32 research outputs found

    Can people empathize with offenders and victims during violent scenes? Behavioral and brain correlates of affective and cognitive empathy considering victim vs. offender perspective using the Bochumer affective and cognitive empathy task (BACET).

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    Empathy is defined as the capacity to resonate with others' emotions and can be subdivided into affective and cognitive components. Few studies have focused on the role of perspective-taking within this ability. Utilizing the novel Bochumer Affective and Cognitive Empathy Task (BACET), the present study aims to determine the characteristics of specific empathy components, as well as the impact of offender vs. victim perspective-taking. A total of 21 male participants (mean age = 30.6) underwent functional magnetic resonance imaging (fMRI) while watching 60 videos showing two protagonists in neutral (n = 30) or violent interactions (n = 30) thereby adopting the perspective of the (later) offender or victim. Our data show that videos showing emotional (violent) content, compared to those with neutral content, were rated more emotionally negative and induced higher affective empathic involvement, particularly when adopting the victim's perspective compared to the offender's point of view. The correct assignment of people's appropriate emotion (cognitive empathy) was found to be more accurate and faster in the emotional condition relative to the neutral one. However, no significant differences in cognitive empathy performance were observed when comparing victim vs offender conditions. On a neural level, affective empathy processing, during emotional compared to neutral videos, was related to brain areas generally involved in social information processing, particularly in occipital, parietal, insular, and frontal regions. Cognitive aspects of empathy, relative to factual reasoning questions, were located in inferior occipital areas, fusiform gyrus, temporal pole, and frontal cortex. Neural differences were found depending on the perspective, i.e., empathizing with the victim, compared to the offender, during affective empathy activated parts of the right temporal lobe, whereas empathy towards the role of the offender revealed stronger activation in the right lingual gyrus. During cognitive empathy, empathy toward the victim, relative to the offender, enhanced activity of the right supramarginal and left precentral gyri. The opposite contrast did not show any significant differences. We conclude that the BACET can be a useful tool for further studying behavioral and neurobiological underpinnings of affective and cognitive empathy, especially in forensic populations since response patterns point to a significant impact of the observer's perspective

    Modulation of Attentional Bias to Drug and Affective Cues by Therapeutic and Neuropsychological Factors in Patients With Opioid Use Disorder on Methadone Maintenance Therapy

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    Objective: Abnormal selective attention to drug cues and negative affect is observed in patients with substance dependence, and it is closely associated with drug addiction and relapse. Methadone maintenance is an effective replacement therapy to treat heroin addiction, which significantly reduces the relapse rate. The present study examines whether the patients with opioid use disorder on chronic methadone maintenance therapy exhibit abnormal attentional bias to drug cues and negative-affective cues. Moreover, its relation to therapeutic and neuropsychological factors is also examined.Methods: Seventy-nine patients with opioid use disorder under chronic methadone maintenance therapy and 73 age-, sex-, and education-matched healthy controls were recruited and assessed for attentional bias to drug cues and negative affect using a dot-probe detection task. Correlational analysis was used to examine the relationships between the attentional bias and the demographic, therapeutic, and neuropsychological factors.Results: No significant overall patient-control group difference is observed in drug-related or negative-affective-related attentional bias scores. In the patient group, however, a significant negative correlation is found between the attentional bias scores to negative-affective cues and the duration of methadone treatment (p = 0.027), with the patients receiving longer methadone treatment showing less attentional avoidance to negative-affective cues. A significant positive correlation is found between the negative affect-induced bias and the impulsivity score (p = 0.006), with more impulsive patients showing higher attentional avoidance to negative affective cues than less impulsive patients. Additionally, the patients detect a smaller percentage of probe stimuli following the drug (p = 0.029) or negative-affective pictures (p = 0.009) than the healthy controls.Conclusion: The results of the present study indicate that the patients under chronic methadone maintenance therapy show normalized attentional bias to drug and negative-affective cues, confirming the involuntary attention of the patients is not abnormally captured by external drug or negative-affective clues. Our findings also highlight that the attentional avoidance of negative-affective cues is modulated by the duration of methadone treatment and the impulsivity level in the patients

    Psychopathy and impulsivity: The relationship of psychopathy to different aspects of UPPS-P impulsivity

