Biomaterials Center

We develop materials and device-creation technology that can fully exploit the functions of the body environment as a system, based upon research on various material compounds and device-building.

Developing basic materials for control at the nano/microlevels, through use of Calcium glycerophosphates and proteins having bioaffinity, in order to make regenerative medicine a reality

We are conducting research from diversified perspectives, seeking to develop metallic materials exhibiting bioaffinity for use in a various sectors such as artificial joints, teeth implants, immobilizers, cardiac pacemakers and stents among other products.

We are developing biofunctional materials using controlled layered structures for expression/sustained functions as organs/tissues for introduction into the cell/body, enabled by applying various materials synthesis/structural control technologies.

We research the nano-environment that befit the survival of cells while also applying to polymeric pore materials with functions controlled minutely at the pore structure and surface nanostructure levels

We are seeking to develop materials with very high levels of bioaffinity for use in regenerative medicine, by utilizing cellular and genetic engineering, upon analyzing the interaction between cells and biomaterials at the genetic expression level.

We seek to establish a theoretical structure for design of biomaterials in order to elucidate the recognition mechanism that cells have as to the surface structures of materials.