Nedugov G V
Sud Med Ekspert. 2009 Sep-Oct;52(5):3-6.
This paper presents results of 103 observations of subdural hematomas (SH) resulting from the injury to extradural segments of cerebral veins. A craniocerebral trauma was shown to effect the frequency of development and localization of subdural hemorrhage. Individual head tissues exhibited different degree of resistance to mechanical injury. This observation was used to evaluate the probability of overcoming the threshold of their mechanical tolerance necessary for the induction of SH of cerebrovenous origin. The analytical technology is proposed for forensic medical reconstruction of the mechanism of development of subdural hematomas following multiple head injury. It is concluded that the results of the study can be used for the purposes of practical forensic medical examination.
本文介绍了对因脑静脉硬膜外段损伤导致的硬膜下血肿（SH）进行的103次观察结果。结果表明，颅脑外伤会影响硬膜下出血的发生频率和部位。不同的头部组织对机械损伤表现出不同程度的抵抗力。这一观察结果被用于评估克服诱导脑静脉源性硬膜下血肿所需的机械耐受阈值的可能性。本文提出了一种分析技术，用于法医学重建多发性头部损伤后硬膜下血肿的发生机制。得出的结论是，该研究结果可用于实际法医学检验。
