Neural Interface with the Peripheral Nervous System

This insightful book explores advancements in neural interfacing, focusing on methodologies for connecting with the peripheral nervous system and enhancing therapeutic interventions.

This book delves into the analysis and development of methodologies for a nerve-machine interface, aiming to enhance our theoretical and experimental understanding of neural signal recovery from various fascicles. It emphasizes the selective control of fascicle activation, a crucial aspect of interfacing with the nervous system.

Neural Interface with the Peripheral Nervous System represents an engaging exploration of scientific curiosity and innovation in the fields of neurology and bioengineering. Over the last two decades, groundbreaking studies have significantly advanced our understanding of peripheral nerves, unveiling novel therapeutic possibilities. The exploration of peripheral nerve recording selectivity, combined with multiple-contact nerve electrodes, has enabled targeted treatments that minimize side effects, paving the way for both therapeutic interventions and diagnostics.

The book highlights the remarkable strides made in neural interfacing, from foundational theoretical models to the intricate design of long-term implantable electrodes. It reviews pioneering research that has predicted nerve fiber responses to electrical stimuli and analyzes innovations like interfascicular electrodes that enhance precision in neural recordings. Covering advancements in chronic neural interfaces and functional electrical stimulation, it provides insights into fine-tuned muscle activation and novel neuromodulation treatments. Neural Interface with the Peripheral Nervous System serves as a comprehensive resource that traces the evolution of nerve stimulation technologies, showcasing the dedication of scientists, engineers, and clinicians in pushing the boundaries of possibility.