CAU Scholar's Space: Moon, Sung-Hwan

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Moon, Sung-Hwan (문성환)

대학원 (동물생명공학과.)

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Human embryonic stem cells:10||Cardiomyocytes:4||Metabolic glycoengineering:3||Teratoma:3||Cell transplantation:2||Hemangioblast:2||Embryoid body:2||Stem cells:2||Coculture:2||human embryonic stem cells:2||Embryonic stem cell:2||hyaluronic acid:2||Purification:2||cell therapy:2||PI3KAKT pathway:2||Transplantation:2||Disease modeling:2||teratoma:2||Human pluripotent stem cells:2||Endothelial cell:2||Cellbased sensors:2||endothelial cells:2||Cell therapy:2||Electrochemical detection:2||Differentiation:2||adiposederived stem cells:2||Pluripotent stem cells:2||osteogenesis:2||COVID19:1||CTRP:1||Ca2+ release:1||Cardiac action potential prolongation:1||Cardiomyocyte:1||Cell differentiation:1||Cell dissociation:1||Cell labeling and tracking:1||Cell line establishment:1||Cellchip:1||Chemical receptors:1||Chimney wound model:1||Cotransplantation:1||Concave microwell array:1||Concave microwells:1||Critical limb ischemia:1||Cryptochrome:1||Culture technique:1||Cyclic voltammetry:1||DECM:1||Diisobutyl phthalate (DiBP):1||Directed differentiation:1||Dlk1Dio3:1||Drug discovery:1||EDTA:1||Electrical stimulation:1||Electrostimulation:1||Embryonic development:1||Endocrinedisrupting chemical:1||Endothelial cells:1||Endothelial progenitor cell:1||Endothelial progenitor cells:1||Epithelialmesenchymal transition:1||Erythrosin B:1||Expansion:1||Fluorescence molecular tomography:1||Fluorescence probe:1||Focal adhesions:1||GC1 spg cells:1||GNE myopathy:1||Genome editing:1||Glucose oxidase:1||Gold nanoparticles:1||Gold nanostructure:1||Gradient nanopattern:1||Heart:1||Hindlimb ischemia:1||Human cardiomyocytes:1||Human induced pluripotent stem cells:1||Human pluripotent stem cell:1||Human pluripotent stem cells (hPSCs):1||Human somatic cell nuclear transfer:1||Hyposialylation:1||In situ quantification:1||Indium tin oxide:1||Induced pluripotent stem cells:1||Injection needles:1||Inner cell mass:1||Ischemia:1||Ischemia treatment:1||Ischemic heart failure:1||Islet encapsulation:1||Isogenic pair:1||Isolation:1||JQ1:1||KCNH2:1||KillerRed:1||Ligation:1||Lipid peroxidant:1||Live isolation:1||Lung cancer:1||MAPK/ERK pathway:1||Mesenchymal stem cell:1||Mesenchymal stromal cells:1||Mesodermal differentiation:1||Metabolic activity:1||Metabolic labeling:1||Modified glycosylation:1||Mouse:1||Myoblast:1||Myocardial infarction:1||NCX:1||NOS:1||Naive ESCs:1||Nanotopography:1||Natureinspired materials:1||Neonatal rat ventricular myocytes:1||Nonsmall cell lung cancer:1||Optimize differentiation:1||Osteogenesis:1||PRMT8:1||Pacemaker current:1||Pancreatic islets:1||Patient lung tissue:1||Photochemically induced thrombosis:1||Phototherapy:1||Physiology:1||Pig:1||Pluripotency:1||Polycaprolactone:1||Prdm14:1||Primary lung cancer Cells:1||Primed ESCs:1||Proliferation:1||Protein gene product 9.5:1||Remdesivir:1||Reprogramming kinetics:1||SARSCoV2:1||SOX2:1||Screw needle:1||Size screening:1||Slc13a5:1||Spermatogenesis:1||Spermatogonial stem cell:1||Spheroid delivery:1||Stem cell:1||Stem cell imaging:1||Stem cell niche:1||Stem cell spheroid:1||Stimuliresponsive hydrogel:1||Synchronization:1||TCP:1||Tissue engineering:1||Transfection:1||Tricalcium phosphate:1||Type 1 diabetes mellitus (T1DM):1||Undifferentiated embryonic cell transcription factor 1:1||Unnatural sialic acids:1||Vessel relaxation:1||Wound healing:1||YM155:1||adenoviral transduction:1||adhesive hydrogels:1||aggregate:1||angiogenesis:1||basic fibroblast growth factor:1||bdECM scaffold:1||bioelectrodes:1||bone marrow stem cells:1||cMyc:1||cardiomyocyte:1||catechol:1||cell adhesion peptide:1||coculture:1||culture adaptation:1||decellularized vein matrix:1||delivery systems:1||dog:1||electronic skins:1||embryonic stem cells:1||endothelial cell:1||endothelial progenitor cells:1||endothelialization:1||epidermal growth factor:1||extracellular matrix:1||flavonoid:1||frameshift mutation:1||hERG channel:1||hexanoyl glycol chitosan:1||hindlimb ischemia:1||human adipose tissuederived mesenchymal stromal cells (hADMSCs):1||human pluripotent stem cell:1||human pluripotent stem cells:1||humanized mouse:1||iPSCderived cardiomyocyte:1||induced pluripotent stem cell:1||induced pluripotent stem cells:1||ischemia:1||ischemic injury:1||long QT syndrome 2:1||luteolin:1||malignant fibrous histiocytoma (MFH):1||maturation:1||maxillary bone:1||mechanical cues:1||mesenchymal stem cell:1||metabolism:1||metabolomics:1||metastasis:1||microparticles:1||osteogenic differentiation:1||oxidative phosphorylation:1||phototoxicity:1||pluripotent stem cells:1||polycaprolactone:1||polydopamine:1||primary bonederived cells:1||quercetin:1||reduced graphene oxide:1||reprogramming efficiency:1||safety:1||solutionbased approach:1||stem cell:1||stem cell transplantation:1||strain sensors:1||survival advantage:1||therapeutic efficacy:1||tissue reconstruction:1||translation reinitiation:1||tricalcium phosphate:1||tumor necrosis factor (TNF)related apoptosisinducing ligand (TRAIL):1||vasculogenesis:1||2i conditions:1||wound healing:1||3D bioprinting:1||3D cell culture:1||3Dprinted PCL:1||3Dprinted scaffold:1||4hydroxynonenal:1||445 nm laser:1||Adenocarcinoma:1||Adipocyte:1||Adipose tissue:1||Adiposederived stem cells (ADSCs):1||Adiposederived stromal cells:1||Aggregate:1||Animal model:1||Apoptosis:1||Arginylglycylaspartic acid (RGD) peptides:1||Artificial skin:1||Azido group:1||Azidosugar:1||BCLxL:1||BCL2L1:1||BH3 mimetics:1||Base editor:1||Bioorthogonal copperfree click chemistry:1||Bioorthogonal click chemistry:1||Bioorthogonal copperfree click chemistry:1||Bone marrow:1||Bromodomain and extraterminal domain (BET):1||

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