ScholarWorks@Korea University College of Medicine: Cho, Il-Joo

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Cho, Il-Joo (조일주)

College of Medicine (Department of Convergence Medicine)

Research Area: 브레인칩, 뇌자극 기술, 뉴럴 인터페이스, Brain Chip, Brain Modulation, Neural Interface

Tel 02-3407-2091
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neural probe:4||atomic force microscopy:3||Glass reflow:2||tip:2||Neurotransmitter:2||AFM:2||brainmachine interfaces:2||electromagnetic actuation:2||miRNA:2||cantilever:2||electrostatic actuation:2||neural circuit:2||astrocyte:2||polyimide:2||Bimodal neural activity:1||Bio imaging:1||Bioinspired:1||Biomarker:1||Biomimetic:1||Bloodbrain barrier (BBB) disruption:1||Bluetooth:1||Boron:1||Brain infusion:1||Brain physiology:1||Buried microchannel:1||Butterfly:1||CMOS VCO:1||CO2/N2 separation:1||Cantilever:1||Capsule endoscope:1||Carbon dots:1||Carbon nanomaterial:1||Cassie state:1||Cell imaging:1||Celltocell variation:1||Cerebral organoid:1||Contact:1||DDR catalysts:1||DOPA decarboxylase:1||Diagnostics:1||Dimension:1||Disease modeling:1||EDP:1||Embedded microfluidic channel:1||Extorting behavior:1||Flexible:1||Fluorescence:1||Food competition:1||Friction anisotropy:1||GABA:1||Glass reflow process:1||Guarding behavior:1||Haptics:1||Height control via UV energy density:1||Humanfriendly robots:1||Hydrogel microparticle:1||Hydrogel micropost:1||Hydrogels:1||Hydrophobicity:1||Implantable bioelectronic devices:1||Implantable drug delivery:1||In vitro model:1||Incorporation of multiple components:1||Inflammation response:1||Low impedance:1||MAOB:1||MAOB inhibitor:1||MEMS:1||MEMS neural probe:1||MEMS speaker:1||MEMS tunable inductor:1||MRI compatible neural implants:1||Macroscopic hydrogel scaffold:1||Medial prefrontal cortex:1||Methamphetamine:1||Microneedle:1||Microneedles:1||Microprobe electrode array:1||Multicolor emission:1||Multilayered structures:1||Multimodal:1||Multiplex qPCR:1||NMDAR:1||Nanoscale friction:1||Nanotribology:1||Neural activity readout IC:1||Neural circuit:1||Neural communications:1||Neural probe:1||Neural probes:1||Neural spike signal:1||Neuromodulation:1||Neuron:1||Neuropathology:1||PDMS:1||PZT:1||PZT actuator:1||PZT cantilever:1||PZT degradation:1||PZT thin film actuator:1||Parkinson's disease:1||Peripheral nerve electrodes:1||Photocrosslinking:1||Plastic substrate:1||Polyethylene glycol diacrylate (PEGDA):1||Probe:1||Prostate cancer:1||Proximity sensor:1||RF MEMS:1||RF MEMS switch:1||RF microelectromechanical systems (MEMS) switch:1||Radio frequency microelectromechanical system (RF MEMS) switch:1||SPM heavily borondoped:1||SU8:1||SYNCRIP:1||Salvinia minima:1||Sampling probe:1||Seeded growth:1||Selfalignment fabrication process:1||Sliding:1||Striatum:1||Surface functionalization:1||TRPA1:1||Tactile display:1||Tactile sensor:1||Threedimensional neural map:1||Through glass silicon via (TGV):1||Tissue engineering:1||Transdermal drug delivery:1||Transparency:1||UV photolithography:1||Ultrasonic sensor:1||Urinary exosome:1||Vertically aligned carbon nanotubes:1||Wearable:1||Wenzel state:1||Wireless neural probe system:1||Withdrawal:1||adhesion:1||alphasynuclein:1||astrocytes:1||astrogliosis:1||atomic force microscope (AFM):1||audio frequency:1||avian influenza virus:1||axon guidance:1||bio inspired surface:1||biocompatibility:1||biocompatible coating:1||bioelectronics:1||biosensor:1||brain chips:1||calcium ion sensing:1||cell stiffness:1||celltype identification:1||chip sensor:1||chronic implant:1||connectivity:1||connectome:1||continuous electrowetting:1||cytoskeletal structure:1||diaphragm:1||dorsoventral organization:1||electrical coupling:1||electrical recording:1||electromagnetic actuator:1||electrophysiology:1||electrostatic holding:1||electrothermal structure:1||evaporation:1||ex vivo culture:1||fabrication of AFM:1||facile fabrication:1||fiber neural probes:1||filter:1||finite element analysis:1||flexible probe:1||fluorescence recording:1||fluorescence signal:1||foreign body response:1||friction:1||genetically encoded indicator:1||glial scar:1||glutamate:1||gold nanoparticles:1||high numerical aperture:1||high speed:1||human pluripotent stem cells:1||hydrogel microparticles:1||hysteresis curve:1||implantable neural probes:1||internal flow:1||labelfree detection:1||lead zirconate titanate (PZT) capacitor:1||liquid metal:1||lotus effect:1||low actuation voltage:1||low power:1||low voltage:1||magnetic microparticles:1||miR137:1||micropen:1||microchannel:1||microcontact printing:1||microfluidics:1||microlens arrays:1||micromachining:1||micropattern:1||micropump:1||multilayer patterning:1||multiplex single nucleotide polymorphism genotyping:1||nanopatterns:1||nanopillar geometry:1||network:1||neural recording:1||neuromodulation:1||neuron damage:1||neuropathic pain alleviation:1||neurotransmitter:1||nonimmunogenic properties:1||organs:1||photoelectric artifactfree implants:1||piezoelectric:1||piezoresistor:1||poly(3,4ethylenedioxythiophene):poly(styrene sulfonate) transparent electrodes:1||polyimide membrane:1||polymer:1||portable biosensor:1||probe:1||probe tip:1||probebased data storage:1||rapid detection:1||replication method:1||sandwich assays:1||series type:1||shunt:1||shunt type:1||silicon micro cantilever:1||silk fibroin:1||silk fibroin electronics:1||spinal cord organoid:1||stretchable electronics:1||substantia nigra pars compacta:1||sucrose gel:1||superhydrophobicity:1||surface energy:1||surface tension:1||symmetry breaking:1||thermal actuation:1||thermal time constant (TTC):1||thermopiezoelectric cantilever:1||thermopiezoelectric cantilevers:1||timebased operation:1||toeholdmediated DNA displacement:1||tonic inhibition:1||transparent neural electrode arrays:1||tyrosine hydroxylase:1||ultrasound:1||waferlevel transfer:1||waferscale fabrication:1||warfarin:1||(110) wafer:1||writing power:1||1D wetting transition:1||Abstinence:1||Actuator:1||Adhesion:1||Adsorption:1||Allsilica DDR (SiDDR):1||Alzheimer's disease:1||Alzheimer's diseases:1||Artificial tissues:1||Au wires:1||Behavior:1||Best1:1||Bidirectional actuation:1||

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