ScholarWorks@Korea University College of Medicine: Song, Hae Ryong

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Song, Hae Ryong (송해룡)

Guro Hospital (Department of Orthopedic Surgery, Guro Hospital)

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distraction osteogenesis:6||achondroplasia:5||Distraction osteogenesis:5||AVASCULAR NECROSIS:4||external fixator:4||adolescent idiopathic scoliosis:4||intramedullary nail:4||Achondroplasia:4||Hip:4||LeggCalvePerthes disease:4||MRI:3||External fixator:3||DISTRACTION OSTEOGENESIS:3||skeletal age:3||Femoral lengthening:3||Bone marrow:3||Mutation:3||Ilizarov:3||Osteoarthritis:3||PATTERNS:3||MG63 cells:3||lengthening:3||COMP:3||HIP:3||multiple epiphyseal dysplasia:3||bone formation:3||scoliosis:3||pseudoachondroplasia:3||Magnetic resonance imaging:2||RECONSTRUCTION:2||RECURRENT G380R MUTATIONS:2||Rabbit:2||complications:2||submuscular plating:2||Bone marrow, MR:2||tibia:2||Antibiotics:2||BMD:2||SHORT STATURE:2||Mesenchymal stem cells:2||Korean children:2||desbuquois dysplasia:2||Bone defect:2||Scaffold:2||Multiple epiphyseal dysplasia:2||pedicle screw fixation:2||Hip, MR:2||femoral lengthening:2||femur:2||Hip, necrosis:2||alendronate:2||Nail:2||Skeletal dysplasia:2||Bone morphogenic protein2 (BMP2):2||Physis:2||Bone regeneration:2||Lengthening:2||Chondrogenic differentiation:2||Limb length discrepancy:2||bone age delay:2||Brachymetatarsia:2||CHILDREN:2||TW3 method:2||proximal femur:2||MATN3:2||bracing:2||rat:2||Femur:2||limb lengthening:2||callus pattern:2||MODEL:2||cartilage oligomeric matrix protein:2||Infection:2||skeletal dysplasia:2||Cytokines:1||DISCREPANCY:1||Deformity correction:1||Dental implants:1||Development:1||Dexamethasone:1||Diagnosis:1||Dislocation:1||Distraction Osteogenesis:1||Downswing:1||Duchenne muscular dystrophy:1||Dysphagia:1||EXCISION:1||EXTERNAL FIXATOR:1||External fixation:1||External fixator system:1||FAX: 028634605Email: songhae@korea.ac.kr:1||FEET:1||FIBULAR GRAFT:1||FOLLOWUP:1||FOOT:1||FRACTURES:1||Femoral head:1||Femoral osteotomy:1||Femoral shaft fracture:1||Femur Shaft Fracture:1||Femur, MR:1||Femur, necrosis:1||Femur, radionuclide studies:1||Fetal Blood:1||Fibrocartilaginous Dysplasia:1||First metatarsal bone:1||Flexible flat foot:1||Flexion contracture:1||Freehand technique:1||Functional and psychological outcomes:1||Gait:1||Gene expression:1||Genu varum deformity:1||Golf:1||Gradual correction:1||Greulich and Pyle:1||Greulich and Pyle atlas:1||Growth plate involvement:1||Guided bone regeneration:1||HYPOFIBRINOLYSIS:1||Healing index:1||Hematopoietic stem cells:1||Hematoprotection:1||Heparin:1||Hereditary multiple exostoses:1||Hip, radionuclide studies:1||Human mesenchymal stem cells:1||Humeral fracture:1||Hyaluronic acid:1||Hyaluronic acidbetacyclodextrin:1||INTRAMEDULLARY NAIL:1||Ibuprofen:1||Ilizarov external fixator:1||Ilizarov method:1||Ilizarov ring fixator:1||Inter and intraobserver reliability:1||Internal bone transport:1||Intramedullary nail:1||Joint laxity:1||Juvenile and adolescent idiopathic scoliosis:1||Knee:1||Korea:1||Korean population:1||Kyphoscoliosis:1||LATERAL COLLATERAL LIGAMENT:1||LIMBLENGTH DISCREPANCY:1||LONGITUDINAL GROWTH:1||LOWERLIMBS:1||Lateral subluxation:1||LeggCalvePerthes Disease:1||Lengthening over nail:1||Limb lengthening:1||Linear velocity:1||Lowintensity pulsed ultrasound:1||Lumbar lordosis:1||MANAGEMENT:1||MCPP:1||MED:1||MULTICENTER:1||Mastoid obliteration:1||Mechanical work:1||Medial arch supports:1||Medial jointspace widening:1||Mendelian:1||Mesenchymal Stem Cells:1||Metaphyseal cyst:1||Metatropic dysplasia:1||Meyer's dysplasia:1||Modified Ilizarov technique:1||Multiple dislocations:1||NECK:1||NEGLECTED CLUBFOOT:1||Nailpatella syndrome:1||Nanofiber:1||Neurofibromatosis type 1:1||Neurofibromin:1||Neuromuscular scoliosis:1||New bone formation:1||Nonoperative treatment:1||OSTEOPOROSIS:1||Operative treatment:1||Orthopaedic