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通过在Familias 3中应用一个新模块,家族搜索在匈牙利的六个备受瞩目的案件中成功应用。

The successful use of familial searching in six Hungarian high profile cases by applying a new module in Familias 3.

作者信息

Kling Daniel, Füredi Sándor

机构信息

Department of Family Genetics, Division of Forensic Services, Norwegian Institute of Public Health, P.O. Box 4040 Nydalen NO-0403, Oslo, Norway.

Department of Genetics, Hungarian Institute for Forensic Sciences, Budapest, Hungary.

出版信息

Forensic Sci Int Genet. 2016 Sep;24:24-32. doi: 10.1016/j.fsigen.2016.05.012. Epub 2016 May 19.

Abstract

Commonly DNA profiles obtained from biological samples found at crime scenes or of unknown bodies are searched against a large national or local database of reference and crime scene DNA profiles. The aim is to find a direct match, i.e. an identical profile or in the case of a mixture, at least an overlap of all alleles. Familial searching is, instead, the concept of searching for relatives of a stain donor in the database, i.e. a quest for relatives of the possible perpetrator or an unidentified body. The current paper provides the tool to perform effective searches for relatives of a target DNA profile in a large database. In addition, the algorithm accounts for mixtures which is common in crime stains. Specifically we focus on six high profile Hungarian cases where familial searching has succeeded in providing investigative leads. An implementation of the methods is included in the latest version of the software Familias, freely available at www.familias.no.

摘要

通常,从犯罪现场发现的生物样本或身份不明尸体上获取的DNA图谱会与国家或地方的大型参考DNA图谱和犯罪现场DNA图谱数据库进行比对。目的是找到直接匹配,即完全相同的图谱,或者在混合样本的情况下,至少找到所有等位基因的重叠部分。而家族搜索则是在数据库中寻找污渍提供者亲属的概念,即寻找可能的犯罪者或身份不明尸体的亲属。本文提供了一种工具,可在大型数据库中有效地搜索目标DNA图谱的亲属。此外,该算法考虑了犯罪污渍中常见的混合样本情况。具体而言,我们重点关注匈牙利的六个备受瞩目的案件,在这些案件中,家族搜索成功地提供了调查线索。该方法的实现包含在最新版本的Familias软件中,可在www.familias.no上免费获取。

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