ScholarWorks@Gyeongsang National University: Kim, Seon Won

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Kim, Seon Won (김선원)

대학원 (응용생명과학부)

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Tel 0557721362
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Escherichia coli:18||Mevalonate pathway:7||Metabolic engineering:6||Geraniol:5||metabolic engineering:5||betacarotene:4||E. coli:4||synthetic biology:3||Farnesol:3||Isoprenoid:3||Proteome:3||FPP synthase:3||rumen microbiome:2||ruminants:2||Fedbatch culture:2||monooxygenase:2||2,3Butanediol:2||methane:2||engineered whole mevalonate pathway:2||acetylCoA:2||mevalonate:2||mevalonate pathway:2||Protein fusion:2||betaCarotene:2||Synthetic biology:2||Lettuce:2||Endoglucanase:2||bioreactor culture:2||MudPIT:2||recombinant Escherichia coli:2||NADPH:2||MEP pathway:2||Terpenoids:2||MVA pathway:2||In situ extraction:2||Saccharomyces cerevisiae:2||Mass spectrometry:2||Computational modeling:1||Corynebacterium glutamicum:1||Covalent Immobilization:1||Cucurbita maxima:1||DPsicose:1||Dallose:1||Dallulose:1||Dallulose 3epimerase:1||Dfructose:1||Dpsicose:1||DNA repair:1||Defense:1||Deltaintegration:1||Digital gene expression:1||Directed evolution:1||E:1||Efflux pump:1||Electrospinning:1||Escherichia coli DH5 alpha:1||Extracellular matrix:1||Extraction:1||FPP synthesis:1||Farnesyl diphosphate synthase:1||FeS cluster protein:1||Functional cosmetics:1||G2/M arrest:1||GGPPS:1||GPP synthesis:1||Geraniol dehydrogenation:1||Global warming:1||Glucan synthaselike gene:1||Glucose Oxidase:1||Greenleaf volatiles:1||Gut microbe:1||Hahella chejuensis:1||Heat map:1||Homolog substitution:1||IPP:1||Inulin:1||Isopentenol:1||Isoprene:1||Isoprene production:1||Isoprene synthase:1||Isoprenoid mixture:1||Isoprenoids:1||Jerusalem artichoke:1||Klebsiella oxytoca:1||LCMS/MS:1||Lactic acid:1||Lactobacillus paracasei:1||Lactoferrin:1||Lactuca sativa:1||Latex:1||Laticifers:1||Lycopene:1||Lytic polysaccharide monooxygenases (LPMOs):1||MEP:1||MPV:1||Male gametogenesis:1||Mannitol/CaCl2:1||MarA:1||Membrane engineering:1||Metabolically engineered cells:1||Metagenome analysis:1||Microbial production:1||Millepachine:1||Millepachine and its derivatives:1||Momordica cochinchinensis Spreng:1||Monoterpene:1||Nanofibrous Membrane:1||Natural compounds:1||Next generation sequencing:1||Nonlabens dokdonensis DSW6:1||NudB:1||Ole1:1||Online monitoring:1||Oryza sativa:1||Oxidative cleavage:1||P450 monooxygenase:1||PDAC:1||Paper sludge:1||Pathway engineering:1||PgpB:1||Phenylpropanoids:1||Phloem:1||Phosphatase:1||Phosphatases:1||Plant based meat analog:1||Plant pathogenic fungi:1||Plant volatiles:1||Plasmid maintenance:1||Pollen mitosis:1||Pollination:1||Polyacrylonitrile:1||Polyisoprene:1||Preclinical model:1||Prenyltransferase:1||Principle component analysis:1||Processive endoglucanase:1||Programmable logic controller:1||Protein engineering:1||Protoilludene:1||Pseudomonas brassicacearum:1||Pumpkin:1||RBS manipulation:1||RBS strength:1||RecA:1||Recombinant Escherichia coil:1||Recombinant Escherichia coli:1||Red yeast rice:1||Retinal:1||Retinoids:1||SOS response:1||Salvia divinorum:1||Santalene