ScholarWorks@Hanyang University: Shin, Heung Soo

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Shin, Heung Soo (신흥수)

COLLEGE OF ENGINEERING (DEPARTMENT OF BIOENGINEERING)

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Tel 02-2220-2346
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electrospinning:14||Tissue engineering:8||osteogenic differentiation:7||Polydopamine:7||polydopamine:7||tissue engineering:6||nanofibers:5||gelatin:5||Surface modification:5||3D printing:5||bone tissue engineering:5||surface modification:5||poly(Llactidecoepsiloncaprolactone):4||stem cells:4||Mesenchymal stem cell:4||Bone tissue engineering:4||Spheroid:4||Electrospinning:4||Osteogenic differentiation:4||Encapsulation:3||biomimetics:3||nanofiber:3||cell sheet:3||Bone regeneration:3||Stem cell:3||Myoblasts:3||polycaprolactone:3||Stem cell spheroid:3||hydroxyapatite:3||3D cell culture:3||ECM:3||polydopamine coating:2||Differentiation:2||scaffold:2||human mesenchymal stem cells:2||Stem cell niche:2||biomimetic:2||bone regeneration:2||fibers:2||hydrogels:2||Micropatterning:2||Fragmented fibers:2||Scaffold:2||Composite hydrogel:2||Hydrogel:2||controlled cell adhesion:2||spheroids:2||Composite spheroid:2||mesenchymal stem cell:2||bone morphogenic proteins:2||biomaterials:2||ECM (extracellular matrix):2||3D tissues:2||ex vivo micro tissue formation:2||Angiogenic factor:2||Vascularization:2||Cell delivery:2||biphasic calcium phosphate:2||thermosensitive hydrogel:2||polyaniline:2||thermosensitive hydrogels:2||Endothelialization:2||GBR membrane:1||Gelatin methacryloyl:1||Gradient substrates:1||Gradient surfaces:1||Gradient systems:1||Growth factor delivery:1||Guided bone regeneration:1||Guided tissue regeneration:1||Heart failure:1||Heparin:1||Hierarchical Tissue Mimicry:1||Honeycomb pattern:1||Human embryonic stem cells:1||Human umbilical vein endothelial cell:1||Hybrid spheroids:1||Hybridspheroids:1||Hydrogel membrane:1||Hydroxyapatite:1||Imaging:1||Immunomodulation:1||Insitu formation:1||Interactions:1||Ischemia:1||Lyophilization:1||MRI (magnetic resonance imaging):1||Magnetic Nanoparticles:1||Magnetic assembly:1||Magnetic nanoparticles:1||Maxillofacial bone regeneration:1||Mesenchymal stem cells:1||Mesodermal differentiation:1||Metal phenolic network:1||Micelle:1||Microtissue:1||Microcontact printing:1||Microfluidics:1||Micropattern:1||Microtissue delivery:1||Mineral nanoparticle:1||Mineralized bone tissue construct:1||Mineralized fibers:1||Mouse skin flap:1||MultiLayered Structure:1||Multifunctional biomaterial:1||Myocardial infarction:1||NFspheroids:1||Nanofragment (NF):1||Nanoparticles:1||Natureinspired materials:1||Neovascularization:1||Neural stem cell:1||Neurotrophic growth factor:1||Osteoblast:1||Osteogenesis:1||Oxidative stress:1||PC12 cells:1||PCL scaffold:1||PEGPLA:1||PVA:1||Plateletderived growth factor:1||Poly (vinyl alcohol):1||Poly(Llactidecoepsiloncaprolactone):1||Poly(lactidecoepsiloncaprolactone):1||Polydopamine coating:1||Polymeric nanofibers:1||Polyphenol coating:1||Polyphenols:1||Porosity:1||Proliferation:1||Propionibacterium acnes:1||Quantum Dots:1||RGD peptide:1||Radical scavenging:1||Reactive oxygen species:1||Reconstructive surgery:1||Regenerative medicine:1||Revascularization:1||Scaffolds:1||Silk fibroin:1||Single segmented fibers:1||Sodium alginate:1||Spheroid delivery:1||Spheroidladen hydrogel:1||Spheroidspheroid interaction:1||Spheroids:1||Stem cell delivery:1||Stem cell differentiation:1||Stem cell spheroids:1||Stem cell transplantation:1||Stem cells:1||Stimuliresponsive hydrogel:1||Superparamagnetic iron oxide (SPIO):1||Supramolecular selfassembly:1||Surface engineering:1||Surface immobilization:1||Surface structure:1||Tannic acid:1||Temperatureresponsive hydrogel:1||Tenogenic differentiation:1||Therapeutic angiogenesis:1||Thermally expandable hydrogel:1||Thermally responsive material:1||Thermoresponsive hydrogel:1||Thermosensitive hydrogels:1||Tissue engineering applications:1||Tissue regeneration:1||Transfer printing:1||Vascular graft:1||a year in review:1||acrylic acid:1||adhesion:1||adipogenesis:1||adipose tissue:1||adiposederived stromal cell:1||advanced biomaterials and 3D cell printing:1||aligned myotubes:1||aligned nanofiber:1||alignment:1||antibacterial:1||antiinflammation:1||antiinflammatory:1||artificial