ScholarWorks@SUNGKYUNKWAN UNIVERSITY: CHANG, WON HYUK

Detailed Information

CHANG, WON HYUK (장원혁)

Medicine (Medicine)

Research Area

Tel
Homepage

ResearcherID ORCiD Scopus Google Scholar ID ResearchGate

Keyword

Stroke:29||stroke:24||Rehabilitation:13||Transcranial magnetic stimulation:9||rehabilitation:7||Motor recovery:6||motor recovery:6||Transcranial direct current stimulation (tDCS):5||Gait:5||BDNF:5||Interhemispheric modulation:5||Prognosis:4||Transcranial direct current stimulation:4||Shoulder pain:3||ischemic stroke:3||Function:3||Cognition:3||Ultrasonography:3||Corticospinal tract:3||Polymorphism:3||depression:3||gait:3||motor function:3||Cohort:3||Motor evoked potentials:3||transcranial magnetic stimulation:3||Motor function:3||repetitive transcranial magnetic stimulation:3||upper extremity:3||Electromyography:3||Disability:2||risk factors:2||Cohort studies:2||s disease:2||Independence:2||Cerebral palsy:2||Quality of life:2||Infratentorial:2||stem cells:2||brain:2||Fractional anisotropy:2||Motor disorders:2||stroke rehabilitation:2||brain stimulation:2||transcranial direct current stimulation:2||Bihemispheric stimulation:2||Freezing of gait:2||Repetitive transcranial magnetic stimulation:2||Motor impairment:2||Robotassisted gait training:2||Chronic stroke:2||Cortical excitability:2||Functional electrical stimulation:2||lower extremity:2||Aging:2||Myofascial pain syndromes:2||Nearinfrared spectroscopy:2||Spasticity:2||Ischemic stroke:2||Noninvasive brain stimulation:2||motor network:2||Aphasia:2||Leukoaraiosis:2||neuroimaging:2||Parkinson&apos:2||Parkinsonian disorders:2||Leukoencephalopathies:2||extradural cortical stimulation:2||functional MRI:2||Transcranial magnetic stimulation (TMS):2||Balance:2||prediction:2||functional recovery:2||rTMS:2||Wearable hipassist robot:2||recovery:2||recovery of function:2||Diffusion tensor tractography:2||Mesenchymal stem cells:2||restingstate fMRI:2||Prevalence:2||Multiple system atrophy:1||Muscle activation:1||Muscle activity:1||Myofascial pain syndrome:1||Network:1||Noninvasive brain stimulation:1||Older adult:1||Osteoarthritis:1||Oxygen consumption:1||Parkinson disease:1||Parkinsonism:1||Patient Discharge:1||Pelvic pain:1||Periventricular leukomalacia:1||Post hoc analysis:1||Preconditioning:1||Premotor cortex:1||Primary motor cortex:1||Pro:1||Protocols &:1||Pulmonary arteries:1||REHABILITATION MEDICINE:1||Range of motion:1||Re:1||Recovery of Function:1||Recovery of function:1||Rehabilitation method:1||Reliability:1||Reverter:1||Risk factors:1||Robotassisted:1||Robotassisted therapy:1||Rotator cuff:1||SPM:1||Sarcopenia:1||Sex differences:1||Short Physical Performance Battery:1||Single nucleotide polymorphism:1||Spatiotemporal gait parameters:1||Spinal cord injury:1||Stability:1||Stair ascent:1||Stents:1||Steroids:1||Stretch:1||Stroke volume:1||Tractography:1||Trancranial magnetic stimulation:1||Trophism:1||Veins:1||Walking:1||Wearable hip assist robot:1||Women:1||Working memory task:1||activation pattern:1||acute management:1||adolescents:1||alleles:1||artificial intelligence:1||atypical Parkinsonism:1||augmented reality:1||balance:1||biomarkers:1||brain connectivity:1||brain ischemia:1||brain tumor:1||braincomputer interfaces:1||brainderived neurotrophic factor:1||breast cancer:1||caregiver burden:1||cerebral infarction:1||cerebral palsy:1||children:1||clinical trial:1||clustering:1||cognitive dual task:1||cognitive dysfunction:1||cognitive function:1||cognitive reserve:1||cohort study:1||comorbidity:1||complication:1||cortical activation:1||cortical neuroplasticity:1||defaultmode network:1||diffusion:1||diffusion tenser tractography:1||disability:1||disability evaluation:1||education:1||elderly:1||elderly adults:1||electrical stimulation:1||electroencephalography:1||employment:1||exercise:1||freezing of gait:1||function:1||functional