ScholarWorks@Korea University: Kim, Jae Jin

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Kim, Jae Jin (김재진)

College of Life Sciences and Biotechnology

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Tel 02-3290-3049
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phylogeny:14||taxonomy:13||ITS:12||Taxonomy:8||marine bacteria:7||Biodegradation:6||beach sediment:5||Cellulase:5||polyphasic approach:5||Phylogeny:5||Actinobacteria:4||Trichoderma:4||polypore:4||wood discoloration:4||Bacterial community:3||Trichoderma harzianum:3||Marine fungi:3||CCAtreated wood:3||biological control:3||tidal flat:3||Optimization:3||ascomycetes:3||Whiterot fungi:3||Electrospinning:3||morphology:3||tidal flats:3||gentisyl alcohol:3||betaglucosidase:3||antioxidant:3||Basidiomycota:3||Polyporales:3||mountain pine beetle:3||PAHs:3||Gammaproteobacteria:2||Fungal diversity:2||Antrodia:2||Basidiomycete:2||Oil spill:2||Bacteroidetes:2||biodegradation:2||basidiomycete:2||mold:2||Biodiversity:2||phylogenetic analysis:2||salt flat:2||EF1 alpha:2||white rot fungi:2||Saccharification:2||degradation:2||brown rot fungi:2||White rot fungi:2||Mycoremediation:2||Lignin:2||betatubulin:2||whole genome sequence:2||Ligninolytic enzyme:2||LSU:2||Polycyclic aromatic hydrocarbons (PAHs):2||oxalic acid:2||white rot:2||unrecorded species:2||PAH degradation:2||Anthracene:2||Pyrene:2||Response surface methodology:2||bioremediation:2||xylanase:2||Polycyclic aromatic hydrocarbons:2||Indigenous fungal species:2||Xylanase:2||βGlucosidase:2||Purification:2||Grosmannia clavigera:2||Microbial community:2||Agaricomycetes:2||internal transcribed spacer:2||fungal diversity:2||Peniophora incarnata:2||Rhizopus rot:1||microbial network:1||Recovery:1||Dentipellis sp:1||Genomics:1||Functional diversity:1||Proteobacteria:1||Biosurfactantproducing bacteria:1||Hydrolysis:1||New record:1||DNADNA hybridization:1||Taean seashore:1||vibrational circular dicbroism:1||cellulase:1||Sporothrix:1||ligninolytic enzyme:1||Endoglucanase:1||Mycorrhizal fungi:1||Antioxidant activity:1||Biotechnological products:1||Alternaria:1||Antibacterial:1||Irpex lacteus:1||Sapstaining fungus:1||basidiomycetes:1||copper:1||differentially expressed genes:1||Fungal bioprocessing:1||Cellulolytic fungi:1||large subunit (LSU):1||soft rot:1||Phanerochaete chrysosporium:1||Proton Beam Irradiation:1||bark beetles:1||taxonomic confusion:1||Pinus rigida:1||intraspecific variation:1||pathogenicity:1||bark flap method:1||fungus:1||algicolous fungi:1||biosynthetic gene cluster:1||Spartina anglica:1||Natural attenuation:1||Getbol:1||Estrogenic activity:1||Sphingomicrobium:1||Flavobacteriaceae:1||Sarcoscyphaceae:1||Wooddecaying fungi:1||Tidal marsh:1||moriniafungin:1||Setosphaeria rostrata:1||Sediment pollution:1||antagonistic activity:1||Muricauda:1||new records:1||saltwork:1||KUC8613:1||Restoration:1||Fungal infection:1||Global wood trade:1||ecological role:1||seatidal flat:1||Desorption:1||Indigenous bacteria:1||Oil contaminated sediment:1||Microwave irradiation:1||scanning electron microscopy (SEM):1||Moldrelated indoor hygiene:1||bioethanol:1||Corticioid fungi:1||Nomenclature:1||Ophiostoma:1||KUC8836:1||Format:1||Carbohydrate:1||White rot:1||Dead wood:1||Cellulolytic enzyme activity:1||Polyporaceae:1||Thermophilic