ScholarWorks@Gachon: Kim, Sang Hyo

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Kim, Sang Hyo (김상효)

BioNano Technology (Department of BioNano Technology)

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Tel 031-750-8554
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CMOS image sensor:5||Detection:4||Colorimetric:4||Glucose:4||Reactive oxygen species:3||Toxic gases:3||Curcumin:3||Kaempferol:3||Atomic force microscopy:3||Loopmediated isothermal amplification:3||Multiarray reader:2||Cytotoxicity:2||Realtime detection:2||Optical:2||Drug delivery:2||Flavonoids:2||Ruthenium(II):2||Colorimetric detection:2||Colorimetric sensor:2||PLGA:2||Pointofcare diagnosis:2||Pointofcare:2||Complementary metal oxide semiconductor:2||Quantitative analysis:2||Metalbased flavonoid:2||nanotechnology:2||Electrochemical properties:2||Nonsmall cell lung cancer cell line:2||photon detection:2||Molecular diagnosis:2||Centrifugal:2||Breath:1||Breath analyzer:1||Breath evaluation:1||Breath sampling:1||Breathing diagnosis:1||Creactive protein:1||CMOS Image Sensor:1||CMOS image sensors:1||CMOS photosensor:1||CMOSbased LAMP system:1||Ca2+ ion detection:1||Cancer:1||Cancer A549 cell line:1||Cancertargeted therapy:1||Carbon dots:1||Carbon nanotube:1||Carbon paste:1||Cell Behavior:1||Cell chip:1||Cell viability:1||Chemical ion sensing:1||Chemiluminescence:1||Chrominance mapping:1||Circulating tumor cells:1||Clinical impact:1||Coatings:1||Color intensity:1||Color intensity analysis:1||Colored particle:1||Colorimetric array:1||Complementary metal oxide semiconductor image sensor:1||Complementary metal oxide semiconductor sensor:1||Composite anode material:1||Copper oxide nanoparticles:1||Core/shell liposome nanoparticles:1||Corrosion:1||CuLaCuO NPs:1||Cytokines:1||Cytotoxic effect:1||Cytotoxicity assay:1||DNA Analysis:1||DNA damage:1||Dengue:1||Dermal fibroblast cell:1||Dermal fibroblasts:1||Detection limit:1||Diabetes mellitus:1||Diagnosis:1||Durability:1||Dye:1||ECIS:1||Electric cellsubstrate impedance sensing (ECIS):1||Electrical conductivity:1||Electrical resistance:1||Electrochemical biosensor:1||Electronic property:1||Emulsion polymerization:1||Environment:1||Enzyme kinetic reaction:1||Extracellular sensing:1||Flavonoid:1||Flow rate:1||Fluorescent probe:1||Foodborne pathogens:1||Gas detection system:1||Glucose Diagnosis:1||Glycated proteins:1||Gold Nanorods:1||Gold nanoparticles:1||Goldnaringin nanoclusters:1||Graphene oxide:1||Green synthesis:1||HeLa cells:1||Health:1||Hepatites B Virus Antigen:1||Hg2+:1||Hot pack:1||Human dermal fibroblasts (HDFa):1||Human immuno deficiency virus:1||Hydrocortisone:1||Hydrogel film:1||Hydrogel substrate:1||Hydrostatic pressure:1||Hydrothermal and reflux method:1||Impedancebased cell study:1||In vitro light setup:1||InNP Substrates:1||Indium nanoparticle:1||Indium nanoparticle substrate:1||Influenza virus:1||Intracellular fluorescence sensing:1||Intracellular fluorosensing:1||Kinetic models:1||LAMP technique:1||Lateral flow assay:1||Lateral flow immunoassay:1||LightInduced Stress:1||Lightinduced stress:1||Limit of detection:1||Lipid peroxidation:1||Liposome nanoparticles:1||Lithium ion battery:1||Lithium titanate oxide:1||Livedead staining:1||Lysis:1||Magnetic Nanoparticles:1||Metal flavonoid complex:1||Metastasis:1||Microbioreactor:1||Microfluidic:1||Microfluidic chip:1||Molecular diagnostics:1||Multicolor imaging:1||Multifaceted sensing probe:1||Multiple detection:1||NBR:1||NanoAggregates:1||Nanocarrier:1||Nanomaterials:1||Nanoparticle:1||Nanoparticles:1||Nanosensors:1||Nanostructured metal organic frameworks:1||Nanostructures:1||Nanotoxicology:1||NiTi/Ag Wear rate:1||Noninvasive method:1||Nonspecific amplification:1||Noninvasive system:1||Nucleic