ScholarWorks@Dongguk University: Park, Yooheon

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Park, Yooheon (박유헌)

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

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Agonist:5||Antagonist:5||Androgen receptor:4||Sleep:3||OECD test guideline:3||Dimerization assay:3||Transcriptional activation assay:3||(BRET):3||Transactivation assay:3||()epicatechin:2||5Hydroxytryptophan:2||Bioluminescence resonance energy transfer:2||Bioluminescence resonance energy transfer (BRET):2||Bioluminescence resonance energy transfer&nbsp:2||Estrogen receptor:2||Probiotics:2||gammaAminobutyric acid:2||Androgen transactivation assay:1||5HTP:1||Anticancer activity:1||Antidiabetic potential:1||Biosensors:1||sleep behavior:1||sleeppotentiating activity:1||Bioluminescence resonance energy transfer (BRET)based estrogen receptor alpha dimerization assay:1||tannase:1||Bisphenol A:1||Breast cancer:1||Cell proliferation:1||Chemical risk assessment:1||Chlorpropham:1||Constipation:1||Crypt cell:1||Crystallization:1||Differentiated myoblasts:1||313L1:1||Drosophila melanogaster:1||ERalpha dimerization:1||ERs transactivation assay:1||Electroencephalogram:1||Encapsulation:1||Endocrine disrupting potential:1||Endocrine disrupting chemicals:1||Endocrinedisrupting chemicals (EDCs):1||Enniatins:1||tricin:1||Estrogen receptor 8 (ER8):1||Estrogen receptor ? (ER?):1||Estrogen receptor alpha (ER alpha):1||Estrogen receptor beta (ER8):1||Estrogen receptors:1||Estrogen receptors (ERs) dimerization assay:1||Estrogenic activity:1||Estrogenic compound:1||Everted intestine sac:1||Fish oils:1||Fluorescent lamp waste:1||Foodrelated nanoscale materials:1||Franz cell:1||GABA:1||GOS:1||Genomic pathway:1||Glucocorticoid receptor:1||Green synthesis:1||HeLa cell line:1||Human androgen receptor:1||Human androgen&nbsp:1||Human estrogen receptor:1||Human liver S9 fraction:1||Humangut:1||Hydrometallurgical process:1||Imidacloprid:1||In situ single perfusion technique:1||In vitro dimerization assay:1||Insomnia:1||Irritable bowel syndrome:1||KEGG PATHWAY:1||Lactulose:1||Leaching:1||Locomotive characteristics:1||Microbial pathogen:1||Microbiota:1||Microsized green tea:1||Mineralization:1||Muscle regulatory factors (MRFs):1||Nanoemulcification:1||Nanoparticles:1||Nanopesticide:1||Nanosized vitamin E:1||OECD Test guideline:1||3Monochloro1,2propanediol (3MCPD):1||OECD test methods:1||Oligosaccharides:1||Paraben:1||Pathogenic:1||Pentobarbital:1||Photocatalytic degradation:1||Phytoestrogens:1||Portulaca oleracea leaf Extract:1||water hyacinth biomass:1||Prostate cancer:1||RNAguided engineered nuclease:1||RNAseq:1||Ralstonia eutropha:1||Rare earth metals:1||Reactive green 19A Antibacterial activity:1||Resin composites:1||S9 fraction:1||Sarcopenia:1||Shortchain fatty acids:1||Silver nanoparticles:1||Skeletal muscle mass:1||22Rv1 cell lines:1||Smoking:1||Smoking initiation:1||Social interaction:1||Stably transfected transcriptional activation assay:1||Symbiotic relationship:1||Tannaseconverted green tea extract:1||Thyroid hormone:1||Thyroid hormone associated endocrine disrupting chemicals:1||Thyroid hormone receptormediated transactivation assay:1||17 betatrenbolone:1||Transcriptional activation:1||()epigallocatechin:1||Transcriptome:1||Trichinella:1||Ultraflo L:1||Uterotrophic effect:1||Validation:1||Vertebrate:1||Veterinary drug:1||Veterinary drugs:1||Yttrium:1||Zizania latifolia:1||alcalase:1||alkaline pretreatment:1||antioxidants:1||bifidobacteria:1||bioluminescence resonance energy transfer:1||caffeine:1||clinical trial:1||cosmeceutical:1||deer antler:1||divalent metal transporter 1:1||enzymatic hydrolysis:1||estrogen receptor:1||estrogenic endocrinedisrupting chemical:1||fatigability:1||fermentation:1||gallic acid:1||δaminolevulinic acid dehydrogenase:1||gammaaminobutyric acid (GABA) receptor:1||genes encoding GLP1 and PYY peptides:1||ginseng leaf:1||green tea:1||highpurity galactooligosaccharides:1||hydrolysate:1||in vitro dimerization assay:1||insomnia:1||iron deficiency anemia:1||liquid egg white:1||liver function:1||matrix metalloproteinases:1||nonrapid eye movement:1||peracetic acid pretreatment:1||photodamage:1||poly(3hydroxybutyrate):1||receptor:1||risk assessment:1||rodent model:1||romaine lettuce:1||skeletal muscle:1||skullcap:1||ADHD:1||Abdominal withdrawal reflex:1||Adverse outcome pathway (AOP):1||A549 cell line:1||5hydroxytryptophan:1||Androgen receptor (AR):1||

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