ScholarWorks@Korea University: Kim, Jung bae

Detailed Information

Kim, Jung bae (김중배)

College of Engineering (Department of Chemical and Biological Engineering)

Research Area

Tel 4850
Homepage

ResearcherID ORCiD Scopus Google Scholar ID ResearchGate

Keyword

Glucose oxidase:11||Enzyme stabilization:7||Carbon nanotubes:7||Enzyme immobilization:6||Biosensors:6||Tyrosinase:5||Enzyme precipitate coatings:5||Nanobiocatalysis:5||Biofuel cells:4||glucose oxidase:4||Electrospun polymer nanofibers:4||Protein digestion:3||Polyaniline nanofibers:3||Trypsin:3||Laccase:3||Enzymatic biofuel cells:3||Carbonic anhydrase:3||Enzyme coating:3||enzyme stabilization:3||Enzyme coatings:2||Graphene oxide:2||Nanoscale enzyme reactors:2||ibuprofen:2||Nanoproteomics:2||Pyranose oxidase:2||Isocitrate dehydrogenase:2||Biocatalysis:2||Mesoporous silica:2||Electrospun nanofibers:2||Membrane antifouling:2||Carbon dioxide:2||Enzyme immobilization and stabilization:2||carbon nanotubes:2||Bacillus anthracis:2||Immobilization:2||biofuel cell:2||Carbon capture and storage:2||Ethanol dispersion:2||Enzyme precipitate coating:2||Calcium carbonate:2||Bisphenol A:2||racemic resolution:2||Magnetic nanoparticles:2||biocatalysis:2||Magnetic separation:2||Enzymes:2||Staphylococcus aureus:2||enzymatic polydopamine coating:1||graphitized mesoporous carbon:1||Quorum quenching:1||TRYPSIN IMMOBILIZATION:1||QUANTIFICATION:1||Alphachymotrypsin:1||lysins:1||acylase:1||magnetically separable enzyme precipitate coating:1||Enzyme based biofuel cells:1||Nanostructures:1||antimicrobial enzymes:1||Crosslinked glucose oxidase aggregates:1||Electrochemical signal stability:1||Glycerol dehydrogenase:1||Glycerol:1||Biochemical reaction equilibrium:1||cellulosic fibers:1||Electrodeposition:1||Nanoimmobilization:1||Stabilization:1||Magnetic mesoporous materials:1||Catehcol degradation:1||Lipase:1||Lactic acid:1||enzyme coating:1||Single Enzyme Nanoparticles:1||NERLISA (nanoscale enzyme reactor linked immunosorbent assay):1||Microorganism detection:1||Enzyme stability:1||Enzyme aggregate coatings:1||Nanomaterial:1||Phototherapy:1||Enzymeinorganic hybrid nanoflowers:1||Biosensor:1||Selfassembly:1||bactericidal activity:1||SENSITIVITY:1||Cellulose nanofibers:1||bacterial cell chip:1||SA1:1||enzyme adsorption/precipitation/crosslinking:1||Efficient electron transfer:1||Precipitation:1||Electron generation and transfer:1||carbon dioxide:1||cofactor regeneration:1||glycerol biotransformation:1||Rice straw:1||Pretreatment:1||Mugil cephalus:1||enzyme precipitation and coating:1||High loading density:1||CD4(+) T lymphocytes:1||antiCD3 monoclonal antibody:1||immune cell therapy:1||Substrate recycling:1||betaGlucosidase:1||Realtime RTPCR:1||Lactate dehydrogenase:1||inorganic&:1||Fenton reaction:1||MET:1||3D printing:1||illite:1||Precipitationbased nanoscale enzyme reactor:1||Biofouling:1||silver binding peptide:1||BIOLOGY:1||Enzyme catalysis:1||highthroughput screening:1||antifouling:1||nanoscale materials:1||Magnetic mesoporous silica:1||Enzymatic glucose sensors:1||biosynthesis:1||Cobalt hydroxide:1||Polyaniline Nanofiber:1||cell separation:1||Biocatalyst:1||Electrospun magnetic nanofiber:1||CD8(+) T lymphocytes:1||Antibody:1||Solidstate NMR:1||electrospun nanofibers:1||protein digestion:1||Enzyme Crosslinking:1||Enzyme crosslinking:1||hydrophilicity:1||interfacial assembly:1||organic heterostructures:1||Phenolic polymers:1||Single enzyme:1||Bioreceptor:1||composite film:1||glucose detection:1||graphitization index:1||Cell wall binding domain:1||Polymerase chain reaction:1||CO2 conversion:1||Polydopamine coatings:1||Single enzyme caged nanoparticles:1||in vitro TNT:1||Selective capture:1||Circulating tumor cells:1||biosensors:1||Enzymatic phenol sensors:1||Glycosylation moiety:1||CD4+T lymphocyte:1||cell transplantation:1||Zetapotential analysis:1||Adsorption:1||Mercury:1||Ethanol:1||Invertase:1||Functionalized mesoporous silicas:1||DNA