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    Impulsivity is thought to be a major component of psychopathy. However, impulsivity is a multi-faceted concept, and different facets may have differential relationships to psychopathy. We measured impulsivity via the UPPS-P in a sample of prisoners and in patients in a personality disorder service resident in secure psychiatric care. Psychopathy in the prison sample was measured via the clinician-rated Psychopathy Checklist: Screening Version and in the patients via the Psychopathy Checklist-Revised. We found that the Lifestyle/Antisocial factor (Factor 2) was associated with acting rashly when emotional (Negative Urgency and Positive Urgency). However, the Interpersonal/Affective factor (Factor 1) was associated with reduced impulsivity in the domains of premeditation and perseverance, and its unique variance was also associated with less rash behaviour. The Interpersonal facet (Facet 1) was particularly associated with reduced impulsivity. The results show that individuals with high Interpersonal traits of psychopathy can plan carefully and are persistent in their goals. This may underpin instrumental violence and criminal behaviour. Thus, a simple unitary understanding of the relationship between psychopathy and impulsivity may not be valid and may distort the multifaceted relationship between the two concepts that could assist in the assessment and management of psychopathic offenders

    Psychopathy and impulsivity: The relationship of psychopathy to different aspects of UPPS-P impulsivity

    Get PDF
    Impulsivity is thought to be a major component of psychopathy. However, impulsivity is a multi-faceted concept, and different facets may have differential relationships to psychopathy. We measured impulsivity via the UPPS-P in a sample of prisoners and in patients in a personality disorder service resident in secure psychiatric care. Psychopathy in the prison sample was measured via the clinician-rated Psychopathy Checklist: Screening Version and in the patients via the Psychopathy Checklist-Revised. We found that the Lifestyle/Antisocial factor (Factor 2) was associated with acting rashly when emotional (Negative Urgency and Positive Urgency). However, the Interpersonal/Affective factor (Factor 1) was associated with reduced impulsivity in the domains of premeditation and perseverance, and its unique variance was also associated with less rash behaviour. The Interpersonal facet (Facet 1) was particularly associated with reduced impulsivity. The results show that individuals with high Interpersonal traits of psychopathy can plan carefully and are persistent in their goals. This may underpin instrumental violence and criminal behaviour. Thus, a simple unitary understanding of the relationship between psychopathy and impulsivity may not be valid and may distort the multifaceted relationship between the two concepts that could assist in the assessment and management of psychopathic offenders

    Neurochemistry of response inhibition and interference in gambling disorder: a preliminary study of Ī³-aminobutyric acid (GABA+) and glutamateā€“glutamine (Glx)

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    BackgroundNeurobehavioral research on the role of impulsivity in gambling disorder (GD) has produced heterogeneous findings. Impulsivity is multifaceted with different experimental tasks measuring different subprocesses, such as response inhibition and distractor interference. Little is known about the neurochemistry of inhibition and interference in GD.MethodsWe investigated inhibition with the stop signal task (SST) and interference with the Eriksen Flanker task, and related performance to metabolite levels in individuals with and without GD. We employed magnetic resonance spectroscopy (MRS) to record glutamateā€“glutamine (Glx/Cr) and inhibitory, Ī³-aminobutyric acid (GABA+/Cr) levels in the dorsal ACC (dACC), right dorsolateral prefrontal cortex (dlPFC), and an occipital control voxel.ResultsWe found slower processing of complex stimuli in the Flanker task in GD (P < .001, Ī· 2 p = 0.78), and no group differences in SST performance. Levels of dACC Glx/Cr and frequency of incongruent errors were correlated positively in GD only (r = 0.92, P = .001). Larger positive correlations were found for those with GD between dACC GABA+/Cr and SST Go error response times (z = 2.83, P = .004), as well as between dACC Glx/Cr and frequency of Go errors (z = 2.23, P = .03), indicating general Glx-related error processing deficits. Both groups expressed equivalent positive correlations between posterror slowing and Glx/Cr in the right dlPFC (GD: r = 0.74, P = .02; non-GD: r = .71, P = .01).ConclusionInhibition and interference impairments are reflected in dACC baseline metabolite levels and error processing deficits in GD
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