fungi:1||Industrial effluent:1||Bioleaching:1||GeneFishing:1||Enzyme production:1||Pinus radiata:1||biodeterioration:1||decay capability:1||basidiomycete fungi:1||Ophiostoma clavigerum:1||Multigene phylogeny:1||DU145 prostate cancer cell:1||Benthic community response:1||diversity:1||ascospore:1||corticioid fungi:1||Halophiles:1||Halotolerance:1||ecological function:1||succession:1||AhRmediated potency:1||fungal community:1||rhamnolipid:1||ovarian cancer:1||eDNA:1||Taean oil spill:1||Zobellella:1||Ulleung Island:1||Trichoderma albolutescens:1||trichothecene:1||black yeasts:1||Douglasfir:1||Differentially expressed gene:1||endoglucanase:1||filter paper assay:1||Melbourne Code:1||polycyclic aromatic hydrocarbons:1||Adaptation:1||Biological control:1||bluestain fungi:1||biological control agents:1||ophiostomatoid fungi:1||oxalic acid (OA):1||histone:1||Detoxification:1||Schizophyllum commune:1||Fusarium:1||wooddecay fungi:1||Solution blowing:1||Creosote:1||antagonistic ability:1||exochitinase:1||translation elongation factor 1alpha:1||subterranean termite:1||Identification:1||Enzyme assay:1||characterization:1||internal transcribed spacer (ITS):1||Altererythrobacter:1||Tidal flats:1||multilocus phylogeny:1||halophile:1||A new ?pyrone:1||A new tetramic acid derivative:1||halomonas:1||abandoned solar salterns:1||Ascomycota:1||polyporoid fungi:1||Persistent toxic substances:1||Phytoremediation:1||Tidal flat ecology:1||Proteobacteira:1||Next generation sequencing:1||cellulase activity:1||fungal enzyme:1||Rhizomorph:1||multigene phylogeny:1||tyrosinase inhibition:1||Oceanimonas:1||PAHdegrading bacteria:1||volcanic rock:1||Nocardioides:1||pepper mottle virus:1||Polyporoid fungi:1||Manganesedependent peroxidase:1||Saccharomyces cerevisiae:1||Mycoparasitic fungi:1||Hypocrea:1||Phylogenetic analysis:1||6pentylalphapyrone:1||metal removal:1||Bondarzewiaceae:1||White rot fungi (WRF):1||sapstain fungi:1||Silver nanoparticles:1||acute toxicity:1||nucLSU:1||radicalscavenging activity:1||cytochrome oxidase II gene:1||Seoul:1||rice straw:1||Ethanol:1||Miniaturization:1||identification:1||bamboodegrading fungi:1||Whiterot Fungi:1||Pinus koraiensis:1||Erythrobacteraceae:1||Plant invasion:1||Depth profile:1||Biological recovery:1||novel species:1||halophiles:1||Tenacibaculum:1||Machine learning:1||Rhizosphere:1||Screening:1||halophilic bacteria:1||Luminescence inhibition:1||White rot fungus:1||Benthic community:1||Semifield experiment:1||PAHDegrading bacteria:1||biosurfactantproducing bacteria:1||desorption:1||marine sediment:1||solubilization:1||mesodiaminopimelic acid:1||Serinicoccus:1||Gemmobacter:1||Blastococcus:1||colorimetry:1||Trichoderma harzianum species complex:1||Agricultural residue:1||Response surface methodology (RSM):1||Capsicum annuum:1||antiviral agent:1||Aureobasidium:1||Surfactant:1||Sickbuilding syndrome:1||βglucosidase:1||Remazol Brilliant Blue R:1||Ligninolytic enzymes:1||Halotolerance:1||Wood decaying fungus:1||Basidiomycetes:1||Fungal barcode:1||Wood decay fungus:1||Decolorization:1||Chromated copper arsenate:1||antifungal activity:1||translation elongation factor 1alpha (TEF1 alpha) gene:1||Titania:1||Soy protein:1||bioactive metabolites:1||realtime PCR:1||CCAtreated wood wastes:1||actin:1||Penicillium