ScholarWorks@Korea University College of Medicine: Choi, Nakwon

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Choi, Nakwon (최낙원)

College of Medicine (Department of Convergence Medicine)

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Microfluidics:4||microfluidics:3||Alzheimer's disease:3||Organonachip:3||Microfluidic device:2||silk fibroin:2||Cetuximab:2||Photocrosslinking:2||N Hydroxysuccinimide:2||drug delivery:2||Epidermal Growth Factor Receptor:2||microphysiological system:2||Secondary growth:2||bloodbrain barrier:2||Tissue engineering:2||tumor microenvironment:2||tumor microenvironments:2||miRNA:2||Cathepsin B:2||Hydrogel:2||coculture:2||Zeolite membranes:2||Drug screening:2||Cracks:2||in vitro model:2||Axons:1||Bimodal neural activity:1||Biogas separations:1||Biomimetic:1||Bioprinting:1||Biosensor:1||Blood brain barrier:1||Bloodbrain barrier:1||Bloodbrain barrier (BBB) disruption:1||Bluetooth:1||Bone regeneration cell therapy:1||Brain infusion:1||Brain organoid:1||Brain physiology:1||Brain physiome:1||Brainonachip:1||Buried microchannel:1||CO2 permselectivities:1||CO2 permselectivity:1||CO2/N2 separation:1||COVID19:1||CRISPR/Cas:1||Ca2+ dynamics:1||Calvarial defect model:1||Cancer:1||Cancer Surgery:1||Cancerassociated fibroblasts:1||Cancerderived exosomes:1||Capillary tube:1||Capsule endoscope:1||Carbon dioxide separation:1||Cathepsin B Inhibitor:1||Cell preference:1||Chabazite zeolites:1||Controlled Study:1||Core?shell structure:1||Corticostriatal (CStr) circuit:1||Crack:1||DDR catalysts:1||DDR zeolite:1||DNA extraction:1||DRD1:1||DRD2:1||Degradability:1||Diagnostics:1||Directed invasion:1||Dissection:1||Dopamine receptor sensor:1||Drug delivery system (DDS):1||ECM hydrogel:1||ELISA:1||Electrospun nanofiber:1||Embedded microfluidic channel:1||Endothelial cells:1||Endothelial to mesenchymal transition:1||Enzyme Activation:1||Exosomal miRNAs:1||Extorting behavior:1||Extracellular vesicle (EVs):1||Fast Protein Liquid Chromatography:1||Female:1||Fetal Bovine Serum:1||Firstpass metabolism:1||Fluorescence Imaging:1||Fluorescence Intensity:1||Fluorescence Microscopy:1||Fluorescence confocal optical microscopy:1||Fluorescence confocal optical microscopy (FCOM):1||Food competition:1||GPCR heterodimer:1||Gelatinmethacrylate (GelMA):1||Gene editing:1||Genomic DNA:1||Glass reflow:1||Gold nanoparticles (AuNPs):1||Grain boundary defect:1||Grain boundary defects:1||Guarding behavior:1||Gutliver axis:1||Gutliveronachip:1||Gutonachip:1||H 2 O:1||H2O/CH3OH separation performance:1||Height control via UV energy density:1||High aspect ratio:1||High sensitivity and selectivity:1||Hopping dielectrophoretic force:1||Human blood:1||Hydrogel microparticle:1||Hydrogel micropost:1||Hydrophobicity:1||Immunofluorescence Assay:1||Implantable drug delivery:1||In Vitro Study:1||In Vivo Study:1||In silico model:1||In vitro:1||In vitro 3D platform:1||In vitro model:1||In vitro models:1||In vitro systems:1||Incision:1||Incorporation of multiple components:1||Infection route:1||Infectious viral disease:1||Inflammation:1||Initiated chemical vapor deposition:1||Injuries:1||Integrin:1||Interstitial flow:1||Intestinal mucus:1||Invivomimicking:1||LTA zeolite membrane:1||LTA zeolite membranes:1||Light Scattering:1||Liquid Chromatographymass Spectrometry:1||Liquid biopsy:1||MFI