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The Causes of Crime: New Biological Approaches offers the first comprehensive overview of the biological factors involved in criminality.
The Causes of Crime: New Biological Approaches offers the first comprehensive overview of the biological factors involved in criminality.
Produktdetails
- Produktdetails
- Verlag: Cambridge University Press
- Seitenzahl: 392
- Erscheinungstermin: 31. Januar 2009
- Englisch
- Abmessung: 229mm x 152mm x 23mm
- Gewicht: 635g
- ISBN-13: 9780521111898
- ISBN-10: 0521111897
- Artikelnr.: 26034275
- Verlag: Cambridge University Press
- Seitenzahl: 392
- Erscheinungstermin: 31. Januar 2009
- Englisch
- Abmessung: 229mm x 152mm x 23mm
- Gewicht: 635g
- ISBN-13: 9780521111898
- ISBN-10: 0521111897
- Artikelnr.: 26034275
Introduction: Biological factors in crime causation: the reactions of
social scientists Sarnoff A. Mednick; Part I. Methodological questions and
implications: 1. Some cautions for the biological approach to crime
causation Gordon Trasler; 2. Watch out for that last variable Malcolm W.
Klein; 3. Implications of biological findings for criminological research
David P. Farrington; 4. Definitions of antisocial behaviour in biosocial
research Preben Wolf; Part II. Evidence for the role of genetics: 5.
Genetic factors in the etiology of criminal behaviour Sarnoff A. Mednick,
William F. Gabrielli, Jr., and Barry Hutchings; 6. Genetic and
environmental factors in antisocial behaviour disorders C. R. Cloninger and
I. I. Gottesman; Part II. Psychophysiological and neurophysiological
factors: 7. Autonomic nervous system factors in criminal behaviour Peter H.
Venables; 8. Electroencephalogram among criminals Jan Volavka; 9. Childhood
diagnostic and neurophysiological predictors of teenage arrest rates: an
eight-year prospective study James H. Satterfield; Part IV. Neurological
factors: 10. Cerebral dysfunctions and persistent juvenile delinquency W.
Buikhuisen; 11. Violent behaviour and cerebral hemisphere function Israel
Nachshon and Deborah Denno; 12. Perceptual asymmetries and information
processing in psychopaths Robert D. Hare and John F. Connolly; Part V.
Biological Factors: 13. The neuroendocrinology and neurochemistry of
antisocial behaviour Robert T. Rubin; 14. Testosterone and adrenaline:
aggressive antisocial behaviour in normal adolescent males Dan Olweus; 15.
Personality correlates of plasma testosterone levels in young delinquents:
an example of person-situation interaction? Daisy Schalling; 16. Metabolic
dysfunctions among habitually violent offenders: reactive hypoglycemia and
cholesterol levels Matti Virkkunen; Part VI. Treatment Issues: 17. The role
of psychosurgical studies in the control of antisocial behaviour Mark A. J.
O'Callaghan and Douglas Carroll; 18. Pharmacological approaches to the
treatment of antisocial behaviour C. R. Cloninger; Indexes.
social scientists Sarnoff A. Mednick; Part I. Methodological questions and
implications: 1. Some cautions for the biological approach to crime
causation Gordon Trasler; 2. Watch out for that last variable Malcolm W.
Klein; 3. Implications of biological findings for criminological research
David P. Farrington; 4. Definitions of antisocial behaviour in biosocial
research Preben Wolf; Part II. Evidence for the role of genetics: 5.
Genetic factors in the etiology of criminal behaviour Sarnoff A. Mednick,
William F. Gabrielli, Jr., and Barry Hutchings; 6. Genetic and
environmental factors in antisocial behaviour disorders C. R. Cloninger and
I. I. Gottesman; Part II. Psychophysiological and neurophysiological
factors: 7. Autonomic nervous system factors in criminal behaviour Peter H.
Venables; 8. Electroencephalogram among criminals Jan Volavka; 9. Childhood
diagnostic and neurophysiological predictors of teenage arrest rates: an
eight-year prospective study James H. Satterfield; Part IV. Neurological
factors: 10. Cerebral dysfunctions and persistent juvenile delinquency W.
Buikhuisen; 11. Violent behaviour and cerebral hemisphere function Israel
Nachshon and Deborah Denno; 12. Perceptual asymmetries and information
processing in psychopaths Robert D. Hare and John F. Connolly; Part V.
Biological Factors: 13. The neuroendocrinology and neurochemistry of
antisocial behaviour Robert T. Rubin; 14. Testosterone and adrenaline:
aggressive antisocial behaviour in normal adolescent males Dan Olweus; 15.
