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排序方式: 共有445条查询结果,搜索用时 15 毫秒
91.
目的 统计分析影响尸体温度下降多因素和死亡时间的相关性,探索尸温推断死亡时间的创新应用.方法 建立影响尸体温度(直肠温度)下降相关因素的采集标准,收集实践工作中的157例明确死亡时间真实案例的相关数据,根据实际工作经验结合统计学的基本要求对各因素进行量化评分,利用EXCEL和SPSS软件对数据进行处理,采用多元线性回归的方法统计分析各影响系数同死亡时间的相关性.结果 获得了具有统计学意义的回归方程,Y=25.993+0.04X1+0.172X2+0.88X3+0.047X4+0.373X5+0.347X6-0.766X7,决定系数R2=0.876.结论 该方法为尸温推断死亡时间的创新应用,经测试可用于实际工作. 相似文献
92.
36例脑血管畸形猝死案例及法医病理学分析 总被引:2,自引:0,他引:2
目的探讨脑血管畸形猝死的法医病理学特点和检查方法。方法对1997年至2006年10月四川华西鉴定中心所做36例脑血管畸形猝死病例进行分析。结果脑血管畸形猝死以10~49岁男性为主,有25例(69.44%)。18例(50%)发病前有明显诱因。18例(50%)在发病后1h内迅速死亡。脑血管畸形猝死的病理类型以脑动静脉畸形最为常见,有33例(91.67%)。24例(66.67%)发生于脑底部、桥脑和小脑。破裂出血是脑血管畸形猝死的直接死因,出血类型以蛛网膜下腔出血最为常见,有22例(61.11%)。脑血管畸形部位和形态复杂多变,常规检查方法不能满足鉴定的需要。结论脑血管畸形猝死的鉴定百分之百准确比较困难,熟悉其法医病理学特点,掌握多种检查方法,才能做出客观、全面、准确的鉴定结论。 相似文献
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95.
大鼠死后组织细胞DNA含量变化与死亡时间的相关性研究 总被引:4,自引:1,他引:3
目的应用流式细胞术研究大鼠死后组织细胞DNA含量变化与死亡时间的相关性。方法SD大鼠断颈处死后于不同时间段取心、肝、脾、肾器官组织,经胰蛋白酶消化等处理后制成单细胞悬液,应用流式细胞术,在620nm波长处检测各组不同器官组织细胞DNA含量,观察其变化规律。结果大鼠各器官组织细胞DNA含量随死亡时间延长均呈下降趋势。其中以脾组织细胞DNA含量变化趋势与死亡时间最具相关性,肝、肾次之,而心最差;死后48h,各器官组织细胞仅存微量完整的细胞核DNA。结论机体死亡后,各器官组织细胞核DNA含量随死亡时间的延长逐渐减少,具有一定的变化规律,可应用组织细胞DNA含量变化来推断死亡时间。 相似文献
96.
目的运用图像分析技术探讨人脾脏细胞核几何参数变化与死亡时间的关系。方法选31例已知死亡时间的人离体脾组织,在死后36h内每h细胞学涂片、Feulgen-Vans染色,对人脾细胞核的异形指数等5个几何参数进行图像分析。结果脾脏细胞核异形指数在死后5~36h呈上升趋势,r=0.983,线性回归方程y=11.334x-33.339,面积、等效直径、平均直径、周长均与死亡时间无明显的相关性。结论异形指数能较客观地反映人脾细胞核DNA降解后的离散分布状况,与死亡时间有明显相关性,可能是推断早期准确死亡时间的较好形态学指标。 相似文献
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98.
Yijiu Chen 《法庭科学研究(英文)》2021,6(1):1-12
Forensic biomechanics gradually has become a significant component of forensic science. Forensic biomechanics is evidence-based science that applies biomechanical principles and methods to forensic practice, which has constituted one of the most potential research areas. In this review, we introduce how finite element techniques can be used to simulate forensic cases, how injury criteria and injury scales can be used to describe injury severity, and how tests of postmortem human subjects and dummy can be used to provide essential validation data. This review also describes research progress and new applications of forensic biomechanics in China.
Key points
- The review shows the main research progress and new applications of forensic biomechanics in China.
- The review introduces eight cases about the application of forensic biomechanics, including the multiple rigid body reconstruction, the finite element applications, study of mechanical properties, traffic crash reconstruction based on multiple techniques and analysis of morphomechanical mechanism about blood dispersal.
- Though forensic biomechanics has a great advantage for the evaluation of injury mechanisms, it still has some uncertainties owing to the uniqueness of the human anatomy, the complexity of biological materials, and the uncertainty of injury-causing circumstances.
99.
Zabiullah Ali M.D. Nikki Mourtzinos D.O. Bakr B. Ali B.S. David R. Fowler M.D. 《Journal of forensic sciences》2020,65(2):492-499
Forensic pathologists are commonly tasked with identifying human remains. Although DNA analysis remains the gold standard in identification, time and cost make it particularly prohibitive. Radiological examination, more specifically analog imaging, is more cost-effective and has been widely used in the medical examiner setting as a means of identification. In the United States, CT imaging is a fairly new imaging modality in the forensic setting, but in more recent years, offices are acquiring CT scans or collaborating with local hospitals to utilize the technology. To broaden the spectrum of potential identifying characteristics, we collected 20 cases with antemortem and postmortem CT images. The results were qualitatively assessed by a forensic pathologist and a nonmedically trained intern, and all cases were correctly identified. This study demonstrates that identification of human remains using visual comparison could be performed with ease by a forensic pathologist with limited CT experience. 相似文献
100.
Supawon Srettabunjong M.D. Wantawanop Thongphap B.Sc. Anchalee Chittamma Ph.D. 《Journal of forensic sciences》2020,65(1):128-133
Urea, uric acid, and creatinine have been demonstrated to be relatively stable in postmortem blood (BL), thus being useful for diagnostic purposes. However, no studies have explored their levels in BL, vitreous humor (VH), and synovial fluid (SF) concurrently. Therefore, we measured and compared their levels in these fluids. We also determined the effects of various factors on their levels. The results indicated that BL urea, uric acid, and creatinine levels were significantly higher than VH and SF levels. VH and SF urea levels and SF creatinine levels had a strong correlation with BL urea and creatinine levels, respectively. BL creatinine levels were higher in men than in women. BL and SF creatinine levels were negatively correlated with age. SF uric acid and BL, VH, and SF creatinine levels exhibited a positive correlation with weight. Only VH creatinine levels were positively correlated with body mass index. None of urea, uric acid, and creatinine levels were correlated with postmortem interval. 相似文献