ScholarWorks@Korea University: HONG, JUNG HWA

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HONG, JUNG HWA (홍정화)

Graduate School (Department of Control and Instrumentation Engineering)

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Tel 044-860-1446
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Silicaforming peptide:2||Sasang constitutional types:2||positional therapy:2||Silicification:2||Ferritin:2||Aptasensor:2||Elderly:2||Postural control:2||Localized surface plasmon resonance:2||Surface potential:1||Real sample:1||Metabolic syndrome:1||Taeeum:1||Soeum:1||gender difference:1||electrolyte:1||medical application:1||phasedependency:1||rigidity:1||center of pressure:1||postural sway:1||External force perturbation:1||gait characteristics in early stance phase:1||COP:1||Discogenic pain:1||intervertebral discs:1||Human saliva:1||multiphysical analysis:1||Nanotoxicity:1||cytokine:1||tensile strength:1||myotility:1||ankle muscles:1||Isokinetic:1||Muscle strength:1||Rehabilitation:1||Soeum type:1||Aquaplasma:1||Aqua plasma:1||behavior therapy:1||obstructive:1||sleep apnea:1||mediolateral:1||sleep device:1||positional sleep apnea and snoring:1||muscle contraction:1||impact acceleration at medial knee:1||dorsal root ganglion:1||interleukin:1||Nanoparticle:1||Lower limb:1||Purification tag:1||osteocyte glycocalyx:1||Labelfree:1||nitric oxide:1||Finite element analysis:1||Electromyography:1||Percutaneous Decompression:1||Medial branch:1||Kinematic analysis:1||3D printing:1||Mechanical work:1||biomechanical functions:1||Cohort analysis:1||Position of design change:1||smooth muscle:1||small intestine:1||Shoulder:1||Concentric:1||Active anterior rhinomanometry:1||Soyang type:1||Tissue modulus:1||Apparent modulus:1||Parkinson's disease:1||viscoelasticity:1||Sex differences:1||Low Back Pain:1||Nerve conduction:1||Superficial radial nerve:1||Heellifting strategy:1||pedestrian accident:1||Quiet standing:1||Gender difference:1||piezoelectric bone matrix:1||streaming potential:1||Gold nanoparticle:1||ulcer:1||reaction time:1||Eccentric:1||Taeeum type:1||Boiling:1||sleep disorders:1||Reaction time:1||sex difference:1||myoelectric signal:1||strain generated potential:1||Fall risk:1||Surface modification:1||growth factor:1||Stair ascent:1||Distribution:1||Silica nanoparticles:1||Gold nanoparticles:1||Attomole:1||disc nucleus replacement:1||Soyang:1||Headform impact:1||postural control:1||Electrolysis:1||hydroxyl radical:1||snoring:1||stance and swing phase controlled knee prosthesis:1||lowspeed impact:1||MES:1||Ankle moment:1||Fallrisk:1||25Hydroxyvitamin D3:1||PEGFree gold nanorods:1||Biosilica nanoparticles:1||Biomimetics:1||Modal analysis:1||Total nasal resistance:1||Transnasal pressure:1||Trabecular bone:1||H2 plasma:1||posture:1||Radiofrequency:1||quiet standing:1||Anatomical study:1||Lateral branch:1||Posture control:1||response surface analysis:1||stance phase control:1||human model:1||pore pressure:1||shear force:1||Surface enhanced Raman spectroscopy:1||Strategy:1||Cortisol:1||osteonal canalicular flow characteristics:1||Aluminum ions:1||intervertebral disc:1||balloon nucleus replacement system:1||benexate hydrochloride betadex:1||stomach:1||Pedestrian protection:1||Frequency response function:1||H2O plasma:1||vapor bubble:1||quantification:1||Disc Herniation:1||sagittal mobility of footankle:1||transfemoral amputee:1||bone:1||Isokinetic contraction:1||Squatandstand:1||Drug delivery:1||low back pain:1||animal model:1||Sensor:1||

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