ScholarWorks@Hanyang University ERICA Campus: LEE, SEUNG HWAN

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LEE, SEUNG HWAN (이승환)

ERICA 공학대학 (DEPARTMENT OF BIONANO ENGINEERING)

Research Area: 생물공학, 바이오센서 바이오칩, Bioengineering, Biosensor Biochip

Tel 031-400-5208
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Olfactory receptor:4||Organonachip:3||organonachip:3||multiorganonachip:3||fieldeffect transistor:3||Bioelectronic nose:2||Biomolecular computation:2||gut–liveronachip:2||DNA computing:2||hepatic steatosis:2||fatty liver disease:2||Nanodisc:2||graphene:2||Exenatideanalogs:1||Fieldeffect transistor:1||Fluorescent assay:1||GABA receptor:1||Gas sensing:1||Gaseous odorant:1||Geosmin:1||Graphene fieldeffect transistor:1||Gutliver axis:1||Halflife:1||Hexanal:1||Homodimer PEGylate:1||Hybrid nanodevice:1||Hypernetwork:1||Hypoglycemic efficacy:1||Hypothalamicpituitaryadrenal axis:1||In vitro classification:1||In vitro systems:1||Inflammation:1||Ion channelcoupled hOR:1||Kinase assay:1||Longacting peptides:1||MXene/hydrogel:1||Machine learning:1||Membrane potential dye:1||Microfluidic device:1||Microfluidic gas sensor:1||Microfluidics:1||Microfluidics platform:1||Microphysiological systems (MPS):1||Microtechnology:1||Molecular beacon:1||Molecular beacons:1||Molecular classification:1||Molecular pattern classification:1||MonoPEGylation:1||Multiple organ interaction:1||Multiplexed bioelectronic nose:1||Nanoparticle selfassembly:1||Nanovesicle:1||Nonlinear classification:1||Odor compound:1||Odorant detection:1||Odorant response pattern:1||Odorant screening:1||PEG microwell:1||Pharmacokinetics:1||Portable nanobiosensor:1||Protein kinase activity:1||Quantitative analysis:1||Realtime monitoring:1||Reverse transfection:1||Rulebased system:1||Sadenosyllhomocysteine hydrolase:1||Trimethylamine:1||Uniform DC magnetic field generator:1||Weightedsum:1||agonismantagonism:1||agonistsantagonists:1||bioelectronic skins:1||biosensor platform:1||bitter taste masking:1||bitter taste receptor:1||capsaicin:1||carbon nanotube fieldeffect transistor:1||carbon nanotube fieldeffect transistors:1||cinnamaldehyde:1||conducting polymers:1||direct gas sensing:1||dopamine:1||dopamine receptor D1:1||dopamine sensor:1||equilibrium constants:1||flexible electronics:1||geomagnetic field:1||glucose metabolism:1||graphene micropatterns:1||graphene transistor:1||gutonachip:1||human dopamine receptor:1||human mimicking:1||human transient receptor potential ankyrin 1:1||hydrogel:1||immunoassay:1||in vitro systems:1||inertial measurement units (IMU):1||intestineonachip:1||lHomocysteine:1||mathematical model:1||microfabrication:1||microfluidic FET system:1||microfluidics:1||multiorganonachip (MOC):1||multidimensional nanostructures:1||multiorgan MPS:1||multiorganonachip (MOC):1||multiple organ interaction:1||nanobiohybrids:1||nanodisc:1||nanodiscs:1||nanohybrids:1||nanovesicles:1||nociceptive ion channels:1||odorant discrimination:1||odorantbinding protein:1||olfactory receptor:1||organona chip:1||pain evaluation:1||pancreasmuscleliver MPS:1||pharmacodynamics:1||pharmacokineticpharmacodynamic (PKPD) modeling:1||proteinbased biosensor:1||residual magnetic field:1||reusable electrode:1||terrestrial magnetism sensor:1||3D cell culture:1||transient receptor potential vanilloid 1:1||Adrenocorticotropic hormone:1||Bioelectronic sensor:1||Biological data analysis:1||Carbon nanotube:1||Carbon nanotube fieldeffect transistor:1||Cellbased odorant detection system:1||Chemodosimeter:1||Chemosensor:1||Classification:1||Corticotropinreleasing hormone:1||Coumarin:1||Drug screening:1||

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55 Hanyangdeahak-ro, Sangnok-gu, Ansan, Gyeonggi-do, 15588, Korea+82-31-400-4269

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