Goldsmiths, University of London, London, UK.
International Centre for Research in Human Development, Tomsk State University, Tomsk, Russia.
Eur J Hum Genet. 2020 Oct;28(10):1322-1330. doi: 10.1038/s41431-020-0650-8. Epub 2020 May 26.
Genetic information is increasingly used in many contexts, including health, insurance, policing and sentencing-with numerous potential benefits and risks. Protecting from the related risks requires updates to laws and procedures by justice systems. These updates depend to a large extent on what the key stakeholders-the judiciary-know and think about the use of genetic information. This study used a battery of 25 genetic knowledge items to collect data from 73 supreme court judges from the same country (Romania) on their knowledge of genetic information. Their responses were compared with those of two other groups: lawyers (but not judges; N = 94) and non-lawyers (N = 116) from the same country. The data were collected at approximately the same time from the three groups. The judges' results were also compared to the results obtained from a general population data collection (N = 5310). The results showed that: (1) judges had overall better knowledge of genetics than the other groups, but their knowledge was uneven across different genetic concepts; (2) judges were overall more confident in their knowledge than the other two groups, but their confidence was quite low; and (3) the correlation between knowledge and confidence was moderate for judges, weak for lawyers and not significant for non-lawyers. Finally, 100% of the judges agreed that information on gene-environment processes should be included in judges' training. Increasing genetic expertise of the justice stakeholders is an important step towards achieving adequate legal protection against genetic data misuse.
遗传信息在许多领域得到了越来越广泛的应用,包括医疗、保险、治安和量刑等领域,同时也带来了众多潜在的益处和风险。为了防范相关风险,司法系统需要更新法律和程序。这些更新在很大程度上取决于关键利益相关者(司法部门)对遗传信息使用的了解和看法。本研究使用了 25 项遗传知识测试题,从同一国家(罗马尼亚)的 73 位最高法院法官那里收集了他们对遗传信息的了解情况。法官的回答与另外两组进行了比较:来自同一国家的律师(但不是法官;n=94)和非律师(n=116)。这三组数据是在大致相同的时间收集的。法官的结果还与从普通人群中收集的数据(n=5310)进行了比较。结果表明:(1)与其他两组相比,法官总体上对遗传学的了解更好,但他们的知识在不同的遗传概念上参差不齐;(2)与其他两组相比,法官总体上对自己的知识更有信心,但他们的信心相当低;(3)法官的知识和信心之间的相关性是中度的,律师的相关性较弱,非律师的相关性不显著。最后,100%的法官同意,应该将有关基因-环境过程的信息纳入法官培训中。增加司法利益相关者的遗传专业知识是实现对遗传数据滥用进行适当法律保护的重要步骤。