ScholarWorks@Hanyang University: Choi, Sungyoung

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Choi, Sungyoung (최성용)

COLLEGE OF ENGINEERING (서울 바이오메디컬공학전공)

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Tel 0222202305
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microfluidics:8||Microfluidics:4||3D printing:3||Blood separation:2||inertial microfluidics:2||Hydrophoresis:2||viscometer:2||Blood smears:1||Breast cancer cells:1||Cancer cell sorting:1||Cancer diagnosis:1||Cell separation:1||Cell washing:1||Cells:1||Contractionexpansion array microchannel:1||Cytochemical analysis:1||Dean flow:1||Deterministic migration:1||Doityourself:1||Droplet microfluidics:1||Extracellular vesicle:1||Flow cytometry:1||Fluorescence:1||Fluorescence Spectroscopy:1||Fluorescent nanocrystal:1||General Public:1||HandsOn Learning/Manipulatives:1||Helical mixer:1||Hyaluronic acid:1||Hydrogel microparticle:1||Hydrogel patch:1||I131:1||Immunomagnetic separation:1||Inertial microfluidics:1||Injectable drug delivery system:1||Interdisciplinary/Multidisciplinary:1||Laboratory Equipment/Apparatus:1||Magnetic activated cell sorting:1||Microfluidics:1||Microfabricated grid film:1||Microflow cytometry:1||Microfluidic cell enrichment:1||Microfluidic constant flow source:1||Microfluidic devices:1||Microfluidic pneumatic circuitPlasma separationVacuum pillarThrombinAptamer beacon:1||Microfluidics operating equipment:1||Microfluidics.:1||Microparticles:1||Micropipette:1||Milk quality:1||Miniaturized fluorescence microscope:1||Motorized smart pipetteMiniature air pumpBlood plasma separationMicrofluidicsExosome analysis:1||Multispectral analysis:1||Multiclass cancer classification:1||Multifunctional counting chamber:1||Newtonian fluid:1||NonNewtonian fluid:1||Nonelectric:1||Onchip sample preparation:1||Opensource:1||Opensource pump:1||Opensource spectrometer:1||Pipette tip:1||Portable:1||Pressure sensor:1||Public Understanding/Outreach:1||Radiotherapy:1||Residual white blood cells:1||Rhodobacter sphaeroides:1||Sessile droplet:1||Sheathless focusing:1||Somatic cell count:1||Syringe pump:1||UpperDivision Undergraduate:1||Viscoelastic focusing:1||Viscometer:1||Viscosity:1||actin filament:1||advection flows:1||bacteria separation:1||biotinyl cap phospholipid:1||blood cell count:1||blood cell separation:1||capillary circuit:1||cell isolation:1||cerebrospinal fluid:1||chromatophore membrane vesicle:1||degasdriven pumping:1||deterministic migration:1||electric pulsedriven drug delivery:1||electroporation:1||expansion microscopy:1||fluid mixing:1||frying oil quality:1||functional immune cell assay:1||hydrophoresis:1||immobilization:1||intracellular delivery:1||largescale:1||lightdependent ATPase:1||magnetic fieldenhanced microstructures:1||magnetic separation:1||magnetophoresis:1||medium exchange:1||microfluidic lattice:1||microparticle separation:1||micropipette:1||miniaturized microscopy:1||mixer:1||modular blocks:1||multiplexed analysis:1||nanomedicine:1||nanoparticles:1||nanopore membrane:1||nanoprecipitation:1||3D printed:1||nonNewtonian fluid:1||onchip sample preparation:1||ondemand prototyping:1||opensource sharing:1||optofluidics.:1||portable cell counter:1||postsynaptic density:1||quality control:1||rapid mixing:1||reconfigurable microfluidics:1||sizeselective passage:1||slant array ridges.:1||smart pipette tip:1||superresolution imaging:1||synapse:1||turbulent jet:1||natural killer cell separation:1||3D printingViscometerCapillary circuitBlood viscositySmart pipette:1||Analytical Chemistry:1||Bacteria separation:1||Biochemistry:1||Blood cell counter:1||Blood plasma separation:1||

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