Raine, Adrian
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Publication Brain Imaging Research on Psychopathy: Implications for Punishment, Prediction, and Treatment in Youth and Adults(2015-07-01) Umbach, Rebecca; Berryessa, Colleen; Raine, AdrianWhile there has been an exponential increase in brain imaging research on psychopathy in the past two decades, knowledge on the brain basis to child and adolescent psychopathic-like behavior is relatively new. This adult and child research has potential future implications for the development of new interventions, prediction of future offending, and punishment. This review examines both adult and child literatures on the neural basis of psychopathy, together with implications for the criminal justice system. The adult imaging literature provides growing evidence for amygdala structural and functional impairments in psychopaths, and more variable evidence for prefrontal deficits. The emerging child and adolescent imaging literature with notable exceptions broadly parallels these adult findings and may help explain the development of fearlessness, disinhibition, and lack of empathy. This knowledge places policy makers at a crossroads. Should new biological interventions be developed to remediate these brain abnormalities? Would imaging be used in the future to predict offending? Could imaging findings help excuse psychopathic behavior or alternatively argue for longer sentences for public protection? This review attempts to address these issues at the child and adult levels and provides directions for future research that include the incorporation of biological measures into treatment programs.Publication Neurocriminology: Implications for the Punishment, Prediction and Prevention of Criminal Behaviour(2014-01-01) Glenn, Andrea L; Raine, AdrianCriminal behaviour and violence are increasingly viewed as worldwide public health problems. A growing body of knowledge shows that criminal behaviour has a neurobiological basis, and this has intensified judicial interest in the potential application of neuroscience to criminal law. It also gives rise to important questions. What are the implications of such application for predicting future criminal behaviour and protecting society? Can it be used to prevent violence? And what are the implications for the way offenders are punished?Publication Psychopathy and Free Will From a Philosophical and Cognitive Neuroscience Perspective(2015-10-01) Glenn, Andrea L; Focquaert, Farah; Raine, AdrianIn our chapter, we discuss one of the most influential compatibilist accounts of free will, Fischer and Ravizza's (1998) reasons-responsiveness theory, and review the empirical literature on psychopathy that addresses the requirements for moral responsibility that are put forward in their account. Reasons-responsive compatibilist views seem to argue for the absence of moral responsibility or at least diminished responsibility when considering psychopathy. Their view draws upon impairments in the relevant kind of reasons-responsiveness in which one is responsive to both prudential and moral reasons. If moral reasons as genuine reasons that may motivate behavior are somehow aliento individuals with psychopathy, can we argue that these individuals are fully responsible for their immoral behavior? Based on empirical findings, we argue that psychopaths have core affective and cognitive deficits that may impair moral rationality. We conclude that the hard determinist, hard incompatibilist, and reasons-responsive compatibilist view suggest that offenders with severe psychopathy should not be held criminally responsible, and that mild psychopathy should function as a mitigating factor allowing for partial criminal responsibility. We should greatly increase our emphasis on early prevention and rehabilitation while ensuring that society is adequately protected and the feelings and rights of victims are respected. What we fear – or at any rate a very important part of what we fear – in determinism is the prospect that determinism would rule out control, and we very definitely do not want to lose control or be out of control or be controlled by something or someone else – like a marionette or puppet. (Dennett, 1984: 51)Publication Recruitment of Community-Residing Youth Into Studies on Aggression(2013-03-21) Richmond, Therese S; Cheney, Rose Ann; Soyfer, Liana; Raine, Adrian; Kimmel, RebeccaRecruitment of community-based youth into studies is challenging. We examined access issues, minority status, and personal costs of participation for a study of children with aggressive behaviors, designed to identify which ones are at risk for future violent behaviors, to identify protective factors, and to test interventions to reduce aggression. Of 1,038 contacts, 112 declined, 239 could not be re-contacted, and 124 were ineligible. Three hundred and fifty of 563 scheduled child-parent dyads completed intake assessment. Most were recruited through targeted mailings (33%) and community flyers (22%), 12% through regional news advertisement, 8% by Craigslist, and 5% through healthcare providers/clinics. Factors contributing to enrollment rates by zip code showed the percentage of Black residents per zip code and targeted mailings positively contributed (Beta = .200 & .419, respectively) and estimated transit travel time negatively contributed (Beta =.299) to enrollment rates (R2 = 0.562). Targeted mailings proved to be the most efficient strategy in successful recruitment.Publication Increased Executive Functioning, Attention, and Cortical Thickness in White-Collar Criminals(2012-12-01) Raine, Adrian; Laufer, William S; Yang, Yaling; Narr, Katherine L; Thompson, Paul; Toga, Arthur WVery little is known on white collar crime and how it differs to other forms of offending. This study tests the hypothesis that white collar criminals have better executive functioning, enhanced information processing, and structural brain superiorities compared to offender controls. Using a case-control design, executive functioning, orienting, and cortical thickness was assessed in 21 white collar criminals matched with 21 controls on age, gender, ethnicity, and general level of criminal offending. White collar criminals had significantly better executive functioning, increased electrodermal orienting, increased arousal, and increased cortical gray matter thickness in the ventromedial prefrontal cortex, inferior frontal gyrus, somatosensory