type zeolite membranes:1||MXene:1||Machine learning (ML):1||Macroscopic hydrogel scaffold:1||Magnetic bead:1||Mask filtration efficiency:1||Mdamb468 Cell Line:1||Medial prefrontal cortex:1||Membrane deactivation:1||Mesenchymal stem cells (MSC):1||Microenvironment:1||Microfabrication:1||Microfluidic:1||Microfluidic biomaterials:1||Microfluidic culture:1||Micrometerscale porous hydrogel scaffold:1||Microneedle:1||Microneedles:1||Microphysiological system (MPS):1||Microphysiological systems (MPS):1||Microtechnology:1||Mouse:1||Multilayered structures:1||Multiple organ interaction:1||Multiplex qPCR:1||N protein:1||Nanoneedle arrays:1||Nanoparticle:1||Neural cells:1||Neural circuit:1||Neural differentiation:1||Neural probe:1||Neural progenitor cells:1||Neuromodulation:1||Neurons:1||Neuropathology:1||Neurotransmitter:1||Neurovascular unit:1||Nonhuman:1||Oxygensensing:1||Pathology:1||Pervaporation:1||Pharmacokinetics:1||Phase separation:1||Physiological relevance:1||Plasmabased diagnosis:1||Plastic substrate:1||Poly(llactidecoepsiloncaprolactone):1||Poly(urethane acrylate nonionomer) (PUAN):1||Polyethylene glycol diacrylate (PEGDA):1||Porogen:1||Porosity tunable hydrogel:1||Porositytunable hydrogel:1||Postcombustion carbon capture:1||Postsurface modification:1||Prostate cancer:1||Protein Expression:1||Quantitative Analysis:1||Quantitative image processing:1||Rapid thermal processing:1||Rats:1||Respiratory viral infections:1||Respiratory virus:1||Rodshaped magnetic particles:1||Rolling circle amplification:1||Ruthenium phosphor:1||SARSCoV2:1||SSZ13 (CHA type) zeolite film:1||Saliva:1||Sampling probe:1||Seed layer optimization:1||Seeded growth:1||Seeded or secondary growth:1||Sepsis:1||Stiffness:1||Surfaceenhanced Raman scattering (SERS):1||Synapse:1||Synaptic transmission:1||Templatefree synthesis:1||Threedimensional:1||Threedimensional displays:1||Threedimensional interdigitated microelectrodes:1||Tissue Section:1||Tissue template:1||Tonic and phasic DA release:1||Transdermal drug delivery:1||Translational science:1||Traumatic brain injury:1||Triple Negative Breast Cancer:1||Tumor Cell Inoculation:1||Tumor Localization:1||Tumor Model:1||Tumor Xenograft:1||Tumor angiogenesis:1||Type I collagen:1||UV photolithography:1||UVnanoimprint lithography (UVNIL):1||Ultrasonic wave:1||Urinary exosomal miRNAs:1||Urinary exosome:1||Vascular oxygen concentration:1||Vascular permeability:1||Vascularization:1||Vasculogenesis:1||Viscoelasticity:1||Water immersion effect:1||Whole Body Imaging:1||Wireless neural probe system:1||Xylene isomer separation:1||a&#8208:1||adenovirus:1||alginate:1||alignment:1||angiogenesis:1||anisotropic 3D patterning:1||artificial cell membrane:1||augmented 3D printing:1||axon regeneration:1||axotomy:1||biochemical sensors:1||biogas upgrading:1||biomemristors:1||biomimetic:1||biomimetic matericals:1||blood:1||bloodbrain barrieropening:1||bloodbrain barriers:1||brain endothelial cells:1||brain organoids:1||brain spheroids:1||brains&#8208:1||cAMP:1||cancer:1||cancer cell:1||cancer cell invasion:1||cancer cellderived exosomes:1||cancerassociated fibroblasts:1||carbon dioxide:1||carboxymethyl cellulose (CMC):1||cartilage tissue engineering:1||cell culture platform:1||celltype identification:1||chabazite:1||chemoresistance:1||chip:1||composite