ScholarWorks@Gachon: Kang, Chang Ki

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Kang, Chang Ki (강창기)

Health Science (Dept.of Radiology)

Research Area: 자기공명영상학, 자기공명혈관영상학, 뇌기능영상학, MRI, MRA, functional imaging

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7T MRI:6||pulse wave velocity:5||Magnetic resonance imaging:5||MRA:5||Mouth breathing:5||7 T MRI:4||common carotid artery:4||Breathing:4||EEG:4||MRI:3||Default mode network:3||major depressive disorder:3||Common Carotid Artery:3||7T MRA:3||diagnostic ultrasound:3||Attention:3||Functional MRI:3||Functional connectivity:3||habenula:2||Ischemic stroke:2||Keyhole technique:2||ratio mapping:2||rectus abdominis:2||SPECT:2||relaxation times:2||cerebrovascular diseases:2||cerebrovascular reactivity:2||3D vessel segmentation:2||cognitive function:2||Working memory:2||2back working memory:2||magnetic resonance imaging:2||MEMP2RAGE:2||Stroke:2||PET:2||dipole antenna:2||monopole antenna:2||arterial stiffness:2||myelinrelated map:2||CO2:2||Microvascular imaging:2||fast marching:2||경동맥:2||CS averaging:2||Pulse wave velocity:2||Caffeine:2||근적외선분광법:2||cerebral blood flow:2||LDA:1||Largeartery atherosclerosis:1||Left atrial enlargement:1||Lenticulostriate arteries:1||MRIcompatible flow delivery system:1||MRIcompatible flow system:1||Machine learning:1||Medical physics:1||Mental health:1||Middle cerebral artery stenoocclusion:1||Mild cognitive impairment:1||Minimal paths:1||Molecular:1||Multichannel RF coil:1||NIRS:1||Nearinfrared Spectroscopy:1||Neuroimaging:1||Nonperceptual Stimulation:1||Oral Respiration:1||Oral breathing:1||Oxygen:1||PC MRA:1||PET glucose metabolism:1||Parallel imaging:1||Peak Systolic Velocity:1||Phantoms:1||Postural support workstations:1||Protein S deficiency:1||Psychological flexibility:1||Pulse Wave Velocity:1||Pulse sequences for imaging:1||Radio frequency:1||Random forest:1||Respiratory rate:1||Resting state fMRI:1||Restingstate Brain Waves:1||Retrograde cerebral infarction:1||SNR enhancement technique:1||Segmentation:1||Sensorineural hearing loss:1||Simultaneous multislice:1||Singlephotonemission computed tomography:1||Small vessel disease:1||Stroke subtype:1||Subclavian artery:1||Subcortical vascular dementia:1||Subjective cognitive decline:1||Sudden hearing loss:1||Tailored RF:1||Therapeutic Ultrasound:1||Thoracic outlet syndrome:1||Transcutaneous Electrical Nerve Stimulation:1||UHF antennas:1||UNFOLD:1||Ultrahighfield MRA:1||VADS:1||VDT postural alignment:1||VDT workstation:1||Valsalva Maneuver:1||Vascular Dilation:1||Vascular response:1||Vertebrobasilar ischemia:1||Vital Signs:1||Voluntary respiration:1||Working Memory:1||Working memory task:1||XUNFOLD:1||absorber:1||accelerated photoplethysmography:1||acetazolamide:1||acute stroke:1||anisotropic fast marching:1||arterial response:1||asymptomatic:1||atmospheric gas concentrations:1||blood flow direction:1||blood flow measurement:1||blood flow velocity:1||blood velocity:1||brain function:1||brain waves:1||caffeine:1||caffeine dose:1||carbon dioxide:1||cerebellum:1||cerebral blood flow velocity:1||cerebral oxygen saturation:1||cerebral severity:1||cerebral stenosis and occlusion:1||cerebral vasculature:1||cervical traction:1||collaterals:1||comfort:1||common carotid artery (CCA):1||compressed sensing MRI:1||craniovertebral