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KIM, WON JONG (김원종)

Dept of Chemistry(화학과)

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INVIVO:19||THERAPY:18||EXPRESSION:11||COMPLEXES:11||GENE DELIVERY:10||DNA:9||CELLS:9||gene delivery:7||LOWMOLECULARWEIGHT:7||POLYETHYLENIMINE:7||Gene delivery:7||CANCER:6||VECTOR:6||gene therapy:6||COPOLYMERS:6||NANOPARTICLES:6||DELIVERY:5||DNA DELIVERY:5||Polyethylenimine:5||polyethylenimine:5||INHIBITION:5||WATERSOLUBLE LIPOPOLYMER:4||RELEASE:4||PH:4||drug delivery:4||BLOCKCOPOLYMERS:4||DISULFIDE LINKAGES:4||POLYMERS:4||TRANSFECTION EFFICIENCY:4||ENDOTHELIAL GROWTHFACTOR:4||INVITRO:4||ANGIOGENESIS:4||DRUGDELIVERY:4||CONJUGATE:3||PEPTIDES:3||THINFILMS:3||MICE:3||DOXORUBICIN:3||CARRIERS:3||photothermal effect:3||ANTITUMORACTIVITY:3||PROTEINS:3||MECHANISM:3||SIRNA DELIVERY:3||TRIBLOCK COPOLYMERS:3||antiangiogenesis:3||CHEMISTRY:3||POLYPLEXES:3||HYDROGELS:3||INTRACELLULAR TRAFFICKING:3||MESOPOROUS SILICA NANOPARTICLES:3||endosome disruption:3||PEPTIDE:3||CELLULAR UPTAKE:3||SYSTEM:3||TOXICITY:3||RNA INTERFERENCE:3||AQUEOUSSOLUTIONS:3||SURFACE:3||VEGF:3||MODIFIED GOLD NANOPARTICLES:3||PLASMID DNA:3||imotif:3||VECTORS:3||supramolecular chemistry:2||INSULIN:2||small interfering RNA:2||SELECTIVE AFFINITY:2||SUPRAMOLECULES:2||Aldehyde dehydrogenase 2 (ALDH2):2||SINGLE NUCLEOTIDE POLYMORPHISMS:2||Pluronic (R):2||cations:2||RNA:2||SIRNA:2||TYROSINE KINASE:2||pHresponsive:2||BASEPAIRS:2||CELLPENETRATING PEPTIDES:2||CONTROLLEDRELEASE:2||apoptosis:2||Fluorescent probes:2||HYBRIDIZATION:2||CLUSTERS:2||angiogenesis:2||IRONOXIDE NANOPARTICLES:2||MR imaging:2||oligonucleotides:2||BIOMATERIALS:2||molecular recognition agent:2||SELECTIVITY:2||siRNA:2||NONVIRAL VECTOR:2||RECEPTOR:2||GOLD NANOPARTICLES:2||CONJUGATED POLYMERS:2||Single nucleotide polymorphism (SNP):2||nucleobases:2||CENTRALNERVOUSSYSTEM:2||VIVO:2||BIODEGRADABLE BLOCKCOPOLYMERS:2||PLASMID DNA DELIVERY:2||COMBTYPE COPOLYMERS:2||FACTOR RECEPTOR:2||cellpenetrating peptides:2||phosphatidylserine:2||POLYDIACETYLENES:2||DEATH:2||VARIANTS:2||TUMORGROWTH:2||POLY(AMIDO AMINE)S:2||NUCLEICACID:2||CHEMICALMODIFICATIONS:2||RVG peptide:2||Thermosensitive:2||TEMPERATURE:2||MEMBRANES:2||LINEAR POLYETHYLENIMINE:2||RESISTANCE:2||NUCLEICACIDS:2||MULTIDRUGRESISTANCE:2||fluorescence:2||ASSOCIATION:2||RGD peptide:2||DNA COMPLEXES:2||POLY(ETHYLENIMINE):2||INHIBITS TUMORGROWTH:2||TRANSFECTION:2||STRANDEDDNA:2||PROTEIN ADSORPTION:2||BIOMEMBRANES:2||Biodegradable:2||SINGLE:2||Gene therapy:2||ATHEROSCLEROSIS:2||FILMS:2||CHEMOSENSORS:2||RESPONSES:2||SEQUENCE:2||CYTOTOXICITY:2||GUANIDINE:2||PHOSPHOLIPID POLYMERS:2||PHOSPHORYLCHOLINE:2||Hydrogel:2||Single nucleotide polymorphisms (SNPs):2||functional nanochannels:2||oligonucleotide:2||Acidlabile:2||siRNA delivery:2||NANOCONTAINERS:2||soluble Flt1:2||NANOCARRIERS:2||aggregation:2||betaamyloid:2||cucurbit[7]uril:2||CARBON NANOTUBES:2||liposome:2||Oligonucleotide:2||Silver nanoclusters:2||EXTRACELLULAR PH:2||PEG:2||stability:2||ALPHAOLIGONUCLEOTIDES:2||ANTISENSE:2||block