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" Neurobiology of aggression : "


Document Type : BL
Record Number : 1002348
Doc. No : b756718
Title & Author : Neurobiology of aggression : : understanding and preventing violence /\ edited by Mark P. Mattson.
Publication Statement : Totowa, N.J. :: Humana Press,, ©2003.
Series Statement : Contemporary neuroscience
Page. NO : 1 online resource (x, 324 pages) :: illustrations
ISBN : 1592593828
: : 9781592593828
: 158829188X
: 9781588291882
Bibliographies/Indexes : Includes bibliographical references and index.
Contents : Cortical and limbic neural circuits mediating aggressive behavior -- Emotion regulation : an affective neuroscience approach -- The serotonergic dimension of aggression and violence -- The neurochemical genetics of serotonin in aggression, impulsivity, and suicide -- Behavioral and neuropharmacological differentiation of offensive and defensive aggression in experimental and seminaturalistic models -- Neuroendocrine stress responses and aggression -- Y chromosome and antisocial behavior -- Aggression in psychiatric disorders -- Aggression in brain injury, aging, and neurodegenerative disorders -- Environmental factors and aggression in nonhuman primates -- Aggression, biology, and context : dejá-vù all over again? -- The family environment in early life and aggressive behavior in adolescents and young adults -- Television and movies, rock music and music videos, and computer and video games : understanding and preventing learned violence in the information age -- Social drinking and aggression -- Cognitive-behavioral intervention for childhood aggressions -- Pharmacological intervention in aggression.
Abstract : Excessive human aggression has become a major social problem worldwide, presumably because of its deep roots in the neuronal circuits and neurochemical pathways of the human brain. In Neurobiology of Aggression: Understanding and Preventing Violence, leading researchers and physicians review the cellular and molecular basis of aggression and show how the nerve cell circuitry and the neurochemistry that mediate aggressive behavior are modified by various environmental and genetic factors. The authors consider in detail the nerve cell circuits of the brain that control aggressive behaviors, focusing on their links to cognition and the neurotransmitter pathways that either promote or suppress violent behavior. They also examine how family environment, early life experiences, exposure to violent video games and movies, religion, and substance abuse affect violent behaviors, including participation in gangs and terrorist organizations. Various behavioral and pharmacological approaches are presented for preventing and treating individual aggression. Drawing on insights from neurobiology, neurochemistry, genetics, behavior science, and cultural studies, Neurobiology of Aggression: Understanding and Preventing Violence offers specialists and educated laymen a comprehensive yet concise science-based view of why people carry out violent acts against innocent victims and how an understanding of brain function can be used to limit further violence.
Subject : Aggressiveness-- Physiological aspects.
Subject : Aggressiveness-- Social aspects.
Subject : Aggressiveness-- Treatment.
Subject : Violence-- Physiological aspects.
Subject : Violence-- Prevention.
Subject : Aggressiveness-- Physiological aspects.
Subject : Aggressiveness-- Social aspects.
Subject : PSYCHOLOGY-- Mental Illness.
Subject : Violence-- Physiological aspects.
Subject : Violence-- Prevention.
Subject : Aggression.
Subject : Violence.
Subject : Agressief gedrag.
Subject : Neurobiologie.
Subject : Neuropsychologie.
Subject : Neurophysiology.
Dewey Classification : ‭616.85/82‬
LC Classification : ‭RC569.5.A342‬‭N486 2003eb‬
NLM classification : ‭2003 G-574‬
: ‭WM 600‬‭N4935 2003‬
: ‭42.13‬bcl
: ‭77.50‬bcl
Added Entry : Mattson, Mark Paul.
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