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DOH, JUN SANG (도준상)

Dept of Mechanical Engineering(기계공학과)

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SURFACES:5||IDENTIFICATION:4||SEPARATION:4||CESSCP:4||Pathogen detection:4||DENDRITIC CELLS:4||CAPILLARYELECTROPHORESIS:4||INVIVO:4||ANTIGEN:3||MOTILITY:3||ACTIVATION:3||CHEMOTAXIS:3||ARRAYS:3||LEUKOCYTE MIGRATION:3||LYMPHOCYTE MIGRATION:3||PATHWAY:2||CONTACT GUIDANCE:2||REORGANIZATION:2||INTERFACE:2||16S rRNA gene:2||CONFORMATION POLYMORPHISM ANALYSIS:2||SYSTEM:2||Poly(ethyleneoxide)poly(propyleneoxide)poly(ethyleneoxide) triblock copolymer:2||PCR:2||DIPPEN NANOLITHOGRAPHY:2||PDZ DOMAIN:2||REALTIME PCR:2||PLASMAMEMBRANE:2||PROTEIN INTERACTIONS:2||CELL POLARITY:2||BINDING:2||Highresolution:2||Polymer matrix:2||COPOLYMER:2||MEDIA:2||IMMUNOLOGICAL SYNAPSE:2||LYMPHOCYTES:2||ICAM1:2||MULTIPHOTON MICROSCOPY:2||DISHEVELLED DEP DOMAIN:2||POLYMER:2||High resolution:2||SUPRAMOLECULAR ACTIVATION CLUSTER:2||RECOGNITION:2||LYMPHNODES:2||COMMUNITIES:2||COLLAGEN:2||MYOSINIIA:2||CONVERGENT EXTENSION MOVEMENTS:2||BETACATENIN:2||STRAND CONFORMATION POLYMORPHISM:2||DIAGNOSTICS:2||TISSUES:2||DNA MICROARRAY:2||INHIBITION:2||NATURALKILLERCELLS:1||FOREIGN ANTIGEN:1||central nervous system:1||confocal microscopy:1||HeLa cell line:1||DELIVERY:1||SCAFFOLDS:1||SIGNALING MOLECULES:1||Capillary force lithography:1||INFLAMMATION:1||JUNCTIONS:1||NANOSCALE:1||MOLD:1||PROTEIN ADSORPTION:1||SOFT LITHOGRAPHY:1||BLOOD:1||BOVINE SERUMALBUMIN:1||THINFILMS:1||POLY(ETHYLENE GLYCOL):1||supported bilayer:1||TCR:1||anisotropic thermoresponsiveness:1||CYTOTOXICITY:1||permeability:1||animal experiment:1||demyelination:1||inflammatory disease:1||Th1 cell:1||cell separation:1||ethanol dispersion:1||PROTEIN DIGESTION:1||FILMS:1||ATTACHMENT:1||CULTURE:1||Hydrogel microwell:1||CHARGED SURFACES:1||DIFFUSION:1||PH:1||T cell activation:1||SUPPORTED PLANAR MEMBRANES:1||ADHESION:1||organophilic/hydrophilic loading capability:1||NANOPARTICLES:1||INTERLEUKIN2:1||INTERACTION DYNAMICS:1||cytotoxic T lymphocyte antigen 4:1||recombinant protein:1||experimental study:1||animal model:1||Article:1||ELECTROSPUN:1||COATINGS:1||BILAYERS:1||T cell dynamics:1||Transendothelial migration:1||TCELLS:1||T cell:1||CUTTING EDGE:1||CYTOKINERECEPTOR:1||viruses:1||LIGHTEMITTINGDIODES:1||SELFASSEMBLY PROCESS:1||POLY(METHACRYLIC ACID):1||RECEPTOR MICROCLUSTERS:1||LIGAND:1||FOCAL ADHESIONS:1||CANCER INVASION:1||hydrogel:1||Chemistry:1||immunoassays:1||SENSITIVITY:1||ARP2/3 COMPLEX:1||cytoplasmic domain of cytotoxic T lymphocyte antigen 4:1||blood:1||drug:1||protein:1||nonhuman:1||T lymphocyte:1||ARREST:1||FLOW LITHOGRAPHY:1||Fate decision:1||SPLENIC BCELLS:1||ANTIGEN PRESENTATION:1||selfassembly:1||LAYER POLYMERFILMS:1||FABRICATION:1||immunological synapse:1||TRANSCELLULAR DIAPEDESIS:1||microfluidics:1||diagnostics:1||TOMOGRAPHY:1||PHOTOACOUSTIC MICROSCOPY:1||LIMIT:1||Arabidopsis imaging:1||superresolution optical microscopy:1||2B4 CD244:1||LYMPHNODE:1||unclassified drug:1||blood brain barrier:1||CD4+ T lymphocyte:1||fluorescence microscopy:1||multiple sclerosis:1||CD4+T lymphocyte:1||BIOMEDICAL APPLICATIONS:1||Nanostructured surfaces:1||CHEMOKINES:1||DIRECTION:1||RIGIFLEX:1||BIOLOGY:1||FEATURES:1||SIZE:1||RECEPTOR ALPHACHAIN:1||CRYSTALSTRUCTURE:1||polyelectrolytes:1||surface mobility:1||LINEAR GROWTH:1||LATERAL MOBILITY:1||ULTRATHIN:1||microfabrication:1||Nanotechnology:1||NUCLEAR MECHANICS:1||VENULAR WALLS:1||poly(Nisopropylacrylamide):1||phase separation of supersaturated Nisopropylacrylamide:1||peptide derivative:1||cell permeabilization:1||drug conjugation:1||experimental autoimmune encephalomyelitis:1||human:1||tandem repeat:1||Th17 cell:1||PANCREATICCANCER:1||ANTIGEN RECEPTOR:1||MICROCLUSTERS:1||SURFACE:1||BIOLOGICAL APPLICATIONS:1||COPOLYMERS:1||interdiffusion:1||IMMOBILIZATION:1||MULTILAYERS:1||PATTERNED LIPIDBILAYERS:1||nanozymes:1||GROWTH:1||CELLS:1||melanoma cell imaging:1||RECEPTOR:1||neuroprotective agent:1||cytology:1||cytoplasm:1||drug penetration:1||female:1||mouse model:1||neuroprotection:1||electrospun polymer nanofibers:1||LIGAND RECOGNITION:1||FLUID SHEARSTRESS:1||VASCULAR ENDOTHELIUM:1||CELL:1||Multicellularity:1||EXPRESSION:1||thin films:1||EXPONENTIALGROWTH:1||CONFORMATIONAL TRANSITION:1||LIPIDBILAYERS:1||NAIVE:1||DISEASE:1||biosensors:1||nanowire imaging:1||gold nanoparticle imaging:1||LAMELLIPODIA:1||recombinant dNP2:1||immune response:1||peptide:1||rodent:1||animal cell:1||controlled study:1||human cell:1||mouse:1||cell transplantation:1||METASTATIC MELANOMA:1||HER2/NEU:1||KINASECTHETA:1||Endothelial cell alignment:1||MIGRATION:1||FLOW:1||PROLIFERATION:1||DYNAMIC INTERACTIONS:1||MEMBRANES:1||INTERFERENCE:1||Issue 108:1||Janus particle:1||enzymemimetics:1||

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