ScholarWorks@Korea University College of Medicine: Geum, Dongho

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Geum, Dongho (금동호)

College of Medicine (Department of Convergence Medicine)

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Tel 02-2286-1091
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gene expression:3||apoptosis:3||Bipolar disorder:3||Circadian dysregulation:2||Drosophila:2||Dopaminergic neurons:2||maternal stress:2||Alpelisib:1||Amnion pore culture technique model:1||Amyotrophic lateral sclerosis (ALS):1||Apoptosis:1||Astragalus membranaceus:1||BNIP:1||BclxL:1||Bipolar disorders:1||Brainderived neurotropic factor:1||Brn1:1||Brn2:1||Cterminal tail:1||CA1:1||CACNA1C:1||CPCCOEt:1||Cadmium chloride:1||Cell death:1||Circadian clock:1||Circadian rhythm:1||Coenzyme Q10:1||CpG sites:1||DG:1||Differentiation:1||ES cells:1||Embryonic stem cell test:1||Embryonic stem cells:1||Extracellular signalregulated kinases1/2:1||G1/S transition:1||GI absorption:1||GT11 cells:1||Glial cells:1||Glucocorticoid:1||Glucose stimulation index (GSI):1||Glucosestimulated insulin secretion (GSIS):1||GnRH receptor:1||GnRH release:1||Gonadotropinreleasing hormone:1||HPLCFLD:1||HSP25:1||HSP27:1||Heat shock:1||Heat shock protein:1||HiB5:1||Hippocampal progenitor:1||JNK:1||LTP:1||Ldb1:1||Maternal stress:1||Mitochondrial membrane potential:1||Mitogen activated protein kinases:1||Molecular chaperones:1||Mutant SOD1:1||NC/Nga mice:1||NMDA receptor:1||NURR1:1||NonO:1||Nonlinear pharmacokinetics:1||Oct4:1||Oocyte maturation:1||Oxidative stress:1||PROM model:1||Parkin:1||Parkinson's disease:1||Phase shift:1||Polymorphism:1||Preimplantation mouse embryo:1||Premature rupture of membrane (PROM):1||Protein tyrosine phosphatase:1||Rat:1||Retinoic acid:1||Rotenone:1||Satb2:1||SerGluPro motif:1||Sox11:1||Structureactivity relationship (SAR):1||Subcallosal zone:1||TAR DNA binding protein (TDP43):1||Tissue regeneration:1||Transcriptional regulation:1||Traumatic brain injury:1||Type 2 diabetes mellitus (T2DM):1||Ubiquitous metabolism:1||Vimentin:1||XNP:1||adherent monolayer culture method:1||amniotic membrane:1||amniotic membrane stem cell:1||amniotic pore culture technique:1||amygdala:1||angiogenesis:1||aroclor 1254:1||atopic dermatitis:1||attentiondeficit hyperactivity disorder (ADHD):1||autophagy:1||axotomy:1||cannabinoid receptor:1||cell cycle:1||cell death:1||cell therapy:1||circadian genes:1||circadian time estimation:1||collagen synthesis:1||conditioning:1||consolidation:1||cyclin D1:1||cyclin D3:1||cycloheximide:1||dXNP:1||desensitisation:1||development:1||developmental neurotoxicity:1||developmental retardation:1||dopamine (DA):1||dopamine transporter (DAT):1||dopaminergic neurogenesis:1||dorsoventral organization:1||downregulation:1||embryoid body:1||embryonic development:1||embryonic stem cells:1||environmental programing:1||epiboly:1||exosomerich conditioned medium:1||exosomerich conditioned medium (ERCM):1||extinction:1||fivestage method:1||glaucoma:1||glucocorticoid:1||glutamatergic synapse:1||gonadotropinreleasing hormone:1||gonadotropinreleasing hormone receptor:1||growth factor:1||growth retardation:1||hair follicle:1||hippocampal progenitor:1||hippocampus:1||homologous:1||human amniotic membrane stem cell:1||human neural stem cell:1||human pluripotent stem cells:1||hyperactivity:1||in vitro toxicity test:1||intraocular pressure:1||ischemia:1||keratinocyte proliferation:1||lead (II) acetate:1||learning and memory:1||ligand:1||longterm potentiation:1||mGluR1:1||machine learning:1||male accessory glands:1||methylation:1||miR19085p:1||microRNA:1||microcontact printing:1||microglia:1||mouse embryonic stem cell:1||neuronal differentiation:1||neurotrophic factor:1||olanzapine:1||oligodendrocyte:1||polymorphism:1||pp20:1||premature rupture of membranes:1||profiling:1||protein kinase A:1||retinal cell protection:1||root avulsion:1||schizophrenia:1||spinal cord organoid:1||stem cells:1||symmetry breaking:1||synaptic plasticity:1||ultrashort loop feedback:1||weight gain:1||wound healing:1||yolk syncytial layer:1||17β estradiol:1||zebrafish:1||2,4dinitrofluorobenzene (DNFB):1||20kDa cAMPdependant phosphoprotein:1||3BenzylNphenyl1Hpyrazole5carboxamide:1||ATRX:1||Adult neural stem cells:1||Adult neurogenesis:1||

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