||LIGHTEMITTINGDIODES:3||EFFICIENT:3||SOLARCELLS:3||RESONANCE ENERGYTRANSFER:3||pHresponsive:3||CELLULAR UPTAKE:3||ENDOMICROSCOPY:3||DNA:3||SHAPE:3||CORE:3||GOLD NANOPARTICLES:3||CANCERCELLS:3||EXPRESSION:3||RECEPTOR:3||TRANSPORT:3||NANORODS:3||CYTOTOXICITY:3||LEDS:2||EFFICIENCY:2||TANDEM COLONOSCOPY:2||COLITIS:2||bioimaging:2||BREASTCANCER:2||MEDIA:2||NACL:2||NANOSTRUCTURES:2||WATER:2||ADRIAMYCIN:2||EXCITONS:2||NANOFIBERS:2||WELLS:2||HETEROSTRUCTURES:2||MODIFIED GOLD NANOPARTICLES:2||COMBTYPE COPOLYMERS:2||RELEASE FORMULATION:2||ALLOYS:2||LUMINESCENT:2||TRANSPARENT:2||PHOTOVOLTAIC DEVICES:2||imotif:2||chemical modification:2||MAGNESIUM:2||fluorescence:2||STABILITY:2||INJECTION:2||THINFILMS:2||NANOSHEETS:2||PHOTODETECTORS:2||LUMINESCENCE:2||STIMULATEDEMISSION:2||HYDROCHLORICACID:2||AL:2||DELAMINATION:2||solar cells:2||ZnO nanowires:2||EFFICIENT SOLARCELLS:2||TITANIUMDIOXIDE:2||CDS QUANTUM DOTS:2||PHOTOCATALYTIC ACTIVITY:2||CDS/CDSE:2||SIZE 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NANOPARTICLES:1||layered double hydroxide:1||ANIONEXCHANGE:1||NANOTREE ARRAYS:1||ZINCOXIDE:1||ANTENNAS:1||NANOPARTICLE UPTAKE:1||Nearinfrared quantum dots:1||MICROSCOPY:1||CDSE NANOCRYSTALS:1||COLORECTALCARCINOMA:1||mesothelioma:1||visceral pleural invasion:1||CELL:1||POWDER DIFFRACTION:1||SURFACEAREA:1||quantum dot sensitization:1||SELFASSEMBLED LAYERS:1||SINGLE GOLD:1||COLONOSCOPY:1||Chemical detection:1||Fluorescence:1||Histology:1||nanowire imaging:1||gold nanoparticle imaging:1||INDUCIBLE FACTOR1ALPHA:1||PROBE:1||ANGIOGENESIS:1||CONFINEMENT:1||animal cell:1||controlled study:1||rabbit model:1||topical treatment:1||CONSTRUCTION:1||Fluorescence resonance energy transfer:1||LIVING CELLS:1||TONOISE RATIO:1||XRAY:1||PHOTOTHERMAL ABLATION:1||CONTRAST AGENT:1||ASSEMBLIES:1||surface plasma resonance:1||HYDROGEL:1||ELECTRODE:1||FLUOROIMMUNOASSAY:1||SERS:1||GAMMAALUMINA:1||photothermal therapy:1||synergistic effect:1||tumor targeting:1||photoluminescence quantum yield:1||SIZE 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NANOPARTICLES:1||layered double hydroxide:1||ANIONEXCHANGE:1||NANOTREE ARRAYS:1||ZINCOXIDE:1||ANTENNAS:1||NANOPARTICLE UPTAKE:1||Nearinfrared quantum dots:1||MICROSCOPY:1||CDSE NANOCRYSTALS:1||COLORECTALCARCINOMA:1||mesothelioma:1||visceral pleural invasion:1||CELL:1||POWDER DIFFRACTION:1||SURFACEAREA:1||quantum dot sensitization:1||SELFASSEMBLED LAYERS:1||SINGLE GOLD:1||COLONOSCOPY:1||Chemical detection:1||Fluorescence:1||Histology:1||nanowire imaging:1||gold nanoparticle imaging:1||INDUCIBLE FACTOR1ALPHA:1||PROBE:1||ANGIOGENESIS:1||CONFINEMENT:1||animal cell:1||controlled study:1||rabbit model:1||topical treatment:1||CONSTRUCTION:1||Fluorescence resonance energy transfer:1||LIVING CELLS:1||TONOISE RATIO:1||XRAY:1||PHOTOTHERMAL ABLATION:1||CONTRAST AGENT:1||ASSEMBLIES:1||surface plasma resonance:1||HYDROGEL:1||ELECTRODE:1||FLUOROIMMUNOASSAY:1||SERS:1||GAMMAALUMINA:1||photothermal therapy:1||synergistic effect:1||tumor targeting:1||photoluminescence quantum yield:1||SIZE 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COLONOSCOPY:2||COLITIS:2||bioimaging:2||BREASTCANCER:2||MEDIA:2||NACL:2||NANOSTRUCTURES:2||WATER:2||ADRIAMYCIN:2||EXCITONS:2||NANOFIBERS:2||WELLS:2||HETEROSTRUCTURES:2||MODIFIED GOLD NANOPARTICLES:2||COMBTYPE COPOLYMERS:2||RELEASE FORMULATION:2||ALLOYS:2||LUMINESCENT:2||TRANSPARENT:2||PHOTOVOLTAIC DEVICES:2||imotif:2||chemical modification:2||MAGNESIUM:2||fluorescence:2||STABILITY:2||INJECTION:2||THINFILMS:2||NANOSHEETS:2||PHOTODETECTORS:2||LUMINESCENCE:2||STIMULATEDEMISSION:2||HYDROCHLORICACID:2||AL:2||DELAMINATION:2||solar cells:2||ZnO nanowires:2||EFFICIENT SOLARCELLS:2||TITANIUMDIOXIDE:2||CDS QUANTUM DOTS:2||PHOTOCATALYTIC ACTIVITY:2||CDS/CDSE:2||SIZE DISTRIBUTIONS:2||siRNA delivery:2||PH:2||NANOCONTAINERS:2||BIOPSY:2||COATINGS:2||GOLD NANORODS:2||UPDATE:2||layerbylayer assembly:2||GROWTHFACTOR RECEPTOR:2||OCT:2||MICELLES:2||FLUORESCENCE INTERMITTENCY:2||ELECTRODES:2||MACHINES:2||FEASIBILITY:2||INTRACELLULAR DELIVERY:2||LYMPHADENECTOMY:2||STAINLESSSTEEL:2||SPECTROSCOPY:2||FABRICATION:2||CANCERTHERAPY:2||selfassembly:2||OPTICALPROPERTIES:2||ABSORPTION:2||MONOLITHS:2||GLASSES:2||ZNO:2||ARRAYS:2||TUMOR HETEROGENEITY:2||LIVING MICE:2||ERYTHROPOIETIN:2||LYVE1:2||GEL:2||metal chalcogenides:2||NANOCABLES:2||NANOCLUSTERS:2||PHOTOLUMINESCENCE PROPERTIES:2||ELECTRON:2||endosome disruption:2||BASEPAIRS:2||body distribution:2||TOXICITY:2||SILVER:2||DYE:2||New Zealand White (rabbit):1||FLAT:1||m
