Sudoyo Herawati, Widodo Putut T, Suryadi Helena, Lie Yuliana S, Safari Dodi, Widjajanto Agung, Kadarmo D Aji, Hidayat Soegeng, Marzuki Sangkot
Eijkman Institute for Molecular Biology, Jl. Diponegoro 69, Jakarta 10430, Indonesia.
Forensic Sci Int Genet. 2008 Jun;2(3):231-7. doi: 10.1016/j.fsigen.2007.12.007. Epub 2008 Feb 12.
We report the strategy that we employed to identify the perpetrator of a suicide car bombing in front of the Australian Embassy in Jakarta, Indonesia, on 9 September 2004. The bomb was so massive that only small tissue pieces of the perpetrator could be recovered, preventing conventional approach to the identification of the bomber, necessitating the introduction of DNA analysis as the primary means for perpetrator identification. Crime scene investigation revealed the trajectory of the bomb blast, which was used to guide the collection of charred tissue fragments of the perpetrator. Mitochondrial DNA analysis was first conducted on 17 tissue fragments, recovered over large areas of the trajectory to, (a) confirm that they are of a common source, i.e. the perpetrator, and thus (b) establish the mtDNA HV1 sequence profile of the perpetrator. The mtDNA of the perpetrator matches that of a maternally related family member of one of four suspects. Standard autosomal STR analysis confirmed the identification. This case is of interest as an illustration of a successful application of DNA analysis as the primary means of disaster perpetrator identification.
我们报告了2004年9月9日在印度尼西亚雅加达澳大利亚大使馆前发生的一起自杀式汽车爆炸案中,我们用以确定犯罪者身份的策略。炸弹威力巨大,仅找回了犯罪者的小块组织碎片,这使得无法采用常规方法来识别爆炸者,因此有必要引入DNA分析作为识别犯罪者的主要手段。犯罪现场调查揭示了炸弹爆炸的轨迹,利用这一轨迹来指导收集犯罪者烧焦的组织碎片。首先对在轨迹大片区域找回的17个组织碎片进行了线粒体DNA分析,(a)确认它们来自同一来源,即犯罪者,从而(b)确定犯罪者的线粒体DNA HV1序列图谱。犯罪者的线粒体DNA与四名嫌疑人之一的一名母系亲属相匹配。标准常染色体STR分析证实了这一身份识别。此案作为成功应用DNA分析作为灾难犯罪者身份识别主要手段的一个例证,具有重要意义。