ScholarWorks@Hongik: Park, Kyung moon

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Park, Kyung moon (박경문)

Science & Technology (Biological and Chemical Engineering)

Research Area: 생물공학

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Cadaverine:12||Escherichia coli:10||Glutaric acid:8||Candida antarctica lipase B:6||Corynebacterium glutamicum:6||Lignocellulose:5||Optimization:5||Immobilization:4||LLysine:4||Poly(3hydroxybutyrate):4||Lysine decarboxylase:4||lysine decarboxylase:4||cadaverine:4||Pretreatment:3||Bioplastic:3||Saccharomyces cerevisiae:3||immobilization:3||Biodegradation:3||biodegradation:3||Furfural:3||Apoptosis:3||Biomass:3||FOXO3:2||ATP regeneration:2||cellfree protein synthesis:2||Reactive oxygen species:2||Recombinant E. coli:2||Recombinant Escherichia coli:2||Monoclonal antibody:2||Glycerol:2||Whole cell conversion:2||Ricinoleic acid:2||fedbatch:2||Degradation:2||Biodiesel:2||5hydroxyvaleric acid:2||Catalase:2||Klebsiella oxytoca:2||E. coli:2||ricinoleic acid:2||LDOPA:2||cyclohexanone monooxygenase:2||Llysine:2||Polyhydroxybutyrate:2||soybean oil:2||biodiesel:2||Streptomyces coelicolor:2||Antibiotic:2||Extraction:2||lipase:2||Candida antarctica Lipase B:1||Candida antartica lipase B (CALB):1||Carbon dioxide:1||Carbon nanomaterial:1||Carbon utilization:1||Catalytic activity:1||Cellfree Protein Synthesis:1||Cellulase mixture:1||Cellulose hydrolysis:1||Chaperone:1||Closite:1||Cofactor effect:1||Codon optimization:1||Coexpession:1||Continuous cultures:1||Continuous production:1||Covalent immobilization:1||Crude glycerol:1||Cyclohexanone monooxygenase:1||DNA damage:1||Decane induction:1||Decanoic acid:1||Denitrification:1||Derivatization:1||Diamine:1||Diamine analysis:1||Diethyl ethoxymethylenemalonate:1||ESIMS:1||Electroenzymatic system:1||Electroenzymology:1||Electronbeam:1||Enzymatic hydrolysis:1||Enzyme:1||Enzyme engineering:1||Enzyme immobilization:1||Enzyme rigidity:1||Enzyme stability:1||Epoxy:1||Erlotinib:1||Escherichia colt:1||Ethanol:1||Ethyl chloroformate:1||Exfoliated:1||FAME derivatization:1||Fatty acids:1||Fedbatch:1||Fedbatch fermentation:1||Fedbatch process:1||Fenton reaction:1||Fermentation:1||Flavincontaining monooxygenase:1||Flexibility:1||Fragmentation:1||Fumonisin B1:1||Furoxanthiol:1||GCMS:1||GMAS:1||Gas chromatographymass spectrometry:1||Gene manipulation:1||Glucose dehydrogenase:1||Glutamate Oxidase:1||Glutamate oxidase:1||Glutaric Acid:1||Glutaric acid adsorption:1||Gold:1||Hafnia alvei:1||Hafnia alvei lysine decarboxylase:1||Halomonas:1||Halotolerant:1||Hepatocellular carcinoma:1||Her2:1||Hibiscus syriacus L.:1||High loading density:1||Highly sensitive method:1||His(6)tag:1||Hybridoma:1||Hybridoma cell:1||Hydroxylamine:1||IL13R alpha 1:1||IL4R alpha:1||IPTG and PLPfree whole cell biocatalyst reaction:1||Immobilized tyrosinase:1||In situ immobilization:1||Inclusion body:1||Indirect αketoglutaric acid supplying system:1||Indole:1||Inflammation:1||Intercalated:1||Intracellular metabolites:1||Isobutanol:1||JAK2:1||Kinetic Model:1||Kinetics:1||Klebsiella pneumonia:1||Klebsiella pneumoniae:1||Lthreoneopterin:1||LC/QTOFMS:1||LentiKats (R):1||Linear solvation energy relationship:1||Linifanib:1||Lipase:1||Liquidliquid extraction:1||Longchain dicarboxylic acid:1||Lysine:1||MUC4:1||Mass chromatograms:1||Metabolic engineering:1||Metabolic flux analysis:1||Metabolic pathway engineering:1||Metabolic profiling:1||Metabolites:1||Methyl decanoate:1||Methyl ethyl ketone:1||Microbial fermentation:1||Microbulbifer genus:1||Miscanthus:1||Mixture design:1||Molecular dynamics:1||Molecular dynamics simulation:1||Monosodium glutamate (MSG):1||NAD(P)H oxidase:1||NADHpreferring xylose reductase:1||NADPH:1||NDP sugar:1||NDP4keto sugar:1||NUFSErt:1||Nanocomposite:1||Oil:1||Oil palm fronds:1||Organic solvent stability:1||Ovarian cancer:1||PA510:1||PAS10:1||PHB depolymerase:1||PHB microbead:1||PPK2:1||Packedbed reactor:1||PelB signal sequence:1||Pfe1:1||Phase equilibrium:1||Phasin:1||Physical extraction:1||Pitch pine hydrolysates:1||Plasmid:1||Poly(butylene adipatecoterephthalate):1||Polycaprolactone:1||Polycationic amino acid tag:1||Polyethylene terephthalate (PET):1||Product inhibition:1||Productivity:1||Pyridoxal (PL):1||Pyridoxal 5��phosphate:1||Pyridoxal 5&apos:1||Pyridoxal kinase (PdxY):1||Quantification:1||Raw 264.7 cells:1||Recombinant Corynebacterium glutamicum:1||Remdesivir:1||Response factor:1||Retention time:1||Reusability:1||Rhodococcus:1||S12 