Vanessa Lynch, Laura Jane Heathfield, Bruce Budowle
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引用次数: 0
摘要
通过法医 DNA 图谱鉴定人类主要依赖于对短串联重复标记(STR)和淀粉样蛋白或其他性别决定标记的分析。分析得出的 DNA 图谱可直接在证据和参考样本之间进行比较,或间接(即亲属关系)在遗骸和家庭参考样本之间进行比较。虽然淀粉样蛋白是生物性别的表型标记,但它通常被认为是无害的,从这一标记得出的生物性别会被例行报告和/或上传到国家 DNA 数据库。然而,生物性别并不一定与性别认同一致,染色体异常也可能影响生物性别的呈现。生物性别是由基因决定的,并在出生时根据解剖学特征分配,而性别认同是一种个体表达,可能会随着时间的推移而改变,也可能与生物性别不一致。本文强调了生物性别和性别认同之间的差异如何可能会侵犯个人隐私。除性别差异外,还可能出现与生理性别表现相关的遗传异常,而揭露此类异常的后果可能会对相关个人产生深远影响。在法医 DNA 图谱中披露生物性别并没有考虑到与性染色体相关的基因异常(个人可能知道也可能不知道)、变性(个人可能透露也可能没有透露)或与生物性别不一致的性别认同表达对个人或其家庭的影响。通过对案例情景的介绍,虽然生物性别知识对法医 DNA 实验室的操作可能很重要,在某些情况下也很关键,但它往往与刑事调查、法庭审议或公开披露无关。我们所有人都应该明白,在公共领域传播生物性别数据,尤其是在没有必要公开的情况下,可能会影响个人隐私。鉴于目前对性别认同的理解和日益增长的影响,我们建议:(1) 将 "生物性别 "和 "性 别 "视为两个独立的概念,不能同义使用,也不能互换使用;(2) 重新审查 DNA 资料的定 义,使其更加清晰;(3) 制定政策和协议,在报告和法庭程序(即公开场合)中限制此类信 息、(3) 制定相关政策和协议,在不相关的情况下,限制此类信息在报告和法庭程序(即公开场合)中的使用,从而减少对个人隐私的无端侵犯,并承认个人有权保持生理性别隐私,并有权控制共享此类个人信息的方式和时间。
Disclosure of biological sex may impact individual privacy.
Human identification by forensic DNA profiling primarily relies on the analysis of short tandem repeat markers (STRs) and Amelogenin or other sex determining markers. The resultant DNA profiles can be compared directly between evidence and reference samples or indirectly (i.e., kinship) between human remains and family reference samples. Although Amelogenin serves as a phenotypic marker for biological sex, it is often considered innocuous, and the biological sex derived from this marker is routinely reported and/or uploaded to national DNA databases. However, biological sex does not necessarily align with gender identity, and chromosomal anomalies may affect the presentation of biological sex. Biological sex is genetically determined and assigned at birth based on anatomical features, whereas gender identity is an individual expression that may change over time and may not correspond with biological sex. This paper highlights how the differences between biological sex and gender identity can potentially impinge on individual privacy. Beyond gender differences, genetic anomalies related to the presentation of biological sex can occur, and the consequences of revealing such anomalies may have far-reaching implications for the individuals involved. Disclosing biological sex in a forensic DNA profile does not take into account the ramifications for persons or their families with genetic anomalies related to sex chromosomes (which may or may not be known to the individual), transgender transformations (which may or may not have been disclosed by the individual), or gender-identity expressions that do not correspond with biological sex. Through the presentation of case scenarios, while knowledge of biological sex may be important for operational forensic DNA laboratories and critical in certain cases, it is often not relevant to criminal investigations, courtroom deliberations, or public disclosure. It behoves all of us to understand that the dissemination of biological sex data in the public domain, especially in contexts where disclosure is unnecessary, may impact individual privacy. In light of the current understanding and growing impact of gender identity, it is recommended with all due speed that (1) 'biological sex' and 'gender' be recognised as separate concepts, not to be used synonymously nor interchangeably; (2) definitions of a DNA profile be reviewed and more clarity added; and (3) policies and protocols be developed to restrict such information from reports and court proceedings (i.e., public arenas), when not relevant, thereby reducing unwarranted intrusions into individual privacy and acknowledging the right to keep biological sex private and control how and when this personal information is shared.