copolymer:2||POLYMORPHISMS:2||NANOPORES:2||TCELLS:2||MACHINES:2||insulin:2||CANCERTHERAPY:2||zinc:2||PHOSPHATIDYLSERINE:2||MOLECULAR BEACONS:2||TECHNOLOGIES:2||NUMBER:2||GENOME:2||nonviral vectors:2||SYSTEMIC DELIVERY:2||EFFICIENT SIRNA DELIVERY:2||CLICK CHEMISTRY:2||DNA TRIPLEXES:2||DELIVERY SYSTEMS:1||INFRARED LIGHT:1||Molecular assembly:1||metastatic breast cancer:1||SUPPRESSES:1||nitric oxide:1||DOPAMINE FUNCTIONALIZATION:1||ABSORBENCY:1||Nitric oxide delivery:1||Methicillinresistance:1||composite materials:1||DELIVERY CARRIERS:1||siRNA Delivery:1||GENEREGULATION:1||IMOTIF:1||DNA NANOMACHINE:1||DESIGN:1||SELECTIVE DELIVERY:1||surface modification:1||cationic polymers:1||p53 Tumor Suppressor Gene:1||thermogel:1||Akt1 siRNA:1||Restenosis:1||palmitic acid:1||DEXTRAN:1||METASTASES:1||TRAFFICKING:1||UNILAMELLAR LIPOSOMES:1||BLOOD:1||BARRIER:1||PEI polymer:1||BIOMIMETIC MATERIALS:1||PACLITAXEL:1||conjugated polymers:1||ENHANCED TRANSFECTION:1||APOPTOSIS:1||Superparamagnetic iron oxide:1||DEGRADATION:1||DEOXYRIBONUCLEICACID:1||POLOXAMER 407:1||biodegradable:1||erythropoietin enhancer:1||ISCHEMIC DISEASE:1||systemic injection:1||SOLUBLE FORM:1||Blocking of waterborne virus:1||INFLAMMATION:1||SOLUBILITY:1||vasculotropin:1||blood vessel permeability:1||gene amplification:1||STORAGE:1||Supramolecular chemistry:1||PLATFORM:1||Carbon dot:1||microRNA145:1||surface chemistry:1||NORADRENALINE:1||LAYER:1||functionalized reduced graphene oxide:1||ESCHERICHIACOLI:1||SILVER NANOPARTICLES:1||PEROXYNITRITE:1||BACTERIA:1||gene silencing:1||CHITOSAN:1||VASCULARLESIONS:1||hybrid materials:1||SMALLINTERFERING RNA:1||Nanoparticle:1||pHdependent:1||DISSOLUTION PROFILES:1||CULTURE:1||ANGIOPLASTY:1||Superparamagnetic iron oxide nanoparticles:1||OXIDATION:1||Nanofiber:1||Polymeric gene delivery:1||NEURONAL DIFFERENTIATION:1||POLY(VINYL ALCOHOL):1||HEART:1||CATIONIC POLYMERS:1||Fas:1||Nonviral vector:1||MAGNETIC FORCE:1||MAGNETOFECTION:1||ULTRASOUND:1||Cell toxicity:1||MICROSPHERES:1||nonviral gene delivery:1||islet cell targeting:1||VASCULARPERMEABILITY FACTOR:1||ARGININERICH PEPTIDES:1||HIGHLY EFFICIENT:1||CRYSTALLIZATION BEHAVIOR:1||POLY(NISOPROPYLACRYLAMIDE):1||BREASTCANCER CELLS:1||NEUTRAL WATER:1||aptamer:1||polymer:1||animal experiment:1||priority journal:1||retina blood vessel:1||tumor growth:1||CYTOTOXIN THERAPY:1||PALLADIUM NANOPARTICLES:1||DECOMPOSITION:1||Fluorescence quenching:1||INTRACELLULAR DRUG:1||SIRNA RELEASE:1||Realtime monitoring:1||ONESTEP SYNTHESIS:1||LOW CYTOTOXICITY:1||DISSOCIATION:1||UNPACKING:1||INVASION:1||MAGNETIC NANOPARTICLES:1||ANTIMICROBIAL ACTIVITY:1||Tumor Targeting:1||INTRACELLULAR DELIVERY:1||guanidine:1||CATIONIC POLYMER:1||COATED GOLD NANOPARTICLES:1||MR Imaging:1||thermosensitive:1||SMOOTHMUSCLECELLS:1||Mannose receptor:1||RESPONSIVE POLYMERS:1||MIR124:1||SCAFFOLD:1||Mesenchymal Stem Cells:1||REPAIR:1||VITRO:1||pHresponsive materials:1||GRAFTPOLYETHYLENIMINE:1||Dual bioresponsive:1||MOUSE SURVIVIN:1||Myocardium:1||Temperatureresponsive amphiphilic polymer:1||Local gene transfer:1||INTRAMUSCULAR