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The new guidelines for paternity analysis in Germany - How many STR loci are necessary when investigating duo cases?

机译:德国进行亲子鉴定的新指南-调查二重奏病例时需要几个STR基因座?

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The requirements in the new German guidelines for paternity analysis have not only changed according to the so-called Gendiagnostikgesetz, the new German law regulating human genetic as well as paternity analyses, but also regarding the minimal number of short tandem repeats (STRs) which should be investigated (15 STRs) and the minimal required average exclusion chance (99.999 %). Even in paternity analyses involving only two people (e.g., father and child or mother and child), this exclusion chance is mandatory. A retrospective analysis of 330 father-child cases from our routine investigations showed in 142 cases (43 %) an individual exclusion chance below 99.999 % when using 15 STRs as required, in our routine work provided by the Powerplex? 16 kit which is reported to have an average exclusion chance of 99.988 %. Therefore, these same 330 father-child pairs were additionally analysed using the Powerplex? 21 kit and 120 of these duos were additionally analysed using the Powerplex? ESX17 kit enabling the analysis of 20 or 16 loci respectively. Now, an individual exclusion chance of more than 99.999 % could be achieved in 95.5 % (Powerplex? 21; calculation without the results of D6S1043), 98.8 % (Powerplex? 21; calculation with the results of D6S1043, using allele frequencies established in this study for a German and a West African population) and 98.3 % (Powerplex? ESX17). These data clearly demonstrate that in duo cases, more than the required 15 STR loci have to be investigated to obtain sufficient results.
机译:新的德国亲子鉴定指南中的要求不仅根据所谓的Gendiagnostikgesetz(新的规范人类遗传和亲子鉴定的法律)进行了更改,而且还涉及到短串联重复序列(STR)的最小数量被调查(15个STR)和最小所需的平均排除机会(99.999%)。即使在仅涉及两个人(例如父子或母子)的亲子分析中,这种排除的机会也是必不可少的。通过我们的例行调查对330例父子病例进行回顾性分析,结果表明,在Powerplex提供的例行工作中,当根据需要使用15个STR时,有142例(43%)个体被排除的机会低于99.999%。据报道16个试剂盒的平均排除机会为99.988%。因此,使用Powerplex?对这些相同的330个父子对进行了额外分析。使用Powerplex?还分析了21个套件和120个这样的套件。 ESX17试剂盒可分别分析20个或16个基因座。现在,在95.5%(Powerplex?21;不包含D6S1043的结果的计算中),98.8%(Powerplex?21;使用D6S1043的结果进行计算,使用在此建立的等位基因频率的情况下)可以实现超过99.999%的个体排除机会。一项针对德国人和西非人口的研究)和98.3%(Powerplex?ESX17)。这些数据清楚地表明,在二重奏情况下,必须研究超过所需的15个STR基因座才能获得足够的结果。

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