ScholarWorks@Korea University: Chung, Seok

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Chung, Seok (정석)

College of Engineering (Department of Mechanical Engineering)

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Tel 02-3290-3352
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Microfluidics:6||microfluidics:5||Tissue engineering:4||glioblastoma:3||Collagen:2||s disease:2||Immunoassay:2||Angiogenesis:2||Gelatin hydrogel:2||migration:2||microfluidic device:2||Microfluidic platform:2||3D scaffold:2||tissue engineering:2||Interstitial flow:2||Microfluidic array:2||3D bioprinting:2||3D culture:2||macroscale ligand manipulation:1||pointofcaretesting:1||charged nanoligand:1||tumor spheroids:1||metastasis:1||premetastatic niches:1||miRNA193a:1||EMT:1||CancerStroma coculture:1||Exosome imaging:1||Targeted cancer therapy:1||Bacteriophages:1||Human neural stem cell:1||niche:1||Mesenchymal stem cell:1||bacteria:1||Microenvironment:1||3D cell culture:1||Hot embossing:1||in vitro tumor models:1||Excretorysecretory products:1||organonachip:1||blood plasma extraction:1||Toxicity:1||macrophage adhesion:1||immunoassay:1||cell adhesion:1||stem cell differentiation:1||Gastric cancer:1||hepatocyte:1||neural signal recording:1||Human mesenchymal stem cell:1||Glial cellderived neurotrophic factor:1||Paracrine signal:1||Breast cancer:1||Hypoxia:1||biofilms:1||Uniaxial cyclic stretch:1||Cardiogenesis:1||Liver:1||drug screening:1||nanomedicine:1||Threedimensional:1||Transcriptomic profiling:1||Microarray:1||nogo receptor:1||suture fiber:1||Uniformity:1||electroconvective vortex:1||Oilproof ramie gloves:1||cellpenetrating peptide:1||s disease model:1||Alzheimer&apos:1||Dried heat treatment:1||selforganization:1||Endothelial to mesenchymal transition:1||Electrophysiology:1||Medial forebrain bundle:1||AKT:1||neutrophil:1||trehalose dimycolate:1||Ethanol dispersion:1||Electrocardiogram:1||hydrobead:1||extracellular matrix:1||Antibody:1||ultrathin PDMS membrane:1||largescale elastic nanomembrane:1||epithelial monolayer&apos:1||Hyaluronic acid:1||3D printing:1||interstitial flow:1||tumor microenvironment:1||Cancer organoid:1||image superresolution:1||ion concentration polarization:1||ionpermselective material:1||extracellular vesicle:1||Spheroid:1||receptor mediated transcytosis:1||ECM remodeling:1||bloodbrain barrier:1||Intestinal type:1||temozolomide:1||Crosslinking:1||collagen microbeads:1||wire electrode:1||3D angiogenesis model:1||pericytes:1||Peptide nucleic acid (PNA):1||cancer stem cells:1||Oxygen availability:1||Pancreatic islets:1||Selective capture:1||Circulating tumor cells:1||Nanointerstice:1||Digitized fluidic filling:1||Heart rate variability:1||Serum corticosterone:1||remodeling:1||Aptamer:1||poly(lacticcoglycolic acid):1||Extravasation:1||Selfrenewal:1||Semiinterpenetrating networks:1||MMP:1||Embryoid bodies:1||Cell culture:1||myelinassociated infiltration:1||lymphatic vessel:1||Organoid platform:1||convolutional neural network:1||Oil repellency:1||reversible ligand movement:1||pancreatic cancer:1||3D coculture:1||Lauren classification:1||Diffuse type:1||penfluridol:1||Pore size:1||spheroids:1||Cancerassociated fibroblasts:1||6Hydroxydopamine:1||Pancreatic cancer:1||PDMS thickness:1||Electrospun nanofibers:1||Microfluidic channel filling:1||Stress:1||Growth factors, VEGF:1||Endothelialcolony forming cell:1||Adult peripheral blood:1||Bone:1||Metastasis:1||Antimigratory drugs:1||Vascular networks:1||Vascularization:1||Cholangiocyte spheroids:1||manipulation:1||microRNA124:1||Superhydrophilicity:1||Stem cell:1||3D Alzheimer&apos:1||3D microfluidic tumor microenvironment:1||macrophages:1||neural interface:1||peripheral nerve electrode:1||artificial conduit:1||Microfluidic culture:1||Parkinson&apos:1||Subthalamic nucleus:1||MicroChannel plate:1||Concave microwell:1||Zika Virus:1||Lateral Flow Assays:1||collagen:1||Neuronal differentiation:1||microfluidic systems:1||selfrenewal:1||Ischemic hindlimb:1||endothelial progenitor cells:1||Neural stem cells:1||cancer metastasis:1||Cancer metastasis:1||tumor microenvironments:1||radiogenomics:1||SARSCoV2:1||COVID19:1||Drug screening:1||computer vision:1||deep learning:1||microglia:1||pointofcare testing:1||Microwell:1||macrophage polarization:1||reversible ligand sliding:1||slidable nanoligand:1||spatial ligand movement:1||Cellular spheroid:1||tumor growth:1||monocytes:1||mesenchymal stem cells:1||Molecular beacon sensor:1||Cellnonautonomous:1||MiR193a:1||Oligobody:1||Cotinine:1||differentiation:1||Smooth muscle progenitor cell:1||Neovascularization:1||3D extracellular matrix:1||Hydrogel:1||3D cell migration:1||Cell migration:1||Bone morphogenetic protein 2:1||Surface treatment:1||Cancer:1||Clonorchis sinensis infection:1||RNASeq:1||POCT:1||lymphangiogenesis:1||Highthroughput:1||threedimensional (3D) cell culture:1||Ramie scooper:1||Hepatocyte:1||blood brain barrier:1||sphere forming cell:1||longterm implantation:1||Graphene oxide (GO):1||Exosomemediated neurogenesis:1||gastric cancer:1||Cancerderived exosomes:1||Tumor microenvironment:1||3D spheroid:1||Culture template:1||Neurogenesis:1||neural stem cells:1||vasculogenesis:1||Differentiation:1||hydrogels:1||extracellular matrices:1||s modulus:1||Microfluidic device:1||bacterial biofilm:1||3D matrix:1||Stem cell therapy:1||COC:1||Thermal bonding:1||gelatin biomaterial ink:1||photometric stereo:1||Hygroscopic ramie:1||

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