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BAN, CHANGILL (반창일)

Dept of Chemistry(화학과)

Field(s)

Keyword

BINDING:13||ESCHERICHIACOLI:6||SYSTEM:6||MutS:6||MutL:5||SELEX:5||Gold nanoparticle:5||RNA APTAMERS:5||DNA:5||RECOGNITION COMPLEX:4||RECOGNITION:4||REPAIR:4||MISMATCH REPAIR:4||COMPLEX:4||Colorimetry:4||ssDNA aptamer:4||IMMUNOSENSOR:4||ANTIBIOTICS:4||LIGANDS:4||HETERODUPLEX DNA:4||INVITRO SELECTION:3||SEQUENCE:3||Kanamycin:3||ATPASE ACTIVITY:3||CHLORAMPHENICOL:3||BIOSENSOR:3||SWITCH:3||HYDROLYSIS:3||SLIDING CLAMP:3||SMALL MOLECULES:3||Aptasensor:3||DNA MISMATCH REPAIR:3||STEMCELLS:2||ISCHEMIA/REPERFUSION INJURY:2||SIZE:2||BINDINGPROTEIN:2||BASE:2||DRIVEN MECHANISMS:2||HYBRIDIZATION:2||AU NANOPARTICLES:2||fluorescence emission:2||Magnetic bead:2||GROWTH:2||FACTOR1ALPHA:2||MOBILIZATION:2||MECHANISMS:2||MMR:2||REPAIR PROTEIN MUTS:2||ELECTROCHEMICAL DETECTION:2||MutS mutant (C42A/T469C):2||binding affinity of mismatched DNA:2||dsDNA binder:2||CANCERCELLS:2||DNA MISMATCH:2||Fluorescence:2||THERAPEUTICS:2||RECEPTOR:2||CXC CHEMOKINE PBSF/SDF1:2||FACTORI:2||DISEASE:2||MMR mechanism:2||APTAMER:2||MOLECULES:2||SURFACEPLASMON RESONANCE:2||GENE:2||AMPLIFICATION:2||LYMPHOPOIESIS:2||MIGRATION:2||xray crystallography:2||conformational flexibility:2||GENES:2||Ischemic heart disease:2||ischemia reperfusion injury:2||myocardial infarction:2||RECRUITMENT:2||NUCLEICACIDS:2||MOLECULAR SWITCH:2||Aptamer:2||Conducting polymer:2||MUTATION DETECTION:2||RESOLUTION:2||ESCHERICHIACOLI MUTS:2||HMSH2HMSH6:2||IMPEDANCE SPECTROSCOPY:2||MYELOPOIESIS:2||helical parameter:2||DIFFRACTION:2||SDF1:2||Blocked heteroduplex DNA:2||ADPnP:2||ssDNA:2||SACCHAROMYCESCEREVISIAE MSH2MSH6:2||DNA APTAMERS:2||MutSfluorophore biosensor:2||SMALLMOLECULE:2||DOXORUBICIN:2||SOFTWARE:2||SDF1ALPHA:2||ENVIRONMENT:2||CXCR4:2||AXIS:2||OPTICAL BIOSENSOR:2||MUTATIONS:2||MODULATION:2||DOMAINS:2||Malaria:2||Plasmodium lactate dehydrogenase:2||CHIP:2||Hairpin DNA:2||COMBINATORIAL APPROACH:2||AGENTS:2||ROLES:2||PROTEIN MUTS:2||MICE LACKING:2||ADNA decamer:2||MOLECULARSTRUCTURE:2||CONFORMATION:2||SURVIVAL:2||ATPase activity:2||ONEDIMENSIONAL DIFFUSION:2||DEPENDENT ACTIVATION:2||IAANS:2||MOTIF:2||Screening:2||HPLC:2||ANTICANCER DRUG SCREEN:2||impedance:2||COMPLETE GENOME SEQUENCE:2||SALMONELLA:2||Selfaggregate:2||Thermotoga maritima:2||PROBES:2||BINDINGPROTEIN MUTS:2||NANOPARTICLE PROBES:2||TUMORCELLS:2||COMPLEXES:2||NONPOLYPOSIS COLORECTALCANCER:2||SINGLEMOLECULE:2||FLUORESCENCE SPECTROSCOPY:2||IONS:1||MAGNETIC BEADS:1||CAPILLARYELECTROPHORESIS:1||SMART APTAMERS:1||CHANNEL RECORDINGS:1||STABILITY:1||Electrochemical impedance spectroscopy:1||Thermotoga maritima recombinase A:1||GOLD NANOPARTICLE PROBES:1||NEUTRAL FILTER ELUTION:1||DELIVERY:1||CELL NUCLEAR ANTIGEN:1||QCM:1||Dendrimers:1||IMMUNOASSAY:1||E. coli