ScholarWorks@Korea University College of Medicine: Sun, Woong

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Sun, Woong (선웅)

College of Medicine (Department of Anatomy)

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Tel 02-2286-1404
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Bax:9||cell death:8||Drp1:7||programmed cell death:6||Apoptosis:5||mitochondria:5||development:5||neurogenesis:5||adult neurogenesis:5||kainic acid:4||motoneuron:4||hippocampus:4||traumatic brain injury:4||Adult neurogenesis:4||Parkinson's disease:4||Neural stem cell:4||Mitochondria:4||phosphorylation:4||apoptosis:4||migration:4||microarray:4||gene expression:4||neuron:4||Neurosphere:3||GnRH:3||Subcallosal zone:3||Subventricular zone:3||neuroprotection:3||fission:3||oligodendrocyte:3||human pluripotent stem cells:3||in situ hybridization:3||chick embryo:3||ischemia:3||Hippocampus:3||dentate gyrus:3||Development:3||Factin:3||Differentiation:3||GT11 cell:3||nuclear translocation:2||Neural stem cells:2||HGF:2||axotomy:2||proliferation:2||neurons:2||Neurogenesis:2||rat brain:2||Protein kinase C:2||Neuromesodermal progenitors:2||actin dynamics:2||hypoxia:2||Hepatocyte growth factor:2||differentiation:2||RAT:2||cerebellum:2||cerebral cortex:2||CYFIP1:2||Tissue engineering:2||Issue 118:2||Neuroscience:2||neural stem cells:2||myelination:2||stroke:2||extradural cortical stimulation:2||subcallosal zone:2||Traumatic brain injury:2||Immunohistochemistry:2||Neurulation:2||Jun:2||ACTPRESTO:2||Dentate gyrus:2||metallothioneins:2||γaminobutyric acid:2||Spinal cord:2||microcontact printing:2||microglia:2||Motoneurons:2||cyclin D3:2||astrocyte:2||Mouse:2||CDK5:2||thymosin beta:2||Necrosis:2||thymosinbeta:2||tissue clearing:2||Rostral migratory stream:2||tissue engineering:2||ENTORHINAL CORTEX:2||dendritic spine:2||Zip1:2||electroconvulsive shock:2||Competitive RTPCR:2||DEATH:2||PATTERN SEPARATION:2||LTP:2||transcriptome analysis:2||transgenic mice:2||motor recovery:2||Egr1:2||organoid:2||HIPPOCAMPAL PLACE CELLS:2||Adult neural stem cells:2||Cell death:2||olfactory bulb:2||In situ hybridization:2||cMet:2||Migration:2||Neuroblasts:2||Electron tomography:1||Embryonic cortical neurons:1||Embryonic gene expression:1||Embryonic stem cells:1||Epilepsy:1||ErbB4:1||Extracellular matrix:1||Ezrin:1||FACTIN:1||FERM domain:1||FPbrain injury:1||Fas:1||Febrile seizure:1||Feeding behavior:1||Fos:1||Fractone:1||Frmpd4:1||Functional aspects of cell biology:1||G1/S transition:1||GABA(A) receptor:1||GABRA2:1||GABRA4:1||GABRQ:1||GFAP:1||GFAP expression:1||GFP:1||GT11:1||Gene editing:1||Gene expression:1||Gonadotropinreleasing hormone:1||Growth factor:1||HIF1:1||HMGA1:1||HSP60:1||HVEM:1||Habenula:1||Hes6:1||Hippocampal injury:1||Hippocampal neurons:1||Histidinemediated affinity purification pCold vector:1||Hsp genes:1||Human pluripotent stem cells:1||Hydrogel microwell array:1||Hypothalamus:1||Hypoxicischemic encephalopathy:1||INVITRO:1||INFORMATION:1||INPUT:1||IP3KA:1||Imaging:1||Immunolabeling:1||Induced neural stem cells:1||Induced neural stemcells (iNSCs):1||Inflammatory:1||Innervation:1||Inositol 1,4,5trisphosphate 3kinase A:1||Insulin:1||Interactome:1||Intermediate filament:1||KINASE:1||Kainic acid:1||Knockout mouse:1||LCMS:1||LONGTERM POTENTIATION:1||LTD and LTP:1||Lamellipodia:1||Latrunculin A:1||Liver regeneration:1||MAP:1||MAP2:1||MEMORY:1||MESSENGERRNA:1||MS:1||Mass spectrometry:1||Maternal stress:1||Matrisome:1||Membrane tubulation:1||Methodology in biological sciences:1||Microcontact printing:1||Microfluidics:1||Micropillar array:1||Mitochondrial dynamics:1||Mitochondrial fission:1||Mitochondrial membrane potential:1||Molecular Diagnosis:1||Molecular labeling:1||Morphological analysis:1||Motoneuron:1||Motoneuron differentiation:1||NELL2:1||NEUROGENESIS:1||NEURONS:1||NEUROTROPHIC FACTOR:1||NFκB:1||NMDA:1||NMDA RECEPTORS:1||NMDA receptor:1||NOR1:1||Nap1:1||Neo cassette:1||Neocortex:1||Nestin:1||Neural stem:1||Neural tube:1||Neural tube defects:1||Neural tube elongation:1||Neurite network:1||Neurite outgrowth:1||Neurobiology:1||Neuroblast:1||Neurodegenerative disorder:1||Neurodevelopmental disorders:1||Neuronal cell death:1||Neuronal culture:1||Neuronal migration:1||Nitric oxide:1||Nuclear:1||Nurr1:1||ODDPCR:1||OGD:1||Odor discrimination learning:1||Olfactory bulb:1||Olfactory bulbs:1||Optical Tissue Clearing:1||Organoid:1||Overexpression:1||Oxidative stress:1||PARP1:1||PATHINTEGRATION:1||PCD:1||PDGF:1||PHOSPHORYLATION:1||PINK1:1||Pattern separation:1||Per1:1||Peripheral nervous system:1||Phactr4:1||Phactrs:1||Phosphorylation:1||Physiology:1||Place cell:1||Posttranscriptional regulation:1||Postnatal mouse development:1||Preimplantation mouse embryos:1||Preso1:1||Primary culture:1||Programmed cell death:1||Promoter:1||Protein farnesylation:1||Purkinje cell:1||Quantification:1||RAT HIPPOCAMPUS:1||RECEPTOR ACTIVATION:1||RECEPTOR FUNCTION:1||REPRESENTATION:1||Rac:1||Radial glia:1||Reactive astrocyte:1||Recombinant protein:1||Retina:1||Reverb alpha:1||Rgpr85:1||Rheb protein:1||SDF1CXCR4:1||SHANK3:1||SNX18:1||SNX9:1||Seizure:1||Sensory neurons:1||Shank3:1||Shank3B knockout:1||Signal transduction:1||Singlecell resolution:1||Sox11:1||Spatial memory:1||Spinal cord development:1||Staurosporine:1||Striatalenriched protein tyrosine phosphatase (STEP):1||Sundowning syndrome:1||Survival:1||Suspension:1||Synapse compartmentalization:1||Synaptic vesicle:1||Synaptosome:1||Syt13:1||TAUPROTEIN:1||TERT:1||TPA:1||Tamalin:1||Target dependence:1||Techniques in Neuroscience:1||Telomerase deficiency:1||Thapsigargin:1||Three dimensional imaging:1||ThreeDimensional:1||Thymidine kinase:1||Tissue clearing technique:1||Transcriptional regulation:1||Transplantation:1||Tyrosine phosphorylation:1||UNITACTIVITY:1||Uniformsized neurosphere:1||VEGF:1||Valproic acid:1||Volume imaging:1||WAVEregulatory complex:1||WntRA network:1||XCLARITY:1||ZIC2:1||Zinc:1||actin binding protein:1||actin cytoskeleton:1||activitydependent:1||adhesion and migration:1||adrenal gland:1||adult neural stem cell:1||alphasynuclein:1||amygdaloid complex:1||amyotrophic lateral sclerosis:1||apical specialization:1||artificial