ScholarWorks@Korea University: OH, Min Kyu

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OH, Min Kyu (오민규)

College of Engineering (Department of Chemical and Biological Engineering)

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Tel 02-3290-3308
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Metabolic engineering:12||Saccharomyces cerevisiae:10||2,3Butanediol:9||Escherichia coli:9||metabolic engineering:8||Enterobacter aerogenes:8||Klebsiella pneumoniae:5||Formate:4||Solar cells:3||Enzyme precipitate coatings:3||Lycopene:3||Fedbatch fermentation:3||glycerol:3||Poly3hydroxybutyrate:3||Acetate:3||DNA chip:3||Mannitol:3||Isobutanol:2||acetolactate decarboxylase:2||Metabolic Engineering:2||Electrochemical immunoassay:2||C13 metabolic flux analysis:2||CuInxGa1xSeyS2y:2||Acetoin:2||Lignocellulosic biomass:2||metabolic flux analysis:2||Hydrolysate:2||Polydiacetylene:2||Enzyme stabilization:2||Carbon nanotubes:2||2,3butanediol:2||Methylorubrum extorquens AM1:2||1,2propanediol:2||Streptomyces peucetius:2||formate:2||Corynebacterium glutamicum:2||olfactory behavior:2||Electrospun polymer nanofibers:2||CIGS:2||Sugarcane molasses:2||Codon optimization:2||Butyric acid:2||Glucose oxidase:2||Fermentation:2||Nacetylglucosamine:2||Synthetic biology:2||Carbon monoxide:2||Glycerol:2||resveratrol:1||Acetic acid reassimilation:1||Clostridium tyrobutyricum:1||His(6)tag:1||truncated MTH1:1||sequential postpolymerization modification:1||(TOPFNs):1||GCEIMS:1||Aspergillus terreus:1||cisaconitate decarboxylase (CAD):1||restriction enzymemediated integration (REMI):1||CRISPR/Cas9:1||Isoprenoid:1||Butyric acid fermentation:1||Assembly of gold nanoparticles:1||Rice waste biomass:1||Amycolatopsis sp GDS:1||sorghum husk:1||biohydrogen:1||enzyme saccharification:1||Benzoate degradation pathway:1||Phanerochaete chrysosporium:1||Rice husk:1||codon optimization:1||2Phenylethanol:1||Bioelectronics:1||regulator:1||butyrate:1||acetolactate synthase:1||2,3Butanediol fermentation:1||Solution processes:1||Biosilicification:1||Solution process:1||Lipase:1||Butyrate:1||steganography:1||antibody:1||Saccharomyces cerevisiae sake:1||Microorganism detection:1||Recombinant DNA:1||doxorubicin:1||PAMAM dendrimer:1||fluorescence:1||bacteria sensor:1||esterase:1||2choice:1||animal nose:1||Vibrio natriegens:1||Erythromycin resistance repressor protein:1||2? Fucosyllactose:1||quorum sensing:1||Polyhydroxyalkanoate:1||Chronic kidney disease:1||Adaptive laboratory evolution:1||Rice straw:1||1,3propanediol:1||citrate synthase:1||davTDBA:1||dCas9:1||Pervaporation:1||Pretreatment:1||Ralstonia eutropha H16:1||itaconate gene cluster:1||nbutanol:1||phosphofructokinase:1||C13 metabolite profiling:1||Organic acids:1||acetate:1||Riboswitch:1||Metabolomebased mass isotopomer study:1||Carbon central metabolites:1||Ehrlich pathway:1||Selfassembly monolayer:1||Streptomyces avermitilis:1||Seaweeds:1||GCY1:1||Lactate dehydrogenase:1||Multiplex detection:1||Pathogenic bacteria:1||intracellular metabolic measurements:1||Biosensor:1||Substrate recycling:1||Biosensors:1||Cyclic voltammetry (CV):1||Realtime RTPCR:1||Saccharomyces cerevisiae Sake:1||Streptomyces coelicolor:1||lipase:1||MALDIMS:1||detection rat:1||recombinant