synthase:1||Santalol:1||Sequential order permutation:1||Sesquiterpene:1||Sinorhizobium sp:1||Span80:1||Stb5:1||Stress tolerance:1||Surfactant:1||Syringe pump module:1||Systems biology:1||T7 RNA polymerasemediated transcriptional cascade:1||TbuT:1||Terpenoid:1||Terpenoid tolerance:1||Transcriptome:1||Tubulin polymerization:1||Twophase culture:1||Ty1:1||Vegetable oils:1||Vermicomposting:1||Xylanase:1||YbjG:1||Z,EFPP:1||Z,EFarnesol:1||acetate:1||acetins:1||alphaFarnesene:1||alphasantalene:1||antifungal:1||betacarotene 15:1||betacarotene 15,15&apos:1||biobased chemical production:1||biocatalyst:1||biosensor:1||biotransformation:1||cAMP:1||carotenoid modification:1||carotenoid synthesis:1||carotenoids:1||cellulose:1||chemical synthesis:1||chloramphenicol resistance gene (cat gene):1||citrate synthase:1||cofactor modification analysis (CMA):1||cofactor specificity engineering (CSE):1||coli:1||cytochrome P450:1||directfed microbials:1||diterpenoid:1||drugs:1||enzyme fuel cell:1||enzymes:1||farnesol:1||fast electron transfer:1||fedbatch culture:1||flux balance analysis (FBA):1||freestanding graphitised nanofiber paper:1||genome sequencing:1||genomescale metabolic model:1||global warming:1||glucose dehydrogenase:1||glycerol:1||glycosyl hydrolase family 5:1||glyoxylate bypass:1||green:1||high temperature process:1||in situ product recovery:1||indole:1||isolated strain:1||isomerization:1||isopentenyl diphosphate:1||isoprene:1||isoprenoids:1||lycopene:1||marine carotenoids:1||membrane extension:1||metagenomic:1||methanogenesis:1||methanol:1||methylotrophs:1||microbial cell factories:1||microbial synthesis:1||monkeypox virus:1||nongreen:1||optimization of reaction conditions:1||phosphatase:1||phosphoketolase:1||phytotoxic:1||pipi stacking:1||prenyl diphosphate:1||protein body:1||protein engineering:1||replication:1||retinal:1||retinal production:1||retinoic acid:1||retinoic acid receptor:1||retinoids:1||retinol:1||retinyl acetate:1||ribose5phospate isomerase:1||rumen fermentation:1||salvinorin:1||single nucleotide variants:1||spheroplasts:1||squalene:1||strain engineering:1||terpenoid:1||transcription factor:1||transmission mode:1||twoliquid phase:1||vanillin:1||vermicompost:1||viral structure:1||viruslike particles:1||wholecell conversion:1||ybbO:1||yeast:1||()alphaBisabolol:1||βcarotene:1||()alphaBisabolol synthase:1||15 &apos:1||2,4,6trihydroxyacetophenone:1||2,4diacetylphloroglucinol:1||A. onderdonkii:1||AA10 (formerly CBM33):1||Acetoin:1||Adenylate cyclase:1||Alicyclobacillus acidocaldrious:1||Amorphogenesis:1||Antiwrinkle activity:1||Asteraceae:1||Bacterial community:1||Bioisoprene:1||CRISPR interference:1||Callose synthase:1||Carbohydrate binding module (CBM):1||Carbon utilization:1||Carotenoid:1||Carotenoids:1||Cel5:1||Cell fitness:1||Cell wall:1||Celladextrin:1||Cellodextrinase:1||Cellulose binding module:1||Cellulosic substrates:1||Chemical Modification:1||Chemically defined medium:1||Chimeric enzymes:1||Chitinase:1||Cisprenyltransferase:1||Cisprenyltransferasebinding protein:1||Clostridium thermocellum:1||Codon optimization:1||Communication:1||

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