The Spectrum of Psychotic Disorders: Neurobiology, Etiology and Pathogenesis [Hardcover]

This book provides a one-stop, comprehensive review of the spectrum of psychotic disorders.This book provides a one-stop, comprehensive review of the spectrum of psychotic disorders, giving quick comparisons for diagnostic decision-making, evidence for each etiology, and examining the data describing a unitary neurobiological model of psychosis along with the hypothesis that psychosis is a neurobiological syndrome similar to aphasia or apraxia.This book provides a one-stop, comprehensive review of the spectrum of psychotic disorders, giving quick comparisons for diagnostic decision-making, evidence for each etiology, and examining the data describing a unitary neurobiological model of psychosis along with the hypothesis that psychosis is a neurobiological syndrome similar to aphasia or apraxia.The spectrum of psychotic disorders encompasses as many as 25 different etiologies, ranging from the primary psychoses through those secondary to medical conditions, drugs and medications, and sensory impairments. This book provides a one-stop, comprehensive review of these disorders and gives quick comparisons for diagnostic decision-making to help with difficult differential diagnoses. Every chapter is uniformly structured to show comparisons between each disorder of presentation, course, and underlying neuropathology. Evidence for each etiology is also rated, indicating the confidence level the reader can place in the current findings. The international team of authors also examines data supporting a unitary neurobiological model of psychosis and the hypothesis that psychosis is a neurobiological syndrome similar to aphasia or apraxia. This book represents a paradigm shift in understanding, classifying and diagnosing these disorders, providing directions for future research and treatment. It will be of great interest to psychiatrists and neuroscientists alike.Part I. Introduction: 1. Introduction: is psychosis a neurobiological syndrome? Daryl E. Fujii and Iqbal Ahmed; Partl£&