separation:1||Electrostatic interaction:1||Electrochemical immunoassay:1||Antimicrobial surface:1||Bacillus carboniphilus:1||bacteriaspecific aptamer:1||colorimetric aptasensor:1||nonSELEXbased method:1||Biocatalytic elastomer:1||Aptamer:1||Interfacial biocatalysis:1||Phenolic compounds, Screenprinted electrode:1||peroxidaselike activity:1||injectable fibers:1||PROTEOMICS:1||infectious disease:1||graphene oxide:1||Graphitized mesoporous carbons:1||Trypsin digestion:1||Biomemory chip:1||Crosslinked chitosan coating:1||porous carbon electrode:1||Magnetic Nanoparticle:1||biodiesel production:1||Biomimetic sequestration:1||Boolean logic gates:1||Carbon nanotube:1||Conjugation site concentration:1||Cellulosic ethanol:1||Multiplexed immunoassay:1||bactericidal surfaces:1||biomimetics:1||super&:1||Chemodynamic therapy:1||Photothermal therapy:1||gold nanoparticle:1||Bacterial decontamination:1||Citrobacter braakii:1||polyethylene:1||oxygen transmission rate:1||Mesoporous silicas:1||Crowding effect:1||Confinement effect:1||biofuel cells:1||silver nanoparticles:1||MAGNETIC NANOPARTICLES:1||COATINGS:1||TEMPOmediated oxidation:1||bionanocomposites:1||antibiotic alternatives:1||Phenol:1||Enzyme adsorption:1||Crosslinking:1||Proteinadsorptionprecipitationcrosslinking (PAPC) technique Electrochemical signal enhancement:1||Aconitase:1||isocitrate dehydrogenase:1||Electron transfer:1||Attrition milling:1||mesostructured onionlike silica:1||carbon paper:1||maple syrup:1||ethanol dispersion:1||CO2 capture valorisation and storage:1||Enzymebased biofuel cells:1||Multistage continuous fermentation:1||Pressure cycling technology:1||Enzyme Stabilization:1||Covalent enzyme attachment:1||enzyme electrode:1||Immunomagnetic separation:1||betaNicotinamide adenine dinucleotide:1||Membrane separation:1||Polymer:1||Antibacterial activity:1||CO2 conversion and utilization:1||watervapor transmission rate:1||Enzyme adsorption, precipitation and crosslinking:1||magnetic nanoparticles:1||enzymeinorganic hybrid nanoflowers:1||cancer immunotherapy:1||cytokine delivery:1||electrospun fibers:1||enzymatic nanocomposites:1||Listeria innocua:1||POLYMER NANOFIBERS:1||Glucose biosensors:1||endolysins:1||Carbon conversion and utilization:1||Planetary milling:1||Nanoscale enzyme reactor:1||Enzymatic fuel cell:1||electrospun polymer nanofibers:1||Enzyme precipitation:1||Horseradish peroxidase:1||Confocal microscope:1||trypsin:1||carbon nanotube:1||#8208:1||Combination therapy:1||Polydimethylsiloxane:1||Precipitationbased microscale enzyme reactor:1||Xylooligosaccharides:1||NonSELEX:1||Airborne bacteria:1||cytotoxicity:1||Conductive biochar nanoparticles:1||Enzymatic biosensor:1||substrate channeling:1||hydrophobic properties:1||CO2 utilization:1||Biocatalytic membrane:1||cellwall binding domain:1||Culture template:1||biofilm:1||quorum quenching:1||Dihydroxyacetone:1||carbon conversion:1||Enzyme adsorption, precipitation and crosslinking (EAPC):1||Mesocellular silicon:1||dihydroxyacetone:1||Lignocellulosic biomass:1||Epoxide hydrolase:1||Graphite oxidation:1||Epoxide Hydrolase:1||Enantioselective Resolution:1||enzyme immobilization:1||Carbon nanomaterial:1||High cell density:1||Mesoporous carbon:1||Mass transfer limitation:1||Trypsin stabilization:1||biotransformation kinetics:1||Aptamers:1||Pyrroloquinoline quinone:1||Nanofibers:1||Recyclable biocatalysts:1||In situ biocide generation:1||Planar nanobiocatalyst:1||#8211:1||Nanomaterials:1||Peroxidase:1||Vinylferrocene:1||Microbial infection:1||Theranostic:1||

STATISTICS: Total View :6,941,794; Today View :7,867

RSS_1.0 RSS_2.0 ATOM_1.0

145 Anam-ro, Seongbuk-gu, Seoul, 02841, Korea+82-2-3290-2963

Certain data included herein are derived from the © Web of Science of Clarivate Analytics. All rights reserved.
You may not copy or re-distribute this material in whole or in part without the prior written consent of Clarivate Analytics.

Detailed Information

Keyword

BROWSE