ScholarWorks@Korea University: KOO, JA HYUN

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KOO, JA HYUN (구자현)

Graduate School (Department of Bioengineering)

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transient electronics:4||batteryfree:2||Biodegradable electronics:2||peripheral nerve regeneration:2||.:2||wireless:2||electrical stimulation:2||sweat cortisol:1||biomedical implants:1||green electronics:1||pediatrics:1||soft electronics:1||conductive conduit:1||Isotropic conductive adhesive:1||Screen printing:1||high operating voltage:1||Bioelectronic:1||LASSOlike spikeandslab prior:1||Nerve guidance conduits:1||artificial neural network:1||epidermal devices:1||Silver compound:1||High surface area:1||physiological monitoring:1||Biocompatible electronics:1||physical processing:1||prediction:1||Disease diagnosis:1||transparent electronics:1||Metal halide:1||biodegradable conductive paste:1||biocompatible polymer:1||Energydense planar format:1||pressure injuries:1||sonication:1||3D printing:1||Peripheral nerve injury:1||VATFree DLP:1||Foodgrade dye:1||super learner:1||galvanic skin response:1||biodegradable polymers:1||bioresorbable electronics:1||peripheral axon regeneration:1||lubricant:1||bioresorbable polymer:1||neonates:1||scale robotics:1||pressure sensors:1||Implantable:1||decellularized nerve xenograft:1||Bayesian kernel machine:1||Human organs:1||graph neural network:1||healthcare:1||materials:1||Electrocatalyst:1||biodegradable polymer:1||encapsulation:1||wireless wearables:1||Conductive paste:1||Implantable medical device:1||Biodegradable:1||freezethaw:1||Additive manufacturing:1||Encapsulation:1||stretchable electronics:1||nerve conduit:1||Neuroelectronic:1||supercritical fluids:1||nerves:1||flash point:1||Wearable electronics:1||In vivo animal studies:1||Peripheral nerve regeneration:1||vapor pressure prediction:1||metal nanowires:1||silicon nanomembranes:1||hydrophobic polymer:1||ionic liquids:1||perfusion:1||immersion and agitation:1||temperature sensors:1||Gaussian process:1||Amphiphobic:1||Health monitoring:1||metalsemiconductor interfaces:1||Oxygen reduction reaction:1||electrocardiogram:1||electroceuticals:1||strain sensors:1||Mimicking real nerve fascicles:1||

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