ScholarWorks@Hanyang University: Koh, Hyun Chul

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Koh, Hyun Chul (고현철)

COLLEGE OF MEDICINE (DEPARTMENT OF PHARMACOLOGY)

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Tel 02-2220-0653
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Apoptosis:11||Parkinson&apos:7||s disease:7||Chlorpyrifos:6||Reactive oxygen species:5||Dopamine:5||Reactive oxidative species:5||p53:4||Fipronil:4||Mitophagy:4||Nurr1:4||Paraquat:3||NFkappa B:3||Glutathione:3||Autophagy:3||SHSY5Y cells:3||PINK1:3||neural precursor cell:3||FUNDC1:2||posterior hypothalamus:2||Mash1:2||PGAM5:2||adenosine A(2B) receptor:2||Fluazinam:2||Mitochondrial complex I activity:2||Mitochondrial dynamics:2||Cyclooxygenase2:2||blood pressure:2||6OHDA:2||Myocardial infarction:2||dopamine neurons:2||dopaminergic differentiation:2||Proliferation:2||Rapamycin:2||heart rate:2||Rosiglitazone:2||Rotenone:2||JNK:2||Diquat (DQ):2||Human dopaminergic neuroblastoma:2||Neuroprotection:2||MAPK:2||Striatum:2||Guanylate cyclase:1||Heart failure:1||Heart rate:1||Homovanillic acid:1||Human neural precursor cells:1||Human neural stem cells:1||IRE1:1||IRES peptideconjugation:1||Instent restenosis:1||Inducible NO synthase:1||Inflammation:1||Insulin:1||KAIP:1||LAminoacid decarboxylase:1||LDOPA:1||LDOPAinduced dyskinesia:1||MAPKs:1||Macroautophagy:1||Mesenchymal stem cell:1||Midbrain:1||Mitochondrial dysfunction:1||Mitochondrialdivision inhibitor1:1||Mitogen activated protein kinase:1||Mitogenactivated protein kinase:1||NFkappa B signaling:1||NMD:1||Neural differentiation:1||Neural precursor cells:1||Neural stem cell:1||Offtarget efficiency:1||Ontarget efficiency:1||P53:1||PARP1:1||PI3K/AKT/mTOR:1||PI3K/Akt/mTOR signaling:1||PINK1 stabilization. Parkin:1||PINK1/Parkin:1||Parkin:1||Parkinson disease:1||Peripheral blood stem cell:1||Peroxisome proliferatoractivated:1||Poly(lactidecoepsiloncaprolactone):1||Posterior hypothalamus:1||Processing body:1||S6K:1||SIADH:1||SY5Y:1||Scaffold:1||Selective vulnerability:1||Serotonin:1||Single cell clones:1||Sonic hedgehog:1||Substantia nigra pars compacta:1||Translation:1||Tyrosine hydroxylase:1||Ubiquitinproteasomesystem:1||Virilism:1||adenylate cyclase:1||adult neural stem cell:1||antiinflammatory:1||antioxidant:1||apoptosis:1||autophagy:1||bHLH:1||channel:1||chemotherapy:1||cyclooxygenase2:1||deltamethrin:1||diquat:1||dopamine neuron:1||fipronil:1||functional recovery:1||guanylate cyclase:1||human embryonic stem cells:1||hyponatremia:1||inflammatory response:1||mTOR:1||mash1:1||meloxicam:1||midbrain dopamine neuron differentiation:1||mitochondrial dysfunction:1||neurogenin:1||neuroprotection:1||nitric oxide:1||nurr1:1||osteosarcoma:1||p38:1||p53 signaling:1||pulmonary nodule:1||rapamycin:1||receptorgamma:1||stem cell transplantation:1||toxocariasis:1||transplantation:1||tyrosine hydroxylase (TH):1||3,4Dihydroxyphenylacetic acid:1||αsynucleinopathy:1||3Methoxytyramine:1||5Hydroxytryptamine:1||AMPK:1||ATP:1||ATPsensitive K+ channel:1||Abnormal involuntary movement score:1||Adenoma, Oxyphilic:1||Adenosine A(2A) receptor:1||Adenylate cyclase:1||Adrenal Cortex Neoplasms:1||Akt/GSK3 beta:1||Akts:1||Ascorbic acid:1||Astrocyte:1||Bcl2 family:1||BclXL:1||Blood pressure:1||CCCP:1||CK2:1||COX2:1||CRISPRCas9:1||Calpain:1||Cardiac tissue engineering:1||Cell signaling:1||Cell survival:1||Cell transplantation:1||Chaperonmediated autophagy:1||Child:1||Cyclooxygenase 2:1||DRP1:1||Deltamethrin:1||Differentiation:1||Dopamine neuron:1||Dopamine neurons:1||Dopaminergic neuron:1||Dopaminergic neuronal differentiation:1||Dynaminrelated protein 1:1||Dyskinesia:1||ER stress:1||ERK1/2MAPK:1||Foxa2:1||Granulocyte colony stimulating factor:1||

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