Aston University, Aston, U.K.
Principal Forensic Services, Reading, U.K.
Emerg Top Life Sci. 2021 Sep 24;5(3):405-413. doi: 10.1042/ETLS20200340.
Forensic DNA provides a striking contribution to the provision of justice worldwide. It has proven to be crucial in the investigative phase of an unsolved crime where a suspect needs to be identified, e.g. from a DNA database search both nationally and internationally. It is also a powerful tool in the assignment of evidential weight to the comparison of a profile of a person of interest and a crime scene profile. The focus of this document is the evaluation of autosomal profiles for criminal trials in the UK. A separate review covers investigation and evaluation of Y-STR profiles, investigation using autosomal profiles, kinship analysis, body identification and Forensic Genetic Genealogy investigations. In less than 40 years, forensic DNA profiling has developed from a specialist technique to everyday use. Borrowing on advances in genome typing technology, forensic DNA profiling has experienced a substantial increase in its sensitivity and informativeness. Alongside this development, novel interpretation methodologies have also been introduced. This document describes the state of the art and future advances in the interpretation of forensic DNA data.
法医 DNA 为全球司法提供了惊人的贡献。它已被证明在未解决犯罪的调查阶段至关重要,例如通过在国内外的 DNA 数据库搜索来识别嫌疑人。它也是在将有争议的人的特征与犯罪现场特征进行比较时赋予证据权重的有力工具。本文的重点是评估英国刑事审判中的常染色体图谱。另一项审查涵盖了 Y-STR 图谱的调查和评估、常染色体图谱的使用、亲属关系分析、尸体识别和法医遗传谱系调查。在不到 40 年的时间里,法医 DNA 图谱分析已从一项专业技术发展为日常使用。借鉴基因组分型技术的进步,法医 DNA 图谱分析的灵敏度和信息量有了实质性的提高。随着这一发展,还引入了新的解释方法。本文介绍了法医 DNA 数据解释的最新技术和未来进展。