ScholarWorks@Korea University: Han, Sung Ok

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Han, Sung Ok (한성옥)

Graduate School (Department of Biotechnology)

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Tel 02-3290-3151
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Corynebacterium glutamicum:17||Saccharomyces cerevisiae:14||Clostridium cellulovorans:10||Cellulosome:9||Metabolic engineering:7||Glycerol:6||Biodiesel:5||Enterobacter aerogenes:5||glycerol:5||Yarrowia lipolytica:4||Lipase:4||Biorefinery:3||Phanerochaete chrysosporium:3||Cohesindockerin interaction:3||Ethanol:3||Isopropanol:3||ethanol:3||Bioethanol:3||Cellulase:3||Enzymatic fuel cell:3||Glycerol carbonate:3||Thermostability:3||metabolic engineering:3||Synthetic biology:2||Cellobiose Dehydrogenase:2||Pichia pastoris:2||hydrolysate:2||Fermentation:2||ethanol production:2||Biosensor:2||Agarolytic complex:2||Cell surface anchoring:2||5Aminolevulinic acid:2||Scaffolding protein:2||betaGlucosidase:2||bioethanol:2||Family 9 endoglucanase:2||Optimization:2||Clostridium thermocellum:2||Ralstonia eutropha:2||Carbohydrate binding module:2||Pichia stipitis:2||cellulose degradation:2||carbonic anhydrase:2||Polyhydroxybutyrate:2||Heme:2||Synergistic effect:2||pentose phosphate pathway:2||Enzyme complex:2||Fungi degradation:2||Crude glycerol:2||Response surface methodology:2||Biomarker:2||Wholecell biocatalyst:2||E. coli MG1655:2||MalonylCoA:2||biodiesel:2||Cellobiose dehydrogenase:2||red algae:2||Ethanol production:2||betaglucosidase:2||Lactose:2||Hydrolysate:2||Carrageenase:2||Consolidated bioprocessing:2||Coimmobilization:2||Transesterification:2||Microalgae:2||Carbonic anhydrase complex:1||Electrochemical b osensor:1||polymerase:1||Melanin degradation:1||Biliverdin:1||Magnetoelectric nanocrystals:1||biobased production:1||Phosphoketolase:1||animal feed supplements:1||Disulfide bond:1||Sitedirected mutagenesis:1||Glutamyl tRNA reductase:1||Butyric acid fermentation:1||Enzymatic Process:1||simulation:1||Signaling peptides:1||elongation cycle:1||Optical biosensor:1||Dilute acid pretreatment:1||Dimethyl carbonate:1||Minicellulosome:1||Initial reaction rate:1||Proton Beam Irradiation:1||Esterification:1||Circulation process:1||Packedbed reactor:1||Lcarnosine:1||Flux redistribution:1||furfural:1||SpyCatcherSpyTag:1||Binding affinity:1||Enzyme stability:1||Sequential degradation:1||Microbial oil:1||Marine biomass:1||circular plastic bioeconomy:1||phytochromes:1||protein engineering:1||Catcher/Tag systems:1||Polyhydroxyalkanoate:1||Shortchainlength/mediumchainlength PHA copolymer (SCL/MCLPHA):1||xylose utilization:1||flux redistribution:1||lGlutamate:1||1,3propanediol:1||Mediator:1||Agarase:1||cofactor balancing:1||Microarray:1||Nanoparticle:1||EngZ:1||Miscanthus sinensis:1||Red algae hydrolysate:1||Electrochemical detoxification:1||Butyric acid:1||Cellulases complex:1||Laccase:1||Laccase complex:1||Enzyme Immobilization:1||Fatty acid biosynthesis:1||Fatty acylACP chain:1||Acetate metabolism:1||Magnetic nanoparticles:1||noncellulosomal endoglucanase:1||nbutanol:1||acetate:1||sulfur assimilation:1||NAcetylglucosaminidase:1||biodegradation:1||Marine