ScholarWorks@Korea University: Choi, In Geol

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Choi, In Geol (최인걸)

Graduate School (Department of Biotechnology)

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Tel 02-3290-3152
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Red macroalgae:6||marine bacteria:6||Lignocellulose:4||Ethanol:4||Cellulase:4||polyphasic approach:4||3,6anhydroLgalactose:4||Agar:3||beach sediment:3||Saccharification:3||Agarase:3||Probiotics:3||Agarose:3||Saccharophagus degradans:3||Mycoremediation:3||tidal flats:3||Transcriptomics:2||PAH degradation:2||agarase:2||3,6AnhydroLgalactose:2||cellulose:2||Complete genome sequence:2||Hypsizygus marmoreus:2||Saccharophagus degradans 240:2||metabolic pathway:2||agar:2||Bacterial expansin:2||BsEXLX1:2||Synergism:2||GH61:2||agarolytic pathway:2||probiotics:2||bacterial expansin:2||pacetaminophenol:2||red algal biomass:2||Cellulose hydrolysis:2||Hahella chejuensis:2||average nucleotide identity:2||salt flat:2||Pretreatment:2||enzymatic saccharification:2||KUC8613:2||Direct electron transfer:2||Gammaproteobacteria:2||Aryl acylamidase:2||Glucose dehydrogenase:1||Screenprinted electrode:1||Aegilops tauschii:1||Prolyl oligopeptidase:1||Dentipellis sp:1||Genomics:1||Proteobacteria:1||acetogens:1||environmental cultures:1||shotgun metagenome sequencing:1||Shotgun metagenomics:1||Fungal genome:1||Lactobacillus:1||Enolase superfamily:1||Aldehyde dehydrogenase:1||Coldadapted xylanase:1||Bacillus:1||Microbial fuel cells:1||Binding:1||Fermentation:1||interactome:1||network medicine:1||Wholecell catalysis:1||Aqueous ammonia pretreatment:1||Fivebladed betapropeller fold:1||expansin:1||cellulase:1||biofuel:1||supercritical carbon dioxide:1||Broilers:1||aryl hydrocarbon receptor:1||QTL:1||cohesindockerin:1||GH96:1||polysaccharide utilization loci:1||gene gain:1||GH129:1||Bee honey:1||Monofloral honey:1||metabolic chassis:1||valueadded chemicals:1||Sphingomicrobium:1||16S rDNA phylogeny:1||proteomacore phylogeny:1||CRISPR/Cas9:1||genetic diversity:1||Streptomyces subtilisin inhibitor:1||fungal protease inhibitor:1||Biosensor:1||beta1,3Glucanase:1||Synthetic wheat:1||Muricauda:1||strain isolation:1||phosphate solubilizer:1||brine shrimps:1||prokaryotes:1||Bacteroidetes:1||3,6anhydroLgalactonate cycloisomerase:1||White rot:1||Chaetomium globosum:1||renewable biomass:1||Fermentation inhibitors:1||Brown cultivar:1||Parental monokaryons:1||Acid pretreatment:1||Antiinflammation:1||Chemical liquefaction:1||Exotype alginate lyase:1||pAcetaminophenol:1||Oil palm empty fruit bunches:1||Agarolytic pathway:1||cell adhesion:1||cell survival:1||mesenchymal stem cell:1||Neoagarobiose:1||Saccharophgus degradans:1||sterilization:1||3:1||genetic linkage map:1||Escherichia coli cell surface attachment:1||agar metabolism:1||Apis mellifera:1||infant formula:1||L55:1||Eubacterium:1||Leaf rust resistance:1||alphaAmanitin:1||tidal flat:1||biological control:1||Immobilization:1||Airborne microorganism:1||Functional composition:1||enzymes:1||Stress response:1||adhesion:1||electron tunneling distance:1||Zobellella:1||20s loop:1||3,6anhydroLgalactonate:1||Vibrio:1||GH10:1||Calcium carbonate:1||concrete:1||Acetic acid:1||Morphological and cultivational characteristics:1||Crude enzyme:1||Current generation:1||Alg17C:1||Oil palm fronds:1||diseasome:1||human disease network:1||Lignocelluloses:1||aryl acylamidase:1||EXLX2:1||cardiac regenration:1||xylan:1||chemical modulation:1||dopaminergic neurons:1||Mucus barrier:1||hypoxiainducible factor1&#945:1||RNAsequencing:1||ochratoxin A:1||Metagenomics:1||Eubacterium limosum:1||SNP:1||DAHG:1||?neocarrabiose:1||GH127:1||S1_19 family sulfatase:1||eDNA:1||housekeeping phylogeny:1||genome metrics:1||zymogen:1||3Glucanase:1||furcellaran:1||carrageenan:1||algal polysaccharides:1||Proteobacteira:1||carbon monoxide:1||Chryseobacterium phosphatilyticum:1||Protein agglomeration:1||Charge transfer resistance:1||Fine particulate matter:1||Oceanimonas:1||Carbon monoxide fermentation:1||gene prediction:1||microbial genome annotation:1||OmpAlike domain:1||Peptidoglycan Diaminopimelate:1||AbPal:1||Enzymatic liquefaction:1||Xyn10C:1||Amidase signature enzyme family:1||SercisSerLys catalytic triad:1||Stress tolerance:1||Biofuels:1||RNA sequencing:1||Protoplast