ScholarWorks@Korea University: Kim, Kyoung Heon

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Kim, Kyoung Heon (김경헌)

Department of Biotechnology

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Tel 3028
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Saccharomyces cerevisiae:18||Metabolomics:18||Lignocellulose:18||Pretreatment:13||Saccharification:10||Supercritical carbon dioxide:10||Ethanol:10||metabolomics:8||Red macroalgae:8||Gas chromatographymass spectrometry:7||agarose:6||Metabolite profiling:6||Cellulase:6||Escherichia coli:6||Agarase:5||Melissa officinalis:5||Agar:5||Enzymatic hydrolysis:5||3,6anhydroLgalactose:5||3,6AnhydroLgalactose:5||Clostridium acetobutylicum:5||Agarose:5||Fermentation:4||High solids loading:4||Whole slurry fermentation:4||s disease:4||Cellulose hydrolysis:4||Sterilization:4||Empty fruit bunches:4||Metabolic engineering:4||red macroalgae:4||Hydrothermal pretreatment:4||Synergism:4||Saccharophagus degradans:4||2 &apos:3||supercritical carbon dioxide:3||3:3||Brown macroalgae:3||Oil palm empty fruit bunches:3||Osteoarthritis:3||Response surface methodology:3||Behcet&apos:3||Maleic acid:3||Biomass:3||Butanol:3||fermentation:3||melanogenesis:2||BsEXLX1:2||Adsorbent:2||Aryl acylamidase:2||Fungal spore:2||expansin:2||Saccharomyces boulardii:2||fucosyllactose:2||alphaneoagarooligosaccharide hydrolase:2||Vibrio sp. strain EJY3:2||Saccharophagus degradans 240(T):2||Rheumatoid arthritis:2||Chaetomium globosum:2||Calcifediol:2||gas chromatographymass spectrometry:2||Fermentable sugars:2||Synovial fluid:2||Oil palm fronds:2||Chlamydomonas reinhardtii:2||Hahella chejuensis:2||Biofuel:2||Bacteroides plebeius:2||GDPLfucose:2||Mycoremediation:2||agarooligosaccharides:2||prebiotics:2||Mixture design:2||Lytic polysaccharide monooxygenase:2||pacetaminophenol:2||Lignin:2||bacterial expansin:2||Arabidopsis thaliana:2||Salmonella enterica serotype Typhimurium:2||6anhydrolgalactose:2||Colanic acid:2||agarolytic pathway:2||transcriptomics:2||alphaLfucosidase:2||Media:2||GCTOF/MS:2||GH61:2||Vitamin D3:2||Inhibitors:2||Transcriptomics:2||agarobiose:2||Bioethanol:2||cellulose:2||biomarker:2||inactivation:2||GCTOF MS:2||Ex situ butanol recovery:2||Saccharophagus degradans 240:2||Bioconversion:2||Pseudonocardia sp.:2||Red algae:2||Biofilm:2||Bifidobacterium longum:2||Exopolysaccharide:2||LFucose:2||Streptococcus mutans:2||agar:2||Cofermentation:2||Bacterial expansin:2||Fedbatch:2||agarolytic betagalactosidase:1||oxidative pentose phosphate pathway:1||Extraction solvent:1||Carbon monoxide:1||Plastic recycling:1||LFucose isomerase:1||TAL1:1||Dentipellis sp:1||Genomics:1||dental caries:1||Xylose fermentation:1||Highsolids loading:1||amino acid metabolism:1||chemotherapeutics:1||Recovery:1||Catabolite derepression:1||Renewable biomass:1||Autophagy:1||Glycerol:1||5 &apos:1||AcetylCoA transferase:1||Gaschromatography/mass spectrometry:1||neoagarooligosaccharides:1||skin whitening:1||Enolase superfamily:1||Metabolic syndrome:1||Plasma metabolite:1||Internet gaming disorder (IGD):1||Agarolytic enzyme:1||Physiological activity:1||Acidbase mixture:1||Aldehyde dehydrogenase:1||phosphorus:1||Escherichia coli O157:H7:1||Pathogenicity:1||Hydrolysis:1||Hydrothermal hydrolysis:1||Sugar metabolism:1||Coldadapted xylanase:1||segregational stability:1||(S)3hydroxybutyrate:1||Polyhydroxyalkanoate:1||Phenolics:1||Ultrasound:1||cosolvent:1||Binding:1||Ferric iron:1||Wholecell catalysis:1||Sterol regulatory element binding protein2:1||Aqueous ammonia pretreatment:1||isoflavones:1||Fivebladed betapropeller