Biomass:1||phycobilins:1||cyanide detoxification:1||cofactor engineering:1||5aminolevulinic acid:1||heme:1||Peroxidaselaccase enzyme complex:1||Coproporphyrin dependent pathway:1||Biosensing materials:1||Malaria pigment:1||Neoagarobiose hydrolase:1||nitrogen optimization:1||dimethyl itaconate:1||itaconic acid:1||rice wine waste:1||Waste glycerol:1||Cellulose binding module 3c:1||Biofuel:1||Cellulose hydrolysis:1||Phenolic compounds:1||In situ detoxification:1||Scaffoldin:1||Cohesin:1||Dockerin:1||Lignocelluloses degradation:1||Novozym 435:1||glycerol3phosphate:1||cellobiose dehydrogenase (CDH):1||Synthetic wastewater:1||Agar:1||Zobellia galactanivorans:1||Saccharification:1||Sulfuric acid:1||endogenously produced ethanol:1||Response Surface Method:1||Immobilization:1||SuccinylCoA synthetase:1||heat shock genes (SOD2, BEM1):1||Longterm continuous process:1||piperlongumine:1||lergothioneine:1||Protein–protein interaction:1||Sustainability:1||enzymatic process:1||green algae:1||bioupcycling:1||Galactose Utilization:1||LHistidine Synthetic Pathway:1||Bioproduction:1||enzyme complexes:1||Agricultural Residue:1||Biodegradable polymer:1||fat mimetics:1||Photooxidation:1||fedbatch fermentation:1||CO2 fixation:1||Lipid:1||Metal organic frameworks:1||Cheese whey:1||TCA cycle:1||C5 pathway:1||Byproducts:1||Extraction:1||Cellulomonas flavigena:1||Exosome:1||HL60:1||2,3butanediol:1||Catalytic base:1||Scaffold:1||7aminocephalosporanic acid:1||Methyl acetate:1||Consolidated bioprocess:1||glycerol carbonate:1||Stress tolerance:1||Bacillus subtilis:1||Immobilized cell microchannel bioreactor:1||Proteinprotein interaction:1||betaAgarase:1||acyltransferase:1||inhibitor:1||AcetylCoA:1||crude glycerol:1||Whiterot Fungi:1||in vitro DNA recombination:1||Cellulosomics:1||Cohesin biomarker:1||Carbon source:1||Enzyme coating:1||inhibitory compound:1||synthesis:1||Noncanonical heme biosynthesis pathway:1||Alginate lyase:1||lcysteine pathway:1||Carbon dioxide:1||Fatty acid synthesis:1||Medium chain fatty acid:1||Chain elongation:1||Porphyran:1||Porphyranase complex:1||macroalgae:1||biorefinery:1||Starch saccharification:1||Metabolic Engineering:1||hamburger patties:1||Chlorella vulgaris:1||isomerasebased pathway:1||lignocellulosic hydrolysate:1||Power generation:1||Dtagatose:1||biopolymers:1||hemozoin:1||taurine production:1||Enzymatic polymerization:1||Neutralization reagent:1||Agar gel:1||animal feed supplement:1||Lcysteine production:1||fermentation:1||miRNA:1||Initial cellulolytic reaction:1||Economic evaluation:1||Cellulolytic efficiency:1||C5 pathway:1||Heme peroxidase:1||Lignocellulosic hydrolysate:1||Phenolic compound:1||Decolorization:1||TAG synthesis:1||Alcohol dehydrogenase:1||Pyruvate decarboxylase:1||pretreatment:1||Surfactin:1||Valueadded chemical:1||Catabolite repression:1||lignocelluloses:1||Mannanase:1||Galactomannan:1||Transcriptional regulator:1||minicellulosome:1||consolidated bioprocessing:1||Cellulosic ethanol:1||Electrospun nanofibers:1||Thermal stability:1||Oleaginous yeast:1||Porphyranase:1||Nacetylglucosaminidase:1||LHistidine:1||microbial cell factory:1||phycobiliproteins:1||synthetic biology:1||antioxidant effects:1||Syngas