protein production:1||PHBV copolymer:1||Autoinducers:1||a1:1||Saccharomyces cerevisiae sake K6:1||Wickerhamomyces ciferrii:1||Human milk oligosaccharides:1||Dataindependent acquisition:1||gammaAminobutyrate (GABA):1||Carbonlabeling experiment:1||SELEX:1||metabolite biosensor:1||highthroughput screening:1||ArcA:1||glucose metabolism:1||antibacterial polymers:1||thiolepoxy reaction:1||Kenaf core powder:1||Cosubstrate:1||bioelectronic nose:1||olfactory receptor:1||semianaerobic cultivation:1||Glucose oxidative pathway:1||2,3Butanediol dehydrogenase:1||yeast:1||Acetic acid:1||Clostridium sp S1:1||Colorimetric discrimination and detection:1||GC/MS:1||cellobiose:1||metabolite profiling:1||trehalose:1||Memory device:1||Biorecognition:1||Seaweed:1||Realtime PCR:1||Combinatorial approach:1||Megasphaera elsdenii NCIMB 702410:1||Alamine 336:1||Transcriptome:1||Labelfree:1||Immobilization:1||Airannealing:1||Fused enzyme:1||Ethanol dispersion:1||nLCMS/MS:1||immunochemistry:1||metabolic gene:1||dimyristoyl phosphatidylcholine (DMPC):1||FTIR:1||labelfree biosensor:1||clustering:1||flagella:1||Methane:1||metabolic burden:1||SCFAs:1||Methylorubrum extorquens:1||Efflux pump:1||Bioreactor:1||pikromycin:1||Streptomyces venezuelae:1||Tolerance:1||Olfactory detection:1||Odor:1||Genomescale metabolic model:1||FACS:1||Thymoquinone:1||Calcium peroxide pretreatment:1||Klebsiella pneumoniae KMK05:1||Magnesium hydroxide:1||isobutanol:1||2Ketogluconate:1||Adenylate Energy Charge (AEC) Ratio:1||protoplast transformation:1||5 'untranslated region:1||Bacteria:1||Ralstonia eutropha:1||wheat straw:1||Rice paddy straw:1||glmS ribozyme:1||Random mutagenesis:1||oxidative stress:1||Phenotypic improvement:1||Hexanoic acid:1||heterologous pathway:1||Sucrose regulator:1||gene manipulation:1||Lignin:1||continuous culture:1||Substrates:1||Silaffin:1||2DE:1||Invertase:1||Enzyme coating:1||Biofuel cells:1||LabelFree:1||SadenosylLmethionine:1||DhaD gene:1||nogo:1||animal biosensor:1||Carbon dioxide:1||Lactiplantibacillus plantarum:1||Toxic chemicals:1||Streptomyces:1||genetic engineering:1||Refactoring:1||Cytochrome P450:1||Pseudomonas gessardii:1||E. coli:1||Sugar transporters:1||Clostridium tyrobutyricumATCC 25755:1||Saccharina japonica:1||poly(glycidyl methacrylate):1||Targetoriented photofunctional nanoparticles:1||Photodynamic inactivation (PM):1||odour analysis:1||Sugarcane bagasse:1||NADH oxidase:1||PHA:1||Metabolite Profiling:1||Precursor balancing:1||stimulus response experiments:1||acid pretreatment:1||Catabolite repressor/activator:1||Carbon catabolite repression:1||Evolutionary engineering:1||Stimulus response experiment:1||Solid state fermentation:1||ribosomebinding site:1||acetoin reductase:1||DHAP synthase:1||Kluyveromyces marxianus:1||Butantediol dehydrogenase:1||LLactate:1||Batch culture:1||synthetic scaffold:1||fast sampling device:1||Alcohol dehydrogenase:1||OptKnock:1||Enzyme immobilization:1||Pantothenate kinase:1||ELISA:1||Boolean logic gates:1||Carbon nanotube:1||Antibody fragments:1||1,2Propanediol:1||DNA microarray:1||triosephosphate isomerase:1||polydiacetylene:1||pathwayspecific regulator:1||enzyme activity:1||NADPH:1||central metabolism:1||Minicells:1||2fucosyltransferase:1||neoaureothin:1||tetraacetyl