ScholarWorks@Korea University: Suh, Seung Woo

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Suh, Seung Woo (서승우)

Graduate School (Department of Biomedical Sciences)

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Tel 구3087
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adolescent idiopathic scoliosis:12||spine:8||congenital scoliosis:5||scoliosis:5||Adolescent idiopathic scoliosis:5||hemivertebra:5||pedicle screw fixation:4||posterior vertebral column resection:4||Idiopathic scoliosis:4||Spine:4||Cobb method:3||fusion level:3||spondylolisthesis:3||correction:3||Lumbar lordosis:3||Scoliosis:3||knee:3||Minimally invasive scoliosis surgery:2||thoracoplasty:2||pedicle method:2||surgical correction:2||Osteoporosis:2||direct vertebral rotation:2||Confocal microscopy:2||Pelvic orientation:2||addingon:2||pedicle screw instrumentation:2||reliability analysis:2||Fusion level:2||posterior fusion:2||reliability:2||vertebral rotation:2||Cerebral palsy:2||Computed tomography:2||Lordoscoliosis:2||Neuromuscular scoliosis:2||posterior multilevel vertebral osteotomy:2||pelvic orientation:2||Adult scoliosis:2||MRI:2||Rib hump:2||Radiographic measurement:2||Femur:2||Gait analysis:2||growing spine:2||pedicle:2||Cobb angle:2||rib hump:2||spinal surgery:2||biportal endoscopic lumbar discectomy:1||Iliac crest bone graft:1||Local bone graft:1||transforaminal cervical epidural steroid injection:1||joints:1||oblique lateral interbody fusion:1||biportal technique/endoscopic spinal surgery:1||perpendicular:1||trajectory:1||thoracolumbar scoliosis:1||patient outcome:1||facet degeneration:1||Progression:1||osteoarthritis:1||hemivertebra resection:1||lumbar radiculopathy:1||inverted digital luminescence radiograph:1||autograft:1||spinopelvic parameters:1||Hip fracture:1||relationship for high incidence of fall:1||Vertebral morphology:1||Multiplanar reconstruction:1||Sagittal spinal balance:1||Correction surgery:1||Airway obstruction:1||Distractible plate system:1||idiopathic scoliosis:1||soft tissue structures:1||earlyonset scoliosis:1||vitamin D:1||recurrence:1||rib hump index:1||maggot debridement therapy:1||pelvic incidence:1||neurofibromatosis:1||vertebral scalloping:1||posterioronly pedicle screw fixation:1||correction and fusion:1||Juvenile and adolescent idiopathic scoliosis:1||Inter and intraobserver reliability:1||Pedicle screw fixation:1||posterolateral rotatory instabitity:1||Selective thoracic fusion:1||degenerative lumbar deformity:1||lumbar spinal stenosis:1||Cervical spine:1||metallosis:1||prevalence:1||longterm followup:1||spinal disorders:1||lumbar radicular pain:1||visual analog scale:1||Golf:1||Spinal twisting angle:1||shoulder balance measures:1||Crosscorrelation:1||Shoulder balance:1||cement augmentation technique:1||vertebral body:1||computed tomography:1||achondroplasia:1||radiological parameters:1||sagittal balance:1||spinal alignment:1||centroid method:1||radiographic measurement:1||Softtissue serum markers:1||cord compression:1||safe correction:1||cerebral palsy:1||postoperative pelvic pain:1||Age:1||Conventional spinopelvic fixation:1||polyaxial pedicle screws:1||intracranial pressure:1||rib regeneration:1||Adult deformity:1||Fistula:1||microscopic surgery:1||thoracic spine:1||hip:1||Epidural steroid injection:1||Inertial measurement unit:1||Ossification:1||Hip dysplasia:1||3dimensional low dose computed tomography:1||confocal:1||Genetic algorithm:1||osteoporosis:1||Duchenne muscular dystrophy:1||Finite element analysis:1||Bone mineral density:1||posterior interbody fusion:1||hypophosphatemia:1||paroxysmal hypertension:1||paralytic neuromuscular scoliosis:1||poor pulmonary functions:1||post surgical wound infection:1||thoracolumbar kyphosis:1||adult scoliosis:1||measurement methods:1||pedicle migration:1||inter/intraobserver variability:1||dural ectasia:1||Stable curves:1||Safe:1||posterior only pedicle screw fixation:1||CT scan:1||osteogenesis imperfecta:1||individual lung volume:1||convex to concave lung volume ratio:1||Bard:1||Surgical correction:1||minimally invasive surgery:1||Discrete