utilization:1||NacetylbetaDglucosaminidase:1||Chitin:1||lipid production:1||HRPII:1||food additive:1||Microalgal sludge:1||Biomirnetic synthesis:1||Hydrolytic enzyme complexes:1||Gracilaria verrucosa:1||sulfurcontaining amino acid:1||Inhibitors:1||Process design:1||Glutamate:1||Clostridium:1||Clostridium fermentation:1||Lignocellulose pretreatment:1||Onestep CBM purification:1||whiterot fungi:1||enzyme:1||process design:1||SAGA complex:1||SPT:1||Fluorescence:1||Malonyl[acp]:1||Supercritical carbon dioxide process:1||ethanol resistance:1||Escherichia coli:1||ethanol fermentation:1||Fluorescence blotting:1||lignocellulose:1||extracellular expression:1||platelet aggregation:1||collagen:1||transcription:1||Brown algae:1||4deoxyLerythro5hexoseulose uronic acid:1||tolerance:1||Protein engineering:1||systems metabolic engineering:1||porphyrins:1||Bioalcohol Synthetic Pathway:1||Renewable source:1||Sustainable food:1||alternative meat:1||Plastic pollution:1||heme biosynthesis pathway:1||Nanoscaled cellulose particles:1||Cohemin:1||Larabinose isomerase:1||agarolytic complex:1||Lignolytic enzyme mixture:1||Lignin valorization:1||Skin whitening:1||In vitro thermodynamic analysis:1||new pathway:1||Klebsiella pneumoniae:1||Biochar:1||Red algae:1||Xylanase:1||algal sugars:1||cephalosporin C:1||microalgae:1||VOCs:1||Designer enzyme:1||Betalactam antibiotics:1||Gelidium amansii:1||Dyedecolorization:1||Hemoprotein:1||Lignocellulose:1||Kinetic Model:1||fatty acid biosynthesis:1||longchain fatty acid:1||acylcarrier protein:1||Carbohydratebinding module:1||fatty acid ethyl esters:1||Inhibitory effect:1||Long chain fatty acid:1||tertButanol:1||continuous production:1||βGlucosidase:1||promoter:1||Membrane engineering:1||antioxidant:1||Alginate:1||xylose cofermentation:1||lignocellulosic biomass:1||Synthetic metabolic bypass:1||lipids:1||aldehyde dehydrogenase:1||Protein cyclization:1||Carboxylic ester hydrolases complex:1||Waste poly (ethylene terephthalate):1||Reverse βoxidation:1||Amylosome:1||Fungalspoiled food waste:1||Metabolic Rerouting:1||Mixed Carbon Sources:1||plantbased proteins:1||Hydrolytic enzyme:1||Plastic waste treatment:1||phycocyanobilin:1||lignocellulosic biofuel:1||Fedbatch strategy:1||Bacterial expansin:1||Enzymatic hydrolysis:1||fatty acids production:1||Xylose utilization:1||Cell immobilization:1||PlackettBurman design:1||Lignocellulosic biomass:1||CD and CBM interaction:1||Esterase:1||Galactose:1||Dyedecolorizing peroxidase:1||Tween 80:1||Anchoring protein:1||Designer minicellulosome:1||Solventfree system:1||triacylgrycerol:1||immobilization:1||Continuous fermentation:1||Surface plasmon resonance:1||Rice Straw:1||Coproduction:1||sucCD expression:1||cellulosebinding domain:1||endoglucanase:1||tricarboxylic acid cycle:1||Systems metabolic engineering:1||Lhistidine:1||biobased synthesis:1||nonphotosynthetic:1||biotin carboxylase:1||CO2 utilization:1||glucose:1||acetylCoA:1||lergothioneine synthetic pathway:1||Carbonic anhydrase:1||RNAseq:1||Volatile fatty acids:1||brown algae:1||plastic waste:1||cyanase:1||Weimberg Pathway:1||fat substitutes:1||Bioremediation:1||

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