This textbook investigates the technical and physiological principles required to perform safe and accurate intraoperative neurophysiological monitoring during deep brain stimulation procedures. Author Erwin B. Montgomery Jr. leverages his expertise in neurophysiology and clinical practice to bridge the gap between complex electrical engineering concepts and surgical application. The text provides a rigorous framework for understanding how electronic circuits, biophysics, and neuroanatomy interact within the operating room environment. By focusing on the precise control of electron movement, the author establishes a methodology for optimizing surgical targeting while mitigating the risks of irreversible neural damage.

Experts in the field of neurosurgery recognize this work as a specialized technical resource for clinicians and researchers involved in deep brain stimulation. Readers frequently note the high level of technical density, making it a foundational text for those seeking to master the intersection of electrical engineering and operative neurophysiology.