connectivity:1||functional dependence:1||functional independence measure:1||functional magnetic resonance imaging:1||functional nearinfrared spectroscopy:1||functional outcome:1||gait function:1||gait training:1||gender:1||genotype:1||guidelines:1||hamstring tightness:1||hand knob:1||hand motor hot spot:1||hemorrhage:1||home care services:1||human:1||hyaluronic acid:1||hyperglycemia:1||impairment severity:1||independence:1||infratentorial stroke:1||injections:1||inpatients:1||intensive care unit:1||intimacy:1||intraarticular injection:1||intrinsic factor:1||ipsilateral corticospinal tract:1||ischemia:1||joint capsule:1||ketorolac:1||lesion network:1||locomotion:1||longitudinal studies:1||low back pain:1||machine learning:1||magnetic resonance imaging:1||medical records:1||mesenchymal stem cells:1||metabolic energy cost:1||modified Barthel Index:1||mortality:1||motor imagery:1||motor learning:1||motor skills:1||multichannel transcranial direct current stimulation (tDCS):1||multimodal imaging:1||muscle activity:1||neurological impairment:1||neurorehabilitation:1||neurotrophic factor:1||noninvasive brain stimulation (NIBS):1||obesity:1||occupation:1||pain:1||parietal lobe:1||patient transfer:1||personalized medicine:1||persons with stroke:1||poststroke depression:1||poststroke central pain:1||precision medicine:1||prediction model:1||prevalence:1||primary caregiver:1||range of motion:1||recovery pattern:1||recurrence:1||reliability:1||restingstate functional magnetic resonance imaging:1||return to work:1||robotassisted gait trainin:1||robotics:1||schizencephaly:1||severity:1||skeletal muscle:1||spasticity:1||steroids:1||stretch:1||stretching:1||supratentorial stroke:1||transcranial magnetic simulation:1||transcranial magnetic sti:1||trigger points:1||ultrasonography:1||ultrasound:1||validity:1||vascular Parkinsonism:1||virtual reality:1||vocational rehabilitation:1||walking:1||white matter:1||work:1||Aged:1||young adults:1||Aneurysmal subarachnoid hemorrhage:1||Anterior intraparietal sulcus:1||Assistive robotics:1||Axonal sprouting:1||Brain disorder:1||Burden:1||Carpal tunnel syndrome:1||Cerebellar stimulation:1||Cerebrolysin:1||Cirrhosis:1||Clinical practice guideline:1||Coactivation:1||Cognition Disorders:1||Constraintinduced movement therapy:1||Cortical activation:1||Corticocerebellar tract:1||Corticospinal excitability:1||DTI:1||Day/night:1||Deglutition disorders:1||Diff:1||Diffusion:1||Disability Evaluation:1||Dorsolateral prefrontal cortex (DLPFC):1||Dysphagia:1||ESWT:1||Elderly adult:1||Elderly adults:1||Electric current density:1||Electrical stimulation therapy:1||Endovascular procedures:1||Erector spine muscle:1||Exercise:1||FACT algorithm:1||Finite element method:1||Fistula:1||Foot plantar pressure:1||Foot pressure distribution:1||Frailty:1||Functional Status Score:1||Functional connectivity:1||Functional imaging:1||Functional near infrared spectroscopy:1||Gait disorders, neurologic:1||Gait speed:1||Groin:1||Hand knob:1||Hand motor hotspot:1||Hemorrhagic Stroke:1||Hippotherapy:1||Homing:1||Hyperglycemia:1||Inferior frontal cortex:1||Injections:1||Interaction:1||Interhemispheric connectivity:1||Interhemispheric interaction:1||Intracortical facilitation:1||Intracortical inhibition:1||Intrahemispheric connectivity:1||Inverter:1||Joint capsule:1||Korea:1||Korean:1||Korean version:1||Liver transplantation:1||Locomotion:1||Longitudinal studies:1||Lower extremity:1||Median nerve:1||Metabolic energy:1||Metabolic energy expenditure:1||Migration:1||Modified Ashworth Scale:1||Motor cortical excitability:1||Motor disorder:1||Motor evoked potentials (MEP):1||Motor imagery:1||Motor training:1||Motorevoked potentials:1||

STATISTICS: Total View :5,174,756; Today View :0

RSS_1.0 RSS_2.0 ATOM_1.0

(03063) 25-2, SUNGKYUNKWAN-RO, JONGNO-GU, SEOUL, KOREAsamsunglib@skku.edu

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