ScholarWorks@Korea University: Park, Woo jun

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Park, Woo jun (박우준)

College of Life Sciences and Biotechnology

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Tel 3067
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taxonomy:9||biofilm:8||oxidative stress:7||Acinetobacter:7||freshwater:6||Oxidative stress:6||Bacteria:5||Biofilm:5||Microcystis aeruginosa:5||bacteria:4||Alphaproteobacteria:4||Quorum sensing:4||horizontal gene transfer:3||indole:3||Nanopore sequencing:3||Cyanobacteria:3||Bioconcrete:3||OxyR:3||Staphylococcus:3||Acinetobacter baumannii:3||antibiotic resistance:3||pyrosequencing:3||Selfhealing concrete:3||calcium carbonate:3||Pseudomonas:3||cyanobacteria:3||efflux pump:3||Soil:3||MICP:3||Antibiotics:3||soil:3||Bacillus:3||ubiquinone Q10:2||Resistance:2||Proteobacteria:2||Agricultural byproduct:2||Concrete:2||Methylobacterium:2||Membrane rigidity:2||membrane permeability:2||ampicillin:2||community analysis:2||Pseudomonas putida KT2440:2||Bacteroidetes:2||Actinobacteria:2||Calcium carbonate:2||ammoniaoxidizing archaea:2||Pseudomonas aeruginosa PAO1:2||sphingolipid:2||Bacteroidota:2||Bacterial biomineralization:2||Xray diffraction:2||Plant extract:2||denitrification:2||diesel:2||phaC:2||Economical medium:2||Calcium carbonate precipitation:2||Expanded clay:2||multidrug resistance:2||antibiotics:2||Alkane:2||protein folding:2||Pseudomonas putida:2||ammoniaoxidizing bacteria:2||Biodegradation:2||Freshwater:2||Antibiotic resistance:2||biomineralization:2||jeotgal:2||nitrification:2||Escherichia coli O157:2||carbapenemresistance:2||Soil bacterium:2||Weeksellaceae:2||Microcystin:2||H2O2:2||Bioremediation:2||Transcriptional regulation:2||iron:2||Bacterial spore:1||Bacterial community:1||polymorphism:1||SsuD:1||concrete healing:1||Exopolysaccharides:1||PolyNacetyl glucosamine:1||Staphylococcus aureus:1||washing machine:1||crack healing material:1||BacteriaCaCO3 interaction:1||Branched chain fatty acid synthesis:1||extremophiles:1||alkane oxidizer:1||survival strategies:1||energy production:1||Coldshock protein:1||CspA:1||Transcription:1||gene expression:1||symbiosis:1||rumen:1||Glycerol:1||Proteomics:1||quorum sensing:1||transcriptional regulator:1||Genomics:1||Tetracycline:1||Lactobacillus:1||Osmotic stress:1||persister:1||Mixed culture:1||Escherichia coli O157:H7:1||Peroxiredoxin:1||Functional switch:1||genome:1||zwf1:1||motility assay:1||corn oil:1||waste vegetable oil:1||"Candidatus Accumulibacter phosphatis":1||Flavobacterium:1||Catalase:1||Carotenoid:1||Experimental evolution:1||pink pigments:1||Gramnegative bacteria:1||mesodiaminopimelate:1||Freshwater bacteria:1||Chryseobacterium:1||Flavobacteriia:1||Gammaproteobacteria:1||DNA methylation:1||antagonism:1||pangenome:1||rhizobia:1||Pedobacter:1||Antagonistic bacteria:1||wholegenome analysis:1||genome deletion:1||sulfate limitation:1||Coating:1||Permeability experiment:1||Bacillus species:1||Glyoxylate shunt:1||halotolerant:1||menaquinone 9:1||sphingoglycolipid:1||statistical design of experiments:1||spray dryer:1||veterinary:1||glyoxylate bypass:1||Diesel:1||Red clay:1||Solvent