ScholarWorks@Dongguk University: Seo, Tae Gun

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Seo, Tae Gun (서태근)

College of Life Science and Biotechnology (Department of Life Science)

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Tel 031-961-5135
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taxonomy:13||Rna, Ribosomal, 16s:12||novel species:10||Phylogeny:10||Phosphatidylethanolamine:8||Dna, Bacterial:8||phylogenetic analysis:7||Cytophagaceae:7||unrecorded species:7||Novel species:7||Ubiquinone:6||Phospholipids:6||Rna 16s:6||Nucleic Acid Hybridization:6||Water:6||rhizosphere:6||polyphasic taxonomy:6||Genetics:6||16S rRNA:6||Lysobacter:6||Carotenoid:6||Fatty Acids:6||DNADNA relatedness:5||Fatty Acid:5||Novel genus:5||KSHV:5||Kaposi's sarcomaassociated herpesvirus:5||Article:5||South Korea:5||Dna:5||Dna Dna Hybridization:5||carotenoid:5||Oxidoreductase:4||Tagetes patula:4||Controlled Study:4||Gene Sequence:4||Nonhuman:4||Chemotaxonomy:4||Bacterial Dna:4||Phosphatidylcholine:4||Polyphasic taxonomy:4||Bacillota:4||Cellulose:4||Lipid:4||Bacterial Typing Techniques:4||Sequence Analysis, Dna:4||Bacterium Identification:4||16S rRNA gene:4||Genomics:3||Nucleotide Sequence:3||Taxonomy:3||Gram Negative Bacterium:3||Actinomycetota:3||DNA relatedness:3||Paddy field:3||Type Strain:3||Paenibacillus:3||Dna Base Composition:3||Hymenobacteraceae:3||Indole acetic acid:3||Phospholipid:3||Indoleacetic Acid:3||Phylogenetic analysis:3||draft genome:3||Quinone Derivative:3||Republic Of Korea:3||Chemistry:3||Flavobacteriaceae:3||Chemotaxonomic approach:3||Chitinophagaceae:3||nov:3||Genome Size:3||Bacteroidota:3||Genomic Dna:3||Nocardioides:3||siderophore:3||Sphingomonas:3||Strictly aerobic:3||gliding motility:2||Indoleacetic Acids:2||Pseudomonadota:2||Pyrroline 5 Carboxylate Reductase:2||Liriope platyphylla:2||Comamonadaceae:2||carotenoids:2||indigenous prokaryotic species in Republic of Korea:2||indole acetic acid:2||Bacterial Strain:2||Suaeda japonica Makino:2||Resorcinol:2||carbohydrateactive enzyme:2||Maltose:2||Mannitol:2||Dna Sequencing:2||Phosphatidylglycerol:2||Rhizosphere:2||Antiinfective Agents:2||Verrucomicrobiota:2||bacterial diversity:2||Indole:2||Unclassified Drug:2||Roseateles:2||Dna Sequence:2||Arginine Deiminase:2||mudflat:2||Acidobacteriota:2||Methanol:2||Acyltransferase:2||Phenotype:2||Flexirubin:2||paddy field:2||pangenome:2||Chloroform:2||Chryseobacterium:2||phylogenetic:2||Dna Extraction:2||Wnt signaling pathway:2||Bacterium Isolate:2||Bacterium Isolation:2||Microbiology:2||Gene Cluster:2||Devosia:2||Setaria:2||Deinococcus:2||Deinococcota:2||Classification:2||polar lipid:2||ORF36:2||polyphasic:2||polyphasic analysis:2||Spirosoma:2||Deinococci:2||Tagetes:2||Deinococcaceae:2||Vitamin K 2:2||Soil bacteria:2||TCFdependent transcription:2||Nucleotide:2||Viral protein kinase:2||Base Composition:2||Amino Acid:2||Jeongbang Waterfall:2||Adipic Acid:2||Jeju Island:2||Polyketide Synthase:2||freshwater:2||Catalase:2||Carboxymethylcellulose:2||Bacterial Genome:2||Bacterial Rna:2||Cell morphology:2||Farnoquinone:2||Isolation And Purification:2||genomic features:2||PGPR:1||PI3K/Akt pathway:1||Paenibacillaceae:1||Paenibacillus agilis:1||Paenibacillus cremeus:1||Paenibacillus terricola:1||Paraburkholderia:1||Pararoseomonas:1||Pebbles:1||Pedobacter:1||Pedobacter punctiformis:1||Pedobacter rhodius:1||Periodontitis:1||Ph:1||Phenotypic