fold:1||Sucrose:1||antioxidant activity:1||GCMS:1||Caffeic acid glucoside:1||cellulase:1||biofuel:1||ethylene:1||triacylglycerols:1||PET recycling:1||fermentation (SSF):1||quantitation:1||CRISPRCas9:1||fermented lettuce extract:1||agarotriose:1||syngas fermentation:1||mass spectrometry:1||Elementary flux mode analysis:1||Lithoautotrophic culture:1||Highdense cell:1||synovial fluid:1||phosphofructokinase:1||KUC8613:1||Biomarkers:1||fucosylgalactose:1||enzymatic synthesis:1||marine algae:1||cosmeceuticals:1||de novo pathway:1||UVB:1||Multiomics:1||Vibrio sp strain EJY3:1||betaGlucosidase:1||bioethanol:1||3,6anhydrolgalactose:1||Urinary tryptophan metabolites:1||Kynurenine pathway:1||3,6anhydroLgalactonate cycloisomerase:1||Ricinoleic acid:1||Recombinant Escherichia coli:1||biofilms:1||Cellulase cocktail:1||Microaerobic fermentation:1||Metabolic profiling:1||Curdlan:1||Enzymes:1||Xylan:1||2Keto3deoxyDgluconate:1||Gaschromatography timeofflight mass spectrometry:1||single crossover:1||White rot:1||renewable biomass:1||enzymatic saccharification:1||Fenton reaction:1||GC/TOF MS:1||Grampositive:1||fungal spores:1||Rice straw:1||Acid pretreatment:1||Antiinflammation:1||Chemical liquefaction:1||Exotype alginate lyase:1||Inactivation:1||Entrainer:1||pAcetaminophenol:1||Agarolytic pathway:1||Neoagarobiose:1||Saccharophgus degradans:1||Sucrose phosphorylase:1||consumer acceptability:1||sterilization:1||inclusion body:1||meat quality:1||glycolysis:1||MHETase:1||waaF:1||Metabolome sample preparation:1||BpGH16A:1||Prebiotics:1||noodles:1||anticolon cancer activity:1||acetogen:1||2keto3deoxylgalactonate:1||Genomescale metabolic model analysis:1||Gut bacterium:1||Thermanaeromonas toyohensis:1||Zymomonas mobilis:1||neoagarotetraose:1||Optimization:1||Clostridium carboxidivorans:1||Raoultella:1||Sedoheptulose:1||Hyaluronic acid:1||Oak:1||GCTOF:1||Cellulase recycling:1||Alzheimer&apos:1||2&apos:1||oligosaccharides:1||GAL83:1||Fucosyllactose:1||Lactose permease:1||Serum:1||Laminarin:1||alphamelanocytestimulating hormone:1||20s loop:1||3,6anhydroLgalactonate:1||Vibrio:1||Biomarker cluster:1||Gas chromatography timeofflight mass:1||Simultaneous saccharification and fermentation:1||beta1,3Glucan:1||Fibroblastlike synoviocytes:1||Solventogenic clostridia:1||Auxiliary activity 9:1||Shortchain dehydrogenase/reductase:1||Nephrotic syndrome:1||Biomarker panel:1||GH10:1||Cas9guided genome editing technique:1||Acot8:1||AcetoacetylCoA reductase:1||Detoxification:1||Signal sequence:1||triglyceride:1||Crude enzyme:1||Process integration:1||Corynebacterium glutamicum:1||Guanosine nucleotide:1||FeCl3 pretreatment:1||Alg17C:1||Cholesterol:1||HMGCoA reductase:1||Lignocelluloses:1||hypopigmentation:1||NagB:1||ROS:1||Sterol regulatory elementbinding protein1c:1||aryl acylamidase:1||EXLX2:1||xylan:1||foodborne pathogenic bacteria:1||Efflux pump:1||Marinade:1||promotion strategies:1||plasmid stability:1||IAA genes:1||salt stress:1||composite:1||Plantago asiatica:1||exoacting 3,6anhydroalpha(1,3)Lgalactosidase:1||BpGH117:1||PETase:1||yeast metabolic engineering:1||GCR2:1||dual alpha1,4and beta1,4glycosidase: carbohydratebinding module:1||Simultaneous saccharification and:1||rcsF:1||Fast filtration:1||metabolomic analysis:1||Cupriavidus necator H16:1||Steepest ascent method:1||Isobutanol:1||L:1||Senescence:1||Mitochondria:1||Potassium:1||Upcycling:1||PHO13:1||fucosyloligosaccharides:1||phosphoric acid:1||monosaccharides:1||6anhydrolgalactose (lAHG):1||alphamelanocytestimulating hormone (MSH):1||alpha1,2Fucosyltransferase:1||Carbon source:1||Lignocellulosic