ScholarWorks@Korea University College of Medicine: Kim, Sung Eun

Detailed Information

Kim, Sung Eun (김성은)

Research Institute (Nano-based Disease Control Institute)

Research Area: 골관절염 및 아킬레스건염, 조직재생, 염증성 질병, osteoarthritis and Achilles tendinitis, tissue engineering, Inflammatory disease

Tel
Homepage

ResearcherID ORCiD Scopus Google Scholar ID ResearchGate

Keyword

Heparin:7||heparin:4||nanoparticles:4||Titanium:4||Tendon healing:4||Antiinflammation:3||Osteoarthritis:3||antiinflammation:3||lactoferrin:3||rhBMP2:3||bone regeneration:3||osteogenic differentiation:3||alendronate:3||icariin:3||antiinflammatory:3||nanodiamonds:3||tannic acid (TA):3||MG63 cells:3||Porous microspheres:3||Biomaterials:2||rhPDGFBB:2||Intraarticular injection:2||Polycaprolactone:2||hydroxyapatite:2||adiposederived stem cells:2||osteogenic activity:2||sustained release:2||drug delivery:2||bone morphogenic protein2 (BMP2):2||Alendronate:2||tendon healing:2||Achilles tendinitis:2||osteoarthritis:2||Bone morphogenic protein2 (BMP2):2||rat:2||bone tissue engineering:2||curcumin:2||Antiinflammatory effect:2||chitosan scaffold:2||Gentamicin:1||HEPARIN:1||Hard tissue:1||Heparin derivative:1||Hyaluronic acid:1||Hyaluronic acidbetacyclodextrin:1||INVITRO:1||Ibuprofen:1||Inflammation:1||Injectable BCP/polymer:1||Llactide):1||Llactidecoglycolide):1||MARROW STROMAL CELLS:1||MICROSPHERES:1||Marked BCP:1||Mastoid obliteration:1||Matrix Attachment Regions:1||Mechanical properties:1||Mesoporous silica:1||Nanodiamond:1||Nanotubes:1||New bone formation:1||Optical imaging:1||Osseointegration:1||Osteoblast activity:1||Osteoblast function:1||Osteoblastlike cell:1||Osteoblastic function:1||Osteoblasts:1||Osteogenesis:1||Osteogenesis induction:1||Osteogenic differentiation:1||Osteoinductive growth factors:1||Osteointegration:1||Osteomyelitis:1||Otitis media:1||PCL fiber:1||PDGF:1||PDGFBB:1||PLGA:1||PLGA microspheres:1||Peri implantitis:1||Periodontal ligament cells (PDLCs):1||Peripheral Nerves:1||Photoactivatable nanoagents:1||Poly(D,Llactidecoglycolide):1||Poly(epsiloncaprolactone) microspheres:1||Polymer:1||Polymers:1||Porous PLGA microspheres (PMSs):1||Porous materials:1||Proliferation:1||Propionibacterium acnes:1||RANKL:1||ROS effect:1||ROS scavenging activity:1||Rabbit adiposederived stem cells (rADSCs):1||Regeneration:1||Regenerative factor:1||Rotator cuff tendinitis:1||Scaffold:1||Scavenger receptor targeting:1||Simvastatin:1||Stem Cells:1||Stigmasterol:1||Sulfasalazine:1||Surface biofunctionalization:1||Sustained drug delivery:1||TARGETED DRUGDELIVERY:1||TITANIUM SURFACES:1||Threedimensional (3D) printed scaffolds:1||Threedimensional printing technology:1||Tibial defect model:1||Titanium (Ti):1||Tumor targeting:1||alendronate (ALN):1||antacid:1||antibacterial:1||antioxidant:1||antioxidation:1||antibiotics:1||antioxidant:1||apatite:1||beagle dog:1||betacyclodextrinalginate:1||biodegradable polyurethane:1||biphasic calcium phosphate (BCP):1||bone formation:1||bone fusion:1||bone morphogenetic protein2 (BMP2):1||calcium carbonate (CaCO3):1||cartilage degradation:1||cartilage regeneration:1||chemical derivatizations:1||chondrocytes:1||conventional homogenization:1||dexamethasone:1||disease imaging:1||disease therapy:1||distraction osteogenesis:1||drug carriers:1||dual targeted delivery:1||emulsion droplets:1||enhancement of:1||fluidic device:1||functionalized titanium (Ti):1||gentamicin:1||glycol chitosan:1||glycol chitosanbased nanoparticles:1||heparin nanoparticles:1||highspeed camera:1||hydroxyapatite nanoparticles:1||implant surface:1||inflammation:1||inflammation control:1||inflammatory factors:1||intraarticular injection:1||lactoferrin delivery:1||layerbylayer method:1||mesoporous silica nanomaterials:1||methoxy poly(ethylene glycol)bpoly(D:1||microsphere formation:1||mineralization:1||nanocomplexes (NPXs):1||nearinfrared fluorescence:1||osseointegration:1||osteodifferentiation ability:1||osteoblast:1||osteoblast activity:1||osteoblast behavior:1||osteoblast function:1||osteoclast:1||osteoclastogenesis:1||osteoconductive:1||osteogenesis acceleration:1||osteogenesis promotion:1||osteoinductive:1||osteointegration:1||pH responsive:1||peristaltic pump:1||poly(D:1||poly(epsiloncaprolactone) microspheres:1||polycaprolactone (PCL):1||porous microspheres:1||porous microspheres (PMSs):1||rebamipide:1||recombinant human bone morphogenic protein2 ( rhBMP2):1||recombinant human bone morphogenic protein2 (rhBMP2):1||resveratrol:1||scaffold:1||simple fluidic device:1||simvastatin:1||spine:1||sustained lactoferrin delivery:1||tannic acid:1||tapered glass capillary:1||tenocytes:1||therapy:1||threedimensional (3D) printed scaffold:1||tibial defect model:1||titanium (Ti):1||titanium implant:1||urocanic acid:1||3D printing:1||αvβ3 Integrin:1||3D scaffold:1||Activated macrophages:1||Adipose Tissue:1||Adiposederived stem cells:1||Alendronate (Aln):1||Antibacterial activity:1||Antibiotics:1||BISPHOSPHONATES:1||BMP2:1||Bioactive glass:1||Biodegradable scaffold:1||Biodegradation:1||Biphasic calcium phosphate:1||Biphasic calcium phosphate (BCP):1||Blood vessel:1||Bone formation:1||Bone morphogenetic protein:1||Bone morphogenetic protein2 (BMP2):1||Bone morphogenic protein 2 (BMP 2):1||Bone morphogenic protein2:1||Bone regeneration:1||Bovine bone:1||CONTROLLEDRELEASE:1||Calvarial defect model:1||Chondrogenesis:1||Collagenaseinduced Achilles tendinopathy:1||Composite:1||Composite materials:1||Curcumin:1||Cyclic RGD:1||Delivery:1||Diacerein:1||Diclofenac:1||Drug delivery:1||ECTOPIC BONEFORMATION:1||FUNCTIONALIZATION:1||Fibrous sheet:1||Fluidic device:1||

STATISTICS: Total View :12,808,235; Today View :5,246

RSS_1.0 RSS_2.0 ATOM_1.0

73, Goryeodae-ro, Seongbuk-gu, Seoul, Republic of Korea (02841)82-2-2286-1265

Certain data included herein are derived from the © Web of Science of Clarivate Analytics. All rights reserved.
You may not copy or re-distribute this material in whole or in part without the prior written consent of Clarivate Analytics.

Detailed Information

Keyword

BROWSE