cortex, and the temporal-parietal junction compared to controls. Results, while initial, constitute the first findings on neurobiological characteristics of white-collar criminals It is hypothesized that white collar criminals have information-processing and brain superiorities that give them an advantage in perpetrating criminal offenses in occupational settings.Publication Stimulation of the Prefrontal Cortex Reduces Intentions to Commit Aggression: A Randomized, Double-Blind, Placebo-Controlled, Stratified, Parallel-Group Trial(2018-07-18) Choy, Olivia; Raine, Adrian; Hamilton, RoyAlthough prefrontal brain impairments are one of the best-replicated brain imaging findings in relation to aggression, little is known about the causal role of this brain region. This study tests whether stimulating the dorsolateral prefrontal cortex using transcranial direct current stimulation (tDCS) reduces the likelihood of engaging in aggressive acts, and the mechanism underlying this relationship. In a double-blind, stratified, placebo-controlled, parallel-group, randomized trial, 81 human adults (36 males, 45 females) were randomly assigned to an active (N = 39) or placebo (N = 42) condition, and then followed up 1 d after the experiment session. Intentions to commit aggressive acts and behavioral aggression were assessed using hypothetical vignettes and a behavioral task, respectively. The secondary outcome was the perception of the moral wrongfulness of the aggressive acts. Compared with the sham controls, participants who received anodal stimulation reported being less likely to commit physical and sexual assault (p < 0.01). They also judged aggressive acts as more morally wrong (p < 0.05). Perceptions of greater moral wrongfulness regarding the aggressive acts accounted for 31% of the total effect of tDCS on intentions to commit aggression. Results provide experimental evidence that increasing activity in the prefrontal cortex can reduce intentions to commit aggression and enhance perceptions of the moral wrongfulness of the aggressive acts. Findings shed light on the biological underpinnings of aggression and theoretically have the potential to inform future interventions for aggression and violence.Publication The Association Between P3 Amplitude at Age 11 and Criminal Offending at Age 23(2013-01-01) Gao, Yu; Raine, Adrian; Venables, Peter H; Mednick, Sarnoff AReduced P3 amplitude to targets is an information-processing deficit associated with adult antisocial behavior and may reflect dysfunction of the temporal-parietal junction. This study aims to examine whether this deficit precedes criminal offending. From a birth cohort of 1,795 children, 73 individuals who become criminal offenders at age 23 and 123 noncriminal individuals were assessed on P3 amplitude. The two groups did not differ on gender, ethnicity, and social adversity. P3 amplitude was measured over the temporal-parietal junction during a visual continuous performance task at age 11, together with antisocial behavior. Criminal convictions were assessed at age 23. Reduced P3 amplitude at age 11 was associated with increased antisocial behavior at age 11. Criminal offenders showed significantly reduced P3 amplitudes to target stimuli compared to controls. Findings remained significant after controlling for antisocial behavior and hyperactivity at age 11 and alcoholism at age 23. P3 deficits at age 11 are associated with adult crime at age 23, suggesting that reduced P3 may be an early neurobiological marker for cognitive and affective processes subserved by the temporal-parietal junction that place a child at risk for adult crime.Publication Neural foundations to moral reasoning and antisocial behavior(2006-12-01) Raine, Adrian; Yang, YalingA common feature of the antisocial, rule-breaking behavior that is central to criminal, violent and psychopathic individuals is the failure to follow moral guidelines. This review summarizes key findings from brain imaging research on both antisocial behavior and moral reasoning, and integrates these findings into a neural moral model of antisocial behavior. Key areas found to be functionally or structurally impaired in antisocial populations include dorsal and ventral regions of the prefrontal cortex (PFC), amygdala, hippocampus, angular gyrus, anterior cingulate and temporal cortex. Regions most commonly activated in moral judgment tasks consist of the polar/medial and ventral PFC, amygdala, angular gyrus and posterior cingulate. It is hypothesized that the rule-breaking behavior common to antisocial, violent and psychopathic individuals is in part due to impairments in some of the structures (dorsal and ventral PFC, amygdala and angular gyrus) subserving moral cognition and emotion. Impairments to the emotional component that comprises the feeling of what is moral is viewed as the primary deficit in antisocials, although some disruption to the cognitive and cognitive-emotional components of morality (particularly self-referential thinking and emotion regulation) cannot be ruled out. While this neurobiological predisposition is likely only one of several biosocial processes involved in the etiology of antisocial behavior, it raises significant moral issues for the legal system and neuroethics.Publication Biosocial Influences on Offending Across the Life Course(2018-12-01) Choy, Olivia; Portnoy, Jill; Raine, Adrian; Remmel, Rheanna J.; Schug, Robert; Tuvblad, Catherine; Yang, YalingThis chapter presents major biological and biosocial findings in relation to the development of offending. It reviews empirical findings on the association between two psychophysiological factors, heart rate and skin conductance, and offending. The chapter then discusses the heritability of antisocial behavior and the contribution of genetics to the understanding of developmental trajectories, stability, and change in offending. The structural and functional brain abnormalities in antisocial individuals across different age groups are then discussed, along with research on hormones and neurotransmitters. Next, the chapter highlights the applications of neuropsychology in the understanding of offending across the life span and reviews research on pre- and perinatal factors related to later offending. It concludes with potential areas for future research.Publication The Neural Correlates of Moral Decision-Making in Psychopathy(2009-01-01) Glenn, Andrea L; Raine, Adrian; Schug, R.A.