ScholarWorks@SOONCHUNHYANG UNIVERSITY: Lee, Byong Taek

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Lee, Byong Taek (이병택)

College of Medicine (Department of Regenerative Medicine)

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gelatin:17||electrospinning:15||bone regeneration:13||BCP:12||polycaprolactone:10||biocompatibility:10||biphasic calcium phosphate:7||Injectable bone substitute:6||Chitosan:6||PLGA:6||Bone regeneration:6||bone tissue engineering:6||hyaluronic acid:5||Biocompatibility:5||Hyaluronic acid:5||surface modification:5||Decellularization:5||Electrospinning:5||PCL:5||chitosan:5||BMP2:5||scaffold:4||PMMA:4||calcium phosphate:4||Alginate:4||composite:4||CPC:4||BCP granule:4||betaTCP:4||hydroxyapatite:4||Injectable hydrogel:4||Hydrogel:4||Immobilization:4||Extracellular matrix:4||Wound healing:4||Calcium phosphate:3||hydrogel:3||in vivo:3||Extrusion:3||injectable bone substitute:3||Bone tissue engineering:3||bone:3||microstructure:3||Gelatin:3||Bioceramics:3||PVA:3||Polycaprolactone:3||Microstructure:3||Hemostat:3||simvastatin:3||extrusion:3||MC3T3E1 cells:2||TEMPOoxidized cellulose nanofiber:2||poly(lacticcoglycolic acid) microspheres:2||Simvastatin:2||Nanocellulose:2||cellulose nanocrystal:2||TOCN:2||TOCNF:2||Silk fibroin:2||collagen:2||Calcium phosphate cement:2||Bone substitutes:2||Peritoneal adhesion:2||porosity:2||Adhesion barrier:2||Drug delivery system:2||Biphasic calcium phosphate:2||Thrombin:2||Irisin:2||Cement:2||biomaterials:2||Nano cellulose:2||decellularization:2||VEGF:2||Microspheres:2||hemocompatibility:2||Hemostasis:2||hemostat:2||drug delivery system:2||Wound dressing:2||biomaterial:2||Bone substitute:2||Hemostatic:2||silicon:2||wound healing:2||Oxidized alginate:2||Bone:2||biodegradability:2||endothelialization:2||Antibacterial:2||extracellular matrix:2||in vitro biocompatibility:2||hemostatic agent:2||Polyvinyl alcohol:2||alginate:2||thrombin:2||Porcine dermal:2||tissue engineering:2||in vitro:2||titanium cage:2||RBMSCs:2||Collagen:2||Surface modification:2||In vivo:2||Composites:2||bone substitute:2||Soya protein isolate:2||calcium phosphate cement:2||plateletrich plasma:2||MgCa alloy:1||Microbeads:1||Mineralization:1||Mitomycin C:1||Molding:1||Molecular simulations:1||Multi layered BCPZrO2:1||Multichannel BCP granules:1||Multichannel granule:1||Multichannel:1||NH4HCO3:1||Nano Network:1||Nanofibrillar cellulose:1||Nanofibrillated cellulose (NFC):1||Nanoparticle Biphasic Calcium Phosphate:1||Nonsolubilized L ECM:1||OCNF:1||OCNFGel:1||Osteoblast activity:1||Osteoconduction:1||Oxidized cellulose nanofiber:1||Oxidized cellulose nanofiber:1||Oxidized nanofibrillar cellulose:1||PCL–Gelatin–BCP Electrospun Scaffolds:1||PCLBCPColBMP2:1||PCLGelatinmitomycinc:1||PCLMPEG:1||PCL/BCP MPs:1||PHBV:1||PUPCL:1||PVPA:1||Paclitaxel:1||Pancreatic leakage:1||Pectin:1||Philippine:1||Phosphonatechitosan functionalization of a multichannel hydroxyapatite scaffold for interfacial implantbone tissue integration:1||Pilotscale production:1||Pluronic based Hydrogel:1||Poly( L lactide):1||Poly(epsiloncaprolactone):1||Polydopamine:1||Polyelectrolyte:1||Polyethylene glycol:1||Polymer coating for stent:1||Polymer complex:1||Polymerization temperature:1||Polymethylmethacrylate:1||Polyurethane foam:1||Porcine skin:1||Pore size distribution:1||Porous PCL:1||Porous PLGA microspheres:1||Porous bioglass:1||Porous ceramic:1||Porous