CAU Scholar's Space: Lee, Hee Seok

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Lee, Hee Seok (이희석)

대학원 (식품생명공학과)

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Tel 031-670-3258
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Antagonist:9||Androgen receptor:8||Agonist:7||Bisphenol A:6||OECD test guideline:4||Risk assessment:3||LCMS/MS:3||Urine:3||Fusarium solani:3||Transcriptional activation assay:3||beauvericin:3||Beauvericin:3||Fusarium oxysporum:3||Response surface methodology:3||Storage temperature:2||bisphenol A:2||Enniatins:2||Culture condition:2||response surface methodology:2||Human androgen receptor:2||Causative microalgae:2||Human estrogen receptor:2||testis morphology:2||cyclodepsipeptide:2||Cytotoxicity:2||Estrogen receptor:2||Endocrine disruption:2||Transcriptional activation:2||Genomic pathway:2||Bioluminescence resonance energy transfer (BRET):2||Biomonitoring:2||Salmonella Enteritidis:2||Korean population:2||Shellfish:2||Dimerization:2||Skeletal muscle:2||Paraben:2||apoptosis:2||Lipid accumulation:2||Dietary supplement tablets:1||Differentiated myoblasts:1||Dimerization assay:1||ERα dimerization:1||Egg quality:1||Eggshell:1||Endocrine disrupting chemicals:1||Endocrine disruptor:1||Endocrine disruptor screening:1||Endocrine disruptors:1||Endocrinedisrupting chemical:1||Endocrinedisrupting chemicals (EDCs):1||Endocrinedisrupting effect:1||Endocrinedisrupting potential:1||Enniatin:1||Enzymatic hydrolysis:1||Escherichia coli:1||Estrogen receptor alpha:1||Estrogen receptor α:1||Estrogen receptor α (ERα):1||Estrogen receptoralpha:1||Estrogen receptors:1||Estrogenic activity:1||Extracellular secretion:1||Fatty acid:1||Fenhexamid:1||Fenvalerate:1||Fish:1||Food consumption:1||Food glazing agent:1||Foodrelated nanoscale materials:1||Fungicide:1||Fusarium mycotoxins:1||Gallic acid:1||Glucocorticoid receptor:1||Glycyrrhiza glabra:1||Gompertz:1||Green tea:1||Gynostemma pentaphyllum:1||HeLa cell line:1||Hepatic metabolites:1||Highperformance liquid chromatography with evaporative light scattering detecter (HPLC–ELSD):1||Household product:1||Human biomonitoring:1||Human liver S9 fraction:1||Human urine:1||Imidacloprid:1||In situ single perfusion technique:1||In vitro dimerization assay:1||Influencing environmental factor:1||Insecticide:1||KEGG PATHWAY:1||Korean:1||Korean adults:1||LC–MS:1||LC–MS/MS:1||Lactobacillus:1||Lipophilic marine biotoxins:1||Lipophilic marine toxins:1||Locomotive characteristics:1||Metabolomics:1||Metconazole:1||Method validation:1||Microsized green tea:1||Molecular docking:1||Molecular dynamics simulation:1||Multidrug resistance:1||Muscle regulatory factors (MRFs):1||NacetylS(2carbamoylethyl)cysteine:1||Nanosized vitamin E:1||NeoNmethylsansalvamide:1||Neosansalvamide:1||OECD Test guideline:1||OECD test Guideline:1||OECD test methods:1||Optimization:1||Organophosphorus pesticides:1||Parabens:1||Passive sampler:1||Peracetic acid pretreatment:1||Phytoestrogens:1||Poly(3hydroxybutyrate):1||Polyvinyl alcohol:1||Precursor:1||Prostate cancer:1||Pueraria lobata:1||Pufferfish:1||Pyrolysis–gas chromatography/mass spectrometry (Py–GC/MS):1||Quality indicator:1||RNAguided engineered nuclease:1||RNAseq:1||Ralstonia eutropha:1||Residue:1||S9 fraction:1||SRB assay:1||Sarcopenia:1||Shrimp:1||Signal recognition particledependent pathway:1||Simultaneous analysis:1||Skeletal muscle mass:1||Smoking:1||Social interaction:1||Sphingolipid:1||TDI:1||Takifugu pufferfish:1||Tannase:1||Tannaseconverted green tea extract:1||Tetrodotoxin:1||Tetrodotoxin analogue:1||Thyroid hormone:1||Thyroid hormone associated endocrine disrupting chemicals:1||Thyroid hormone receptormediated transactivation assay:1||Transactivation assay:1||Transcriptome:1||Transcriptomic analysis:1||Triclosan:1||Triple quadrupole mass spectrometry:1||Tumor necrosis factor α:1||Unwashed egg:1||Uterotrophic effect:1||VM7Luc4E2 cells:1||Validation:1||Veterinary drug:1||Veterinary drugs:1||Waist circumference:1||Water hyacinth biomass:1||antagonist:1||anthocyanin pigments:1||antiinflammatory activity:1||antiproliferation:1||antioxidant activity:1||aronia pomace:1||arriheuk:1||bioluminescence resonance energy transfer:1||breast cancer cell line:1||clinical trial:1||cognitive fatigue:1||cyclic pentadepsipeptide:1||cyclic pentadepsipeptides:1||cytotoxic activity:1||cytotoxicity:1||endocrine disrupting chemical:1||enniain H:1||enniains H,I,and MK1688:1||enniatin I:1||enniatin MK1688:1||enniatins:1||environmental conditions:1||enzymatic extraction:1||estrogen receptor:1||estrogen receptoralpha:1||estrogen receptors:1||estrogenic endocrinedisrupting chemical:1||exercise performance:1||germ cell associations:1||growth rates:1||gypenoside L:1||human cancer cell lines:1||inducible nitric oxide synthase (iNOS):1||liquid chromatographytandem mass spectrometry (LCMS,MS) analysis:1||male germ cell:1||medium optimization:1||modulator:1||multidrug resistance:1||neoNmethylsansalvamide:1||osteoblasts:1||osteoclast:1||osteoporosis:1||p38 MAPK:1||phenolic acid:1||predictive model:1||rat liver S9:1||response surface methodology (RSM):1||risk assessment:1||spermatogonial stem cell function:1||wheat sprout:1||(−)epicatechin:1||white jelly mushroom (Tremella fuciformis):1||()epicatechin:1||()epigallocatechin:1||17βtrenbolone:1||22Rv1 cell lines:1||22Rv1/MMTV cell line:1||3Monochloro1,2propanediol (3MCPD):1||3T3L1:1||A549 cell line:1||ADHD:1||AR antagonist:1||Acrylamide:1||Adipogenesis:1||Adverse outcome pathway (AOP):1||Alkaline pretreatment:1||Analytical method:1||Androgen receptor (AR):1||Androgen receptormediated transcriptional activation assay:1||Androgen transactivation assay:1||Androgenic and antiandrogenic endocrine disruptors:1||Antioxidants:1||Azole:1||BPA:1||Bacillus cereus:1||Benzophenone:1||Binding affinity:1||Biosynthesis:1||CDK1/2:1||Ceftiofur:1||Cel48S:1||Cell proliferation:1||Changing:1||Chemical risk assessment:1||Chlorpropham:1||Complement system:1||Cyclic pentadepsipeptide:1||Demographic:1||Demographic characteristic:1||Demographic characteristics:1||

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