extract:1||Saccharification:1||Saturation mutagenesis:1||Scaleup:1||Screening:1||Sebacic acid:1||Selectivity:1||Shewanella oneidensis:1||Simultaneous analysis:1||Simultaneous biocatalyst production and BaeyerVilliger oxidation:1||Single chain variable fragment:1||Singlechain variable fragment:1||Solgel matrix:1||Soluble expression:1||Sonication:1||Stepwise feeding system:1||Streptococcus iniae:1||Streptococcus parauberis:1||Subunit vaccine:1||Synthetic promoters:1||TDP4keto6deoxyglucose:1||Terribacillus goriensis:1||Theanine:1||Thermal stability:1||Thermostability:1||Thermotolerant:1||Thiourea dioxide:1||Toluene dioxygenase:1||UBP1:1||Ultrasonic extraction:1||Undecylprodigiosin:1||VLE:1||VLLE:1||Vanillin:1||Well dispersed Ltyrosine:1||Whole genome sequencing:1||Wholecell biocatalysis:1||Wholecell bioconversion:1||Wholecell biotransformation:1||Wholecell conversion:1||Xylanase:1||Xylose:1||YUH1:1||Zebrafish:1||Zetapotential analysis:1||acetyltransferase:1||acyl acceptor:1||agitation speed:1||alphaEnolase:1||alphaKetoglutarate:1||ammonium acetate:1||amphiphilic matrix:1||apoptosis:1||auranofin:1||bdhA:1||biodiesel production:1||biological denitrification:1||biological upcycling:1||biomass:1||bioplastics:1||bioseparation:1||biotransformation:1||bromocresol purple:1||cancer:1||chloramphenicol:1||cobiotransformation:1||continuous culture:1||copolymer:1||davTDBA:1||detergentless microemulsion system:1||dihydroneopterin triphosphate 2 &apos:1||entrapment:1||epsiloncaprolactone:1||erythropoietin:1||ethyl acetate:1||fedbatch process:1||fedfasted variance:1||fructose1,6bisphosphate:1||furfural:1||gallbladder cancer:1||gas chromatography with flame ionization detector:1||glucose 6phosphate dehydrogenase:1||glutaraldehyde:1||glutaric acid:1||glycerol:1||glycine:1||glycolysis:1||heavy metal ion:1||high concentration:1||highconcentration reaction:1||highthroughput colorimetric assay:1||hrseradish peroxidase:1||hydrogen bond interaction:1||in situ product recovery:1||in vitro suppression:1||interatomic contact surface:1||intracellular metabolic measurements:1||isobutanol:1||levulinic acid:1||meso2,3Butanediol:1||metabolic flux analysis:1||methanol feeding:1||molecular docking:1||molecular dynamics:1||monapterin:1||mps operon:1||multicomponent synthesis:1||nButanol:1||omegaHydroxyundec9enoic acid:1||omegahydroxyundec9enoic acid:1||omegaoxidation:1||optimization:1||organic solvent stability:1||ovarian:1||ovarian cancer:1||pH:1||pH indicator:1||pH influence:1||permeabilization:1||phaZ:1||pharmacokinetics:1||poly(3hydroxybutyrate):1||poly(3hydroxybutyrateco3hydroxyvalerate):1||polyamide 510:1||polybutylene succinate (PBS):1||polysaccharides:1||polyvinyl alcohol:1||propionate:1||protein engineering:1||reactive oxygen species:1||recombinant Escherichia coli:1||screening:1||secondary alcohol dehydrogenase:1||selective biosorption:1||semiemperical calculations:1||simple extraction:1||simultaneous biocatalyst production and BaeyerVilliger oxidation:1||solgel enzyme immobilization:1||stability:1||substrate production for bioconversion:1||substrate specificity:1||substrate/product inhibition:1||succinylCoA synthase:1||tRNA:1||temperature:1||tertbutanol:1||tetrafluoroborate:1||tetrahydrobenzo[b]pyrans:1||transesterification:1||ubiquitin cterminal hydrolase:1||ubiquitinspecific protease:1||unnatural amino acid:1||valueadded chemicals:1||whole cell:1||whole cell bioconversion:1||wholecell biocatalyst:1||αKetoglutaric acid:1||αketoglutaric acid:1||(E)11(Heptanoyloxy) undec9enoic acid:1||εcaprolactone:1||epimerase:1||phosphate (PLP):1||1,5pentanediol:1||1Alkyl3methylimidazolium:1||10hydroxydecanoic acid:1||12Ketooleic acid:1||2,3Butanediol:1||2,3Butanediol fermentation:1||3hydroxybutyrate dehydrogenase:1||5Aminovaleric acid:1||5aminovaleric acid:1||ALD6:1||ATP:1||AZD1480:1||Acidbase mixture:1||Adenosine 5��triphosphate:1||Aflatoxin B1:1||Akt:1||Alcohol dehydrogenase:1||Aldehyde oxidoreductase:1||Alginate entrapment:1||Alkyne:1||Amberlite XAD4:1||Analytical method:1||Anticancer:1||B. subtilis gabTD:1||Bacillus infantis:1||Bacillus sp. NR4:1||BaeyerVilliger monooxygenase:1||Baker��s yeast:1||Barium alginate:1||Bilobetin:1||Biocatalyst:1||Bioindigo:1||Bioavailability:1||Bioconversion:1||Biodegradableplastic:1||Biofuel:1||Bioplastics:1||Biopolyamide:1||Bioprocess:1||Bioproduction:1||Biosugar:1||Biotransformation:1||C. glutamicum:1||CTAB:1||CYP2J2:1||Cadevarine:1||CalB:1||

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