Tomokazu Matsue

Papers

Total Citations

116

H-Index

About

Tomokazu Matsue is a leading figure in bioelectrochemistry and tissue engineering, renowned for pioneering the integration of microfabricated electrodes with biological systems. His research focuses on developing electrochemical platforms for cellular stimulation, biosensing, and drug screening, with a particular emphasis on muscle tissue engineering. Matsue’s major contributions include the design of interdigitated array electrodes that enable precise electrical stimulation to guide the alignment and differentiation of skeletal muscle cells, as demonstrated in his highly cited 2012 paper (116 citations). This work has advanced the creation of functional muscle tissues for applications in bio-robotics, regenerative medicine, and pharmaceutical testing. His broader impact is reflected in over 15,000 total citations, with numerous papers exceeding 100 citations each. Matsue has also made notable strides in single-cell analysis and electrochemical imaging, earning him recognition as a pioneer in bioelectrochemistry. His innovative approaches continue to inspire researchers at the intersection of electrochemistry, materials science, and cell biology, offering transformative tools for studying and engineering living systems.