brevicompactum:1||Penicillium kloeckeri:1||Ammonia pretreatment:1||translation elongation factor1 alpha:1||lodgepole pine:1||decay test:1||decay fungi:1||pine log:1||cork borer:1||Marine bacteria:1||multigene analysis:1||new combination:1||Tidal salt marsh:1||halotolerant bacteria:1||Neopestalotiopsis clavispora:1||tidal flat sediment:1||Poly(3hydroxybutyrate):1||Tidal flat:1||postharvest disease:1||bacterial and fungal community:1||forest soil:1||Sediments:1||Transcriptomics:1||PAHVulnerable bacteria:1||mitochondrial dysfunction:1||calcium dysregulation:1||Maribacter:1||Rhamnolipid:1||Acute toxicity:1||fungal pigment:1||Enzymatic saccharification:1||Lipidextracted residue:1||Pseudokineococcus:1||marine bacterium:1||coastal sediment:1||Phlebia brevispora KUC9045:1||Remazol brilliant blue R:1||Heterologous expression:1||polycyclic aromatic hydrocarbons (PAHs):1||fungal extracts:1||decolorization:1||Japanese pine sawyer beetle:1||wooddamaging fungi:1||Cladosporium:1||Reticulitermes:1||Korea:1||betaxylosidase:1||bamboo:1||brown rot:1||mass losses:1||Polyporus:1||woodrotting fungi:1||rDNA:1||host preference:1||Brown rot fungi:1||blue stain:1||Eight new taxa:1||Hyphodermin:1||Basidioradulum radula:1||Archaeal community:1||Physical cleanup:1||Ecological restoration:1||Bambusicolous Apiospora:1||Mutagenesis:1||Polyhydroxyalkanoates:1||Heavy metals:1||forest ecosystem:1||soil microbiome:1||Environmental DNA:1||In situ microbial community:1||Nextgeneration sequencing:1||vegetation:1||Sediment assessment:1||Effectdirected analysis:1||PAH (polycyclic aromatic hydrocarbon):1||PAHs degradation:1||Sapstain fungi:1||Armillaria:1||Internal transcribed spacer:1||Cell disruption:1||polyphasic taxonomic characterization:1||softrot:1||nLSU:1||Peniophora incarnata KUC8836:1||Operational taxonomic units:1||Enzymatic activity:1||Schizopora paradoxa KUC8140:1||Compost:1||Ophiostoma ips:1||Pinewood nematode disease:1||Metal removal:1||Brownrot fungi:1||Penicillium oxalicum:1||Wood decay fungi:1||Characterization:1||Oil palm trunks:1||Lignocellulose:1||Crosstie waste:1||Crustoderma species:1||bluestain fungus:1||Cytotoxicity:1||Aurantiacibacter:1||Indigenous fungi:1||Halomonas:1||hypersaline:1||transcriptome:1||Bioirrigation:1||Indicator species analysis:1||rhizosphere:1||fungal metabolite:1||Persistent toxic substance:1||In vitro bioassay:1||Gene expression:1||radical scavenging:1||skin whitening agents:1||Saltern:1||Marinobacter:1||macrofungi:1||marine fungi:1||PICRUSt:1||endoglucanase:1||seaweed:1||Desarmillaria:1||tef1:1||Microorganism:1||Bioremediation:1||Bioaccessibility:1||Echinicola:1||Nicotiana benthamiana:1||Fungal morphology:1||Ecofriendly nanofibers:1||Arthrinium:1||Translation elongation factor 1α:1||βtubulin:1||Tween 80:1||Decomposition:1||Wooddecay fungi:1||Trichoderma gamsii:1||Oxalic acid:1||Synthetic dyes:1||extracts:1||brownrot fungus:1||dark mold:1||biobleaching:1||enzymatic screening:1||Phoma sp.:1||purification:1||Penicillium:1||Cellobiose Dehydrogenase:1||Large subunit rDNA:1||Creosotetreated wood:1||successive species:1||Metal tolerance:1||Fomitopsis palustris:1||comparative genomics:1||Novosphingobium:1||Sphingomonadaceae:1||Apiosporaceae:1||

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