ScholarX: KIM, GEUN HYUNG

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KIM, GEUN HYUNG (김근형)

Medicine (Medicine)

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Tel 031-290-7828
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tissue engineering:20||Tissue engineering:20||3D printing:17||Collagen:14||Scaffold:11||3D bioprinting:11||Alginate:11||collagen:9||PCL:8||Bioink:8||Biocomposite:7||Polycaprolactone:7||bioink:7||bioprinting:6||Bone:6||Umbilical cord serum:5||hASCs:5||muscle:5||Bioprinting:5||bone:4||Chitosan:4||Cellladen structure:4||Bone tissue engineering:4||Osteogenesis:4||cellladen scaffold:4||Tissue regeneration:4||scaffold:4||skeletal muscle:4||Muscle:4||Hybrid scaffold:4||Vascularization:3||Biomaterial:3||hybrid scaffold:3||bone regeneration:3||Nanofiber:3||muscle regeneration:3||cell printing:3||GelMa:3||Gelatin:3||cellladen structure:3||Biofabrication:3||cellprinting:3||Oxidative stability:3||Cellladen scaffold:3||spheroid:3||Cellprinting:3||Electrospinning:3||electrical stimulation:3||Plasmatreatment:2||ASC chondrogenesis:2||Tympanic membrane:2||biomaterial:2||cellmaterial interactions:2||dentin regeneration:2||adipose stem cells:2||cellulose:2||electrohydrodynamic process:2||in vitro model:2||biofabrication:2||Cell printing:2||bioceramic:2||Scaffolds:2||collagen bioink:2||Cell electrospinning:2||Biomedical scaffold:2||Alginatebioink:2||Poly(epsiloncaprolactone):2||Topographical cue:2||Muscle regeneration:2||Mastoid obliteration:2||bone tissue engineering:2||Auricle regeneration:2||Cellelectrospinning:2||cell alignment:2||Tricalcium phosphate:2||Nanofibers:2||Spheroid:2||Drugrelease system:2||mechanotransduction:2||electrospinning:2||alginate:2||spheroids:2||Laser process:2||biomimetic:2||Fish skin derived ECM:1||Functional bioink:1||GelMA:1||GelMa bioink:1||Genetic engineering:1||HA bioink:1||HUVECs:1||Hard tissue engineering:1||Hepatic lobule:1||Hepatic tissue regeneration:1||Hierarchical scaffold:1||Hierarchical scaffolds:1||Hierarchical structure:1||Human adipose stem cells:1||Human fibros:1||Hyaluronic acid:1||Hydroxyapatite:1||Hypoxia prevention:1||Implant:1||In situ cellalignment:1||In situ electric field:1||In situ stimulation:1||In vitro:1||In vitro livertissue model:1||In vivo study:1||Injectable scaffold:1||Intervertebral disc regeneration:1||Intestinal villus model:1||Low temperature 3Dprinting:1||MAPKs:1||MC3T3E1:1||MC3T3E1 cells:1||MSCsladen structure:1||Magnetic field:1||Magnetorheological bioink:1||Matrix metalloproteinases (MMP2/9):1||Mechanical property:1||Media:1||Melanogenesis:1||Micro/nano structure:1||Microfluidic:1||Microfluidic system:1||Microfluidics:1||Minispheroids:1||Muscle tissue:1||Muscle tissue engineering:1||Muscle tissue regeneration:1||Myoblasts:1||Myogenesis:1||Myogenic differentiation:1||NMJ model:1||Nanofibrous:1||Nanobioscience:1||Nerve conduit:1||Oilinwater emulsion:1||Organoids:1||Osteoblast differentiation:1||Osteochondral regeneration:1||Osteointegration:1||PCL scaffold:1||PRP release:1||PVA:1||Pavlova lutheri:1||Periodontium:1||Phages:1||Photocrosslinable hydrogels:1||Plasmaetching:1||Poly(vinyl alcohol) (PVA):1||Polycaprolactone/collagen/human umbilical cord serum:1||Polyethylene glycol:1||Porous cellladen structure:1||Porous scaffold:1||Purified peptide:1||Reactive oxygen species:1||Recovery:1||Regeneration:1||Regenerative medicine:1||Sargassum siliquastrum:1||Selfassembled coresheath fiber:1||Shapememory material:1||Silica:1||Silicone sheet:1||Silk fibroin:1||Skeletal muscle:1||Skin tissue engineering:1||Smooth muscle cells:1||Spinal fusion:1||Spiral struts:1||Spirulina sp.:1||Stem cells:1||Submerged bioprinting:1||Sulfuretin:1||TGFbeta:1||Tannic acid:1||Tendonbone interface:1||Thermal annealing:1||Threedimensional printing:1||Tissue Engineering:1||Tocopherol:1||Trachea:1||Tumor microenvironment:1||Tumoronachip:1||Tympanic membrane perforation:1||VML therapeutics:1||Wound healing:1||additive manufacturing:1||alginates:1||alignment:1||alphaTocopherol:1||alphatocopherol:1||angiogenesis:1||angiotensin Iconverting enzyme:1||angiotensin II:1||bFGF:1||basement membrane:1||betaCyclodextrin:1||betatricalcium phosphate:1||bioprinting:1||bioactive surfaces:1||biocomposite:1||bioinks:1||biomedical