ScholarWorks@SOONCHUNHYANG UNIVERSITY: Hwang, Yong sung

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Hwang, Yong sung (황용성)

College of Medicine (Department of Pathology)

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cartilage tissue engineering:2||human embryonic stem cells:2||Wound healing:2||mechanobiology:2||mechanotransduction:2||Bentonite:1||Bilayer scaffold:1||Bioceramic:1||Biomaterials:1||CRISPR:1||CXCR4:1||Cas9:1||Cefazolin:1||Cell adhesion:1||Cell migration:1||Celltocell interaction:1||Chondrocyte hypertrophy:1||Collagen:1||Cord blood:1||Cryogels:1||Decellularization:1||Differentiation:1||Duchenne muscular dystrophy:1||Dysferlinopathy:1||ECM remodeling:1||Endothelial cells:1||Extracellular matrix (ECM):1||Fibroblast growth factor 2:1||Focal adhesion:1||Gradient:1||Immunohistochemistry:1||Induced pluripotent stem cells:1||Inflammation:1||Insulinproducing cells:1||Intracellular force microscopy:1||Irradiation:1||MBPFGF2:1||Macrophages:1||Mechanical properties:1||Mechanobiology:1||Mechanosensitive:1||Microstereolithography (MSTL):1||Microenvironment:1||Monolayer stress microscopy:1||Montmorillonite:1||Mouse:1||Musculoskeletal tissue regeneration:1||Myogenic differentiation:1||Nonthermal plasma:1||Osteochondral defect repair:1||Osteomyelitis:1||PIEZO1:1||Pancreatic betacells:1||Polycaprolactone:1||Quantitative microelastography:1||Quaternary ammonium salts:1||RGD peptide:1||Rigidity:1||Salivary gland:1||Satellite cell:1||Scaffold:1||Selfrenewal:1||Skeletal muscle:1||Skeletal muscle stem cell:1||Splints:1||Stem cell:1||Stem cell differentiation:1||Stiffness:1||Streptozotocininduced diabetic models:1||TRPV4:1||Tissue biomarker:1||Traction force microscopy:1||Vocal cysts:1||Whitlockite:1||Xerostomia:1||alternating current:1||biomaterials:1||biomimetic materials:1||bipolar:1||breast cancer cell:1||cancer:1||carbon nanotubes (CNTs):1||cell biomechanics:1||cell sheet engineering:1||cell volume:1||cellular alignment:1||cellular volume:1||chondrocyte:1||chondrocytes:1||chondroitin sulfate (CS):1||cotton ball:1||dermal fibroblast:1||differentiation:1||direct conversion:1||direct differentiation:1||electrospinning:1||epidermal growth factor:1||extracellular matrix:1||extracellular matrix elasticity:1||fibrosis:1||focal adhesion kinase (FAK):1||functionalization:1||fusion:1||gated pulse:1||heart attack:1||hematopoietic stem cells:1||hepatocyte maturation:1||human adipose stem cell:1||hyaluronic acid (HA):1||hydrogel:1||hypertrophic scar:1||hypoxiainducible factor 1 alpha:1||in vivo survival:1||induced hepatocyte:1||induced pluripotent stem cells:1||infiltration:1||keloid scar:1||macroporous scaffold:1||microTRNA:1||microflap dissection:1||multicellular hepatic microtissue:1||multinucleated myotubes:1||myoblast:1||myocardium:1||myogenesis:1||myogenic differentiation:1||nanocarriers:1||new support technique:1||optimization:1||organoids:1||poly(propylene fumarate) (PPF):1||poly(sodium4styrenesulfonate):1||polyvinyl alcohol (PVA):1||proliferation:1||radiofrequency:1||rat:1||regenerative medicine:1||scaffoldfree:1||smart polymer:1||soft lithography:1||stem cell:1||stem cell differentiation:1||stem cells:1||stiffness gradient:1||synthetic mimic of heparin:1||temperatureresponsiveness:1||tendinopathy:1||tendon:1||therapy:1||tissue reaction:1||tissue regeneration:1||topographical cues:1||traction force:1||vascular scaffold:1||vascular smooth muscle:1||근육 재생:1||분화:1||.:1||줄기세포:1||3D printing:1||3D scaffolds:1||Antibacterial activity:1||Antibacterial surface:1||

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(31538) 22, Soonchunhyang-ro, Asan-si, Chungcheongnam-do, Republic of Korea+82-41-530-1114

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