ScholarWorks@Hanyang University: Gye, Myung Chan

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Gye, Myung Chan (계명찬)

COLLEGE OF NATURAL SCIENCES (DEPARTMENT OF LIFE SCIENCE)

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Tel 02-2220-0958
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mouse:7||testis:7||Developmental toxicity:7||Bombina orientalis:6||Endocrine disruptor:4||Bisphenol A:4||spermatogenesis:4||germ cells:3||tight junction:3||brain:3||Phthalates:3||endocrine disruptors:3||ROS:3||Steroidogenesis:3||DNA damage:3||human:3||Oxidative stress:3||embryo:3||Leydig cells:3||Spermatogenesis:3||Testis:3||threedimensional culture:2||Mouse:2||Rats:2||Apoptosis:2||embryonic development:2||Endoplasmic reticulum stress:2||occludin:2||Amphibia:2||p57(kip2):2||epididymis:2||SOD1:2||Nonylphenol:2||phthalates:2||Sertoli cells:2||preimplantation:2||ATF4:2||rat:2||Bax:2||amphibian:2||HaCaT:2||Spermatozoa:2||DNA methylation:2||Embryonic development:2||bisphenolA:2||Endocrine disruption:1||Endocrine disruptors:1||Epidemiology:1||Epididymal spermatozoa:1||Estrogen receptors:1||FETAX:1||Female:1||GCMS:1||GSK3:1||Gene expression profiling:1||Germ cells:1||Glycogen synthase kinase 3:1||Gonadotropinreleasing hormone:1||Green chemical:1||Growth hormone:1||HBEGF:1||HER2:1||HaCaT cells:1||Head dysgenesis:1||Heavy metals:1||Human:1||In vitro spermatogenesis:1||Inflammation:1||Insulinlike growth factor1:1||Isosorbide:1||Kisspeptin:1||Kisspeptin 1:1||Ligandreceptor interaction:1||M1type:1||M2type:1||Macrophage polarization:1||Melanogenic defect:1||Melatonin:1||Metamorphosis:1||Mice:1||Molinate:1||Mouse prepubertal testis:1||Muscle:1||Myogenesis:1||Neural crest cells:1||Nickel:1||Nonylphenols:1||OECD TG231:1||Octylphenol:1||Oocytes:1||Particulate matter 2.5 (PM2.5):1||Pheasant testis:1||Phthalate:1||Plasticizer:1||Plasticizers:1||Prnd:1||Puberty:1||Rana rugosa:1||Recombinant human growth hormone:1||Reproduction:1||Rhythmical hermaphroditism:1||Sertoli cellonly:1||Sex reversal:1||Sexual maturation:1||Sleep deprivation:1||Spirulina maxima:1||TG407:1||Tancheon:1||Teratogenicity:1||Testosteron:1||Thyroid hormones:1||Tight junction:1||Titanium dioxide nanoparticles:1||Treated wastewater effluent:1||Tumor growth:1||Twoyearold class:1||Unfolded protein response coping response:1||Vitellogenin:1||Xenoestrogen:1||Xenopus embryos:1||Xenopus laevis:1||Xenopus laevis embryos:1||acrosin:1||alkylphenols:1||alternative plasticizers:1||alternatives:1||amphibians:1||aromatase:1||biological hazard:1||bioluminescence:1||biotinylation:1||bisphenol A:1||bisphenol F:1||bisphenol S:1||bloodbrain barrier:1||bloodtestis barrier:1||channel blockers:1||claudin4:1||collagen:1||collagen gel matrix:1||cytokine:1||decidualization:1||diet:1||electromagnetic field:1||endometrium:1||endosulfan:1||epididymal spermatozoa:1||epigenetic derepression:1||epithelialmesenchymal transition:1||estrogen:1||estrous cycle:1||female reproductive disorder:1||fluid homeostasis:1||gastric carcinoma:1||gel shift assay:1||gonadal function:1||gonadotropin:1||histone modification:1||human chorionic gonadotropin:1||implantation:1||infundibulum:1||integrin alpha nu beta 3:1||intein:1||interleukin 1:1||isoelectric point:1||isoflavone:1||luciferase:1||matrix metalloproteinase:1||mice:1||mitogenactivated protein kinase:1||mouse testes:1||mouse testis:1||neoglycoprotein:1||nonciliated cells:1||nonmammalian (fish, fowl, reptiles, amphibians):1||nonylphenol:1||nonylphenol polyethoxylate:1||ovariectomy:1||p27(kip1):1||particulate matter 2.5:1||periimplantation embryo:1||phosphorylation:1||pregnant mare&apos:1||proacrosin:1||rat의 노인성 치매의 위험을 유의하게 낮추며:1||reproduction:1||s serum gonadotropin:1||seals:1||seasonal reproduction:1||softshelled turtle:1||soma:1||sperm:1||spermatozoa:1||sperminogen:1||steroid:1||steroid hormone synthesis:1||steroidogenesis:1||steroids:1||teratogenicity:1||toxicity:1||tyrosine phosphorylated:1||varicocele:1||vasectomy:1||vertebrates:1||vitamin B12:1||zona pellucida:1||난소절제에 따른 인지기능 저하가 호르몬 대체요법에 의해예방된다고 보고되어 갱년기 호르몬 대체요법의 주 적응증의 하나로 폐경 여성의 퇴행적 뇌질환의 예방과 개선이 부상되었다(Kim et al. 2000). 그러나 에스트로젠 요법은 자궁암이나 유방암 발생 등의 부작:1||20 kHz EMF:1||정상적 인지기능이 에스트로젠 감소에 의해 손상될 수 있으며:1||4Octylphenol:1||ADME:1||AQP7:1||Adiponectin:1||Alkylphenols:1||Alternative material:1||Amnionless:1||Amphibian:1||Amphibian embryos:1||Amphibian metamorphosis toxicity:1||Aptamer:1||BPA substitutes:1||Bombina orientalis embryo:1||Butyl paraben:1||CAR:1||CLDN11:1||CLDN11 protein:1||COX2 expression:1||CREM:1||Ca2+:1||Ca2+ channel blockers:1||Carbaryl:1||Cetylpyridinium chloride:1||Chemiluminescence:1||Citrate ester plasticizers:1||Citrate esters:1||Claudin1:1||Claudin11:1||Claudins:1||Colitis:1||Crassostrea gigas:1||Cubilin:1||Cytotoxicity:1||Cytotoxicty:1||DNAzyme:1||Di(2ethylhexyl) phthalate (DEHP):1||Dinbutyl phthalate:1||Diabetic rats:1||EGFR:1||ERK signaling:1||Electromagnetic field:1||Embryo toxicity:1||Embryonic toxicity:1||Embryos:1||

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