Personality correlates of plasma testosterone levels in young delinquents:
an example of person-situation interaction? Daisy Schalling; 16. Metabolic
dysfunctions among habitually violent offenders: reactive hypoglycemia and
cholesterol levels Matti Virkkunen; Part VI. Treatment Issues: 17. The role
of psychosurgical studies in the control of antisocial behaviour Mark A. J.
O'Callaghan and Douglas Carroll; 18. Pharmacological approaches to the
treatment of antisocial behaviour C. R. Cloninger; Indexes.
Introduction: Biological factors in crime causation: the reactions of
social scientists Sarnoff A. Mednick; Part I. Methodological questions and
implications: 1. Some cautions for the biological approach to crime
causation Gordon Trasler; 2. Watch out for that last variable Malcolm W.
Klein; 3. Implications of biological findings for criminological research
David P. Farrington; 4. Definitions of antisocial behaviour in biosocial
research Preben Wolf; Part II. Evidence for the role of genetics: 5.
Genetic factors in the etiology of criminal behaviour Sarnoff A. Mednick,
William F. Gabrielli, Jr., and Barry Hutchings; 6. Genetic and
environmental factors in antisocial behaviour disorders C. R. Cloninger and
I. I. Gottesman; Part II. Psychophysiological and neurophysiological
factors: 7. Autonomic nervous system factors in criminal behaviour Peter H.
Venables; 8. Electroencephalogram among criminals Jan Volavka; 9. Childhood
diagnostic and neurophysiological predictors of teenage arrest rates: an
eight-year prospective study James H. Satterfield; Part IV. Neurological
factors: 10. Cerebral dysfunctions and persistent juvenile delinquency W.
Buikhuisen; 11. Violent behaviour and cerebral hemisphere function Israel
Nachshon and Deborah Denno; 12. Perceptual asymmetries and information
processing in psychopaths Robert D. Hare and John F. Connolly; Part V.
Biological Factors: 13. The neuroendocrinology and neurochemistry of
antisocial behaviour Robert T. Rubin; 14. Testosterone and adrenaline:
aggressive antisocial behaviour in normal adolescent males Dan Olweus; 15.
Personality correlates of plasma testosterone levels in young delinquents:
an example of person-situation interaction? Daisy Schalling; 16. Metabolic
dysfunctions among habitually violent offenders: reactive hypoglycemia and
cholesterol levels Matti Virkkunen; Part VI. Treatment Issues: 17. The role
of psychosurgical studies in the control of antisocial behaviour Mark A. J.
O'Callaghan and Douglas Carroll; 18. Pharmacological approaches to the
treatment of antisocial behaviour C. R. Cloninger; Indexes.
social scientists Sarnoff A. Mednick; Part I. Methodological questions and
implications: 1. Some cautions for the biological approach to crime
causation Gordon Trasler; 2. Watch out for that last variable Malcolm W.
Klein; 3. Implications of biological findings for criminological research
David P. Farrington; 4. Definitions of antisocial behaviour in biosocial
research Preben Wolf; Part II. Evidence for the role of genetics: 5.
Genetic factors in the etiology of criminal behaviour Sarnoff A. Mednick,
William F. Gabrielli, Jr., and Barry Hutchings; 6. Genetic and
environmental factors in antisocial behaviour disorders C. R. Cloninger and
I. I. Gottesman; Part II. Psychophysiological and neurophysiological
factors: 7. Autonomic nervous system factors in criminal behaviour Peter H.
Venables; 8. Electroencephalogram among criminals Jan Volavka; 9. Childhood
diagnostic and neurophysiological predictors of teenage arrest rates: an
eight-year prospective study James H. Satterfield; Part IV. Neurological
factors: 10. Cerebral dysfunctions and persistent juvenile delinquency W.
Buikhuisen; 11. Violent behaviour and cerebral hemisphere function Israel
Nachshon and Deborah Denno; 12. Perceptual asymmetries and information
processing in psychopaths Robert D. Hare and John F. Connolly; Part V.
Biological Factors: 13. The neuroendocrinology and neurochemistry of
antisocial behaviour Robert T. Rubin; 14. Testosterone and adrenaline:
aggressive antisocial behaviour in normal adolescent males Dan Olweus; 15.
Personality correlates of plasma testosterone levels in young delinquents:
an example of person-situation interaction? Daisy Schalling; 16. Metabolic
dysfunctions among habitually violent offenders: reactive hypoglycemia and
cholesterol levels Matti Virkkunen; Part VI. Treatment Issues: 17. The role
of psychosurgical studies in the control of antisocial behaviour Mark A. J.
O'Callaghan and Douglas Carroll; 18. Pharmacological approaches to the
treatment of antisocial behaviour C. R. Cloninger; Indexes.