tolerant:1||Toxicity:1||Superoxide dismutase:1||Flavodoxin:1||nitrous oxide:1||Molecular chaperone:1||Pellicle:1||biodegradation:1||LuxI:1||quorumsensing (QS):1||thiol affinity purification method:1||peroxidase:1||aromatic hydrocarbon:1||EBPR:1||diversity:1||Rhodocyclus:1||NaOH:1||disulfide bond:1||phycosphere:1||Resistomes:1||Antibiotic resistance genes:1||Outer membrane vesicles:1||Niveibacterium:1||Rhizorhabdus:1||OmpA:1||Microcystis microbiome:1||Cyanobactericidal chemicals:1||regeneration:1||Acid treatment:1||Deinococcus:1||extracellular matrix:1||Water quality variation:1||TauD:1||Selfhealing:1||isotoperatio mass spectrometry:1||crack healing:1||genomes:1||Chloramphenicol:1||plasmid:1||Acinetobacter oleivorans:1||Lysinibacillus sp YS11:1||resistance:1||concrete:1||Transcriptome:1||salt stress:1||Transcriptional fusion:1||Doxycycline:1||microarray:1||climate change:1||ykgM gene:1||lactonase:1||antibiotic resistance genes:1||bacterial spore:1||raman spectroscopy:1||RNAsequencing:1||Metagenomics:1||genomics:1||Sporulation:1||Tablet:1||multidrugresistance:1||BLUF domain:1||bacterial twohybrid system:1||Animal feces:1||Genomic DNA:1||Microcrack healing:1||Secondary metabolite:1||KatA:1||animal faeces:1||animal feces:1||Sphingobacteriaceae:1||cementfree materials:1||soildwelling aerobe:1||Cocultured bacteria:1||Lysinibacillus boronitolerans YS1:1||dry conditions:1||Arthrobacter:1||Microbial activity:1||TCA cycle:1||gut:1||naphthalene degradation:1||adjuvants:1||Hydrophobicity:1||aerobic MICP:1||SdiA:1||DNA helicase RecG:1||mexA:1||Iron homeostasis:1||Tenericutes:1||Compatible solute:1||Antarctica:1||norfloxacin:1||Proteinprotein interaction:1||Lipopolysaccharide:1||EGCG:1||Atomic force microscopy:1||Staphylococcus aeruginosa:1||Ammoniaoxidizing bacteria:1||Total petroleum hydrocarbon:1||saturated hydrocarbon:1||Thermobifida fusca:1||Twocomponent regulatory systems:1||Acetobacteraceae:1||Herbivores:1||Cell division:1||Penicillinbinding protein:1||pathogen:1||type Ⅸ secretion system:1||Chromatiaceae:1||betaLactamase:1||epigenetics:1||contactdependent:1||nitrogenase:1||symbiosis island:1||Extracellular catalase:1||wastewater treatment plant:1||Ecotoxicity assessment:1||biocomposite:1||stress response:1||hexadecanesulfonate:1||desiccation tolerance:1||aggregation:1||alkaliphilic:1||endospore:1||Sphingomonas:1||Dual species CaCO3 precipitation:1||Bacterial encapsulation:1||Selfhealing assessment:1||probiotics:1||Synergistic compound:1||Synergism:1||Phenolic compound:1||Taurine:1||Oildegrading bacteria:1||aeration:1||Protease:1||Decolorization:1||biogeochemical cycle:1||FerredoxinNADP(+) reductase:1||Isothermal titration calorimetry:1||Denitrification:1||Gene manipulation:1||Microcosm:1||Plant growth:1||Phosphate:1||LuxR:1||proteomics:1||gamma ray:1||NADPH:1||Pseudomonas aeruginosa:1||pellicle:1||soil bacterium:1||homology modelling:1||inexpensive substrate:1||endocelluase:1||UVresistance:1||Photosynthesis:1||Antibacterial compounds:1||Soybean meal:1||LPS modifications:1||Encapsulation:1||Nanopore:1||Metagenome:1||Ceratotherium simum:1||Bla(OXA):1||methyltransferase:1||interbacterial