characteristics:1||Phosphatesolubilization:1||Phosphatidylmethylethanolamine:1||Phosphatidylmonomethylethanolamine:1||Phragmites japonica:1||Phyllobacteriaceae:1||Phyllobacterium:1||Phylogenetic Tree:1||Phylogenomic tree:1||Physiology:1||Phytohormone:1||Pinus densiflora:1||Piscinibacter Lacus:1||Planobacterium oryzisoli:1||Plant Growthpromoting Bacterium:1||Plant Root:1||Plant growth promoting:1||Plants, Medicinal:1||Polyene:1||Polyphasic analysis:1||Pontibacter:1||Pontibacter cellulosilyticus:1||Pontibacter chitinilyticus sp:1||Porphyromonas gingivalis:1||Pseudaminobacter:1||Pseudarthrobacter:1||Quadrisphaera:1||Radiation:1||Realtime PCR:1||Rhizobiaceae:1||Rhizobium:1||Rhizobium Daejeonense:1||Rhizobium Ipomoeae:1||Rhizobium Setariae:1||Rhodobacteraceae:1||Rice:1||Root Growth:1||Roseateles Flavus:1||Roseateles Hydrophilus:1||Roseateles Paludis:1||Roseateles Puraquae:1||Roseateles Subflavus:1||Roseateles caseinilyticus:1||Roseateles cellulosilyticus:1||Roseomonas:1||Runella:1||Runella soli sp:1||Sanger Sequencing:1||Sea water:1||Setaria (plant):1||Setaria Plant:1||Setaria Viridis:1||Setaria viridis:1||Slime:1||Soil:1||Soil Microbiology:1||Solvent:1||Sphingobacteriaceae:1||Sphingomonadaceae:1||Sphingomonas agrestis:1||Sphingomonas rustica .:1||Sphingopyxis:1||Sphingosinicella:1||Streptomyces:1||Suaeda japonica .:1||TR:1||Taejongdae Park:1||Tagetes Patula:1||Tagetis patula:1||Telluribacter:1||Tellurirhabdus:1||Terpene:1||Thalassorhabdus:1||Tianweitania sediminis Z8T:1||Transmission Electron Microscopy:1||Tryptophan:1||Tumebacillus:1||UptoDate Bacterial Core Gene set:1||Viola mandshurica .:1||Viral life cycles:1||Water Microbiology:1||Wenyingzhuangia:1||Wetland:1||Wetlands:1||Whole Genome Sequencing:1||actinobacterium:1||aggregation:1||alkane synthesis gene clusters:1||amylolytic bacteria:1||antibiofilm activity:1||antibiotic resistance:1||artificial pond:1||average amino acid identity:1||average nucleotide identity:1||bacterial exopolysaccharide:1||beach sand:1||betacatenin:1||bioremediation:1||carboxymethyl cellulose:1||carotenoid biosynthetic gene cluster:1||carotenoid pigments:1||cell morphology:1||chitin degradation:1||chromomycin:1||chromosome condensation:1||coastal surface seawater:1||culturedependent:1||digital DNA–DNA hybridization:1||draft genome sequence:1||environmental niches:1||ethnic population of Nepal:1||exopolysaccharide:1||exopolysaccharides:1||facultatively anaerobic bacteria:1||farm soil:1||flexirubin:1||flexirubintype pigment:1||flooded field:1||gamma ray resistance:1||gamma rayresistance:1||gammaherpesvirus:1||geneme:1||genome analysis:1||genomic:1||genomic analysis:1||histone H3:1||histone H4:1||histone H4 lysine 20 trimethylation:1||histone H4 lysine 8 acetylation:1||histone modification:1||indigenous prokaryotic species in Korea:1||indoleacetic acid:1||lTryptophan:1||ltryptophan:1||latent replication:1||long rod:1||lysine acetylation:1||lytic reactivation:1||maize field:1||marigold:1||marine bacterium:1||melanin:1||menaquinone6 (MK6):1||metabolites:1||methylotrophic metabolism:1||moderately halophile:1||moderately halophilic bacteria:1||moss:1||new taxon:1||nonpigmented:1||pH tolerance:1||phosphate solubilization:1||phosphorylation:1||phylogenetic tree:1||phylogenomic tree:1||phylum Pseudomonadota:1||phytohormone:1||phytopathogen:1||plant growth promotion:1||plant growthpromoting bacteria:1||plantmicrobe interaction:1||pleomorphic:1||polar