Oncologist:1||Osteoblast activity:1||Osteochondral defect:1||Osteogenesis:1||Osteogenesis induction:1||Osteogenic differentiation:1||Osteomyelitis:1||Osteonecrosis:1||Osteosarcoma:1||Osteotomy:1||Otitis media:1||PCL fiber:1||PDMS:1||PERTHESDISEASE:1||PHEX:1||PHYSIS:1||PLASMINOGENACTIVATOR INHIBITOR:1||PLGA:1||POPULATION:1||PROTEINC:1||PROXIMAL TIBIOFIBULAR JOINT:1||PSACH:1||PSEUDARTHROSIS:1||Pediatrics:1||Pedicle screw fixation:1||Pelvic osteotomy:1||Periodontal ligament cells (PDLCs):1||Perthes disease:1||Perthes disease.:1||Perthes' disease:1||Pixel value:1||Pixel value ratio:1||Placenta:1||Plateletrich plasma:1||Polycaprolactone:1||Polycaprolactone (PCL):1||Polycarprolactone:1||Polymer deposition system (PDS):1||Polymer nanoparticle:1||Polymethylmethacrylate:1||Porous PLGA microspheres (PMSs):1||Porous microspheres:1||Postoperative CT scan:1||Premature termination:1||Proximal tibial osteotomy:1||Pseudoachondroplasia:1||RABBIT:1||RABBIT TIBIA:1||RANKL:1||Rabbit adiposederived stem cells (rADSCs):1||Radiographic measurement:1||Regenerate fracture:1||Retrograde flexible nailing:1||Risser sign:1||SELECTION:1||SENSITIVITY:1||SOFTTISSUE:1||SPINECHO:1||SPINABIFIDA:1||SUBCHONDRAL INSUFFICIENCY FRACTURE:1||Safe:1||Sagittal translation:1||Short:1||Short fourth metatarsals:1||Short stature:1||Simvastatin:1||Skeletal age:1||Skeletal maturation:1||Skeletal traction:1||Sponastrime dysplasia:1||Spondyloepimetaphyseal dysplasia:1||Spondyloepiphyseal dysplasia congenita:1||Stable curves:1||Steroid:1||Subchondral fracture:1||Sulfasalazine:1||Sustained release:1||THROMBOPHILIA:1||TISSUES:1||TRAPPC2:1||Tanner and Whitehouse:1||TannerWhitehouse:1||Thermosensitive hydrogel:1||Threedimensional (3D) printed scaffolds:1||Threedimensional foot model:1||Threedimensional printing technology:1||Tibia:1||Tibia lengthening:1||Tibial defect model:1||Tibial distraction:1||Tibial lengthening:1||Timing:1||Timingsurgical procedures:1||Titanium:1||Torg ratio:1||Triamcinolone acetonide:1||Twostage reconstruction:1||Unstable hip:1||Vascularized fibular graft:1||WALKING:1||Whistling face syndrome:1||Wire bending:1||Wire tension:1||Xlinked dominant:1||Xlinked spondyloepiphyseal dysplasia tarda:1||Xenotransplantation:1||Young children:1||acetabular deformity:1||adipose tissue:1||adult scoliosis:1||advanced bone age:1||anterior femoral cutaneous nerve:1||antiinflammation:1||apical derotation:1||arthroscopic debridement:1||bifocal tibial osteotomy:1||bilateral:1||biomechanics:1||biphasic calcium phosphate:1||biphasic calcium phosphate (BCP):1||bone:1||bone defect:1||bone lengthening:1||bone mineral density ratio:1||bone morphogenic protein2:1||bone morphogenic protein2 (BMP2):1||bone morphogenic protein2(BMP2):1||bone transport:1||brachymetatarsia:1||bullous lung alterations:1||calciumactivated nucleotidase 1:1||callus density:1||callus stiffness:1||cell culture:1||centroid method:1||cerebral palsy:1||cervical spine:1||chitosan scaffolds:1||common founder:1||common haplotype:1||computed tomography (CT):1||conservative treatment:1||convex to concave lung volume ratio:1||correction and fusion:1||curcumin:1||curve more than 40 degrees:1||curve progression:1||deep infection:1||defect:1||deformity correction:1||delayed ossification:1||disease imaging:1||drooping of convex RVA and RVAD:1||drug delivery:1||dualenergy Xray absorptiometry:1||endplate:1||enhancement of osteoblast functions:1||false negative:1||false positive:1||flatfoot:1||foot orthoses:1||forearm deformity:1||freeform fabrication (SFF):1||genotype:1||genu varum:1||glycol chitosanbased nanoparticles:1||gradual distraction:1||granular pattern:1||growth disturbance:1||healing pathway:1||heparin:1||heparin nanoparticles:1||heterogeneity:1||hip:1||hypochondroplasia:1||hypophosphatemia:1||hypophosphatemic rickets:1||idiopathic short stature:1||in situ photopolymerization:1||individual lung volume:1||inter/intraobserver variability:1||intraoperative