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Diagnosis of Drowning and the Value of the Diatom Test in Veterinary Forensic Pathology

机译:溺水的诊断和硅藻测试在兽医法医病理学中的价值

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The detection of diatoms into the organs is considered an important “biological marker” for the diagnosis of drowning in human pathology, but it still has a high possibility for false positive results. The aims of this study were: 1) to evaluate the contribution of pathological examination in drowning cases and 2) to investigate the differences in the number and location of diatoms between animals who died in drowning and non-drowning conditions. For these purposes, thirty dead adult dogs were selected for the study and subdivided into 5 groups. The group A comprised 6 cadavers dead for drowning; the group B comprised 6 control animals; the groups C, D and E comprised 6 animals dead for causes other than drowning and subsequently immersed in water for 24, 48 and 72 hours respectively. On each animal, a complet macroscopic and histological examination and diatom test were performed. Diatoms test and quantification were also performed on drowning mediums. Pathological findings of the animals in the group A showed pulmonary congestion, oedema and haemorrages in the lung. However, similar injuries were also observed in control and experimentally submerged cadavers. In contrast, we observed a statistically differences between drowning animals and all experimentally submerged groups and control animals regarding diatom numbers recovered from organ tissue samples (p0.05). Therefore, these findings suggest that the number of diatoms may be used as a valid tool to differentiate animals who died in drowning and non-drowning conditions, even if the latter were found in an aquatic environment.
机译:硅藻进入器官的检测被认为是诊断人类病理性溺水的重要“生物学标记”,但仍有很高的假阳性结果可能性。这项研究的目的是:1)评估溺水病例中病理检查的作用,以及2)研究在溺水和非溺水条件下死亡的动物之间的硅藻数量和位置的差异。为了这些目的,选择了三十只死亡的成年犬用于研究并将其分为5组。 A组包括6名因溺水而死的尸体; B组包括6只对照动物; C,D和E组包括6只因溺水以外的其他原因死亡的动物,随后分别浸入水中24、48和72小时。对每只动物进行了完整的宏观和组织学检查以及硅藻测试。还对淹没介质进行了硅藻测试和定量分析。 A组动物的病理学发现显示肺部充血,水肿和肺出血。但是,在对照尸体和实验淹没尸体中也观察到了类似的伤害。相比之下,我们观察到溺水动物与所有实验性淹没组和对照组动物之间在统计上从器官组织样品中回收的硅藻数量存在统计学差异(p <0.05)。因此,这些发现表明,硅藻的数量可以用作区分在溺水和非溺水条件下死亡的动物的有效工具,即使后者是在水生环境中发现的。

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