isolation and regeneration:1||Sequencing:1||Lignocellulose degradation:1||Synergistic protein:1||Anaerobic conditions:1||Lignin:1||amide synthesis:1||betaAgarase:1||inactivation of microorganisms:1||Gut morphology:1||Local inflammation:1||whole genome sequence:1||Honey authentication:1||marine heterotrophicbacteria:1||bioconversion:1||Lactiplantibacillus plantarum:1||Volatile fatty acid:1||Choanephora cucurbitarum:1||crystal structure:1||Xray crystallography:1||Puccinia triticina:1||halophilic bacteria:1||White rot fungus:1||Gemmobacter:1||genomecentric metagenome analysis:1||PM2.5:1||Hypsin:1||Secondary metabolism:1||transcriptomics:1||microbial physiology:1||direct electron transfer:1||3,6anhydroLgalactose dehydrogenase:1||3,6anhydrogalactonate:1||3,6AnhydroLgalactonate:1||ACI:1||biocontrol agent:1||Wood decaying fungus:1||Agar Hydrothermal pretreatment:1||AA9:1||Deletion mutant:1||red macroalgae:1||Spermidine:1||Agaricus bisporus:1||Hypsigus marmoreus:1||Comparative genomics:1||Auxiliary Activity family 9:1||Cellulose:1||Miscanthus x giganteus:1||Simultaneous saccharification:1||Polysaccharide lyase17:1||Polysaccharide lyase7:1||alphaNeoagarobiose hydrolase:1||Glycoside hydrolase family 117:1||Ammonia pretreatment:1||chondrocytes:1||Dentipellissp:1||Homologous overexpression:1||ChIPSeq:1||secondary metabolite biosynthesis gene cluster:1||Supplements:1||shortchain fatty acids:1||KUFM407:1||glycoside hydrolases:1||alkalophilic fungus:1||HGT:1||Sodiomyces alkalinus:1||Beech mushroom:1||Maribacter:1||C4dicarboxylate transport:1||Agar metabolism:1||web application:1||AHG metabolism:1||3,6LAnhydrogalactose:1||Enzymatic assay:1||Quantitative analysis:1||Chryseobacterium cucumeris:1||biomineralization:1||Wood decay:1||Shewanella oneidensis MR1:1||Enzymatic saccharification:1||Oligoalginate lyase:1||Biomass:1||cellulose binding:1||GH50:1||Listeria monocytogenes:1||Sophorolipids:1||Acetogen:1||alphaagarase:1||microbiota:1||gut health:1||Principal coordinate analysis:1||button mushroom:1||Gold binding peptide:1||RiPP:1||PAH (polycyclic aromatic hydrocarbon):1||Marmorin:1||goldbinding peptide:1||Actinobacillus succinogenes:1||Assimilation of acetate:1||Product shift:1||R package:1||Peptidoglycanassociated lipoprotein:1||endophytic bacterium:1||Processive endoglucanase:1||Cel5:1||Schizopora paradoxa KUC8140:1||Agarolytic betagalactosidase:1||Feedback inhibition:1||Polyamine transport protein:1||Carbohydratebinding module:1||Xylanase:1||Glucose utilization:1||Red algae:1||Skin whitening:1||carbohydratebinding module:1||Ammonia:1||Alg7d:1||Endotype alginate lyase:1||Bioconversion:1||Oil palm trunks:1||amidase signature enzymes:1||cellulase synergism:1||metabolomics:1||GCTOF MS:1||cellulose hydrolysis:1||structural homolog:1||foodborne pathogen:1||Polycyclic aromatic hydrocarbons:1||Metabolic change:1||CO dehydrogenase:1||backcrossing:1||noncovalent interaction module:1||alphaneoagarobiose hydrolase:1||novel auxiliary pathway:1||metabolic versatility:1||Aurantiacibacter:1||Food:1||Feed:1||carrageenan catabolism:1||DNA metabarcoding:1||TrnL (UAA):1||reclassification:1||E. coli Nissle 1917:1||Biochar:1||Methane mitigation:1||wild germplasm:1||germination protease:1||Cyclic peptide:1||Marinobacter:1||Phytophthora blight:1||Enzyme nanopatterning:1||Microbial community:1||Hypsiziprenol A9:1||synthetic glucose dehydrogenase:1||orientation:1||empirical model:1||fumarate:1||transcriptome analysis:1||Eubacterium limosum KIST612:1||3,6AnydroLgalatonate cycloisomerase:1||AHGA:1||Chryseobacterium strain GSE06:1||Endo1,4betaxylanohydrolase:1||Sporosarcina:1||Carrageenan:1||Transcriptome profile:1||Overexpression:1||Fungal genomics:1||Agaricomycetes:1||Expansin:1||Xylan hydrolysis:1||cellular network:1||Gas chromatographymass spectrometry:1||Exolytic activity:1||synergism:1||differentiation agonists:1||Gut microbiota:1||Smad2:1||Novosphingobium:1||Sphingomonadaceae:1||comparative genomics:1||comparative transcriptomics:1||fungi:1||gene regulation:1||lignocellulose degradation:1||Wolfiporia cocos:1||Limosilactobacillus fermentum:1||neocarrabiose:1||carrageenooligosaccharides:1||sulfated polygalactans:1||COI:1||Pseudoalteromonas atlantica T6c:1||Limosilactobacilus l us fermentum:1||

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