Bio-implantable electrostimulation mimetic material
Research Overview and Objectives
∙ Achieving a 33% reduction in neuronal cell death after implantation using non-toxic liquid metal materials
∙ Development of biomimetic electrode materials based on polymer templates (electrode durability: 60 months)
Research Content
Non-toxic Lifecycle Implantable Liquid Metal Electrode Material
Zero Immune Response Bio-derived Materials
Bio-implantable Hydrogel Materials
Polymer Template-based Bio-assimuilate Materials
Bio-implantable Functional Therapeutic Materials
Research Overview and Objectives
∙ Development of cell-level high-density optical materials (density: 400units/mm2)
∙ Development of externally triggered active biodegradable materials (biodegradation rate: 100 s-1, neurochemical detection range: 10 to 1000 nM)
Research Content
Subminiature Optogenetic Materials
3-dimensional Optical Materials for Treating Refractory cancer
Research Overview and Objectives
Research Content
