Bioengineered Neural Interfaces for Improved Brain-Computer Interactions

Abstract

Neural interfaces are bioengineered materials that provide improved bist between neural tissues and computers or other devices. This paper aims at discussing the advancement and use of these interfaces, in close consideration of the ways in which it may enhance the Accuracy and resilience of BCIs. These interfaces are designed to be incorporating with the neural tissue by using the novel biomaterials and fabrication approaches while keeping low immune reactions and high signal quality levels. These are the flexible and biocompatible surfaces for recording and stimulating the brain signals and high-density microelectrode arrays. The application of these two possibilities shows great potential in optimizing the functioning of BCIs and helping in better control of prosthetic limbs, new models of neuro prostheses, as well as in the improvement of therapeutic treatments for neurological disorders. As such, this study underlines the fundamental contribution of BE neural interfaces for the development of neuro technology and the nearer future BWI designs, which will elicit progressive improvement of the BCI systems’ efficacy in enhancing the patients’ quality and longevity of life.