Our laboratory conducts research and provides education on biological tissues and biomaterials that can substitute for or form biological tissues. Our goals are to: 1) evaluate the physical properties of biomaterials; 2) develop biological tissue regeneration techniques; and 3) create novel biomaterials by applying evaluation, analysis, and control techniques, such as crystallography and crystal plasticity, that have been developed by materials science. In particular, by drawing attention to the characteristic layer-by-layer anisotropic arrangement and structure of biological tissues, we strive to create novel materials that can be highly functional even in special environments involving biological tissues. We hope to ultimately establish a new academic field, “materials science of anisotropy.”
Research Keywords & Expertise
Bone
single crystal
Bone disease
Mechanical Property
Crystal orientation
Intermetallics
apatite
Additive manufacturing...
High Entropy Alloy
heat resistance
collagen mineralizatio...
bone quality
Fingerprints
39%
Bone
25%
apatite
17%
Mechanical Property
13%
single crystal
13%
bone quality
12%
Additive manufacturing of metals
6%
Crystal orientation
5%
High Entropy Alloy
5%
Intermetallics
5%
Bone disease
5%
heat resistance
5%
collagen mineralization
Short Biography
Our laboratory conducts research and provides education on biological tissues and biomaterials that can substitute for or form biological tissues. Our goals are to: 1) evaluate the physical properties of biomaterials; 2) develop biological tissue regeneration techniques; and 3) create novel biomaterials by applying evaluation, analysis, and control techniques, such as crystallography and crystal plasticity, that have been developed by materials science. In particular, by drawing attention to the characteristic layer-by-layer anisotropic arrangement and structure of biological tissues, we strive to create novel materials that can be highly functional even in special environments involving biological tissues. We hope to ultimately establish a new academic field, “materials science of anisotropy.”
Honors and Awards
2019 Academic Award of JSBMR
The Japanese Society for Bone and Mineral Research
2012 Japan Society for the Promotion of Science Award
Japan Society for the Promotion of Science
2020 Awards for Science and Technology (Research Category)
The Commendation for Science and Technology by the Minister of Education, Culture, Sports, Science and Technology
The Minister of Education, Culture, Sports, Science a