acidbased nanoparticles:1||Onsite monitoring:1||Onestep detection:1||Orthopedic implants:1||Oxides:1||Oxygen diffusion:1||PANI:1||PCR module:1||PDMS chip:1||PET film chip:1||POCT:1||PU:1||Paper:1||Paper chip:1||Paper microfluidic:1||Paperbased:1||Paperbased analytical device:1||Paperbased devices:1||Pathogen Lysis:1||Perfusion:1||Pharmacogenetics:1||Photooxidative damage:1||Photoprotective agents:1||Phototoxicity:1||Photon count variation:1||Photon detection technique:1||Photon detection.:1||Photosensitization:1||Photothermal:1||Plane heating element:1||Point of care test:1||PointofCare Diagnosis:1||Printing method:1||Pumpless perfusion:1||Quantitative Immunoassay:1||Quercetin:1||Quercetin loaded nanoparticle:1||Quercetinmediated gold nanocluster:1||R.F sputtering:1||RNA extraction:1||Rare earths:1||Real time monitoring:1||Realtime:1||Realtime PCR:1||Realtime colorimetric sensor array:1||Recyclable:1||Reflux reaction:1||Retinal ganglion cells:1||Ru complex:1||Ruthenium:1||Rutheniumnaringin complex:1||SNP:1||Saliva:1||Sample preparation:1||Sandwich immunoassay:1||Screening of anticancer activity:1||Selfcalibration:1||Shrimps:1||Silver nanoparticles:1||Siocompatibility:1||Smartphone:1||Smartphone coupled device:1||Sodium:1||Staphylococcus aureus:1||Stretchability:1||Synergetic drug:1||Targeted drug delivery:1||Tetramethylammonium chloride:1||Thermal lysis:1||Threedimensional (3D) cell culture:1||TiO2 nanotube:1||TiO2/ZrO2 nanocomposite:1||Titanium:1||Titanium oxide nanotube:1||Troponin I protein:1||Tumor necrosis factoralpha:1||Vertical flow assay:1||Warfarin:1||Wax printing:1||Yellowfluorescent:1||antioxidant:1||apple peel ethanolic extract:1||biocompatibility:1||biocompatible materials:1||biomechanical changes:1||biophysics of organization:1||biosensor:1||blebbing:1||blood glucose sensing:1||cancer treatment:1||cell apoptosis:1||cellular uptake:1||color light radiation:1||colorectal cancer:1||conjugation:1||connexin 43:1||corrosion resistance:1||detection:1||drug delivery:1||electric cellsubstrate impedance sensing:1||electric cellsubstrate impedance sensing (ECIS):1||electrical cellsubstrate impedance sensing (ECIS):1||electropolymerization:1||encapsulation:1||enzyme kinetic reaction:1||extracellular matrix degeneration:1||glucosamine:1||highthroughput screening:1||hyaluronic acid:1||hydroxyapatite:1||impedancebased cell study:1||isothermal amplification:1||lamellipodia:1||lightinduced damage:1||loopmediated isothermal amplification:1||metallodrugs:1||molecular diagnosis:1||murine fibroblast:1||nanoemulsion encapsulation:1||nanoparticle skin permeation:1||nucleic acid testing:1||paper:1||permeation enhancement:1||phytodrugs:1||pointofcare:1||poly(3,4ethylenedioxythiophene):1||polyethylene terephthalate film chip:1||quercetin:1||realtime drug evaluation:1||screening of bioactive agents:1||selfassembly:1||simulated body fluid:1||singlewalled carbon nanotube:1||solgel method:1||sustained drug delivery:1||synchronization:1||targeted therapy:1||toxicity:1||transdermal:1||treatment:1||4dodecylbenzenesulfonic acid:1||voglibose:1||A549 cells:1||AFM and ECIS based analysis:1||AFSiO(2) nanoparticles:1||AFSiO2 nanoparticles:1||ARSCoV2:1||Acetyl curcumin:1||Additive:1||Ammonia:1||Anatomical characterization:1||Anode properties:1||Antibacterial:1||Anticancer:1||Anticancer drug:1||Antigen antibody binding:1||AntigenAntibody interactions:1||Antimicrobial activity:1||Antioxidant:1||Array reader:1||Attomolar detection:1||Avidinbiotin complex:1||Bacteria:1||Bioatomic force microscopy:1||Bioimaging:1||Biochemical detection:1||Biochip:1||Biocompatibility:1||Bioimaging:1||Bioimpedance:1||Bioreactor:1||Blood glucose sensing:1||

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