ScholarWorks@Korea University: Yoon, Dae Sung

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Yoon, Dae Sung (윤대성)

Graduate School (Department of Bioengineering)

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Tel 02-3290-5659
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Alzheimer's disease:5||dielectrophoresis:4||surface potential:4||atomic force microscopy:3||Nitrogen dioxide:3||graphene:3||Reduced graphene oxide:3||Lateral flow assay:3||exosome:3||drug screening:3||Permselectivity:2||Multiplexed detection:2||Amyloidbeta:2||nitrogen dioxide:2||localized surface plasmon resonance:2||COVID19:2||Electrochemical analysis:2||biosensor:2||Fibrinogen:2||Electrochemical impedance spectroscopy:2||Lascorbic acid:2||Gold nanoparticle:2||Dielectrophoresis:2||Red blood cell membrane:2||Glucose transporter1:2||Glucose biosensor:2||Tau:2||Biosensor:2||Erythrocyte membrane:2||Preconcentration:2||amyloid beta:2||intermolecular weak binding interactions:2||dopamine:1||micro glue threads:1||segmented ringshaped structure:1||Cancer cell membrane:1||silver ion:1||Kevin probe force microscope:1||mu PADs:1||Enzyme delivery:1||reduced graphene oxide(rGO):1||Glucose dehydrogenase:1||Nanomaterial:1||Surface potential:1||Real sample:1||Alzheimer's diseases:1||heat transfer:1||Single nanoparticle scattering spectrum:1||Intervertebral disc:1||ultrasonication:1||gas sensing:1||paperbased microfluidics:1||Polyester sheet:1||osteogenesis:1||membranes:1||Stem cell spheroid:1||Spheroidladen hydrogel:1||Composite material:1||polyaniline:1||Interdigitated microelectrode:1||Paperbased origami:1||biomimetics liquid bridgetosolidification:1||high sensitivity:1||silver nanomaterial:1||drugscreen:1||DNA tetrahedron:1||Nanotoxicity:1||kelvin probe force microscopy:1||aptamer:1||Molecular dynamics:1||regrowth:1||cardiovascular disease:1||molecular recognition:1||Flexible and disposable sensor:1||fieldeffect transistor (FET):1||SARSCoV2 IgG:1||nerve regeneration:1||conducting microwire:1||gold nanosphere:1||concentration effect:1||molecular dynamics:1||DNAmetal interaction:1||Nitrogen dioxide (NO2):1||Labelfree:1||computer simulation:1||force loading rate:1||Oxygen plasma treatment:1||thermoelectric module:1||pulling direction:1||Erythrocyte:1||amyloid nanofibril:1||etextile sensor:1||ion concentration polarization:1||Graphene:1||reduced graphene oxide:1||acetylcholinesterase:1||Alzheimer?s disease:1||?synuclein:1||Parkinson?s disease:1||motor function recovery:1||Reduced graphene oxide fieldeffect transistor:1||Tau protein:1||Etextile gas sensor:1||Charge transfer resistance:1||Localized surface plasmon resonance:1||Human plasma:1||Parkinson's disease:1||Streptavidinmirror DNA tetrahedron hybrid:1||Cellextracellular matrix interactions:1||Electrical gas sensor:1||Response/recovery time:1||Exosome:1||DEP tweezers:1||Si nanowires:1||Acidic environment:1||DNA:1||gene therapy:1||amyloid:1||Cell membrane:1||red blood cell membrane:1||Electronic textile sheet:1||bone morphogenetic protein2:1||Chitosan:1||amyloid corona:1||sievetype neural electrode:1||flexible device:1||Kelvin probe force microscopy:1||tau441:1||betaamyloid:1||gold nanoparticle:1||Biofluids:1||Human serum:1||Carbon adhesive tape:1||Gas sensor:1||Cellcell interactions:1||Carbon nanotube:1||MoS2 FET:1||KPFM:1||inhibition effect:1||cancer:1||single nanoparticle spectroscopy:1||dielectrophoresis force spectroscopy:1||Nanoscattering:1||cullular response:1||ultrasound:1||packing:1||decomposition:1||coagulationinspired:1||integrin αIIbβ3:1||Biochemistry:1||aquaporin:1||graphene oxide:1||Encapsulation:1||Multiplexing:1||hydroxyapatite:1||intrafibrillar mineralization:1||neural signal acquisition:1||electrostatic force microscopy:1||sensor:1||amyloid beta 42:1||Ion concentration polarization (ICP):1||Axonopathy:1||Attomole:1||force spectroscopy:1||bendable supercapacitor:1||Zika Virus:1||Lateral Flow Assays:1||thermal conductivity:1||betalactoglobulin amyloid fibril:1||thioflavin T fluorescence assay:1||energy landscape:1||alphahemolysin:1||Polyaniline nanoparticles:1||Flexible gas sensor:1||alendronate:1||Paperbased gas sensor:1||Biomarker:1||collagen:1||electrode porosity:1||capping agent:1||Electrochemical biosensor:1||p3 peptide:1||Sample preparation:1||amyloid aggregation:1||oligomeric amyloid aggregate:1||Currentvoltage characteristic:1||Electrical conductance:1||amyloid fibril:1||Aggrecan:1||Urine glucose:1||Issue 158:1||microvesicle:1||Ammonia:1||Gelatin methacryloyl:1||Polystyrene bead:1||Selftesting:1||plasmonic nanoparticle:1||Ion concentration polarization:1||crystallization kinetics:1||gold nanorod:1||diagnostics:1||Paperchip:1||microwave irradiation:1||Cancer therapy:1||3D neural tissues:1||Aluminum ions:1||amyloidbeta(42):1||Silver ion detection:1||plastic:1||silver nanomarble:1||microfluidic device:1||Polyaniline nanoparticle:1||Colorimetric paper sensor:1||High selectivity Noninvasive:1||sample preconcentration:1||sample preparation:1||biomimetic:1||pHsensing:1||acetylcholine:1||Amyloid beta:1||interface control:1||Cortisol:1||Sciatic Function Index (SFI):1||

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