scaffold:1||Porous scaffolds:1||Post operative adhesion:1||Proteimics:1||Rabbit model:1||Recellularization:1||Regenerative medicine:1||Renal vascular tissue engineering:1||Rheological property:1||SBF:1||SDS:1||Scaffold:1||Silicon:1||Silicon nitride:1||Small diameter vascular graft:1||Smalldiameter vascular grafts:1||Socket preservation:1||Sol gel processes:1||Sponge replica:1||Stem cell:1||Strength:1||Surgery:1||TCP:1||TEMPOOxidized cellulose nanofiber:1||TEMPOoxidized Cellulose Nanofibers:1||TEMPOoxidized nano cellulose:1||Tempooxidized cellulose nanofiber:1||Thermo gel:1||Thermoresponsive hydrogel:1||Thermoreversible:1||Thermosensitive:1||TiO2:1||Tissue adhesion:1||Tricalcium phosphate:1||Unprocessed cuttlefish bone:1||Vapor phase polymerization:1||Vascular graft:1||Vascular tissue engineering:1||Whisker:1||Zinc oxide:1||Zirconia:1||ZrO2:1||ZrO2BCP/PMMAPCLHAp:1||agarose:1||aligned pore structures:1||alignment:1||allograft:1||aminolysis:1||anastomosis:1||antiadhesion:1||antimicrobial:1||artificial bone:1||beads:1||beta Tricalcium phosphate:1||betatricalcium phosphate:1||bioceramic:1||bioactive glass:1||bioceramic:1||bioceramics:1||biodegradable:1||biodegradable polymers:1||bioglass:1||biomedical application:1||bioreactor:1||biphasic calcium phosphate particle:1||biphasic calcium phosphatepectingelatin:1||blood serum:1||bone defects:1||bone filler:1||bone formation:1||bone hemorrhage application:1||bone ingrowth:1||bone marrowderived stem cell:1||bone morphogenetic protein 7:1||bone morphogenetic protein2:1||bone substitutes:1||bone tissue:1||bone tissue regeneration:1||brushite:1||brushite cement:1||calcium sulfate dehydrate:1||cartilage regeneration:1||cellulose nano crystals:1||cellulose nanofiber:1||ceramics:1||collagen immobilization:1||composite beads:1||controlled drug delivery:1||controlled release:1||cortical bone:1||crosslinking:1||crosslinkingdensity:1||cytotoxicity:1||dSECM:1||decellulanizan:1||decellularized kelp:1||decellularized rat aorta matrix:1||dental:1||dimethyl 3, 3 'dithiopropionimidate dihydrochloride:1||drug delivery:1||dual membrane:1||early bone formation:1||electrospinning:1||electrospun poly(vinyl alcohol)gelatin:1||endothelial cells:1||energyassisted hydrothermal method and their biocompatibility evaluation:1||fiber crossply:1||fibrous scaffold:1||freezethaw:1||gel point:1||gelatin/sodium polyacrylate (GSp) scaffold:1||granular bone substitutes:1||growth factor:1||hADSC:1||heparin:1||human adipose stem cell:1||hyaluronic acid composite:1||hyaluronic acidgelatin:1||hybrid microspheres:1||hybrid vascular graft:1||hydroxyapatite (HAp):1||hydroxyapatiteCaTiO3 biocomposite:1||immunofluorescence labeling:1||in vitro and in vivo test:1||in vitro cytocompatibility:1||in vitro test:1||in vivo and in vitro analysis:1||in vivo bone regeneration:1||in vivo test:1||injectable biocomposite:1||intestinal stent:1||invitro and invivo biocompatibility:1||kidney:1||layered ceramics:1||layered structures:1||leakage:1||liver:1||liverderived ECM:1||mechanical stability:1||membrane scaffold:1||mesenchymal stem cell:1||microwave furnace:1||molecular simulations:1||multichannel:1||nanocellulose:1||nata starter:1||natural crosslinkers:1||osseointegration:1||osteoblast:1||osteoblast cell:1||osteogenesis:1||osteogenic differentiation:1||ovomucin:1||oxidized alginate:1||pcoumaric acid:1||peritoneal adhesion:1||poly(3,4ethylenedioxythiophene):1||poly(Llactic