GENETRANSFER:1||ADENOVIRUS VECTORS:1||PLGA NANOPARTICLES:1||VACCINES:1||Starshaped polymer:1||transfection:1||Injectable:1||POLY(ETHYLENE OXIDE):1||reducible polymer:1||targeted carrier:1||DNA STRAND EXCHANGE:1||skeletal muscle:1||LIMB ISCHEMIA:1||tumor therapy:1||SUPPRESSION:1||glutamic acid decarboxylase:1||DECARBOXYLASE:1||HEPATOCYTES:1||MICELLES:1||Biological effects:1||Drug delivery vehicles:1||animal model:1||Article:1||INDUCED APOPTOSIS:1||Diagnosis:1||Gas generators:1||High contrast:1||Photoacoustic imaging:1||MODEL:1||bioinspired chemistry:1||ROUTE:1||controlled drug delivery:1||Antibacterial activity:1||MUSCLECELLS:1||nanostructures:1||selfassembly:1||BIODEGRADATION:1||DNA nanotechnology:1||antisense:1||polycations:1||reduced graphene oxide:1||ENDOTHELIALCELLS:1||HUMANCELLS:1||Vascular Endothelial Growth Factor:1||MAMMALIANCELLS:1||DNA/TRANSFERRINPEI COMPLEXES:1||MOTORNEURON DISEASES:1||Braintargeting agent:1||PLATELETADHESION:1||Matrix metalloproteinase2:1||SECONDARY:1||Tumor targeting:1||Survivin:1||CHRONIC AUTOIMMUNEDISEASE:1||THERAPY PROGRESS:1||Nonionic polymer:1||AQUEOUSSOLUTION:1||Myocardial infarction:1||EXTRACELLULAR GLYCOSAMINOGLYCANS:1||PORCINE HEART:1||MURINE:1||DNA CONDENSATION:1||BRANCHED POLYETHYLENIMINE:1||GROWTHFACTOR GENE:1||INTRAMUSCULAR INJECTION:1||hypoxia:1||RNABINDINGPROTEIN:1||targeted gene delivery:1||antibody conjugate:1||TUMOR ANGIOGENESIS:1||SCATTERING:1||Scaffolds (biology):1||biocompatibility:1||growth inhibition:1||nonhuman:1||MOUSE MODEL:1||AQUA COMPLEXES:1||FISCHERTROPSCH SYNTHESIS:1||ROOMTEMPERATURE:1||Molecular oxygen:1||Cancer diagnosis:1||POLYETHYLENIMINE/DNA COMPLEXES:1||polymers:1||DRIVEN:1||near infrared stimuliresponsive:1||NANOGELS:1||ASYMMETRIC FUNCTIONALIZATION:1||gene expression:1||redox chemistry:1||SIZE:1||ADSORPTION:1||VIRUSLIKE PARTICLES:1||nanomaterials:1||MOLECULARWEIGHT POLYETHYLENIMINE:1||SEMICONDUCTOR QUANTUM DOTS:1||Gene Delivery:1||macromolecule:1||sustained release:1||GEL:1||Disulfide crosslinked low molecular PEI:1||HYALURONICACID:1||NUCLEICACID DELIVERY:1||DRIVING FORCES:1||SILICA NANOPARTICLES:1||INDUCTION:1||OCULAR NEOVASCULARIZATION:1||biodegradable materials:1||SENSITIVE POLYPEPTIDE:1||Poly (lacticcoglycolic acid) (PLGA):1||ENDOSTATIN:1||LIPOSOMES:1||poly(ethylene glycol):1||GENETRANSFER:1||BIOMEDICAL APPLICATIONS:1||polymeric carrier:1||SMALL INTERFERING RNA:1||Virus detection:1||PHASETRANSITION:1||Substrates:1||Enzymes:1||Nitric oxide:1||Signaling molecules:1||Hydrogels:1||ANTICANCER DRUGDELIVERY:1||complementary DNA:1||conjugation:1||CANCER CELLS:1||BICARBONATE:1||Diseases:1||Photothermal therapy:1||Phthalocyanine derivatives:1||PHOTOLUMINESCENCE:1||FLUORESCENCE:1||GOLD:1||CONJUGATION:1||Hyaluronic Acid:1||PH CHANGES:1||TRANSPORTERS:1||NITROGEN:1||POLYETHYLENIMINE DERIVATIVES:1||OLIGONUCLEOTIDES:1||LIVER:1||SurfaceMediated Delivery:1||SKELETALMUSCLE CELLS:1||Silica nanotubes:1||Iron oxide:1||CIRCULATION:1||MicroRNA:1||RESTENOSIS:1||DONOR:1||PLURONIC BLOCKCOPOLYMERS:1||TARGETED GENE DELIVERY:1||RETINAL