ScholarWorks@Hanyang University: Lee, Sang Hun

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Lee, Sang Hun (이상훈)

서울 의과대학 (DEPARTMENT OF BIOCHEMISTRY & MOLECULAR BIOLOGY)

Research Area: 생화학

Tel 02-2220-0625
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s disease:12||Parkinson&apos:12||Nurr1:9||Neural stem cell:4||Astrocyte:3||Foxa2:3||Dopamine neuron:2||Dopamine neurons:2||Dopaminergic neuron:2||human pluripotent stem cells:2||cell transplantation:2||In vitro differentiation:2||dopamine neuron:2||transplantation:2||dopamine neurons:2||neural precursor cell:2||Vitamin C:2||Mash1:2||MeCP2:2||Midbrain dopamine neuron:2||DNA methylation:2||Epigenetic control:2||Fgfr2:1||Fipronil:1||GABAergic neurons:1||GSK650394:1||GV1001:1||Genome editing:1||Genomic imprinting:1||Hdac:1||Histone modifications:1||Human dopaminergic neuroblastoma:1||Human embryonic stem cell:1||Human embryonic stem cells:1||Human pluripotent stem cells:1||Immunosupression:1||Imprinted genes:1||Induced pluripotent stem cell:1||Janus kinase:1||Jmjd3:1||LCMS:1||LIF:1||LIN28A:1||Lin28:1||MS:1||Maintenance:1||Midbrain:1||Midbrain organoid:1||Mouse:1||Mulberry fruit:1||NURR1:1||Neural precursor (NP) cell:1||Neural precursor cell:1||Neural precursor cells:1||Neural stem cells:1||Neurogenesis:1||Neuronal maturation:1||Neuroprotection:1||Neuroprotective effects:1||Oligomer:1||PI3K/Akt intracellular signal:1||PINK1:1||Paracrine:1||Parkinson disease:1||Parkinson's disease:1||Parkinson’s disease:1||Peptide:1||Pharmacokinetics:1||Reactive oxygen species:1||SGK1 inhibitor:1||SHSY5Y cells:1||Sonic hedgehog:1||Survival:1||TET1:1||Transcriptional expression:1||Transcriptional regulation:1||Ubiquitinproteasomesystem:1||Vaccine:1||Validation:1||Xlinked adrenoleukodystrophy:1||adult neural stem cell:1||alphasynuclein:1||astrocyte:1||bHLH:1||basic helixloophelix:1||betaAmyloid:1||bone morphogenetic protein 4:1||cell apoptosis:1||cell differentiation:1||cell therapy:1||coculture:1||dopaminergic differentiation:1||dopaminergic neurons:1||embryonic stem cells:1||epigenetic:1||epigenetics:1||extensive glucuronidation metabolism:1||extracellular signalregulated MAP kinases:1||gammaaminobutyric acid neuron:1||gene therapy:1||glia:1||hpNPCs:1||human disease model:1||human embryonic stem cells:1||human neural stem cells:1||insulin:1||insulin resistance:1||lossoffunction mutation:1||mash1:1||midbrain dopamine neuron:1||midbrain dopamine neuron differentiation:1||neural differentiation:1||neural precursor cells:1||neural stem cell:1||neural stem cell (NSC) culture:1||neural stem cells:1||neurogenin:1||neurogenin2:1||neuroinflammation:1||neurons:1||neurotransmitter subtype:1||proteostasis:1||repair capacity:1||serum/glucocorticoid related kinase 1:1||stem cells:1||synuclein alpha:1||transcription factors:1||tyrosine hydroxylase (TH):1||valproic acid:1||ventral midbrain:1||1Methyl4phenyl1,2,3,6tetrahydropyridine:1||vitamin C:1||5hmC:1||6Hydroxydopamine:1||Akt/GSK3 beta:1||Akts:1||Allelespecific expression:1||Apoptosis:1||BclXL:1||CRISPR/Cas9:1||Cell survival:1||Cell therapy:1||Cell transplantation:1||Chronic inflammatory pain:1||CoREST:1||DNA hydroxymethylation:1||Depolarization:1||Development:1||Differentiation:1||Dopamine biosynthesis:1||Doxycycline:1||Doxycycline inducible expression system:1||Fetal midbrain:1||

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