acid):1||polydopamine:1||polyethylene glycol:1||polyethylene glycol methyl ether:1||polymer:1||polystyrene:1||polyurethane:1||polyurethane foam:1||polyvinyl alcohol:1||polyvinyl alcohol (PVA)TiO2 fibers:1||porous:1||porous ceramics:1||porous granule:1||porous materials:1||porous poly(epsiloncaprolactone) fiber:1||porous structure:1||proliferation:1||rBMSC:1||rGEC:1||rat bone marrow derived mesenchymal stem cells:1||recellularization:1||regeneration:1||repair:1||rhBMP2:1||salicylic acid:1||salt leaching:1||scaffolds:1||shaping:1||small diameter vascular graft:1||sodium carboxymethyl cellulose:1||soya:1||sponge Al2O3:1||sponge replica:1||superabsorbent polymer:1||teeth:1||tensile strength:1||thiolated hyaluronic acid:1||tissue:1||titanium:1||toothpaste:1||topical bleeding:1||topical hemostat:1||vapor phase polymerization:1||vascular endothelial growth factor:1||vascular endothelial growth factor (VEGF):1||vascular grafts:1||(dECM):1||zinc:1||3dimensional alumina:1||3D printing:1||3Dprinted titanium cage:1||3Dprinting:1||8TCP:1||ALGHA:1||ALGHA microbeads:1||Absorbable hemostat:1||Adhesion prevention:1||Al2O3:1||Al2O3(mZrO2)/tZrO2 composite:1||Alginate based Membrane:1||Alginategelatinthrombin:1||AlphaTocopherol:1||Aminolysis:1||Ammonia detection:1||Angiogenesis:1||BMP2 peptides:1||BMP2VEGFfrom NanoCellulose Loaded in Sponge BiphasicCalcium Phosphate:1||Bacterial nanocellulose:1||Bilayer hemostatic scaffold:1||Bilayer system:1||Bioactivity:1||Biodegradable:1||Biodegradation:1||Bioglass:1||Bioglass microspheres:1||Biomaterial:1||Biomaterials:1||Biopolymers:1||Biphase Calcium Phosphate (BCP):1||Biphasic Calcium PhosphateDerived (BCP) Scaffold for Repair of Large Segmental Bone Defect:1||Biphasic calcium phosphate granule:1||Bone cement:1||Bone defect model:1||Brushite:1||CDHA microspheres:1||CPCccMCGB:1||CaSrP coating:1||Cell carrier:1||Cellulose nano crystal:1||Cellulose nanofiber:1||Cervical vertebral defects:1||Co axial electrospinning:1||Collagen immobilization:1||Composite materials:1||Conductive polymer:1||Corrosion:1||Criticalsized rat calvarial defect:1||Cryogel:1||Curcumin:1||Decellularized kidney extracellular matrix:1||Demineralized bone matrix:1||Dental bone substitute:1||Derivatization:1||Development and properties of duplex MgF2/PCL coatings on biodegradable magnesium alloy for biomedical applications:1||Diabetic Wound Healing:1||ECM:1||Early osteogenesis:1||Electrospinning:1||Electrospraying:1||Electrospun dual membrane:1||Electrospun membrane:1||Electrospun nanofiber membrane:1||Encapsulation:1||Endothelialization:1||Excisional wound:1||Fibers:1||Fibronectin:1||Freezedrying:1||Functionalization:1||GPSedRBSN:1||Gel:1||Glycinearginineglycineaspartic:1||Glycol chitosan:1||Glycosaminoglycan:1||Granules:1||Graphene oxide:1||Guided bone regeneration:1||HAp:1||HPMC:1||Heat shock:1||Heat shock protein:1||Hemocompatibility:1||Hemostatic nano composite:1||Heparin:1||Hyaluronic:1||Hyaluronic acidgelatin:1||Hydroxyapatite:1||IBS:1||In vitro biocompatibility:1||In vivo biocompatibility:1||Intervertebral spacer:1||Intimal hyperplasia:1||Isopropanol:1||Kidney:1||Kidney diseases:1||LBL technique:1||Lawsone:1||Layered ceramics:1||Liver injury:1||Liver wound healing:1||MC3T3E1 cell:1||MCGHyA:1||Magnesium alloy:1||Matrix:1||Mechanical treatment:1||Membranes:1||Methyl cellulose:1||

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