NEOVASCULARIZATION:1||Superparamagnetic Iron Oxide Nanoparticles:1||Transfection:1||ACIDMODIFIED CHITOSAN:1||Reducible polymer:1||Tumor cells:1||Type1 diabetes:1||BETACELL DESTRUCTION:1||MECHANISMS:1||PHARMACOKINETICS:1||Atherosclerosis:1||BIODEGRADABLE POLYMERIC NANOPARTICLES:1||PROSPECTS:1||FORMULATIONS:1||Angiogenesis:1||DELIVERYSYSTEMS:1||Biodegradation:1||Nanoparticle (NP):1||multiarm polyethylene glycol:1||EFFICIENCY:1||COMBINATION:1||vascular endothelial growth factor:1||untranslated region:1||FLT1:1||cationic polymer:1||CHEMICALMODIFICATION:1||Visual sensing:1||DRUGDELIVERY SYSTEMS:1||THERAPEUTIC APPLICATIONS:1||Responsive hydrogels:1||Stimuliresponsive materials:1||human:1||DIOXIDE:1||Photoacoustic effect:1||Nanostructured:1||CANCERCELLS:1||tissue targeting:1||CELLADHESION:1||GOLD NANOCAGES:1||gold nanoparticle:1||SYSTEMS:1||SURFACECHEMISTRY:1||DRUGS:1||integrin:1||FUNCTIONALIZED CARBON NANOTUBES:1||NONVIRAL VECTORS:1||VEGF SIRNA:1||CELL:1||DELIVERY SYSTEM:1||Hyaluronic acid (HA)coated stent:1||nanoplex:1||nonviral:1||Lymph node:1||SPION:1||ANODIC ALUMINA:1||Bloodbrain barrier:1||Polyplex:1||PEGHYDROGEL:1||CARBOXYMETHYL POLY(LHISTIDINE):1||ANTISENSE OLIGONUCLEOTIDES:1||Reducible:1||GENEEXPRESSION:1||Magnetofection:1||Skeletal muscle:1||MOUSE SKELETALMUSCLE:1||POLYACETALS:1||RNA interference:1||THERAPEUTICS:1||MYOCARDIUM:1||INVIVO DISTRIBUTION:1||plasmid DNA:1||THERAPEUTIC ANGIOGENESIS:1||ischemic disease:1||RTP801 PROMOTER:1||CELL MITOGEN:1||Multifunctional membrane:1||Water flux control:1||CODELIVERY:1||Absorbing materials:1||Drug delivery system:1||Physiological systems:1||DISCOVERY:1||NATURALPRODUCTS:1||HEMOLYTICACTIVITY:1||synthesis:1||Nanostructures:1||phthalocyanine:1||Gold nanoparticle:1||NEARINFRARED LIGHT:1||TRANSPORT:1||NDiazeniumdiolates:1||RESISTANT STAPHYLOCOCCUSAUREUS:1||bionanotechnology:1||COMPARTMENTS:1||Reducible Polyethylenimine:1||NANOCONSTRUCT:1||photothermal transfection:1||NEARINFRARED ABSORBENCY:1||PHOTOCHEMICAL INTERNALIZATION:1||POLYPLEX MICELLES:1||SURFACE FUNCTIONALIZATION:1||hydrophilic drug:1||lipophilic drug:1||SOL:1||Vascular smooth muscle cells:1||Carboxylic mannan:1||ssPEI:1||Quantum dot:1||LLYSINE:1||NGR peptide:1||ONCOLYTIC ADENOVIRUS:1||PROMOTER:1||TRANSDUCTION:1||CATIONIC MICROPARTICLES:1||PEI:1||poly(amido ethylenimine):1||RECOMBINANT INTERLEUKIN2:1||LYMPHOCYTES:1||PEGPLGAPEG:1||MOUSE MUSCLE:1||3 &apos:1||POSTTRANSCRIPTIONAL REGULATION:1||BIODISTRIBUTION:1||ANGIOSTATIN:1||ANTICANCER DRUGS:1||BORONIC ACIDS:1||dextran:1||single stranded DNA:1||controlled study:1||DNA hybridization:1||human cell:1||mouse:1||CARCINOMA:1||NANOCATALYST:1||REDUCTION:1||Singlet oxygen generation:1||

Open Access System for Information Sharing

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Publication & Time Cited Count
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Open Access System for Information Sharing

Keyword

Publication & Time Cited Count(For the Last 5 years)

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Publication & Time Cited Count
(For the Last 5 years)