Akira Teramoto
Papers
1
Total Citations
39
H-Index
1
About
Akira Teramoto is a leading figure in biomaterials engineering, with a core focus on developing advanced scaffolds for bone and tissue regeneration. His most cited work, a 2012 study on robotic deposition of 3D gelatin–bioactive glass hybrid scaffolds, has garnered 39 citations and stands as a landmark contribution to the field. In this research, Teramoto pioneered the creation of inorganic-organic hybrid scaffolds that combine the bioactivity of glass with the biocompatibility of gelatin, achieving both controllable degradation and enhanced mechanical properties. By employing robotic deposition, he enabled precise, three-dimensional architecture critical for cellular infiltration and tissue integration. This work directly addresses a key challenge in regenerative medicine: producing scaffolds that mimic natural extracellular matrix while supporting bone repair. Teramoto’s innovations have influenced subsequent studies on hybrid biomaterials, and his approach continues to inspire researchers seeking to optimize scaffold design for clinical translation. His contributions underscore a commitment to bridging materials science and biology, offering practical solutions for complex tissue engineering problems.
Research Focus
Key Achievements
Top Papers
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