bioethanol:1||Laminaribiose:1||Hexanoic acid:1||AcetylCoA acetyltransferase:1||Issatchenkia orientalis:1||urine:1||Saccharification of lignocellulose:1||microwave:1||Metabolism:1||dose responsiveness:1||Dental caries:1||Cellulose oxidation:1||Enzymatic liquefaction:1||beta1,3Glucooligosaccharides:1||Acetonebutanolethanol fermentation:1||Coenzyme A:1||Intracellular metabolite analysis:1||Bioinformatics:1||Xyn10C:1||Adipic acid:1||AcetylCoA:1||Amidase signature enzyme family:1||SercisSerLys catalytic triad:1||AcetylCoA Cacetyltransferase:1||Cellulase mixture:1||Synergistic protein:1||Alginate lyase:1||Uronic acid:1||peroxisome proliferatoractivated receptoralpha:1||Chlorophyll:1||antioxidative activity:1||Rosmarinic acid:1||Extraction:1||amide synthesis:1||betaAgarase:1||principal components:1||Caffeic acid:1||LC/MS/MS:1||sensory characteristics:1||inactivation of microorganisms:1||heterologous expression:1||bioconversion:1||Saccharomycescerevisiae:1||sialic acid epitope:1||2,3butanediol:1||red seaweeds:1||hexanoic acid:1||ketodeoxysugar:1||2keto3deoxy sugar acid:1||volar skin:1||Abiotic stress:1||NADPH:1||Terephthalic acid:1||LFuculose:1||Epidermal growth factor receptor:1||White rot fungus:1||Scheffersomyces stipitis:1||Liquid chromatography mass spectrometry:1||CRISPR:1||human skin equivalent:1||Xylose utilizing strain:1||Yarrowia lipolytica:1||Lipogenesis:1||Flux rebalancing:1||UTR:1||3,6anhydroLgalactose dehydrogenase:1||3,6anhydrogalactonate:1||3,6AnhydroLgalactonate:1||ACI:1||Alcohol dehydrogenase:1||Internet addiction severity:1||Sugarcane bagasse:1||SPT15:1||Anticariogenic:1||Pyruvate decarboxylase:1||NADH oxidase:1||Ethanol tolerance:1||Salicylic acid:1||Lignocellulosic hydrolysate:1||gene inactivation:1||markerless:1||NMR:1||Wood decaying fungus:1||Agar Hydrothermal pretreatment:1||AA9:1||3HydroxybutyrylCoA thioesterase:1||Evolutionary engineering:1||Auxiliary Activity family 9:1||Brown macro algae:1||Carboxypeptidase Y:1||agonist:1||Cellulose:1||Miscanthus x giganteus:1||Simultaneous saccharification:1||Polysaccharide lyase17:1||Polysaccharide lyase7:1||Ubiquitination:1||alphaNeoagarobiose hydrolase:1||Glycoside hydrolase family 117:1||Ammonia pretreatment:1||tyrosinase:1||Glucosamine:1||Hyperglycaemic effects:1||lactic acid:1||pork:1||Foodborne pathogenic bacteria:1||descriptive analysis:1||SCCO2 decaffeinated green tea:1||deepfat frying:1||lowdensity lipoproteinreceptor:1||protein denaturation:1||pentose phosphate pathway:1||GC:1||TOFMS:1||Environmental perturbation:1||Gas chromatographymass spectroscopy:1||phenylalanine metabolism:1||tyrosine metabolism:1||Metabolome:1||lFucose:1||Transcriptional regulator:1||Carbon dioxide fixation:1||Xylose:1||Separate hydrolysis and fermentation:1||Feo:1||Poly(ethylene terephthalate):1||Skin hydration:1||Glucose and xylose cofermentation:1||fucosyltransferase:1||Lfucose:1||Cas9:1||Scecharomyces cerevisiae:1||Human milk oligosaccharide:1||Lignin modification:1||Biomarker:1||Transglycosylation:1||diagnosis:1||KellgrenLawrence grading scale:1||Agar metabolism:1||LCMS:1||AHG metabolism:1||3,6LAnhydrogalactose:1||Enzymatic assay:1||Quantitative analysis:1||GH30:1||2, 3Butanediol:1||Butanol recovery:1||Plant hormonal stress:1||Acidic pretreatment:1||Depolymerization:1||Xylose isomerase:1||SuccinylCoA:1||betaOxidation cycle:1||Central composite design:1||Calcitriol:1||anaerobic:1||linalool:1||Cosolvent:1||Fuel cell:1||Transgenic poplar:1||Enzymatic saccharification:1||Oligoalginate lyase:1||Ultraviolet:1||Decontamination:1||Grains:1||Germination:1||Aspergillus oryzae:1||Glucokinase:1||cellulose