ScholarWorks@Kumoh: Song, Kwang Soup

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Song, Kwang Soup (송광섭)

College of Engineering (Department of Medical IT Convergence Engineering)

Research Area: 바이오센서, Biosensors

Tel +82-54-478-7435
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SHSY5Y:5||Graphene:5||DNA:4||reference electrode:3||Dirac point:3||Left ventricular assist device:3||graphene:3||바이오센서:2||DNA sensor:2||ISFET:2||Plasma treatment:2||Cell:2||전계효과 트랜지스터:2||그래핀:2||Indium tin oxide:2||전류전압 특성:2||Nanocrystalline diamond:2||fluorinated graphene:2||Heart failure:2||D172N KCNJ2 mutation:1||DNA센서:1||Debye length:1||Diamond:1||Diamond film:1||Drift characteristic:1||Dyesensitized solar cell:1||Electrical Stimulation:1||Electromechanical model:1||Electromechanical modeling:1||Endocardium:1||Epicardium:1||FETs:1||Fetal ECG:1||Fetal heart rate:1||Fluorination:1||Fluorine:1||Fluorine functionalization:1||Fluorine treatment:1||Gel polymer electrolyte:1||Gene mutation:1||Giant Magnetoresistance (GMR):1||Giant magnetoresistance (GMR):1||Graphene Electrode:1||Graphene sheet:1||Heterogeneous ventricular models:1||Hippocampal Neuron:1||Hysteresis characteristic:1||Insitu crosslinking:1||Intraaortic balloon pump:1||Ion detection:1||Ion selective membrane:1||Ion sensitive field effect transistor:1||KCNQ1:1||Kalman smoother:1||MTT assay:1||Magnetic Nanoparticles:1||Magnetic labeling:1||Magnetic nanoparticles (MNPs):1||Midmyocardium:1||Mitral regurgitation:1||Na+ ion:1||Necrosis:1||Neurite:1||Neuroblastoma cells:1||Neuronal Differentiation:1||Oxygen:1||PDP:1||Passivation layer:1||Photovoltaic performance:1||Raman spectroscopy:1||Right ventricle:1||Roomtemperature curing:1||SNPs:1||Stroke volume:1||Surface functionalization:1||Time varying:1||Valvular insufficiency:1||Ventricular arrhythmia:1||Ventricular electromechanical model:1||Ventricular workload:1||White Gaussian noise:1||Windkessel model:1||Xray detector:1||Xray 영상 센서:1||aSe:1||alphafetoprotein:1||aortic regurgitation:1||biosensor:1||biosensors:1||braincomputer interface (BCI):1||cell viability:1||charge detection:1||currentvoltage characteristics:1||direct method:1||disposable sensor:1||earEEG:1||electroencephalography (EEG):1||endogenous BCI:1||field effect transistor:1||fieldeffect transistor:1||fluorinated graphene oxide:1||fluorobenzene:1||fluorothiophenol:1||functionalization:1||hepatocellular carcinoma:1||indium tin oxide:1||ion sensor:1||ionsensitive fieldeffect transistors:1||labelfree:1||left ventricular assist device:1||mental arithmetic:1||mitral regurgitation:1||number of cells:1||pH sensor:1||pH센서:1||photoconductor:1||regurgitation severity:1||가스 방식 영상 센서:1||그래핀 전극:1||기능성 유기 분자:1||기능화:1||다결정 다이아몬드:1||다이아몬드:1||다이아몬드 필름:1||디지털 영상 센서:1||산소 기능화 그래핀 전극:1||산화철 나노입자:1||세포:1||세포 개수:1||세포 활성도 평가:1||스캔 방식 영상 센서:1||신경세포 분화:1||신경종양세포:1||전계효과 트랜지스터(FETs):1||전기 자극:1||전하검출형:1||카본:1||2dimensional device simulator:1||표면 개질:1||3D electromechanical model:1||AFM:1||Adenosine triphosphate production:1||Antibacterial activity:1||Aortic regurgitation:1||Apoptosis:1||Arrhythmia:1||Atrial fibrillation:1||Calcium transient:1||Carbon:1||Cardiac arrhythmia:1||Cell Viability:1||Cell array:1||Cell patterning:1||Chloride ions:1||Colony forming unit:1||Computational model cardiovascular system:1||Crystalline Diamond:1||

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