非人类法医调查中线粒体DNA分析指南

F. Pereira, J. Carneiro, B. Asch
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引用次数: 20

摘要

近年来,线粒体DNA (mtDNA)分型已成为法医调查的有力工具。mtDNA测序现在是一种标准的实验室程序,用于检查人类起源的降解案例样本,具有比核DNA分析系统独特的优势。尽管如此,mtDNA在非人类法医学中的应用直到最近才引起人们的注意,应用于犯罪“沉默证人”的侧写、食品的可追溯性以及控制濒危物种或毒品的非法贸易等方面。本文简要介绍了mtDNA的一些重要特征,这些特征与不同分类群体的法医鉴定有关,并提出了适当的实验室和分析方法,以避免错误的解释。为了允许在常规法医工作中完全批准非人类mtDNA分析,必须将线粒体遗传学的坚实知识与严格的错误预防方法相结合。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Guide for Mitochondrial DNA Analysis in Non-Human Forensic Investigations
In recent years, mitochondrial DNA (mtDNA) typing has become established as a powerful tool for forensic investigations. The sequencing of mtDNA is now a standard laboratory procedure for the examination of degraded casework samples of human origin, with unique advantages over nuclear DNA profiling systems. Nonetheless, the use of mtDNA in non-human forensic science has only recently gained attention, with applications in the profiling of 'silent witnesses' of crimes, traceability of food products and control of illegal trade of endangered species or drugs, among others. This review briefly describes some important features of mtDNA with relevance for forensic testing in different taxonomic groups and suggests appropriate laboratorial and analytic procedures to avoid erroneous interpreta- tions. It is imperative to merge a solid knowledge of mitochondrial genetics with rigorous methods of error prevention in order to permit the full approval of non-human mtDNA profiling in routine forensic work.
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