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| Stepping on cutting-edge research results such
as the "discovery of nano-ion crystal array that reflect mechanical
functions in bone tissues" and the "discovery of a new method
to evaluate hard tissues regenerated by regenerative medical bioengineering",
development and design of materials for biological reconstruction that
promote auto-regeneration of various biological tissues, as well as induction
of regeneration, and development of the production process will be performed. |
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 Concretely,
development of ceramics and macromolecules that possess adequate sustained
cytokines release activity, creation of porous Ti alloy that has functions
similar to or better than biological hard tissues, and apatite-conjugated
materials with excellent biocompatibility, finally, clinical applications
such as artificial bone, artificial joint, artificial dental root, etc.,
will be the objectives. At the same time, development of a special X-ray
analysis device will be carried out for evaluation of biological functions.
To advance the present project, active recruitment of graduate students
of super-elite post-doctoral course in medicine, dentistry and biology
will be carried out.
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