Eric J. Nestler

Steven E. Hyman

Robert Malenka

* The most up-to-date and comprehensive coverage of the relationship of brain function and neuroactive chemicals * Authors are world-known leaders in the field * Molecular Neuropharmacology is the hot topic in medicine

A Foundation for Clinical Neuroscience

Molecular Basis of Neuropharmacology : A Foundation for Clinical Neuroscience

Joseph D. Buxbaum

Dennis S. Charney

Pamela Sklar

Our understanding of the neurobiological basis of psychiatric disease has accelerated in the past five years. The fourth edition of Neurobiology of Mental Illness has been completely revamped given these advances and discoveries on the neurobiologic foundations of psychiatry. Like its predecessors the book begins with an overview of the basic science. The emerging technologies in Section 2 have been extensively redone to match the progress in the field including new chapters on the applications of stem cells, optogenetics, and image guided stimulation to our understanding and treatment of psychiatric disorders. Sections' 3 through 8 pertain to the major psychiatric syndromes-the psychoses, mood disorders, anxiety disorders, substance use disorders, dementias, and disorders of childhood-onset. Each of these sections includes our knowledge of their etiology, pathophysiology, and treatment. The final section discusses special topic areas including the neurobiology of sleep, resilience, social attachment, aggression, personality disorders and eating disorders. In all, there are 32 new chapters in this volume including unique insights on DSM-5, the Research Domain Criteria (RDoC) from NIMH, and a perspective on the continuing challenges of diagnosis given what we know of the brain and the mechanisms pertaining to mental illness. This book provides information from numerous levels of analysis including molecular biology and genetics, cellular physiology, neuroanatomy, neuropharmacology, epidemiology, and behavior. In doing so it translates information from the basic laboratory to the clinical laboratory and finally to clinical treatment. No other book distills the basic science and underpinnings of mental disorders and explains the clinical significance to the scope and breadth of this classic text. The result is an excellent and cutting-edge resource for psychiatric residents, psychiatric researchers and doctoral students in neurochemistry and the neurosciences.

Neurobiology of Mental Illness

Robert C. Malenka

Market: Pharmacy and medical students; neuroscientists; neurologists; pharmacologists Updated edition has an attractive full-color design with more illustrations Includes numerous Fact Boxes to help reinforce learning

A Foundation for Clinical Neuroscience, Second Edition

Molecular Neuropharmacology

Cocaine produces its psychoactive & addictive effects primarily by acting on the brain¿s limbic system, a set of interconnected regions that regulate pleasure & motivation. An initial, short-term effect -- a buildup of the neurochemical dopamine -- gives rise to euphoria & a desire to take the drug again. Researchers are seeking to understand how cocaine¿s many longer term effects produce addiction¿s persistent cravings & risk of relapse. This paper focuses on the buildup of the genetic transcription factor DeltaFosB in the limbic system which correlate with addiction-like behaviors in mice & may precipitate very long-lasting changes to nerve cell structure. This is one of the first steps toward an understanding of the transition from cocaine abuse to addiction.

A Reprint from "Science and Practice Perspectives"

Neurobiology of Cocaine Addiction

The new edition of this definitive textbook reflects the continuing reintegration of psychiatry into the mainstream of biomedical science. The research tools that are transforming other branches of medicine - epidemiology, genetics, molecular biology, imaging, and medicinal chemistry - are also transforming psychiatry. The field stands poised to make dramatic advances in defining disease pathogenesis, developing diagnostic methods capable of identifying specific and valid disease entities, discovering novel and more effective treatments, and ultimately preventing psychiatric disorders. The Neurobiology of Mental Illness is written by world-renowned experts in basic neuroscience and the pathophysiology and treatment of psychiatric disorders. It begins with a succint overview of the basic neurosciences followed by and evaluation of the tools that are available for the study of mental disorders in humans. The core of the book is a series of consistently organized sections on the major psychiatric disorders that cover their diagnostic classification, molecular genetics, functional neuroanatomy, neurochemistry and pharmacology, neuroimaging, and principles of pharmacotherapy. Chapters are written in a clear style that is easily accessible to practicing psychiatrists, and yet they are detailed enough to interest researchers and academics.For this second edition, every section has been thoroughly updated, and 13 new chapters have been added in areas where significant advances have been made, including functional genomics and animal models of illness; epidemiology; cognitive neuroscience; postmortem investigation of human brain; drug discovery methods for psychiatric disorders; the neurobiology of schizophrenia; animal models of anxiety disorders; neuroimaging studies of anxiety disorders; developmental neurobiology and childhood onset of psychiatric disorders; the neurobiology of mental retardation; the interface between neurological and psychiatric disorders; the neurobiology of circadian rhythms; and the neurobiology of sleep disorders. Both as a textbook and a reference work, Neurobiology of Mental Illness represents a uniquely valuable resource for psychiatrists, neuroscientists, and their students or trainees.

Eric J. Nestler

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