intelligence:1||astrogliosis:1||autophagic cell death:1||autophagy:1||axial elongation:1||axon guidance:1||axonopathy:1||bax:1||behaviors:1||betathymosins:1||bioluminescence imaging:1||brain:1||brain injury:1||brain organoid:1||branching:1||cJun:1||cmet:1||catecholaminergic neuron:1||cell adhesion molecules:1||cell cycle:1||cell polarity:1||cell proliferation:1||cellular protection:1||central nervous system:1||cerebellar granule neuron:1||cerebral hypoxiaischemia:1||cerebral infarction:1||cerebral ischemia:1||chemokine:1||coexpression:1||connectivity:1||connectome:1||connexin:1||contextual fear conditioning:1||corticosterone:1||cutaneous nerve biopsy:1||cyclin D1:1||cycloheximide:1||delayed response task:1||dendrite development:1||dendritic growth cones:1||denervation:1||depolarization:1||development of cerebral cortex:1||developmental retardation:1||dorsoventral organization:1||drug screening:1||electrical stimulation:1||embryonic development:1||embryonic stem cells (ESCs):1||endocytosis:1||entorhinal cortex:1||environmental programing:1||eosin:1||episodic memory:1||evolution adaptation:1||expression:1||extinction:1||extracellular:1||extracellular matrix:1||extracellular secretion:1||ezrinradixinmoesin:1||fear conditioning:1||focal adhesion:1||gap junction:1||glia:1||glial cells:1||glucocorticoid regulated kinase 3:1||glycine receptor:1||gonadotropinreleasing hormone:1||granule cell:1||granule cells:1||growth retardation:1||hemichannel:1||hepatocellular carcinoma:1||hernia repair:1||hippocampal formation:1||hippocampal neurogenesis:1||hippocampal neuron:1||hippocampus and dentate gyrus:1||histopathology:1||hsp 유전자들:1||immunolabeling:1||in vitro modeling:1||in vivo:1||induced pluripotent stem cells:1||inositol 1,4,5trisphosphate:1||inositol 1,4,5trisphosphate 3kinase A:1||interactome:1||intracellular calcium:1||intraepidermal nervefiber density:1||lateral amygdala:1||mRNA:1||mTOR protein:1||macrophage:1||magnesium sulfate:1||melanocyte:1||microRNA:1||microglial activation:1||micropattern:1||mir124:1||mitochondrial fission:1||mitochondrial membrane potential:1||mitochondrial quality control:1||mitochondrial quality surveillance:1||mitophagy:1||morphogenesis:1||morphology:1||motoneurons:1||motor learning:1||mouse:1||mouse chromosome 15:1||necrotic core:1||network:1||neural activity:1||neural differentiation:1||neural plate:1||neural stem cell:1||neural stem/progenitor cell:1||neuregulin:1||neurite outgrowth:1||neuritogenesis:1||neurochip design:1||neurodegeneration:1||neurodevelopment:1||neuroepithelium:1||neurological disorders:1||neuromesodermal progenitors:1||neuron patterning:1||neuronsurface interaction:1||neuronal apoptosis:1||neuronal orphan receptor1:1||neuroscience:1||nevus:1||newborn:1||newborn rats:1||novel environment:1||nuclear accumulation:1||offtarget effect:1||oligodendrocytes:1||oxygenglucose deprivation:1||p38 MAPK:1||peripheral neuropathy:1||postnatal development:1||postsynapse:1||potassiumserum deprivation:1||presynapse:1||progenitor:1||progenitor cell:1||progrmmed cell death:1||promoter:1||rat:1||rat