Grubwieser P, Pavlic M, Günther M, Rabl W
Institute of Legal Medicine, University of Innsbruck, Müllerstrasse 44, 6020 Innsbruck, Austria.
Int J Legal Med. 2004 Feb;118(1):9-13. doi: 10.1007/s00414-003-0406-3. Epub 2003 Nov 22.
A total of 34 deployed driver and passenger airbags from altogether 20 vehicles after frontal collisions were investigated. In 80% of the airbags possible biological traces could be located with an alternative light source (ALS, Polilight) at a wavelength of 450-470 nm. These traces were swabbed, a part of them additionally cut and subjected to DNA analysis, which led to comparable SGMplus profiles in about 60%. In the 20% of the airbags on which no possible biological traces could be located, the whole surfaces were swabbed. In these cases subsequent DNA profiling mostly led to non-interpretable results. For the evaluation and interpretation of the data, buccal swab samples provided by drivers and co-drivers were analysed. The results and conclusions from DNA analyses and the declarations from the involved passengers were always concordant. Thus, molecular biological analysis of deployed airbags can help to determine the occupants positions within a vehicle (driver or passenger status) at the time of impact.
共对20辆车在正面碰撞后展开的34个驾驶员和乘客安全气囊进行了调查。在80%的安全气囊上,利用波长为450 - 470纳米的替代光源(ALS,Polilight)能够找到可能存在的生物痕迹。这些痕迹被擦拭取样,其中一部分还进行了切割并接受DNA分析,约60%的样本得到了可比的SGMplus图谱。在20%未找到可能生物痕迹的安全气囊上,对其整个表面进行了擦拭取样。在这些情况下,后续的DNA图谱分析大多得出无法解读的结果。为了评估和解读数据,对驾驶员和副驾驶提供的口腔拭子样本进行了分析。DNA分析结果和结论与相关乘客的陈述始终一致。因此,对展开的安全气囊进行分子生物学分析有助于确定碰撞发生时车内人员的位置(驾驶员或乘客身份)。