Gaĭdash A A, Bashirov R S, Kolkutin V V, Tolmachev I A, Tiurin M V, Bozhchenko A P, Denisov A V
Sud Med Ekspert. 2010 Jul-Aug;53(4):4-7.
Studies with the use of atomic-force and scanning electron microscopy yielded new data that extend our knowledge of the complicated process underlying bone tissue degeneration as a result of its interaction with a high-speed injurious projectile. These data open up good prospects for the study of gunshot wounds and provide novel opportunities for forensic medical examination and diagnostics including confirmation of gunshot origin of the injury, elucidation of the properties (in the first place, energetic characteristics) of the injurious projectile, and determination of the wound size.
使用原子力显微镜和扫描电子显微镜进行的研究产生了新的数据,这些数据扩展了我们对骨组织因与高速致伤射弹相互作用而发生退化这一复杂过程的认识。这些数据为枪伤研究开辟了良好前景,并为法医学检查和诊断提供了新的机会,包括确认损伤的枪击起源、阐明致伤射弹的特性(首先是能量特性)以及确定伤口大小。