interaction:1||IS element:1||TRAP transporter:1||Kaistella:1||Amentoflavone:1||Spraydried bacteria:1||economic media:1||microbiallyinduced calcium carbonate precipitation:1||Natural extract:1||Algicide:1||zoonotic infection:1||phytotherapy:1||bioremediation:1||polycyclic aromatic hydrocarbons (PAHs):1||cell membrane:1||Pseudomonas aerruginosa:1||Taxonomy:1||Hydrocarbon:1||metal:1||Tenebrio molitor:1||Spiroplasma:1||Green fluorescent protein:1||Ribulose monophosphate pathway:1||pyrosequencingbased bacterial community analysis:1||enzyme:1||flavodoxin:1||Solute stress:1||Naphthalene:1||Metabolites:1||Escherichia coli:1||Nitrification:1||Nitrous oxide:1||Genetic marker:1||zinT gene:1||Zinc:1||motility:1||proteomic analysis:1||Envelope stress:1||disulfide bond proteins:1||nitrogen:1||peroxiredoxin:1||FISH:1||TLC/FID:1||pleiotropic phenotypes:1||proteinprotein interaction:1||cellulose:1||exocellulase:1||heatresistance:1||Deinoxanthin derivative:1||Antibacterial peptide:1||lasso peptide:1||Symbiotic bacteria:1||rhinoceros:1||Chitinophagaceae:1||cellular morphology:1||photosynthesis:1||Calcium source:1||CpG island:1||calcium acetate:1||Capsular polysaccharides:1||airconditioning systems:1||agricultural products:1||calcium carbonate precipitation:1||Alkaline generation:1||Viability:1||alternative medicines:1||plant extract:1||immunity:1||disease:1||4Hydroxybenzaldehyde:1||natural compounds:1||urea:1||signaling:1||nuclear magnetic resonance:1||quantitative realtime PCR:1||ojingeo jeotgal:1||mutation:1||RNASeq:1||NAD plus ratio:1||metal stresses:1||Ammoniaoxidizing archaea:1||Climate change:1||hydrogen peroxide:1||HexR:1||farwestern blot:1||Caenorhabditis elegans:1||cross resistance:1||pigments:1||Multidrugresistant bacteria:1||Aquibium:1||Phyllobacteriaceae:1||nitrate:1||Pigment:1||Polymyxin resistance:1||cyanobacterial bloom:1||polymyxin:1||lipopolysaccharide:1||Cyanobacterial peptidoglycan:1||Lysine uptake transporter:1||CaCO3 precipitation:1||Chitinophagia:1||Niabella:1||Cyanobacterial bloom:1||polymyxin Bresistance:1||Culturable bacteria:1||Terminalrestriction fragment length:1||Acinetobacter oleivorans DR1:1||Algal bloom:1||drying machine:1||volatile organic compounds:1||Micrococcaceae:1||psychrophilic:1||adjuvant:1||Soil bacteria:1||CspE:1||Pseudomonas frederiksbergensis:1||Exopolysaccharide:1||Sporosarcina:1||Biosafety:1||Motility:1||LAsparaginase:1||purification:1||Redox sensing:1||Wholecell bioreporter:1||RNAseq:1||Leuconostoc:1||Nacyl homoserine lactone:1||NADH:1||ATP:1||Microbial community:1||phenotype array:1||Peroxidase:1||hydrocarbon degradation:1||SoxR:1||soil model bacterium:1||Aliphatic hydrocarbon:1||chaperone:1||asphaltene:1||resin:1||polyhydroxyalkanoate:1||synergism:1||virulence:1||coselection:1||spore germination:1||Wastewater treatment:1||coenzyme Q9:1||Roseococcus:1||Compressiontype:1||Feces:1||phosphoethanolamine:1||pmrC:1||Rheinheimera:1||influent water:1||Freshwater bacterial community:1||eland:1||Freshwater cyanobacterial bloom:1||Toxic cyanobacteria:1||Associated bacteria:1||CO<sub>2</sub> fixation:1||compressive strength:1||

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