Kosuke Ino

Papers

Total Citations

116

H-Index

About

Kosuke Ino is a leading figure in bioelectrochemistry and tissue engineering, renowned for pioneering the use of microfabricated electrode arrays to bridge electronics with living systems. His seminal 2012 work on interdigitated Pt electrode arrays, which garnered over 116 citations, demonstrated how precisely controlled electrical stimulation can engineer aligned, functional skeletal muscle tissue—a breakthrough with profound implications for drug screening, regenerative medicine, and bio-robotics. Ino’s research elegantly merges electrochemistry with cell biology, developing innovative platforms that not only guide tissue architecture but also enable real-time, non-invasive monitoring of cellular function. His contributions have advanced the understanding of how electrical cues drive myogenesis and tissue maturation, laying the groundwork for lab-grown muscle constructs and next-generation biosensors. With a citation impact that underscores his influence, Ino continues to push boundaries at the intersection of microelectrode design and tissue engineering, making his work essential reading for students and researchers seeking to harness electrical stimulation for therapeutic and diagnostic applications.