phytosphingosine:1||high cell density fermentation:1||Automated system:1||Gas sensor:1||α1,2fucosyltransferase:1||αhelix rule:1||Twostage bioconversion:1||Biopolymer:1||C13MFA:1||riboswitch:1||Tyrosine:1||Brown algae:1||amphiphilic polymers:1||Sugarcane bagasse hydrolysate:1||Reactive oxygen species (ROS):1||Glycerol assimilation pathway:1||dha operon:1||OR:1||G3P:1||Gold nanoparticles:1||Na2CO3Na2SO3 pretreatment:1||ethanol fermentation:1||Alkaline pretreatment:1||cis,cisMuconic acid:1||Aromatic amino acid pathway:1||Cellulase:1||3butanediol:1||Acetolactate synthase:1||Acetolactate decarboxylase:1||Artificial transcription factor:1||Zinc finger protein:1||Transcriptomics:1||Biomarker:1||pH influence:1||Thin films:1||CuIn(x)Ga(1x)Se(y)S(2y):1||Carbon:1||encrypting:1||Tyrosinase:1||Chelating Agent:1||Vascular endothelial growth factors (VEGFs):1||Immunomagnetic separation:1||Auxotrophic Mutant:1||avidinbiotin conjugation:1||standard deviation:1||multiodor discrimination:1||odor detection:1||Polyhydroxyalkanoates:1||Bioplastic:1||Bioluminescent sensing system:1||systems metabolic engineering:1||polyketide:1||DNT:1||Heterologous expression:1||"2’Fucosyllactose:1||splitGFP:1||Thymol:1||Lowmicroflow:1||Transcriptome analysis:1||Enhanced green fluorescent protein (EGFP):1||Glucose:1||Gluconeogenesis:1||Laminaria japonica:1||Glutaric acid:1||LLysine:1||2,3Butanediol production:1||1, 3PDO:1||Byproducts:1||Mechanical property:1||Antiinflammation effect:1||Antibacterial activity:1||biosensor:1||nitrate:1||ppsA:1||Softwood hydrolysate:1||enzymatic hydrolysis:1||halotolerance:1||lignocellulosic biomass:1||cellulolytic strain:1||Metabolic flux analysis:1||budR:1||Daidzein:1||Mesosecondary alcohol dehydrogenase:1||metabolomics:1||Ferulic acid:1||Clostridium acetobutylicum:1||Horseradish peroxidase:1||Nanopillar:1||DNA sensor:1||Colorimetric Detection:1||ITO:1||Mgs gene:1||SAdenosylLmethionine:1||in vitro protein synthesis:1||recombinant protein:1||repeated fedbatch fermentation:1||Macrolide sensing system:1||C1 gas:1||genomescale metabolic model:1||Minicellforming mutant:1||Sadenosylmethionine:1||Highthroughput:1||gammaaminobutyrate:1||tricarboxylic acid cycle:1||coculture:1||C13 Metabolic flux analysis:1||caprolactam:1||Glyoxylate cycle:1||Methicillinresistant Staphylococcus aureus:1||(MRSA):1||Enzymatic hydrolysis:1||Poly(lacticcoglycolic acid) composites:1||5Aminovaleric acid:1||Miscanthus:1||LC/TOF/MS:1||plasma membrane transporter (MFS):1||genome editing:1||gapA:1||ethanol:1||Reusability of chemicals:1||cellulase and xylanase:1||Biohydrogen:1||Dark fermentation:1||2:1||ZnO nanoparticles:1||Vancomycin:1||Putative LysRfamily transcriptional:1||Biotransformation:1||In situ biphasic extraction:1||Gene expression:1||2,3 Butanediol:1||alcohol dehydrogenase:1||Flux balance analysis:1||Oxidation:1||Nanostructured quartz:1||Sensor:1||Differential pulse voltammetry (DPV):1||Aptamers:1||ATP:1||polyhydroxyalkanoate:1||gene manipulation targets:1||Human milk oligosaccharide (HMO):1||GRAS:1||Bacillus megaterium:1||heterologous production:1||Smethylmethionine:1||Methioinine Smethyltransferase:1||TAPS production:1||Oviedomycin:1||

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