chromosome 4q21:1||reporter cell line:1||root avulsion:1||septum:1||serum:1||skinclearing technique:1||spatial learning:1||spinal cord organoid:1||spinal cord organoids:1||spinal interneuron:1||staurosporine:1||staurosporineinduced apoptosis:1||stem cell colony:1||steroidogenic acute regulatory protein:1||stress:1||strychinine:1||subgranular zone:1||subventricular zone:1||suction blister:1||superoxide dismutase 1:1||symmetry breaking:1||synapse:1||synaptic:1||synaptic plasticity:1||synaptic vesicle:1||synaptogenesis:1||synaptotagmin 11:1||synthetic peptides:1||target:1||telomerase:1||telomerase activity:1||thalamus:1||thymosin beta 15:1||tissue decellularization:1||tissue regeneration:1||tissue remodeling:1||tissue scaffold:1||tissueclearing and labeling technique:1||tissuehydrogel:1||topiramate:1||topology:1||transcription factor:1||transgenic mouse:1||transient forebrain ischemia:1||transient global ischemia:1||tyrosine hydroxylase:1||working memory:1||zebrafish:1||βcatenin:1||세포사:1||17β estradiol:1||유압출 뇌손상:1||2:1||3D imaging:1||3dimensional structure:1||3kinase A:1||3D imaging:1||6OHDA:1||AHI1:1||ALS:1||AMPA:1||AMPA receptor:1||AMPK:1||ATP:1||Actin filament:1||Actin filaments:1||Adult neural stem cell:1||Adult neural stem/progenitor cell:1||Adult stem cells:1||Aging:1||Alzheimer's diseases:1||Amyotrophic lateral sclerosis:1||Arf6:1||Astrocyte:1||Atg7 knockout:1||Autocrine regulation:1||Autophagy:1||Axial elongation:1||Axonal sprouting:1||Axons:1||BAX:1||BMAL1:1||BNIP:1||BRAIN:1||Bacterial expression system:1||Basal lamina:1||Baxinhibiting peptide (BIP):1||BclxL:1||Behaviors:1||Bioassay chip:1||Biochemistry methods:1||Bioengineering:1||Biology Experimental Methods:1||Bipolar disorder:1||Brain injury:1||Brain tissue:1||Brainderived neurotrophic factor:1||Brainderived neurotropic factor:1||BrdU labeling:1||Brn1:1||Brn2:1||CMet:1||Cfos:1||CA1:1||CA1 PYRAMIDAL NEURONS:1||CITED2:1||CRBP1:1||CXCL14:1||CYFIP2:1||Calcium:1||Calphostin C:1||Caspase1:1||Cell cycle:1||Cell polarity:1||Cell spreading:1||Celltocell variation:1||Central nervous system:1||Cerebral cortex:1||Cerebral organoid:1||Chemical dye:1||Chick:1||Chromatin immunoprecipitation:1||Circadian mood regulation:1||Clathrinmediated endocytosis:1||Coculture:1||Constriction:1||Contextual fear conditioning:1||Contextual memory:1||Cryogenic traumatic brain injury:1||Curvature:1||Cyclin D1:1||Cyclin D3:1||Cyclooxygenase2 (COX2):1||Cytokines:1||DENDRITIC SPINES:1||DEPRESSION:1||DG:1||Day/night:1||Decellularization:1||Dendritic development:1||Dendritic spine:1||Depression:1||Disease model:1||Disease modeling:1||Division:1||Dopamine receptor:1||Dopaminergic neuron:1||Dopaminergic neuronal loss:1||Dynamin:1||EAAT2:1||ECM:1||EFA6A:1||ELEMENTBINDING PROTEIN:1||EPISODICLIKE MEMORY:1||ERK:1||ERM protein:1||ERM proteins:1||EXPRESSION:1||EYFP:1||Electroconvulsive shock (ECS):1||

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73, Goryeodae-ro, Seongbuk-gu, Seoul, Republic of Korea (02841)82-2-2286-1265

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