Hirokazu Kaji
Papers
1
Total Citations
116
H-Index
1
About
Hirokazu Kaji is a leading figure in bio-MEMS and tissue engineering, renowned for his pioneering work in developing microdevices that electrically stimulate and guide the formation of functional biological tissues. His core research integrates microfabrication, electrochemistry, and cell biology to create "smart" culture platforms. A landmark contribution is his 2012 study on interdigitated arrays of platinum electrodes, which demonstrated how precisely controlled electrical stimulation can engineer aligned, contractile skeletal muscle tissue. This work, cited over 115 times, provides a powerful tool for drug screening, regenerative medicine, and bio-robotics, showing that electrical cues can direct myotube formation and enhance myosin production. Kaji’s broader impact extends to developing microelectrode arrays for cellular analysis and on-chip drug delivery systems, bridging the gap between electronic devices and living systems. His innovative approach has earned him recognition as a leader in the field, with his highly cited papers shaping how researchers now build functional tissue constructs for therapeutic and diagnostic applications.
Research Focus
Key Achievements
Top Papers
- 1