ScholarWorks@Korea University: Lee, Gyu do

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Lee, Gyu do (이규도)

Graduate School (Department of Biotechnology and Bioinformatics)

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Tel 044-860-1413
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atomic force microscopy:5||Nitrogen dioxide:4||Electrochemical impedance spectroscopy:3||polyaniline:3||surface potential:3||Permselectivity:3||Gold nanoparticle:3||Polyaniline:2||Localized surface plasmon resonance:2||Glucose biosensor:2||Glucose transporter1:2||Red blood cell membrane:2||amyloid:2||Reduced graphene oxide:2||nitrogen dioxide:2||Electrochemical analysis:2||Fibrinogen:2||Surface enhanced Raman scattering:2||Graphene:2||Labelfree:2||Biosensor:2||Erythrocyte membrane:2||graphene:2||Lascorbic acid:2||dielectrophoresis:2||amyloid beta:1||Cancer cell identification:1||Cancer diagnostics:1||Glucose sensing:1||dopamine:1||Toxicological bioassay:1||micro glue threads:1||segmented ringshaped structure:1||Cancer cell membrane:1||silver ion:1||Kevin probe force microscope:1||Glucose dehydrogenase:1||Nanomaterial:1||Surface potential:1||Real sample:1||ultrasonication:1||gas sensing:1||Polyester sheet:1||Composite material:1||Biomimetic nanostructure:1||Wearable device:1||paper sensor:1||amyloid formation:1||polymorphism:1||Lateral flow biosensor:1||surfaceenhanced Raman spectroscopy:1||immunoglobulin M:1||pH monitoring:1||Caco2 cell membrane:1||spike:1||Ensemble average:1||Pectin:1||Aluminum ion:1||Handheld Raman spectrometer:1||biomimetics liquid bridgetosolidification:1||Human saliva:1||silver nanomaterial:1||drugscreen:1||Nanotoxicity:1||kelvin probe force microscopy:1||drug screening:1||regrowth:1||cardiovascular disease:1||Flexible and disposable sensor:1||viral pathogen:1||early diagnosis:1||agarose:1||pH sensor:1||lysozyme:1||Gastric cancer:1||Cholera toxin subunit B:1||Amyloid proliferation:1||receptorbinding domain:1||immune response:1||Silver nanoforest:1||Neferine:1||Nanoforest:1||Multiobject tracking method:1||conducting microwire:1||gold nanosphere:1||molecular dynamics:1||DNAmetal interaction:1||Nitrogen dioxide (NO2):1||computer simulation:1||pulling direction:1||Erythrocyte:1||Kidney cell membrane:1||amyloid nanofibril:1||etextile sensor:1||Galvanic replacement reaction:1||colorimeter:1||fluorescence assay:1||microRNAs:1||Rolling circle amplification:1||erythrocyte:1||ferrocene:1||colorimetric nanoparticle:1||Proteolysis of amyloid:1||SERSbased aptasensor:1||perovskite crystal growth:1||Tau:1||Alzheimer's disease:1||Nanoskein:1||Convertible nanoprobe:1||Etextile gas sensor:1||Brine shrimp:1||Charge transfer resistance:1||Human plasma:1||Electrical gas sensor:1||Response/recovery time:1||DEP tweezers:1||intermolecular weak binding interactions:1||Light Transmittance:1||Microfluidic Device:1||Water Immiscible Room Temperature Ionic Liquids (RTILs):1||Cell membrane:1||red blood cell membrane:1||Electronic textile sheet:1||Chitosan:1||Cancer microenvironment:1||mechanical characterization:1||hydrogel:1||Bioinspired:1||Atomic force microscopy:1||Label free SERS biosensor:1||inverted perovskite solar cells:1||ternary solutions:1||Amyloid β:1||heneggwhite lysozyme:1||lab on paper:1||Cancer protein biomarker:1||flexible device:1||Kelvin probe force microscopy:1||Aptasensor:1||betaamyloid:1||gold nanoparticle:1||Carbon adhesive tape:1||Gas sensor:1||Centrifugation:1||Capturing efficacy:1||Atomic force microscope:1||Carbon nanotube:1||inhibition effect:1||dielectrophoresis force spectroscopy:1||Interfacial Tension:1||cullular response:1||decomposition:1||coagulationinspired:1||integrin αIIbβ3:1||coronavirus disease:1||pointofcare:1||Amyloidβ:1||Surfaceenhanced Raman scattering:1||Toxicants:1||sweat:1||nanoliter droplet:1||In vitro diagnosis:1||Ag nanograss:1||malignant melanoma:1||benign nevus:1||fast response:1||Amyloid stiffening:1||mosaic multivalent antigens:1||Green chemistry:1||exosome:1||electrostatic force microscopy:1||Trajectory analysis:1||sensor:1||Gold nanoparticles:1||Circulating tumor cell:1||Attomole:1||betalactoglobulin amyloid fibril:1||thioflavin T fluorescence assay:1||energy landscape:1||alphahemolysin:1||Polyaniline nanoparticles:1||Urate transporter 1:1||Uric acid biosensor:1||localized surface plasmon resonance:1||Flexible gas sensor:1||Paperbased gas sensor:1||Silver nanosnowflake:1||colorimetric biosensor:1||Lotus fiber:1||Cellulose fiber:1||nanoindentation:1||cell membrane:1||microcantilever:1||resonant frequency:1||reversibility:1||SARSCoV2:1||capillary:1||Colorimetry:1||Redox states:1||capping agent:1||Electrochemical biosensor:1||p3 peptide:1||amyloid aggregation:1||oligomeric amyloid aggregate:1||Currentvoltage characteristic:1||Electrical conductance:1||Antigenantibody interaction:1||amyloid fibril:1||Urine glucose:1||Electrochemical detection:1||Ammonia:1||biosensor:1||chlorpyrifos:1||Cholera:1||SARSCoV2 spike binding aptamer:1||Particle display:1||solvent engineering:1||Multiple measurements:1||autolysis:1||trypsin:1||Mercury ion:1||gold nanorod:1||Cortisol:1||microwave irradiation:1||Aluminum ions:1||amyloidbeta(42):1||Silver ion detection:1||microfluidic device:1||Microdroplet:1||Colorimetric paper sensor:1||High selectivity Noninvasive:1||Uric acid oxidase:1||Cadmium ion:1||Redox activity:1||nanoparticle–hydrogel complex:1||Electronic textile:1||lactate:1||biomimicry:1||Pepsin:1||intermediate states:1||Dielectrophoresis:1||DEP crossover frequency:1||Subpopulation discrimination:1||

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