Department of Radiology, Hospital Kuala Lumpur, Ministry of Health Malaysia, Malaysia.
National Institute of Forensic Medicine (NIFM), Hospital Kuala Lumpur, Ministry of Health Malaysia, Malaysia.
J Forensic Leg Med. 2021 Oct;83:102253. doi: 10.1016/j.jflm.2021.102253. Epub 2021 Sep 15.
Blast related deaths are often shrouded by diagnostic and medicolegal complexities requiring multidisciplinary expertise in order to gauge accurate identification of the victims and document scientific investigations comprehensively. In the advent of more sophisticated technology, anthropologic methods can now be applied into post mortem imaging interpretation. The traditional imaging roles of characterizing osseous fragmentation, detecting and localizing foreign bodies can be expanded to simulate and support physical anthropologic examination to assist in documentation for court proceedings.
An assemblage of unidentified, incomplete, highly fragmented skeletal remains were found scattered on a bare area of land in a forest. There was evidence of an explosion given the pattern of scattered evidentiary material of explosive and ballistic nature. Laboratory analysis of white powder found within the explosive material confirmed the presence of high impact C4-explosive trace containing cyclotrimethylene trinitramin [Royal Demolition Explosive (RDX)] & pentaerythritol tetranitrate (PETN). It took meticulous multidisciplinary efforts to confirm the identity of the victim that was marred by the severe fragmentation and skeletalization of the remains. The initial radiologic interpretation focused more on identification of foreign bodies and supporting documentation of fragmentation. With the current availability of post computed tomography (PMCT) in our center, we reexamined the value and potential of PMXR and PMCT as an adjunctive tool for biological profiling.
This was the first case of C4-blast related death reported in Malaysia. The multidisciplinary approach in efforts to identify the victim may serve as a guide in managing, coordinating and maximizing the expertise of different forensic specialists, with emphasis on anthropologic and radiologic collaboration.
爆炸相关的死亡通常被诊断和法医学的复杂性所掩盖,需要多学科的专业知识,以便准确识别受害者,并全面记录科学调查。随着更复杂技术的出现,现在可以将人类学方法应用于死后成像解释。传统的成像角色可以扩展为模拟和支持物理人类学检查,以协助法庭程序的文件记录,从而可以检测和定位异物,并对骨碎片进行特征描述。
在一片森林的裸露区域发现了一组身份不明、不完整、高度碎片化的骨骼遗骸。由于存在爆炸物和弹道性质的证据材料散布的模式,因此有爆炸的证据。对爆炸物中发现的白色粉末的实验室分析证实存在高冲击 C4 炸药痕迹,其中含有环三亚甲基三硝胺[皇家炸药(RDX)]和季戊四醇四硝酸酯(PETN)。需要精心的多学科努力才能确认受害者的身份,因为受害者的遗体严重破碎和骨骼化。最初的放射学解释更多地集中在识别异物和支持碎片化文件记录上。由于我们中心目前可提供计算机断层扫描后(PMCT),因此我们重新评估了 PMXR 和 PMCT 作为生物特征分析辅助工具的价值和潜力。
这是马来西亚首例 C4 爆炸相关死亡报告。多学科方法在识别受害者方面的努力可以作为管理、协调和最大限度发挥不同法医学专家专业知识的指南,重点是人类学和放射学合作。