ScholarWorks@Korea University: JUNG, Jin ho

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JUNG, Jin ho (정진호)

College of Life Sciences and Biotechnology

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Tel 02-3290-3066
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Acute toxicity:25||Daphnid:13||Oxidative stress:12||Daphnia magna:11||Chronic toxicity:10||Heavy metal:9||Microplastic:8||Effluent:7||Plastic additive:7||Climate change:6||Copper:6||Integrated biomarker response:5||Microplastics:5||Biochar:5||Fish:5||Arsenic:4||Water flea:4||Ecotoxicity:4||Zinc:4||Adsorption:4||Thermal stress:3||Toxicity identification evaluation:3||Wastewater:3||Bioconcentration:3||Sorption:3||Slow pyrolysis:3||Radiation treatment:3||Reproduction:3||Acid mine drainage:3||Biomarker:3||Heavy metals:3||TIE:3||Biomass:3||Central composite design:3||Metal:3||Yeast twohybrid assay:3||Estrogenic activity:3||Microbubble:2||E:2||Sericite:2||Invasive fish:2||Polylactic acid:2||Multiple stress:2||Bioaccumulation:2||Nanotoxicology:2||Nanoparticle:2||Photocatalysis:2||물벼룩:2||Toxicity:2||Wastewater treatment plant:2||Empirical model:2||Cyanobacteria:2||Largemouth bass:2||Metalorganic framework:2||climate change:2||Ozone:2||Receiving water:2||Histology:2||Chromium:2||Metalorganic frameworks:2||Bioassay:2||Metal plating factory:2||Endocrine disrupting chemicals:2||microbubble:2||Daphnids:2||freshwater fish:2||Freshwater fish:2||Daphnia:2||Salinity:2||Gamma rays:2||Toxic effects:2||Habitat suitability:2||antioxidant:2||폐수:2||Hydroxyl radical:2||Feeding rate inhibition:2||Multigeneration:2||Biofilm:2||Butylated hydroxytoluene:2||Organic matter:2||Silver:2||Mortality:2||Wastewater treatment:2||Algae:2||Metalcarbon composite:1||Somatic growth:1||Sorbent:1||Haematology:1||Composite beads:1||서식적합성:1||어류:1||bisphenol A:1||오존:1||Yellow Sea:1||광촉매 반응:1||wastewater treatment:1||Ecotoxicology:1||Catalase:1||Biochemical endpoint:1||Waterparticle partitioning:1||Saltingout effect:1||Leaching test:1||Paper mulberry:1||Perfluorooctanoic acid:1||Soil quality index:1||River sediment:1||Chemical speciation:1||effluent toxicity:1||metal plating effluent:1||Feeding rate:1||caret package:1||species distribution model:1||Plastic recycling:1||Water treatment:1||Membrane distillation:1||Pilot plant:1||만성독성:1||Algaecide:1||HABs:1||Invasive species:1||Antibiotic:1||fluorescent methionine:1||Sustainable treatment:1||Micro:1||Human health:1||Transport of species:1||Climate classification:1||Nonindigenous species:1||Ironmodified TiO<sub>2</sub>:1||Sustainable environment:1||Plastic additives:1||Mitotoxicity:1||Ozonation:1||Incomplete data:1||Multiple endpoints:1||Histopathology:1||Almix:1||As(V):1||estrogenic activity:1||Bioacummulation:1||Nanotoxicity:1||융합교육:1||Precipitation:1||Glutathione Stransferase:1||Superoxide dismutase:1||Catalytic Fast Pyrolysis:1||Industrial effluent:1||Agricultural residues:1||Forestry residues:1||Histological endpoint:1||Fieldbased partition coefficient (Kd):1||Estrogens:1||Titanium dioxide:1||Toxicity identification:1||Alkali pulping:1||Rubber products factory:1||Biomarkers:1||Mixture toxicity:1||주성분 분석:1||Aqueous extracts:1||Organic extracts:1||Natural nanoparticle:1||Benzophenone3:1||Alga:1||invasive fish:1||Application:1||thermal regime:1||Thermal efficiency:1||Economic analysis:1||첨가제:1||Translation initiation:1||Intrinsically disordered native protein (IDNP).:1||Macromolecular crowding:1||arsenic removal:1||living cells:1||UV aging:1||UV filter:1||Bacterial susceptibility:1||Biomanipulation:1||Engineered nanoparticles:1||Cyanobacterial inhibition:1||Life history trait:1||Streamflow:1||Bubble dynamics:1||Life history:1||Alkylphenol:1||XPS:1||Toxicity equivalents:1||GC/MSD:1||Potency balance:1||fish:1||sewage:1||기후변화:1||서식지생리 모형:1||고급산화공정:1||H4IIEluc bioassay:1||Oil weathering:1||대학교육:1||Detoxification:1||Catalytic pyrolysis:1||EDCs:1||1D PAGE:1||Animal proteomics:1||Electronics factory:1||Star plot:1||Acute toxicity test:1||Principal component analysis:1||Realtime PCR:1||Rubber wastewater:1||chromium:1||gammarays:1||Energy budget:1||degradation:1||ozonation:1||Mass transfer:1||Additives:1||defective MoS2:1||methionylation:1||Micro(nano)plastics:1||Biofouling:1||Heterojunction