binding:1||GH50:1||sucrose concentrations:1||PLSR:1||metabolome:1||Listeria monocytogenes:1||sucrose phosphorylase:1||doughnut:1||cholesterol:1||betaine:1||depolymerization:1||marine microorganism:1||glycan isomer:1||adaptive laboratory evolution:1||Cold methanol quenching:1||Sampling method:1||JS66:1||astrocyte activation:1||Cofactors:1||Escherichia coli Delta waaF:1||Fractional factorial design:1||Red seaweeds:1||Zmo0994:1||Longevity:1||Ferrous iron transport:1||ATPase:1||rheumatoid arthritis:1||isoprenoid:1||Valorization:1||Hyaluronan synthase 2:1||PAH (polycyclic aromatic hydrocarbon):1||Fedbatch fermentation:1||anticariogenic:1||MS:1||fucose:1||brown macroalgae:1||agarobiose hydrolase:1||carbohydrates:1||ATPcitrate lyase:1||human melanocytes:1||Promiscuous activity:1||Biomass recalcitrance:1||multiple tolerance:1||(E)11(Heptanoyloxy) undec9enoic acid:1||spectrometry (GCTOF MS):1||Liquefaction:1||Bacillus cereus:1||temporal resolution:1||Auxiliary activity family 9:1||Processive endoglucanase:1||Cel5:1||Caenorhabditis elegans:1||beta1,6endoglucanase:1||Amino acid metabolism:1||4DeoxyLerythro5hexoseulose uronate:1||Alginate metabolism:1||Methyl jasmonate:1||Alginate:1||Clostridium beijerinckii:1||Schizopora paradoxa KUC8140:1||Agarolytic betagalactosidase:1||shuttle plasmid:1||metabolome sample preparation:1||Carbohydratebinding module:1||Xylanase:1||Spore:1||Penicillium oxalicum:1||Ferrous iron:1||Skin whitening:1||carbohydratebinding module:1||Ammonia:1||Alg7d:1||Endotype alginate lyase:1||Decaffeination:1||Oil palm trunks:1||Lemon balm (Melissa officinalis):1||GLUT4:1||Purification:1||amidase signature enzymes:1||cellulase synergism:1||flavonoid:1||acetic acid:1||Transglucosylation:1||Flow cytometry:1||cellulose hydrolysis:1||structural homolog:1||foodborne pathogen:1||COR genes:1||lowfat uptake:1||human gut bacterium:1||density functional theory analysis:1||lignocellulosic biomass:1||glucose repression:1||Thermotolerance:1||Klebsiella oxytoca:1||biosensor:1||xylose:1||Neoagarooligosaccharides:1||antidiabetic effect:1||catecholamines:1||nontargeted metabolomics:1||red algae:1||Calvin Benson Bassham (CBB) cycle:1||Polyhydroxybutyrate (PHB):1||Media optimization:1||Lactose:1||Lfucose isomerase:1||Thermophilic:1||Multistress tolerance:1||GTPase:1||disease activity:1||larabinose:1||Keratinocyte:1||3Hydroxypropionic acid:1||skin health:1||Fatty acids:1||Isocitrate dehydrogenase:1||Algal sugars:1||Salvage pathway:1||3,6AnydroLgalatonate cycloisomerase:1||AHGA:1||BaeyerVilliger monooxygenase:1||response surface methodology:1||Osmotic tolerance:1||Glycoside hydrolase family 61:1||2Keto3deoxyphosphogluconate:1||Human urine:1||Endo1,4betaxylanohydrolase:1||RNAseq:1||Carrageenan:1||Dicarboxylic acid:1||PlackettBurman design:1||Galactose:1||Candida albicans:1||Biocatalysis:1||Inhibitor:1||metabolic pathway:1||Expansin:1||Folding accessory protein:1||Lignocellulosic biomass:1||Xylan hydrolysis:1||ethanol:1||GDPDmannose:1||Enzymatic digestibility:1||Penicillium:1||Green tea:1||Coextraction:1||soybean:1||lemon balm (Melissa officinalis):1||UVirradiation:1||Drought stress:1||Glms:1||Lemon balm:1||Exolytic activity:1||anthocyanins:1||phytohormones:1||Twodimensional electrophoresis:1||Membrane integrity:1||Marinated pork:1||synergism:1||dry particle coating:1||essential oils:1||3hydroxy3methylglutaryicoenzyme A reductase:1||Probiotics:1||GCTOFMS:1||Clostridium sp:1||chronic traumatic encephalopathy (CTE):1||Liquid chromatography:1||Yeast:1||nonvolar skin:1||

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