neurophysiological monitoring:1||knee:1||knee physeal closure:1||large curve:1||lumbar spine:1||mechanical axis deviation:1||mesenchymal stromal cell:1||mesomelic dwarfism:1||metacarpophalangeal pattern profile:1||microchannel:1||microfluidic:1||micropump:1||misdiagnosis:1||molecular genetic test:1||monogenic:1||monolateral fixator:1||motor evoked potentials:1||multiple cartilaginous exostosis:1||multiple joint dislocations:1||mutation:1||nearinfrared fluorescence:1||neonatal sepsis:1||neurofibroma:1||neuromuscular scoliosis:1||neuropathy:1||new bone:1||nextgeneration sequencing:1||os odontoideum:1||osteoblast activity:1||osteoclast:1||osteoclastogenesis:1||osteogenesis:1||osteogenesis imperfect:1||osteogenesis imperfecta:1||osteogenic activity:1||overview:1||pedicle:1||pedicle screw instrumentation:1||pelvic fracture:1||pelvic incidence:1||pelvic orientation:1||phenotype:1||phenotypic overlap:1||pixel:1||pixel value ratio:1||platelet rich plasma:1||plexiform neurofibromatosis:1||poly(lacticcoglycolic acid) (PLGA):1||polycaprolactone (PCL):1||porous microspheres:1||porous microspheres (PMSs):1||posterior multilevel vertebral osteotomy:1||posterior only pedicle screw fixation:1||posterioronly pedicle screw fixation:1||postoperative pelvic pain:1||prematurity:1||proteus syndrome:1||protrusio acetabuli:1||proximal femoral osteotomy:1||proximal tibial osteotomy:1||pulmonary vein varix:1||rabbit:1||radiographic measurement:1||radiologic phenotype:1||rhBMP2:1||rickets:1||safe correction:1||sagging rope sign:1||scaffold:1||severe and rigid neuromuscular scoliosis:1||short first metatarsal:1||simvastatin:1||single leg stance:1||skeletally immature:1||slipped capital femoral epiphysis:1||solid:1||spondyloepiphyseal dysplasia:1||stress concentration:1||stromal vascular fraction:1||tendon healing:1||therapy:1||thigh:1||threedimensional (3D) printed scaffold:1||tibial defect model:1||tibial lengthening:1||tissue engineering:1||tricalcium phosphate/hydroxyapatite:1||ulnar lengthening:1||unicompartmental osteoarthritis:1||unstable slip:1||upper cervical spine instability:1||valgusextension osteotomy:1||vascular lung pathology:1||vitamin D:1||βTricalcium phosphate:1||감염:1||골견인술:1||골수강 내 금속 정:1||대퇴골 간부 골절:1||대퇴골 연장술:1||외 고정 장치:1||ACHONDROPLASIA:1||하지 부동:1||ANKLE:1||Absent femoral head:1||Accuracy:1||Acetabuloplasty:1||Achilles tendinitis:1||Adipogenic differentiation 통신저자：송 해 룡서울시 구로구 구로동 80고려대학교 의과대학 구로병원 정형외과TEL: 028186685:1||AdiposeDerived Stem Cells:1||Adiposederived stem cells:1||Adult scoliosis:1||Age:1||Alendronate:1||Alendronate (Aln):1||Angiopoietin1:1||Antecubital pterygium:1||Antiinflammatory effect:1||Antibioticimpregnated cement beads:1||Arthroplasty:1||Axial translation:1||BMC:1||BONE:1||BONEGROWTH:1||BioC(composite (HA(30%)/betaTCP(70%)):1||Biodegradable scaffold:1||Biphasic calcium phosphate (BCP):1||Bone Marrow:1||Bone Regeneration:1||Bone age delay:1||Bone lengthening:1||Bone marrow, edema:1||Bone marrow, radionuclide studies:1||Bone mineral density:1||Bone morphogenetic protein:1||Bone morphogenetic protein2 (BMP2):1||CHRONIC OSTEOMYELITIS:1||COL2A1:1||COMPLEX FOOT DEFORMITIES:1||COMPLICATIONS:1||CONGENITAL TALIPES EQUINOVARUS:1||CORRELATIONCOEFFICIENT:1||CT scan:1||CUBITUS VARUS:1||Calcium sulfate powder:1||Callus:1||Callus analysis:1||Callus maturation:1||Callus pattern:1||Calvarial defect model:1||Carboxymethyl cellulose (CMC):1||Cartilage oligomeric matrix protein:1||Cast:1||Cement spacer:1||Cerebral palsy:1||Cervical instability:1||Chondrogenesis:1||Chronic osteomyelitis:1||Chronological age:1||Classification:1||Clinical manifestations:1||Clubfoot:1||Cobb angle:1||Cobb method:1||Cobb's angle:1||Col9A3:1||Collagen:1||Complication:1||Complications:1||Computerized digital radiogram:1||Congenital:1||Coupling:1||Coxa valga:1||Cranialcervical malformation:1||Crosscorrelation:1||Cryomicrotome:1||

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