ScholarWorks@Korea University: Shin, Se hyun

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Shin, Se hyun (신세현)

College of Engineering

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Tel 02-3290-3377
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aggregation:9||RBC:7||RBC aggregation:6||critical shear stress:5||deformability:5||shear stress:4||Platelet function:4||Microfluidics:4||hemorheology:3||blood:3||RBC deformability:3||VerifyNow:3||Critical shear stress:2||Coagulation:2||microfluidics:2||aspirin:2||acute coronary syndrome:2||Hydrogel:2||Anysis200 analyzer:2||RBC membrane:2||magnetic beads:2||cfDNA:2||Particle separation:2||Microfluidic:2||ADP:2||isolation:2||disaggregating shear stress:2||Platelet:2||Microbead:2||fibrinogen macromolecules:1||Hydrodynamic focusing:1||Platelet function analyzer200:1||Plateletworks:1||Normal stress:1||Toxicology:1||sucrose gel:1||blood density:1||cellular biophysics:1||pulsatile flow:1||SSAW:1||yield stress:1||PCR:1||anysis200 analyzer:1||Shear rates:1||Drip bloodstain:1||Downstream adhesion:1||Lowaspectratio micropore sensor:1||tumorderive extracellular vesicles:1||Biosensor:1||toxicity:1||Exercise:1||singlecell level measurements:1||Red blood cell:1||Collagen:1||critical angle:1||MEMS neural probe:1||Agglutination:1||Myocardial perfusion:1||Lead:1||particles:1||Diffusion:1||Micropores:1||Red blood cell aggregating force:1||epinephrine:1||homobifunctional:1||Coffee ring effect:1||Particle bands:1||Bloodstain pattern analysis:1||Physical properties:1||Thrombus:1||polymer:1||diabetic nephropathy:1||chronic kidney disease:1||test:1||Molecular diagnosis:1||platelet activation:1||Silica:1||Hypoxic condition:1||shearinggeometry:1||IGFBP7:1||Blood:1||microchannel chip:1||Vascular stiffness:1||electrical:1||sorting:1||Rolling circle amplification:1||Capillary meniscus forces:1||DNA:1||Multiplate analyzer:1||Lipopolysaccharide:1||temperature:1||sigmoidasymmetric:1||Silver nanoparticles:1||flexible probe:1||biological techniques:1||critical time:1||surface acoustic waves (SAW):1||separation:1||Red blood cell aggregation:1||Disaggregating shear stress:1||PIK3CA:1||antiplatelet:1||P2Y12:1||Fibrinolysis:1||Luminol:1||microfluidic:1||RCA:1||nanomaterials:1||microfluidic flow:1||Specificity:1||Hemorheology:1||Deformability:1||viscosity:1||toxicology:1||bioMEMS:1||microchannel flow:1||manipulation:1||storage:1||blood viscosity:1||casson:1||cationic polymer:1||LOD:1||crosslinker:1||Surfactant:1||Multiplexed detection:1||liquid biopsy:1||diagnosis:1||Diabetic nephropathy:1||Altitude:1||RBC Deformability:1||platelet aggregation:1||PFA100:1||Surface plasmon resonance biosensor:1||Secondary flow:1||Creader:1||CRAT:1||flow separation:1||laminar flow:1||surface acoustic waves:1||Propofol:1||invivo:1||Shear rate:1||Hematocrit:1||COVID19:1||exosome:1||Point mutation:1||Selectivity:1||Thromboelastography:1||Forensic blood substitute:1||Pattern transfer:1||flow cytometry:1||Hydrogel barcode particle:1||function:1||diagnostic:1||CSS:1||hemolysis:1||Metabolic parameter:1||surface plasmon resonance:1||fitting algorithm:1||Silver nanowires:1||yield shear stress:1||diabetes:1||capacitance:1||capillary viscometer:1||herschelbulkley:1||ion exchange:1||Optical tweezers:1||LNA:1||Anysis:1||Marangoni vortex:1||Upstream activation:1||optical (laser) tweezers:1||glycoproteins IIbIIIa inhibition:1||elongation index:1||Platelets:1||SPR:1||Carbon nanotubes:1||RBC Aggregation:1||optical tweezers:1||resonance angle:1||osmolality:1||in vivo:1||Cellular secretion:1||Sensitive detection:1||neuron damage:1||polyimide:1||scoring:1||pulse wave velocity:1||fibrinogen:1||Fibrinogen:1||Nucleic acid:1||PFA200:1||extraction:1||

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