Hitoshi Shiku

Papers

Total Citations

116

H-Index

About

Hitoshi Shiku is a pioneering researcher at the intersection of bioelectrochemistry and tissue engineering, with a primary focus on developing innovative platforms for cellular analysis and tissue fabrication. His major contributions center on the design and application of interdigitated array (IDA) electrodes for both electrical stimulation and real-time electrochemical detection of biological systems. Notably, his highly cited 2012 work on Pt electrode arrays demonstrated how precisely controlled electrical stimulation can guide the alignment and differentiation of skeletal muscle tissues, achieving 116 citations for its impact on tissue engineering, drug screening, and bio-robotics. This foundational study revealed that electrical stimulation enhances myosin production and myotube formation, providing a robust method for engineering functional muscle constructs. Beyond this, Shiku’s broader research integrates microelectrode sensors with cellular microenvironments to enable non-invasive, real-time monitoring of metabolic activity and signaling molecules. His work has profound implications for regenerative medicine and high-throughput drug testing, earning him recognition as a leader in merging electrochemical sensing with tissue engineering. With a citation record reflecting sustained influence, Shiku continues to advance tools that bridge electronic and biological systems, inspiring new approaches in biofabrication and cellular bioanalysis.