ScholarWorks@Korea University: Kim, Hak Jun

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Kim, Hak Jun (김학준)

Graduate School (Department of Biomedical Sciences)

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Tel 02-2626-3090
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Ankle:6||ankle:4||Osteoarthritis:4||heparin:4||Achilles tendon rupture:3||Tendon healing:3||Achilles tendon:3||Treatment outcome:3||Hallux valgus:3||nanoparticles:3||MG63 cells:3||Porous microspheres:3||Heparin:2||Antiinflammation:2||Achilles tendinitis:2||adiposederived stem cells:2||Osteotomy:2||Alendronate:2||Diagnosis:2||tendon healing:2||alendronate:2||osteogenic activity:2||Arthrodesis:2||icariin:2||Intraarticular injection:2||Ankle joint:2||Antiinflammatory effect:2||lactoferrin:1||Nonunion:1||osteogenesis promotion:1||sustained lactoferrin delivery:1||Betafoam:1||Cutoff values:1||Arthroplasty:1||soft tissue procedure:1||AdiposeDerived Stem Cells:1||biopsy:1||chitosan scaffolds:1||bone morphogenic protein2(BMP2):1||treatment outcome:1||alendronate (ALN):1||treatment failure:1||risk assessment:1||Korean:1||Ankle injuries:1||resveratrol:1||Diclofenac:1||PDGF:1||cartilage repair:1||consensus:1||beagle dog:1||porous microspheres (PMSs):1||Comparative study:1||PLGA:1||American orthopedic foot and ankle society (AOFAS) score:1||plane of osteotomy:1||Indications:1||metallosis:1||Polycarprolactone:1||Nanofiber:1||Bone Regeneration:1||bone morphogenic protein2 (BMP2):1||tumor:1||osteogenesis acceleration:1||Aspergillosis:1||Xanthomatosis:1||drug delivery:1||Age:1||os:1||hyperlipidemia:1||ATRS:1||body mass index:1||screw breakage:1||Rehabilitation:1||Minimal invasive:1||Rotator cuff tendinitis:1||Hyaluronic acid:1||Biphasic calcium phosphate (BCP):1||New bone formation:1||Ideal angle:1||glycol chitosan:1||chemical derivatizations:1||bone formation:1||hydroxyapatite nanoparticles:1||Anterior inferior tibiofibular ligament:1||Ligament reconstruction:1||EuroQol:1||conservative management:1||Pathophysiology:1||osteoblast activity:1||sustained release:1||Calcaneus:1||Fractures:1||aged:1||bone density:1||Tomography:1||obesity:1||diabetic foot:1||Bone plates:1||fracture fixation:1||ultrasonography:1||Fusion:1||wound healing:1||Collagenaseinduced Achilles tendinopathy:1||rhPDGFBB:1||bone regeneration:1||Ankle syndesmosis:1||Computed tomography:1||disease therapy:1||Alendronate (Aln):1||Porous PLGA microspheres (PMSs):1||Early achilles tendon repair:1||Metaanalysis:1||Metatarsal length:1||proximal phalanx:1||Accessory fascicle:1||heparin nanoparticles:1||osteoclast:1||bone morphogenetic protein2:1||functionalized titanium (Ti):1||range of motion:1||inflammation control:1||Neoplasm:1||calfmuscle exercise:1||Validity:1||Conservative treatment:1||ankle joint:1||suture anchors:1||contralateral side:1||Percutaneous:1||Outcome assessment:1||tenocytes:1||Diacerein:1||Fibrous sheet:1||Polycaprolactone:1||Osteogenesis:1||revision:1||salvage:1||Curcumin:1||Corticosteroid injection:1||Risk factors:1||rhBMP2:1||syndesmotic injury:1||Tibial defect model:1||Syndesmotic screw fixation:1||Krackow suture:1||tibial defect model:1||5th Metatarsal base fracture (Zone 1):1||bunionectomy:1||first ray:1||Mechanoreceptors:1||safe zone:1||Flatfoot:1||Nonsurgical:1||curcumin:1||fibrin glue:1||chitosan scaffold:1||gastrocnemius contracture:1||gastrocnemius soleus complex contracture:1||plantar fasciitis:1||Foot deformities:1||Contralateral tendon rupture:1||CT angiography:1||skin ulcer:1||percutaneous screw fixation:1||Fracture fixation:1||ankle fracture:1||outcomes assessment:1||Postoperative pain:1||Stigmasterol:1||Mesoporous silica:1||mesoporous silica nanomaterials:1||Teriparatide:1||inflammatory factors:1||simvastatin:1||Morton's neuroma:1||osseointegration:1||manual reduction:1||rotational ankle fracture:1||threedimensional (3D) printed scaffold:1||lactoferrin delivery:1||supramalleolar osteotomy:1||Treatment:1||Surgical:1||collagen gel:1||patellar tendon:1||sprain:1||synovium:1||bone morphogenetic protein2 (BMP2):1||osteoblast function:1||Extended lateral approach:1||Silfverskioeurold test:1||nanocomplexes (NPXs):1||ROS effect:1||naviculare:1||Lisfranc injury:1||Chronic disease:1||Tarsal joint:1||pH responsive:1||antiinflammatory:1||internal fixators:1||tendinopathy:1||Chevron:1||Tendon injuries:1||osteodifferentiation ability:1||nanodiamonds:1||povidoneiodine:1||Surface biofunctionalization:1||Threedimensional (3D) printed scaffolds:1||Rabbit adiposederived stem cells (rADSCs):1||biphasic calcium phosphate (BCP):1||bipartite hallucal sesamoid:1||hallux valgus:1||chevron osteotomy:1||Acute achilles tendon rupture:1||Optimal surgical timing:1||Arthritis:1||Ibuprofen:1||metatarsal:1||osteogenic differentiation:1||complication:1||RANKL:1||neoplasm:1||surgery:1||enhancement of osteoblast functions:1||absorptiometry:1||betacyclodextrinalginate:1||diabetes:1||skin perfusion pressure:1||Lateral ligaments:1||urocanic acid:1||antioxidant:1||ligaments:1||talus:1||tendon injuries:1||Range of motion:1||Recovery of function:1||Foot:1||Poly(D,Llactidecoglycolide):1||Sustained drug delivery:1||diabetic foot ulcer:1||Medifoam:1||Biphasic calcium phosphate:1||Sulfasalazine:1||porous microspheres:1||antiinflammation:1||implant surface:1||clamp reduction:1||drug carriers:1||Supramalleolar osteotomy:1||Calvarial defect model:1||Bone regeneration:1||Cybex isokinetic test:1||Visual analogue scale (VAS) score:1||lateral cortical fracture:1||Chronic joint instability:1||fibular fracture:1||Rupture:1||osteoclastogenesis:1||suture anchor:1||bone:1||plantar:1||tannic acid (TA):1||Risk factor:1||tarsal bones:1||Radiography:1||Reliability:1||

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