Nanobioelectronics for Noninvasive Neural Therapy
摘要
From Duchenne’s pioneering work with electricity in 1855 to the cutting-edge world of bioelectronics today, a journey of electrifying advancements has reshaped medicine. This convergence of biology and electronics has given rise to organic mixed ionic-electronic conductors (OMIECs), versatile materials with exceptional electronic and ionic conductivities. OMIECs have reshaped bioelectronics, finding applications in sensing, neural recording, energy harvesting, and more. In parallel, the remarkable progress of nanotechnology has revolutionized medicine. Nanomaterials are now transforming drug delivery, diagnostics, and therapeutic treatments. The fusion of electrotherapy and nanotechnology holds boundless promise, especially in neural therapy. This thrilling journey brings us to the crossroads of innovation, where electricity and nanotechnology unite to redefine medical science. The future teems with brighter prospects for health and well-being, kindled by relentless curiosity and the electrifying possibilities that beckon.