RpiA:1||ENZYMES:1||spectrophotometric method:1||ASSOCIATION:1||Propionibacterium acnes:1||CONDUCTING POLYMER:1||Selfassemble:1||Labelfree:1||MICROFLUIDIC DEVICE:1||Sulfadimethoxine:1||COLORIMETRIC DETECTION:1||Ampicillin:1||SINGLESTRANDEDDNA:1||histidinetagged proteins:1||conducting polymer:1||Chloramphenicol:1||Arabinose5phosphate:1||PROTEINS:1||Diagnosis:1||Impedance spectroscopy:1||Electrochemical method:1||MILK:1||ALPHA:1||POROUS MEMBRANES:1||RECONSTITUTION:1||LABELFREE:1||SULFONAMIDES:1||BACTERIAL RECA PROTEIN:1||MISMATCHED DNAS:1||NUCLEASE ACTIVITY:1||RECOMBINATION:1||FLUORESCENCE ANISOTROPY:1||SACCHAROMYCESCEREVISIAE:1||ANTIBODY DIVERSIFICATION:1||Gold nanoparticles:1||Immunosensor:1||SUPPRESSION:1||COMPETITION:1||PENTOSEPHOSPHATE PATHWAY:1||RIBOSE5PHOSPHATE ISOMERASE:1||Oligonucleotide:1||Silver nanoclusters:1||Theranostics:1||Cationic polymer:1||LACTATEDEHYDROGENASE:1||EXPONENTIAL ENRICHMENT:1||Binding affinity:1||FLUORESCENCE DETECTION:1||DERIVATIZATION:1||DNAzyme:1||BREAK REPAIR:1||nonspecific nicking endonuclease:1||HOMOLOG:1||thrombin aptamer:1||aptamer folding:1||thrombin:1||XPS:1||PROTEIN BIOSENSOR:1||APTASENSOR:1||REPLICATION PROTEINA:1||SOMATIC HYPERMUTATION:1||DISTINCT ROLES:1||MUTH:1||Cadmium sulfide nanoparticles:1||MAMMALIANCELLS:1||DRIBOSE5PHOSPHATE ISOMERASE:1||ALIGNMENT:1||steadystate ATPase activity:1||gapped DNA:1||PROTEIN:1||MOLECULAR BEACONS:1||TECHNOLOGIES:1||NUMBER:1||GENOME:1||Microbiology:1||RNA:1||PARASITES:1||PERFORMANCE LIQUIDCHROMATOGRAPHY:1||ARRAY:1||CONDUCTANCE:1||DNA APTAMER:1||Fluorometry:1||HOMOLOGOUS RECOMBINATION:1||Xray crystallography:1||CRYSTALSTRUCTURE:1||immunosensor:1||DEPENDENT STIMULATION:1||crystal structure:1||HMUTSALPHA:1||TRANSLOCATION MECHANISM:1||SITES:1||Aldehyde dehydrogenase 2 (ALDH2):1||SINGLE NUCLEOTIDE POLYMORPHISMS:1||SYSTEMATIC EVOLUTION:1||GOLDNANOPARTICLES:1||CELLS:1||TARGETS:1||smallangle Xray scattering (SAXS) analysis:1||IDENTIFICATION:1||DNA damage response:1||DNA mismatch repair:1||CLASSSWITCH RECOMBINATION:1||labelfree detection:1||LABEL:1||RNA INTERFERENCE:1||CHEMICALMODIFICATION:1||Fluorescent probes:1||CLUSTERS:1||ASSAY:1||Dissociation constant:1||Microarray chip:1||GOLD NANOPARTICLES:1||BLOODSERUM:1||MECHANICALPROPERTIES:1||SYSTEMS:1||Coordination polymer nanobelts:1||SELECTION:1||INVIVO:1||RESIDUES:1||THERMUSTHERMOPHILUS MUTS2:1||INVITRO:1||HYDRAZINE:1||STRAND:1||EXPRESSION:1||KNOCKDOWN:1||Ribose5phosphate isomerase A (RpiA):1||DIFFRACTION DATA:1||BIOSYNTHESIS:1||double endblocked heteroduplex:1||Single nucleotide polymorphism (SNP):1||Extracellular vesicle:1||LCMS/MS:1||DNA aptamer sensor:1||DEPENDENCE:1||LIQUIDCHROMATOGRAPHY:1||Small MutSrelated (Smr) domain:1||CATALYTIC DOMAIN:1||antibody diversification:1||EFFICACY:1||Vibrio vulnificus YJ016:1||VARIANTS: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)