angle:1||curlup:1||default mode network:1||diffusion tensor imaging:1||directional speed function:1||dynamic speed function:1||ergonomics:1||extended field of view:1||fMRA:1||fMRI:1||fMRI BOLD:1||fast magnetic resonance imaging:1||fiber connection:1||focus attention:1||forward head posture:1||functional MRI:1||functional angiography:1||functional magnetic resonance angiography:1||functional magnetic resonance venography:1||hemodynamic function:1||hemoglobin:1||human brain imaging:1||individual shield:1||insomnia:1||keyhole technique:1||lacunar infarct:1||lenticulostriate arteries:1||lenticulostriate artery:1||lowdose caffeine:1||machine learning:1||magnetic resonance angiography (MRA):1||magnetic resonance venography:1||microtube phantom:1||microvascular imaging:1||microvascular imaging:1||microvasculature:1||microvessel:1||microvessels:1||middle cerebral artery stenoocclusion:1||minimal path:1||multichannel array:1||muscle stiffness and tone:1||nback:1||nearinfrared spectroscopy:1||neuroprotection:1||neutral head posture:1||object detection:1||ophthalmic artery:1||parametric intensity model:1||peak systolic velocity:1||phase contrast MRA:1||phasecontrast:1||piezoelectric pump:1||polyurethane:1||postural change:1||pulse wave velocity (PWV):1||radial artery:1||radial projection:1||radiative antenna:1||rectus sheath:1||respiration methods:1||resting state attention:1||restingstate:1||restring state functional connectivity:1||risk prediction:1||segmentation of line structures:1||septal nuclei:1||shift worker:1||single photon emission computed tomography:1||sit/stand workstation:1||sleep:1||subcortical areas:1||thalamus:1||therapeutic ultrasound:1||timeofflight (TOF) and phasecontrast (PC) MRA:1||transcutaneous electrical nerve stimulation:1||ultrahigh field imaging:1||ultrahighfield 7T MRI:1||ultrasonography:1||ultrasound:1||ultrasound imaging:1||valsalva maneuver:1||vascular aging:1||vascular connectivity:1||vascular disease models:1||vascular reactivity:1||venous response:1||vessel curvature:1||거북목 자세:1||경피신경전기자극기:1||고농도 산소:1||구강호흡:1||뇌기능:1||뇌전도:1||대뇌산소포화도:1||델타파:1||맥파전달속도:1||발살바 조작:1||베타파:1||불편함:1||비지각 자극:1||산소:1||생체신호:1||수축기 최대 혈류속도:1||작업 기억:1||주의력:1||집중력:1||총경동맥:1||치료용 초음파:1||혈관 확장성:1||호흡:1||휴식시 뇌파:1||흉강 내압:1||7T MRA data:1||7T ultrahighfield MRI:1||Acceptance and commitment therapy:1||Anatomy:1||Angiography and macroscopic flow imaging:1||Antenna arrays:1||Arterial stiffness:1||Asymptomatic:1||Audiometry:1||Automatic 3D segmentation:1||BOLDfMRI:1||Beta Waves:1||Brain function:1||Brain health care:1||Carbon dioxide:1||Cerebral Oxygen Saturation:1||Cerebral infarction:1||Cerebral vasculature:1||Cerebrovascular diseases:1||Cerebrovascular reactivity:1||Cognitive decline:1||Cognitive reserve:1||Collateral vessels:1||Compressed sensing MRI:1||DMN:1||Delta Waves:1||Diffusionweighted imaging (DWI):1||Dipole antennas:1||Discomfort:1||Dorsal attention network:1||Echocardiography:1||FDGPET:1||FMRI:1||Fast magnetic resonance imaging:1||Fast nonlocal means (FNLM) approach:1||Forward Head Posture:1||Functional MRA:1||Functional imaging:1||Functional outcome:1||High Oxygen Concentration:1||High field:1||High resolution MRA:1||Hippocampal subfields:1||Hippocampus:1||Image noise reduction:1||Imaging:1||Intrathoracic Pressure:1||

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