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Neuroscientific and Genetic Evidence in Criminal Cases: A Double-Edged Sword in Germany but Not in the United States?

机译:刑事案件中的神经科学和遗传证据:德国的一把双刃剑,但不在美国?

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Aim of the study: The study examines how neurobiological and genetic explanations of psychopathy influence decision-making of German law students about legal and moral responsibility and sentencing of a defendant in a case of manslaughter. Previous studies from the USA and Germany have been criticized because they partly contradict legal analyses of real-world criminal cases. With a modified design, which integrates the main criticism, we re-examined the impact of biological explanations for psychopathy on decision-making in the courtroom. Method: We developed an improved quasi-experimental design to probe three case vignettes presenting different explanations of psychopathy in a criminal case of manslaughter. All three vignettes present the same information about a forensic expert’s testimony that is said to report compelling evidence for the diagnosis of “psychopathy”. The independent variable being manipulated is the type of information supporting the expert diagnosis: either no biological explanation of “psychopathy” versus a neurological explanation (brain injury) versus a genetic explanation (MAOA gene). The outcome measure is a questionnaire on legal and moral responsibility, free will, the type of custody, and the duration of the sentence. The study is adequately powered. We openly publish the data and all statistical analyses as reproducible R scripts. Result: The answers of German law students (n=317) indicate that the omission of a neurobiological explanation is significantly associated with higher ratings of legal responsibility while compared to no biological explanation. However, there was no significant difference on the prison sentencing and type of custody assigned. Furthermore, there was no difference in the self-reported impact of the explanation of psychopathy on the participants’ decision-making. Conclusion: Our findings from German law students corroborates previous research on German judges but is markedly distinct from studies on US judges. Whereas in the USA, biological information seems to have a mitigating effect, it seems to increase the rate of involuntary commitment to forensic psychiatric hospitals in Germany.
机译:该研究的目的:该研究探讨了德国律师学生对德国律师学生的决策的神经生物学和遗传解释如何在杀人杀人罪中的法律和道德责任和被告的判决。以前的美国和德国的研究受到批评,因为它们部分违背了现实世界刑事案件的法律分析。通过改进的设计,综合了主要批评,我们重新检查了生物解释对法庭决策的生物病理的影响。方法:我们开发了一种改进的准实验设计,探讨了三个案例的渐晕,在犯罪分子的刑事案例中呈现出不同的精神病患者。所有三个Vignettes展示了关于法医专家证词的相同信息,据称举报令人信服的诊断“精神病疗法”的证据。被操纵的独立变量是支持专家诊断的信息类型:无生物学解释与神经系统解释(脑损伤)与遗传解释(MaoA基因)。结果措施是关于法律和道德责任的问卷,自由意志,拘留类型以及判决的持续时间。该研究得到了充分的动力。我们公开发布数据和所有统计分析作为可重复的R脚本。结果:德国律师学生的答案(n = 317)表明,与没有生物学解释相比,遗漏神经生物学解释的遗漏与更高的法律责任率显着相关。但是,对被判入狱判决和拘留类型没有显着差异。此外,对参与者决策的精神病的解释的自我报告的影响没有差异。结论:我们德国律师学生的调查结果证实了德国法官的先前研究,但明显不同于美国法官的研究。虽然在美国,生物信息似乎具有缓解效果,似乎增加了在德国法医精神病院的非自愿承诺的速度。

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