catalyst:1||Sludge free treatment:1||Influencing factors:1||Waste PET:1||Sulfate radical:1||Pale chub:1||Water temperature:1||Selforganizing map:1||Iron:1||Polarity:1||Body length:1||Fecundity:1||DNA damage:1||Bioavailability:1||Chironomus:1||Particles size:1||human resource training:1||Metal ion:1||Lipid peroxidation:1||Lignin:1||AlMCM48:1||Whiterot fungi:1||acute toxicity:1||Physiological endpoint:1||Mandarin residue:1||Aromatics:1||Perfluorooctane sulfonic acid (PFOS):1||Leachable elements:1||AOPs:1||Bast fiber:1||Gammaray:1||Aquatic toxicology:1||최소 인자:1||Pore water:1||otoluidine:1||Leachate:1||Chitosan:1||flow regime:1||heat stress:1||Solar desalination:1||Waste plastics:1||Habitat suitability index:1||Eukaryotic protein labeling:1||Species distribution model:1||layered structure:1||adsorption:1||Aquatic organisms:1||Ti/MgF 2 solar absorber:1||Polyaniline:1||Waste PET bottle:1||Antibiotics elimination:1||Macrophytes:1||Nutrients:1||tolerance guild index:1||Chemical reaction:1||Antioxidant enzyme:1||colorimetry:1||Phosphate:1||Yellow sea:1||sewage wastewater:1||Water:1||마이크로버블:1||Steam activation:1||급성독성:1||비스페놀:1||수산화 라디칼:1||University education:1||effluents:1||toxicity tests:1||Ulva pertusa:1||Aggregation:1||Copepod:1||Titania:1||Decolorization:1||FEEM:1||Perfluorooctanoic acid (PFOA):1||Fiberization:1||Handsheet:1||Cadmium:1||LCMS/MS:1||토양질 지표:1||Toxicity monitoring:1||TRE:1||toxicity identification evaluation:1||ensemble model:1||Magnetic nanohybrid:1||미세플라스틱:1||폐플라스틱:1||Freshwater:1||cyanobacteria:1||initiator tRNA:1||Biodegradable microplastic:1||Microcosm:1||Emerging micropollutants:1||Biodegradation:1||Photodegradation:1||Switch in primary persulfate activation mechanism:1||Stability regime:1||Effluents:1||fungal pigment:1||Field and laboratory conditions:1||H4IIElnc bioassay:1||histology:1||Habitatphysiologic model:1||effluent organic matter:1||AOP:1||용수:1||Sediments:1||생태공학교육:1||인력양성:1||Curriculum:1||Ecological engineering education:1||multidisciplinary education:1||Cyanide:1||wastewater:1||Molecular biomarker:1||GeodaeUksae 1:1||Sewage sludge char:1||Electron beam:1||중금속:1||Bubble characterization:1||Micronano bubbles:1||Polyanilinederived carbon:1||Dualfluorescent probe:1||Emerging contaminant:1||Joint toxicity:1||Biodegradable microplastics:1||Ultraviolet:1||purified fluorescent methionine:1||Populationlevel effect:1||Fibrous composites:1||Poly(4vinylpyridinecostyrene):1||Photothermal membrane:1||Plasma pretreatment:1||Photothermal membrane distillation:1||Infochemical:1||Catalyst stability:1||Green chemistry:1||Korean spotted barbel:1||Dimensionality reduction:1||Biological indicators:1||biomarker:1||Habitathydraulic model:1||Polycyclic aromatic hydrocarbons:1||Effectdirected analysis:1||PAH:1||Biomass Component:1||Water purification:1||dissolved organic matter:1||WET:1||Giant Miscanthus:1||Hemp:1||2D PAGE:1||Chlorophenol:1||Radiocatalysis:1||Feeding rate test:1||Minimum data set:1||Water quality:1||DEGs:1||Nanobubble:1||Distribution shift:1||coli methionyl tRNA synthetase:1||Aquatic toxicity:1||Temperature:1||Bead assay:1||Brassica rapa ssp. chinensis:1||Laincorporation:1||Conventional plastic:1||Environmental behavior:1||and nanoplastics (MPs/NPs):1||Fuzzy logic:1||Mediated electron transfer:1||maximum entropy model:1||species richness index:1||Degradation:1||Nonlinear data analysis:1||Water quality data:1||Pollution hotspots:1||Aquatic plants:1||Microorganisms:1||Multidescriptor index:1||Erythrocyte nuclear abnormalities:1||Micronucleus test:1||Sediment:1||서식지수리 모형:1||Bisphenol:1||교육과정:1||Nanofibers:1||Toxicity control:1||Biooil:1||Estuary:1||Miscanthus:1||Municipal solid waste char:1||Perfluorooctane sulfonate:1||Manufactured nanoparticle:1||방사선 처리:1||생태독성:1||Fragmentation:1||Crustacean:1||benzo[a]pyrene:1||Zooplankton:1||habitat suitability:1||Transfer RNA:1||coli initiator tRNA:1||Nonformylated methionine:1||Formylated methionine:1||Plastic waste:1||microcystin:1||Twocolor correlation:1||Risk assessment:1||Photothermal effect:1||Algal bloom:1||Biodegradable plastic:1||Ocean acidification:1||Transport:1||Vector transport:1||Visiblelight:1||

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