wavelet transform (DWT):1||Somatosensory:1||crankshaft phenomenon:1||implant removal:1||intraclass correlation coefficient:1||Coupling:1||Sagittal spinal alignment:1||brain atrophy:1||Gait asymmetry:1||Kinematics:1||infrared:1||dura mater:1||Selforganizing map:1||Acute fracture:1||cage:1||Dural sac thickness:1||pectus excavatum:1||Vertebral translation:1||Vertebral rotation:1||Scoliosis screening:1||Prevalence rate:1||severe kyphoscoliosis:1||complete healing:1||false positive:1||Flaccid neuromuscular scoliosis:1||Perioperative and postoperative complications:1||biological plasticity:1||severe and rigid neuromuscular scoliosis:1||Postoperative CT scan:1||pelvic fracture:1||anterior cruciate ligament:1||rod derotation:1||artificial intelligence:1||scientific abstract:1||orthopedic surgery:1||journal guidelines:1||ethics:1||abstract:1||cervical epidural pressure:1||lumbar:1||Lumbar fusion:1||running:1||mri:1||Patient blood management:1||decompression:1||Adolescent idiopathic scoliosis (AIS):1||Visual:1||superior articular process:1||implant wear:1||fluid signal:1||coronal curvature:1||spinopelvic alignment:1||Posterior multilevel vertebral osteotomy:1||related factors:1||Neuropathic pain:1||osteotomy:1||lumbar spine:1||scanning:1||Centroid method:1||Biomechanical stability:1||Risk factor analysis:1||safe:1||Proximal femoral nail:1||endplate:1||Freehand technique:1||Position change:1||apical vertebra:1||monoaxial pedicle screws:1||Lumbar spinal fusion:1||Pedicle screw instrumentation:1||degenerative lumbar kyphoscoliosis:1||Balance Sensory system:1||guided growing rod system:1||curve progression:1||cortico/cancellous composite allograft:1||segmental instability:1||Roussouly classification:1||Spontaneous autofusion:1||Vector coding technique:1||spinal stenosis:1||Rotational movement:1||Rod derotation:1||Concordance rate:1||BMP2:1||spondylolysis:1||lung volume:1||laser microscope:1||Spinopelvic parameters:1||Input determination:1||Vertebral compression fracture:1||cauda equina:1||Cadaver study:1||correlation:1||Changing trend:1||Awareness:1||false negative:1||intraoperative neurophysiological monitoring:1||lumbar lordosis:1||Computerized digital radiogram:1||dial test:1||Denosumab:1||Zoledronic Acid:1||Multiaxial highmodularity spinopelvic fixation:1||end vertebra:1||AI:1||plagiarism:1||spine surgery:1||lumbar disc herniation:1||surgical treatment:1||longterm outcomes:1||Lumbar spinal stenosis:1||biportal endoscopic spinal surgery:1||spinal epidural abscess:1||Anemia:1||Transfusion:1||Addingon:1||Pseudoaneurysm:1||Thickness:1||disc degeneration:1||lumbar MRI:1||Stability:1||Oswestry Disability Index:1||Lumbar spine:1||Hip:1||Euler angle:1||Immature:1||Delayed surgery:1||heparinconjugated fibrin:1||spinal fusion:1||Ground reaction force:1||membrane:1||Distraction osteogenesis:1||Bone lengthening plate:1||resistant with conventional treatment:1||Intertrochanteric fracture:1||cord and canal occupancy:1||Posterioronly pedicle screw fixation:1||grade 4 spondylolisthesis:1||Accuracy:1||neuromuscular scoliosis:1||apical derotation:1||posterior cruciate ligament:1||ChatGPT:1||surgery:1||chatbot:1||biportal endoscopic discectomy:1||disc herniation:1||highgrade migration:1||Fusion rate:1||selective thoracic fusion:1||cervical spinal disease:1||marathon running:1||Thoracic scoliosis:1||Abscess:1||Common iliac artery:1||Malpositioned cannulated pedicle screw:1||Postural stability:1||Vestibular:1||Cadaver:1||Dura mater:1||anterior cervical discectomy and fusion:1||sagittal spinal alignment:1||lumbar spinal disease:1||Coordination:1||Leads Assessment of Neuropathic Symptoms and Signs:1||Thoracoplasty:1||Pelvis:1||Risser's sign:1||Pelvic incidence:1||weight lifters:1||imaging:1||compression fracture:1||Kyphoplasty:1||rickets:1||paraganglioma:1||Spinal cord:1||sternal shift:1||all pedicle screw:1||Dynamic hip screw:1||Achondroplasia:1||motor evoked potentials:1||Cobb's angle:1||stress concentration:1||Pelvic obliquity:1||language model:1||formatting guidelines:1||

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