ScholarWorks@Soongsil University: Kim, Yun Gon

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Kim, Yun Gon (김윤곤)

College of Engineering (Department of Chemical)

Research Area: 화학생물공학, Department of Chemical and Biological Engineering

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MALDIMS:7||Streptomyces coelicolor:5||Nglycan:5||MALDITOF MS:4||Polyhydroxyalkanoates:4||MRSA:4||Ralstonia eutropha:4||LCMS/MS:4||Chemical derivatization:4||Biodiesel:3||Proteomics:3||Quantitative analysis:3||Biomass:3||Cadaverine:3||phaP:2||Lignocellulose:2||UPLCFLR:2||Lignocellulosic biomass:2||xenotransplantation:2||muscle regeneration:2||Exopolysaccharide:2||Nacetylglucosamine:2||Furfural:2||Oglycan:2||Rhodococcus:2||Microbial fuel cell:2||Detoxification:2||Phasin:2||multiomics:2||Pretreatment:2||Indigo:2||Metabolomics:2||direct reprogramming:2||Hybridoma technology:2||mass spectrometry:2||Antibiotic production:2||Poly(3hydroxybutyrate):2||Akkermansia muciniphila:2||Monoclonal antibody:2||GCMS:2||Chlorella vulgaris:2||Cocultivation:1||Coculture:1||Coproduction:1||Colorimetric assay:1||Consortia:1||Consortium:1||Continuous production:1||Copolymer:1||Corynebacterium glutamicum:1||CsdL:1||Cupriavidus necator NCIMB 11599:1||Cytochrome P450 monooxygenases:1||Cytolytic activity:1||Dnorvaline:1||DACA:1||Dark fermentation:1||Decellularization:1||Deglycosylation:1||Derivatization:1||Diamine:1||Diamine analysis:1||Diethyl ethoxymethylenemalonate:1||Drug combination therapy:1||E. coli:1||ESIMS:1||Ecofriendly dye:1||Electricity:1||Emulsifying:1||Enzyme kinetics:1||Escherichia coli:1||FAME:1||FTICR MS:1||Faecalibacterium prausnitzii:1||Fatty acid:1||Fatty acids:1||Fermentation:1||Flocculating:1||Food waste:1||Freeradical scavenging:1||GalTKO pig fibroblast:1||Girard&apos:1||Glycan:1||Glycerol:1||Glycosylation:1||Gram negative bacteria:1||Gut microbiome:1||Gut microbiota:1||Halomonas sp:1||Halomonas sp. YLGW01:1||Halomonas strain:1||Halophilic:1||HanganutziuDeicher antigen:1||Hemolytic activity:1||Highthroughput analysis:1||Highly sensitive method:1||Highthroughput analysis:1||Hydrogel:1||Hydroxylamine:1||Immobilization:1||Indole:1||Inflammation:1||Influenza virus:1||Ingenuity Pathway Analysis:1||Inhibition:1||Inhibitor tolerance:1||Intestinal extracellular matrix:1||Intestinal organoid:1||Ionizing Radiation:1||Isobutanol:1||Ketonecontaining prostaglandins:1||Ltryptophan:1||LC–MS/MS:1||LCMS:1||Lactobacillus rhamnosus GG:1||Leucyl aminopeptidase:1||Lipid A:1||Lipid extraction:1||Lysine decarboxylase:1||MALDI multistage tandem MS:1||MRP8:1||MS:1||Marine bacteria:1||Mass spectrometric analysis:1||Matrix metalloproteinase 9:1||Microbacteriurn sp HJ1:1||Mixture design:1||Mixture model:1||MudPIT:1||Multiple reaction mornitoring:1||N 6threonylcarbamoyladenosine dehydratase:1||NGlycan:1||Nacetyglucosamine:1||Nglycans:1||Nglycolylneuraminic acid (NeuGc):1||NAD salvage pathway:1||NAD(P)H oxidase:1||NADH:1||NDP sugar:1||NDP4keto sugar:1||Nano LCESIMS:1||Neuraminidase:1||Nitrogen source:1||OGlycan:1||Oglycans:1||Oligosaccharide:1||OnLine:1||Organic solvent:1||Osmolytes:1||PHA:1||PHB:1||PPAR gammaLBD:1||PTS transporter:1||Packedbed reactor:1||Palmitic acid:1||Pancreatic cells:1||Paper chip:1||Peptide Identification:1||Periodontitis:1||Permethylation:1||Physical stress:1||Pig endothelial cells:1||Pig kidney:1||PlackettBurman design:1||Plasticizer:1||Polar bacteria:1||Poly(3hydroxybutyrateco3hydroxyvalerate):1||Poly(3hydroxybutyrateco3hydroxyvalerateco3hydroxyhexanoate):1||Polyhydroxyalkanoate (PHA):1||Polyhydroxyalkonate:1||Polyhydroxybutyrate (PHB):1||Protein Biotherapeutics:1||Protein biomarker:1||Pyridoxal (PL):1||Pyridoxal 5&apos:1||Pyridoxal kinase (PdxY):1||Qualitative and quantitative analysis:1||Quantification:1||Quantitative Analysis:1||Recombinant glycoprotein drug:1||Recombinant protein:1||Response factor:1||Retention time:1||Riorefinery:1||Shemolysim:1||S100A8:1||SCX:1||SERPINA3G:1||Saliva:1||Salt tolerance:1||Selfsufficient CYP102A:1||Shewanella oneidensis:1||Shortchain fatty acid:1||Skin