Leveraging biomimetic materials for bioelectronics

Abstract

The exploration of biomimetic materials for bioelectronics is driving transformative advancements in medical technology and beyond. Drawing inspiration from nature’s intricate designs, these materials hold immense potential for creating bioelectronics that integrate seamlessly with living tissues. This work highlights three key biomimetic strategies in the current bioelectronics community: structural design, material properties, and natural processes. We demonstrate how these approaches significantly enhance the bioelectronic performance in the aspects of bio-signal acquisition, transduction, and analysis, addressing critical challenges in current biomedical technologies. By incorporating these principles, biomimetic materials and technologies are poised to revolutionize the conventional medical model, fostering the development of more intelligent, efficient, and biocompatible bioelectronic devices.