dennis:1||basic fibroblast growth factors:1||bioinspired coatings:1||bioactive molecule:1||biodegradable:1||biomaterial interfaces:1||biomaterial microarray:1||biomineralization:1||blood vessels:1||bone mineral densitometry:1||cardiomyoblasts:1||cartilage regeneration:1||cell adhesion:1||cell sheet engineering:1||cell spheroid:1||cell therapy:1||cell transfer printing:1||cell/biomaterial interactions:1||cell?cell interaction:1||cellular aggregates:1||chitosan:1||chondrogenesis:1||collagen:1||collagen assembly:1||composite nanofibers:1||composite spheroid:1||composites:1||conducting polymers:1||contact guidance:1||crosslinking:1||crystallization kinetics:1||differential scanning calorimetry:1||differentiation:1||diffusion limitation:1||dual growth factor delivery:1||electrospinning femtosecond laser:1||electrospun nanofibers:1||endothelial cells:1||engineered T cell:1||engineered blood vessel:1||environmental hazard assessment:1||epigallocatechin gallate:1||exosomes as bioactive molecules for regenerative medicine:1||extracellular matrix:1||femtosecond laser:1||fibroblast:1||fibrous meshes:1||fibrous strands:1||functionalization of polymers:1||gamma irradiation:1||gamma ray irradiation:1||gammairradiation:1||gammaray irradiation:1||guided bone regeneration:1||hADSCs:1||hTMSCs:1||heart regeneration:1||hierarchical topographies:1||human brain extracellular matrix:1||human mesenchymal stem cells (hMSCs):1||human umbilical vein endothelial cells:1||humaninduced pluripotent stem cells:1||hydrogel:1||hypercytokinemia:1||in vivo:1||induced neuronal cells:1||infectious disease:1||interface control:1||intrafibrillar mineralization:1||lactoferrin:1||layerbylayer coating:1||lipidoid nanoparticles:1||macrophages:1||magnetic nanoparticles:1||marine collagen:1||matrices:1||mechanotransduction:1||mesenchymal stem cells:1||metalphenolic network:1||microchamber:1||microcontact printing:1||microchamber:1||microcontact printing:1||microfabrication:1||micropattering:1||microstructure:1||mineral:1||multifunctionality:1||myelination:1||nano/micro scale:1||nanofibrous patches:1||oligodendrocytes:1||osteoblast:1||osteochondral tissue regeneration:1||osteogenic peptide:1||osteoimmunology:1||osteoinductive spheroid:1||plant polyphenols:1||poly(lacticcoglycolic acid):1||poly[(Llactide)co(ecaprolactone)]:1||poly[(Llactide)co(epsiloncaprolactone)]:1||positive charge:1||scaffoldfree tissue harvest:1||shear stress:1||siRNA reverse transfection:1||simulated body fluid:1||sizecontrolled spheroid:1||skeletal muscles:1||skin:1||skin substitutes:1||skin tissue engineering:1||solid freeform fabrication:1||spheroid:1||spheroid engineering:1||static magnetic fields:1||stem cell:1||stimuliresponsive materials:1||strain:1||temperaturesensitive:1||temperaturesensitive hydrogel:1||thermally expandable hydrogel:1||topographical cue:1||undifferentiated:1||2aminoethylmethacrylate:1||wound healing:1||3D Cellular Assembly:1||3D complex microtissue:1||3D culture:1||3D culture in regenerative medicine:1||3D multilayered cell sheet formation:1||3D tissue:1||A2bR signaling:1||APFF:1||ASC:1||Adenosineligand:1||Adhesion peptide:1||Angioplasty:1||Antiinflammation:1||Antioxidant:1||BMD:1||BMP4:1||BMP7 derived peptide:1||Basic fibroblast growth factor:1||Bioinspired material:1||Biomineralization:1||Biomolecules delivery:1||Bioactive molecules:1||Biocompatibility:1||Biomaterials:1||Biomimetic:1||Biomineralization:1||Biomolecule gradient:1||Bone microenvironment:1||Bonetendon interface:1||Bottomup tissue engineering:1||CMC:1||COVID19:1||Cardiac tissue engineering:1||Cell sheet:1||Cell spheroid:1||Cellular Internalization:1||Cellular therapy:1||Chemical modification:1||Chondrogenesis:1||Chondrogenic differentiation:1||Cocultured spheroid:1||Coacervate:1||Collagen type IV:1||Concentration gradients:1||Conductive biomaterials:1||Coreshell structure:1||Coronary artery disease:1||Cryogels:1||Diopside nanoceramic:1||Drug Delivery Carrier:1||Dual factor immobilization:1||Dual growth factor delivery:1||Electrically conductive fibers:1||Electrospun:1||Ex vivo micro tissue formation:1||Extracellular matrix:1||FGF2:1||Fabrication strategies:1||Fibronectin:1||Fragmented fibers (FFs):1||Functional nanofibers:1||

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