flagella:1||polyhydroxybutyrate:1||polyphasic approach:1||replication and transcription activator:1||root:1||salinity:1||seawater:1||stagnant water:1||starch:1||starchdegrading:1||stress tolerance in plants:1||strictly aerobic:1||tomato (Solanum lycopersicum L:1||unexplored:1||unreported species:1||urease:1||vIRF2:1||vIRF3:1||viral protein kinase:1||viral reactivation:1||<italic>Rhodanobacter</italic>:1||whole genome:1||(L)tryptophan:1||):1||AAI:1||APE:1||Abiotic Stress:1||Acetobacteraceae:1||Actinomycete:1||Adhaeribacter rhizoryzae:1||Aestuariibaculum:1||Agromyces:1||Airborne Bacteria:1||Alphaproteobacteria:1||Alteromonas:1||Aminobacter:1||Aminophospholipid:1||Amnibacterium:1||Anaerobic Growth:1||Animal models:1||Antiinfective Agent:1||Aquamicrobium:1||Aqueous Solution:1||Artificial Pond:1||Arvimicrobium Flavum:1||Asian Dust Event:1||Asteraceae:1||Aurantiacibacter:1||Average nucleotide identity (ANI):1||Bacteria:1||Bacterial Community:1||Bacterium Culture:1||Binary fission:1||Biochemical Analysis:1||Biofertilizer:1||Bioinformatics:1||Bioremediation:1||Brownpigment:1||Burkholderiales:1||Carboxymethyl cellulose:1||Cardiolipin:1||Casein hydrolysis:1||Caspase3:1||Cell Function:1||Cell Structure:1||Cellulomonas alba:1||Cellulomonas edaphi:1||Chitin hydrolysis:1||Chryseobacterium Tagetis:1||Chryseobacterium caseinilyticum:1||Chryseolinea Lacunae:1||Cohnella:1||Cohnella terricola:1||Computer Model:1||Contig:1||Crossroad soil:1||Cupriavidus:1||Cytophagia:1||DNADNA relatednessx:1||Dyella:1||EBV:1||ERK:1||Edaphocola:1||Edaphorhabdus:1||Endospore:1||Ensifer:1||Ensifer collicola sp nov.:1||Erythrobacter:1||Exopolysaccharide:1||FOXO3A:1||Fatty Acid Analysis:1||Fibrella:1||Fibrillar matrix:1||Flavisolibacter:1||Flavobacterium:1||Flavobacterium baculatum:1||Flavobacterium humi:1||Flavobacterium tagetis:1||Forest:1||Forest Soil:1||Forests:1||Fuscibacter oryzae:1||Gammaray resistance:1||Genome:1||Genome, Bacterial:1||Genotype:1||Gliding motility:1||Glycine max L.:1||Glycolipid:1||Gottfriedia:1||Gottfriedia endophyticus:1||Gram Staining:1||Gramstain positive:1||Halomonadaceae:1||Halomonas:1||Halomonas antri:1||Halomonas aquatic:1||Halomonas pelophila:1||High Performance Liquid Chromatography:1||Histone H3 lysine 4 trimethylation:1||Histone modification:1||Human Set1 complex:1||Hydrogenophaga:1||Hymenobacter setariae:1||Hyunsoonleella:1||IAA:1||Ideonella:1||Indole3acetic acid:1||Indoleacetic acid:1||Indoleacetic Acid Derivative:1||Isoprenoid:1||Janthinobacterium:1||Kineosporiaceae:1||LANA:1||Lake:1||Lake Water:1||Lakes:1||Latent replication:1||Lewinella:1||Limnohabitans:1||Limnohabitans radicicola:1||Lipopolysaccharides:1||Lysobacter caseinilyticus sp:1||MAPK/ERK signaling pathway:1||Marine water:1||Marinobacter:1||Maximum Likelihood Method:1||Medicinal Plant:1||Mesorhizobium:1||Mesorhizobium Shangrilense:1||Mesorhizobium liriopis:1||Metagenomic:1||Methylobacterium:1||Methylobacterium durans:1||Methylobacterium terricola:1||Methylotrophic metabolism:1||Microbacterium:1||Microbial Community:1||Molecular Phylogeny:1||Mucilaginibacter:1||Mud:1||Neoroseomonas:1||New taxa:1||Nitrogen Fixation:1||Nocardiodes baculatus:1||Nocardioidaceae:1||Nocardioides pini:1||Nocardioides pinisoli:1||Nonphototrophic:1||Nonribosomal Peptide Synthetase:1||Novel:1||Oryzicola mucosus:1||Oxidative Stress:1||PGP:1||PGPB:1||

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