Topoleski Jan J, Christensen Angi M
George Mason University, Fairfax, VA, 22030.
Federal Bureau of Investigation Laboratory, Quantico, VA, 22135.
J Forensic Sci. 2019 Jul;64(4):1135-1138. doi: 10.1111/1556-4029.14019. Epub 2019 Feb 8.
Thermally altered skeletal remains can be very fragile and fragmented and are typically further fragmented or even destroyed when handled; recovery of such remains from a scene can therefore be extremely challenging. There are few recommendations and no generally accepted practices for preserving burned bone for recovery and transport. Here, we test whether the application of a gelatin-based consolidant at the scene can preserve thermally altered bone in the condition and relative anatomical position in which it was discovered. A solution of Knox brand gelatin and water was applied to burned pig mandibles using a spray bottle. Qualitative and quantitative analysis indicates that the application of the consolidant significantly decreased fragmentation as compared to untreated controls (p < 0.05), with most of the treated mandibles remaining completely intact after recovery and transport to a secondary location. In addition to the effectiveness for preservation, the method is also easy to apply, inexpensive, and reversible.
受热改变的骨骼残骸可能非常脆弱且破碎,处理时通常会进一步破碎甚至毁坏;因此,从现场找回此类残骸极具挑战性。目前几乎没有关于保存烧焦骨骼以便找回和运输的建议,也没有普遍接受的做法。在此,我们测试在现场应用基于明胶的加固剂是否能将受热改变的骨骼保持在发现时的状态和相对解剖位置。使用喷雾瓶将诺克斯牌明胶和水的溶液喷在烧焦的猪下颌骨上。定性和定量分析表明,与未处理的对照组相比,应用加固剂显著减少了破碎情况(p < 0.05),大多数经过处理的下颌骨在找回并运输到第二个地点后仍保持完全完整。除了具有保存效果外,该方法还易于应用、成本低廉且具有可逆性。