scaffolds:1||blood capillaries:1||casting:1||cell adhesion:1||cell bead:1||cell cultures:1||cell electrospinning:1||cell printed scaffold:1||cell stimulation:1||cell viability:1||cellladen fibers:1||cellladen fibrous structure:1||cellladen strut:1||cellpirinting:1||centrifugation:1||chick bone marrow cells:1||clinical application:1||coiled microfibers:1||coiled scaffold:1||collagenbased bioink:1||composite:1||composite scaffolds:1||coreshell printing:1||cryopreservation:1||cyanobacterium:1||decellularization:1||decellularized bone ECM:1||decellularized extracellular matrix:1||dual printing:1||electric field stimulations:1||electrohydrodynamic jetting:1||electrospun fibers:1||emulsion bioink:1||extracellular matrix:1||extracellular matrix (ECM):1||fibrinogen:1||fucoxanthin:1||gelatin:1||genipin:1||gold nanowires:1||hASC:1||hUCS:1||hard tissue engineering:1||hierarchical collagen scaffold:1||hierarchical pores:1||hierarchical scaffold:1||hierarchical structures:1||hierarchical surface pattern:1||human fibrosarcoma cells (HT1080):1||hybrid structure:1||hydrogel:1||hydroxyapatite (HA):1||in situ bioprinting:1||insitu crosslinking:1||inflammation:1||lotusrootlike scaffold:1||low temperature 3D printing:1||lowtemperature 3D printing:1||macrophages:1||mastoid oblit:1||matrix metalloproteinases (MMPs):1||meringue:1||meringuelike structure:1||methacrylated dECM:1||microfibrillation:1||microfluidics:1||mitogenactivated protein kinase (MAPK):1||mitogenactivated protein kinases:1||multiple cells:1||muscle tissue:1||muscle tissue regeneration:1||muscles:1||myoblasts:1||myogenesis:1||myotendinous junction:1||nanofibrous collagen:1||native derived:1||nuclear factorkappaB (NFkappa B):1||organ banking:1||osteogenesis:1||piezoelectric transducer:1||placentalextracts:1||plasma etching:1||plasma treatment:1||pluronic F127:1||poly(epsiloncaprolactone):1||poly(vinyl alcohol):1||poly(εcaprolactone):1||polycaprolactone:1||porous cell block:1||scaffoldfree:1||scaffolded:1||skin regeneration:1||skin substitute:1||spheroid application:1||surface analysis:1||surface topography:1||tendon:1||topographical scaffold:1||topological cue:1||uniaxially aligned structure:1||vascular dysfunction:1||vascularization:1||3D scaffolds:1||volumetric muscle loss:1||3D Bioprinting:1||3D Printing:1||3D cellconstruct:1||3D cellprinting:1||3D collagen scaffold:1||3D intestinal villi model:1||3D printing Pluronic F127:1||3D scaffold:1||3Dbioprinting:1||3Dprinting:1||4D printing:1||Acellular fish skin graft:1||Alginate fibers:1||Aligned alginate fibers:1||Anisotropic tissue:1||Bioglass:1||Bioinks:1||Biomaterials:1||Biomembranes:1||Biomimetic:1||Biomimetic scaffold:1||Biomimicking:1||Biomineralization:1||Bone anchored hearing aid:1||Bone formation p:1||Bone morphogenetic Protein2:1||Bone morphogenetic protein2:1||Bone morphogenic protein:1||Bone regeneration:1||Bone tissue regeneration:1||Bovine collagen skin graft:1||Bulk oil:1||Burn:1||C3H10T1/2 cells:1||Calcium deficient hydroxyapatite:1||Callophyllis japonica:1||Calvarial bone defect:1||Cancer research:1||Cell laden structure:1||Cell aggregation:1||Cell bead:1||Cell coating:1||Cellaggregates:1||Cellalignment:1||Cellconstructs:1||Celldifferentiation niches:1||Cellladen beads:1||Cellladen hydrogel:1||Cellladen microfibers:1||Cellladen nanofibers:1||Cellladen process:1||Chitooligosaccharides:1||Collagen fibrillation:1||Collagencryogel:1||Complex cellconstruct:1||Composite:1||Core/shell structure:1||Corneal stromal regeneration:1||Crosslinking:1||Cryopreservation:1||Decellularization:1||Dehydration:1||Dexamethasone:1||Efieldassisted bioprinting:1||ECM:1||Electrical stimulation:1||Electrohydrodynamic Process:1||Electrohydrodynamic directwriting:1||Electrohydrodynamic jet:1||Electrohydrodynamic process:1||Electrohydrodynamicdirectprinting:1||Electrospun micro/nanofibers:1||Esophageal reconstruction:1||Extracellular matrix:1||Facial nerve:1||Facial nerve paralysis:1||Fibrillation:1||Fibrinogen:1||Fibroblasts:1||Fibrosis:1||Fibrous biocomposite:1||Fibrous scaffold:1||Fish collagen:1||

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(03063) 25-2, SUNGKYUNKWAN-RO, JONGNO-GU, SEOUL, KOREA samsunglib@skku.edu

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