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解锁法医痕迹的潜力:生成调查线索的分析方法。

Unlocking the potential of forensic traces: Analytical approaches to generate investigative leads.

机构信息

King's College London, Department of Analytical, Environmental and Forensic Sciences, 150 Stamford Street, London SE1 9NH, United Kingdom.

King's College London, Department of Physics, Strand Campus, Strand, London WC2R 2LS, United Kingdom.

出版信息

Sci Justice. 2022 May;62(3):310-326. doi: 10.1016/j.scijus.2022.03.005. Epub 2022 Mar 21.

Abstract

Forensic investigation involves gathering the information necessary to understand the criminal events as well as linking objects or individuals to an item, location or other individual(s) for investigative purposes. For years techniques such as presumptive chemical tests, DNA profiling or fingermark analysis have been of great value to this process. However, these techniques have their limitations, whether it is a lack of confidence in the results obtained due to cross-reactivity, subjectivity and low sensitivity; or because they are dependent on holding reference samples in a pre-existing database. There is currently a need to devise new ways to gather as much information as possible from a single trace, particularly from biological traces commonly encountered in forensic casework. This review outlines the most recent advancements in the forensic analysis of biological fluids, fingermarks and hair. Special emphasis is placed on analytical methods that can expand the information obtained from the trace beyond what is achieved in the usual practices. Special attention is paid to those methods that accurately determine the nature of the sample, as well as how long it has been at the crime scene, along with individualising information regarding the donor source of the trace.

摘要

法医调查涉及收集必要的信息,以了解犯罪事件,以及将物品或个人与物品、地点或其他个人(s)联系起来,以便进行调查。多年来,诸如假定化学测试、DNA 分析或指纹分析等技术对这一过程非常有价值。然而,这些技术都有其局限性,无论是由于交叉反应、主观性和低灵敏度而对获得的结果缺乏信心;还是因为它们依赖于在预先存在的数据库中保存参考样本。目前需要设计新的方法,从单个痕迹中尽可能多地收集信息,特别是从法医工作中常见的生物痕迹中。本文综述了生物体液、指纹和头发法医分析的最新进展。特别强调了能够扩展从痕迹中获得的信息的分析方法,超出了通常实践中所能达到的水平。特别关注那些能够准确确定样本性质以及它在犯罪现场停留时间的方法,以及有关痕迹供体来源的个体信息。

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