Carolina Gorodetsky - Böcker

Pediatric Deep Brain Stimulation offers the first comprehensive, multi-disciplinary exploration of this rapidly advancing field, providing clinicians with an authoritative guide to the science, practice, and future of pediatric neuromodulation.Organized into four integrated sections, the book begins with the essentials of a pediatric DBS program-including state-of-the-art imaging, peri-operative management, complication avoidance, and ethical considerations unique to the developing brain. Subsequent chapters examine the use of DBS across the spectrum of childhood movement disorders, from monogenic and acquired dystonias to non-dystonic conditions. A dedicated section addresses neuromodulation for pediatric epilepsy, with a focus on emerging technologies. The book concludes with cutting-edge applications of DBS in neurodevelopmental and neuropsychiatric disorders and a view toward the integration of neuroengineering to expand the reach and future potential of circuit-based interventions in children.Edited by a pediatric movement disorders neurologist and a pediatric functional neurosurgeon who together direct an integrative, comprehensive pediatric DBS program, this volume brings a uniquely collaborative perspective and deep clinical expertise. It is an essential resource for neurosurgeons, neurologists, epileptologists, pediatric specialists, and researchers committed to advancing care for children with severe neurological disease.

Provides a start-to-finish guide to the entire pediatric DBS process-from assessment and candidacy determination through surgical planning, peri-operative care and long-term management

Reviews programming approaches across a wide range of pediatric conditions, with practical frameworks from experts

Summarizes and evaluates the evidence base for DBS in multiple childhood neurological and neurodevelopmental disorders

Offers a forward-looking perspective on engineering advances, technological integration, and the ethical principles that must guide the next generation of pediatric neuromodulation