Keratinocytes:1||Sodium Hydroxide:1||Span85:1||Sphingobium yanoikuyae:1||Spore formation:1||Streptomyces:1||Streptomyces hygroscopicus:1||Surfactant:1||TDP4keto6deoxyglucose:1||TcdA:1||Terpolymer:1||Triacylglycerol:1||Tryptophan:1||Tung oil:1||UPLC:1||USA300:1||USA400:1||Vitamin D metabolites:1||Volatile fatty acids:1||Whole genome sequencing:1||XNeu5Ac:1||Xenotransplantation:1||YLGW01:1||acetate:1||adipocytes:1||agar hydrogel:1||agarose microwells:1||algal biomass:1||alphaGalactosylated (alphaGal) glycan:1||alphaMannosidase:1||alphagalactose:1||aminoacyltRNA synthetase inhibitor:1||amylosucrase:1||anaplerotic enzymes:1||anisotropic 3D patterning:1||antibiotic resistance:1||arctic tundra soil:1||artificial consortia:1||aureus:1||bacterial aggregation:1||bacterial consortia:1||betafructosidase:1||biochemical:1||biodegradation:1||bioplastic:1||bioplastics:1||biopolymer:1||bioremediation:1||bromocresol purple:1||catalytic activity:1||cell differentiation:1||cellcell interaction:1||cerebrospinal fluid:1||chloramphenicol:1||clinical strain:1||cobiotransformation:1||communityassociated methicillinresistant staphylococcus:1||comparative quantitation:1||contact angle:1||corefucosylation:1||decellularized liver extracellular matrix:1||decellularized matrix:1||decomposability:1||degradation:1||degree of substitution:1||dissolved organic matter:1||drug combination therapy:1||elemental composition:1||emulsion:1||function of Agr system:1||glutaric acid:1||glycan database:1||glycanbinding cells:1||glycomics:1||halophilic organism:1||heart:1||hepatocellular carcinoma:1||high concentration:1||high salt resistance:1||highthroughput colorimetric assay:1||hostmicrobe interaction:1||hostpathogen interaction:1||human mesenchymal stem cells (hMSCs):1||hydrolase:1||hydrophobicity:1||immobilised basic fibroblast growth factor:1||immobilization:1||immunomodulation:1||immunosuppressant:1||in vitro anaerobicaerobic coculture model:1||in vitro coculture device:1||induced hepatic cells:1||induced skeletal muscle progenitor cells:1||inflammation:1||inulin:1||ionization timeofflight mass spectrometry:1||isobutanol:1||lymph node extracellular matrix:1||lysine decarboxylase:1||macrophage polarization:1||manB:1||mannosylation:1||mass spectrometry (MS):1||matrixassisted laser desorption:1||metabolomics:1||microbemicrobe interaction:1||microbial consortia:1||microbiome:1||microfluidics:1||micromolding in capillaries (MIMIC):1||molecular mechanism:1||monoclonal antibody:1||multiomics analysis:1||muscle extracellular matrix:1||nadE:1||ndgR:1||neuronal cells:1||nonGal antigen:1||pH indicator:1||phenolsoluble modulins:1||phosphomannomutase:1||pig glycome:1||pig kidney:1||pncB:1||polybutylene succinate:1||polyelectrolyte (PEL) multilayers:1||polyhexose contaminants:1||prebiotics:1||proteomics:1||rapamycin production:1||recombinant protein:1||response surface methodology:1||s reagent P:1||sarA:1||sialic acid neutralization:1||skin wrinkle:1||sodium dodecyl sulfate (SDS) surfactant:1||stable isotopic labeling:1||straindependent behaviors:1||tRNA hypermodification:1||virulence factors:1||whole cell:1||αeleostearic acid:1||phosphate (PLP):1||βlactam antibiotic:1||15dPGJ(2):1||25hydroxyvitamin:1||3D cell culture system:1||3D human skin equivalents:1||3D hydrogel:1||ABC transporter:1||AFP level:1||Abnormal glycosylation:1||Adaptation:1||Algal biomass:1||Antioxidant:1||Arctic Pseudomonas:1||Arctic soils:1||Arenibacter palladensis YHY2:1||Artificial matrix:1||Bacillus circulans BBL03:1||Bacillus pumilus:1||Bifidobacterium bifidum:1||Bifidobacterium longum:1||Biochar:1||Bioconversion:1||Bioenergy:1||Biofilm:1||Biopharmaceuticals:1||BoxBehnken design:1||C18:1||CAMRSA:1||Cadevarine:1||Capillary Electrospray IonizationTandem Mass Spectrometry:1||Cell membrane:1||Cetane number:1||Chaperone:1||Chemical Derivatization:1||Chitin:1||Chitinase:1||Climate change:1||Clostridioides difficile:1||Clostridioides difficile infection:1||Clostridium difficile:1||Clostridium spp.:1||

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