A Modern Atlas for Implantable Devices of the Spine, Brain, and Nerve: For Pain, Movement Disorders, and Nerve Dysfunction

Author: Deer MD, Timothy R.

Edition: 1

ISBN: 9780443365287

Release Date: 16-06-2026

Languages: English

Binding: paperback

Number Of Pages: 300

Details: A Modern Atlas for Implantable Devices of the Spine, Brain, and Nerve: For Pain, Movement Disorders, and Nerve Dysfunction is an essential resource for healthcare professionals and researchers working in neuromodulation. This groundbreaking text focuses on the latest advancements in implantable technologies, exploring innovative techniques, frequencies, and neural targets that have revolutionized patient care. Covering a diverse range of conditions related to pain, movement disorders, and nerve dysfunction, the atlas provides a detailed overview of spinal, brain, and peripheral nerve procedures. It combines anatomical insights with clinical best practices to help professionals achieve enhanced outcomes in complex medical scenarios.

In addition to introducing cutting-edge devices, the book delves into procedures like spinal cord stimulation and dorsal root ganglion modulation, offering a roadmap for navigating intricate anatomical and procedural landscapes. The atlas includes valuable sections on sacral nerve modulation and peripheral nerve stimulation, ensuring comprehensive coverage of neuromodulation’s expanding possibilities. By bridging theoretical knowledge with practical application, this resource equips practitioners with the tools needed to address diverse patient challenges effectively. Includes comprehensive coverage of new implantable devices and techniques not previously available, catering to the latest advancements in neuromodulation Details anatomical insights and procedural guidelines for spine, brain, and peripheral nerve stimulations Presents in-depth sections on brain stimulation, vagal nerve stimulation, and glossopharyngeal nerve stimulation Explores advanced waveforms and frequencies tailored for optimizing pain management and therapeutic outcomes across various neural targets