ScholarWorks@Hongik: Sung, Jong Hwan

Detailed Information

Sung, Jong Hwan (성종환)

Engineering (Chemical Engineering)

Research Area: 장기온어칩, 미세유체시스템

Tel
Homepage

ResearcherID ORCiD Scopus Google Scholar ID ResearchGate

Keyword

Organonachip:9||Microfluidics:7||multiorganonachip:7||Microfluidic:5||organonachip:5||Multiorganonachip:3||3D cell culture:3||gutonachip:3||Pharmacokinetics:3||DNA:3||Gutonachip:3||Collagen:3||microscopy:2||Firstpass metabolism:2||Caco2:2||Microphysiological systems (MPS):2||Bayesian inference:2||Microtechnology:2||exosome:2||In vitro systems:2||nanospeckle:2||microfabrication:2||Inflammation:2||Aptamer:2||Tegafur:2||Thrombin:2||biochip:2||structured illumination:2||microphysiological systems:2||transdermal delivery:2||hepatic steatosis:2||Nanobarcode:2||Bodyonachip:2||Flow Cytometry:1||Gastrointestinal Absorption:1||Gastrointestinal tract:1||Gelatin methacrylate:1||Gelatinmethacrylate (GelMA):1||Gut microbiota:1||GutBrain Axis:1||Gutliver axis:1||Gutliver chip:1||Gutliveronachip:1||Human olfactory receptor:1||Hydrogel:1||In situ measurement:1||In vitro model:1||In vitro model system:1||In vitro models:1||In vitro skin model:1||In vitro skin models:1||Intestinal mucus:1||Intestinal villi:1||Intestine:1||Keratinocytes:1||Laser Machining:1||Laserwriting process:1||Liver metabolism:1||MCMC simulation:1||Maximum a posteriori method:1||Membrane:1||Metabolism:1||Micro cell culture analog:1||Microdrilling:1||Microfluidic assays:1||Microfluidic skin chip:1||Micrometerscale porous hydrogel scaffold:1||Microneedles:1||Microorganisms:1||Microphysiological system:1||Microsome:1||Mucin2:1||MultiDetection:1||Multiorgan interactions:1||Multiorgan microphysiological system (MPS):1||Multiorganinteraction:1||Multiorganonachip (MOC):1||Multimodal analysis:1||Multiple organ interaction:1||Nanobioelectronic nose:1||Nanomaterialbased biosensor:1||Nanomaterials:1||Neurovascular unit:1||Niacinamide:1||Optical measurements:1||Oral drugs:1||Organona chip:1||PBPK model:1||PBPK models:1||PK model:1||PKPD modeling:1||Palmvein recognition:1||Performance improvement:1||Pharmacokinetic model:1||Photocrosslinking:1||Physiological relevance:1||Physiologically based pharmacokinetics model:1||Porogen:1||Protein:1||Protein delivery:1||Residual learning:1||Robust parameter estimation:1||Rolling Circle Amplification:1||SGutliver chip:1||Shiga toxin:1||Skin permeation:1||Skinonachip:1||Transport phenomena:1||Vascular permeability:1||adenosine:1||antibiotics:1||blood–brain barriers:1||bloodbrain barrier:1||bodyonachip:1||brain endothelial cells:1||carboxymethyl cellulose (CMC):1||chemical analysis:1||cosmetic ingredients:1||diesel exhaust particles:1||drug development:1||drug metabolism:1||electrical analysis:1||exosomes:1||extracellular vesicles:1||fatty liver disease:1||fiber:1||glucose metabolism:1||granulocytemacrophage colonystimulating factor:1||gravityinduced flow:1||gut inflammation:1||gut microbiota:1||gutaxisonachip:1||gutbrain axis:1||gutliver chip:1||gutskin axis:1||gut?liveronachip:1||hemolyticuremic syndrome (HUS):1||human skin:1||human skin model:1||hydrogel:1||in vitro skin model:1||in vitro systems:1||intestineonachip:1||laser fabrication:1||laserwriting process:1||mathematical model:1||mechanical analysis:1||microfluidic skinonachip:1||microfluidics:1||microneedle:1||microphysiological system:1||microphysiological system (MPS):1||mu CCA:1||mu FCCD:1||multiorganonachip (MOC):1||multiorgan MPS:1||multiorgan chip:1||multiorganonachip (MOC):1||multiple organ interaction:1||nanoislands:1||neurodegeneration:1||organona chip:1||oxygen gradient:1||pancreasmuscleliver MPS:1||pathophysiology:1||pbpk model:1||pharmacodynamic:1||pharmacodynamics:1||pharmacokinetic:1||pharmacokineticpharmacodynamic (PKPD) modeling:1||physiologically based pharmacokinetic modeling:1||plasmonic localization:1||poly(ethylene glycol) dimethacrylate:1||polymer dissolving microneedles:1||psoriasis:1||skin diseases:1||skinonachip:1||slimewebbing method:1||toxicokinetic:1||레이저 가공:1||마이크로 드릴링:1||3 차원 하이드로젤 지지체:1||생체모사 공학:1||3D Hydrogel Scaffold:1||3D tissue culture:1||3Dimensional Hydrogel Scaffold:1||3D skin equivalent:1||5fluorouracil:1||Absorption:1||Antagonism:1||Ascorbic acid:1||Barrier tissue:1||Biomedical application:1||Biomimetic Engineering:1||Biomolecules:1||Blood brain barrier:1||Bloodbrain barrier:1||Cell analysis:1||Conducting polymer nanotube:1||Cosmetic ingredients:1||Culture condition:1||DNA Nanostructure:1||DNA Vaccination:1||Disease models:1||Dissolving microneedles:1||Drug delivery system:1||Drug delivery system (DDS):1||Drug development:1||Drug screening:1||ECM:1||Escherichia coli infection:1||Exosome:1||Extracellular matrix:1||Feature level fusion:1||Fibroblasts:1||

STATISTICS: Total View :2,559,711; Today View :4,983

RSS_1.0 RSS_2.0 ATOM_1.0

94, Wausan-ro, Mapo-gu, Seoul, 04066, Korea02-320-1314

Certain data included herein are derived from the © Web of Science of Clarivate Analytics. All rights reserved.
You may not copy or re-distribute this material in whole or in part without the prior written consent of Clarivate Analytics.

Detailed Information

Keyword

BROWSE