hydrogel:1||decellularization:1||defectfree membranes:1||defects:1||diabetes:1||diesel exhaust particles:1||direct reprogramming:1||doxorubicin:1||drug screening:1||efficacy:1||electrochemicalsensors:1||electrocorticogram:1||electron microscopy:1||electrophysiology:1||epichlorohydrin separation:1||extracellular matrix:1||extracellular vesicle:1||fabrication:1||fluidic culture:1||fluorescence signal:1||freestanding lipid membrane:1||functional characterization:1||genetically encoded indicator:1||glioblastoma:1||glucose metabolism:1||gold nanonetwork:1||gold nanoparticles:1||granulocytemacrophage colonystimulating factor:1||gravityinduced flow:1||gutonachip:1||heteroepitaxial growth:1||hierarchical porous structure:1||hybrid zeolite membrane:1||hydrogel microparticles:1||hydrogels:1||hydrophobicity:1||hyperglycemia:1||immune cell transport:1||in vitro tumor models:1||induced skeletal muscle progenitor cells:1||interface:1||intestineonachip:1||invasive cancer cells:1||isopropanol:1||laser fabrication:1||magnetic microparticles:1||mathematical model:1||mechanical properties:1||mechanosensing:1||membranes:1||microRNA124:1||microglia:1||microneedle:1||micropatterning:1||microphysiological systems:1||microwell arrays:1||module properties:1||multiorganonachip (MOC):1||multilayer patterning:1||multiorgan MPS:1||multiorganonachip (MOC):1||multiplex single nucleotide polymorphism genotyping:1||multiscale ancillary techniques:1||muscle extracellular matrix:1||muscle regeneration:1||nanomedicine:1||nanopillar arrays:1||nanostructured substrates:1||neural circuit:1||neural electronics:1||neural interfaces:1||neural probe:1||neurodegeneration:1||neurodegenerative diseases:1||neuroinflammation:1||neurotransmitter detection:1||neurovascular unit:1||neurovasculatureonachip:1||nonzeoliticporecontaining film:1||oxylene separations:1||on&#8208:1||openaccess:1||organona chip:1||organonachip:1||organs:1||p:1||pancreasmuscleliver MPS:1||paper scaffolds:1||passive conductance:1||pathophysiology:1||patientderived:1||pharmacodynamics:1||photoelectric artifact:1||physiologicallyrelevant:1||precision medicine:1||reactive astrocyte:1||regenerative medicine:1||sandwich assays:1||sealing:1||secondary growth:1||separations:1||siliceous zeolite film:1||silk fibroin electronics:1||spheroids:1||synapse formation:1||threedimensional (3D) cell culture:1||tissue engineering:1||toeholdmediated DNA displacement:1||tonic GABA current:1||topography:1||transdermal delivery:1||transparent electrodes:1||tumor spheroids:1||vascular permeability:1||vascularization:1||waferscale:1||waferscale fabrication:1||warfarin:1||(FCOM):1||zeolites:1||3D bioprinting:1||3D cell culture:1||3D culture:1||3D engineered tissue model:1||3D lipid bilayer structure:1||3D microfluidics:1||3D microstructure:1||3D neuron culture:1||3D neuronal culture:1||3D printing:1||3D spheroid:1||Action potential:1||Adsorption:1||Aligned 3D collagen:1||Allsilica DDR (SiDDR):1||Amyloid beta:1||Amyloidbeta:1||Animal Experiment:1||Animal Model:1||Animal Tissue:1||Aqueous twophase printing:1||Article:1||Artificial tissues:1||Automated multiplex immuno and molecular diagnostics:1||

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73, Goryeodae-ro, Seongbuk-gu, Seoul, Republic of Korea (02841)82-2-2286-1265

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