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A new method for estimating time since death by analysis of substances deposited on the surface of dental enamel in a body immersed in seawater

机译:通过分析浸入海水的人体中牙釉质表面沉积的物质估算死亡时间的新方法

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摘要

The present investigation was performed with the objective of developing a method to estimate how long a corpse had been immersed in water after death (the time since death). Accurate determination of the time elapsed since death may lead to identification of the place of drowning, and therefore, serves not only as a piece of information useful for determination of the cause of death but also leads to prompt identification of the body. The results showed that diatoms attached to the surface of dental enamel increased with prolongation of immersion time in water. Further, as the immersion time increased, the quantity of O, Si, Mg, K, Al, and S detected on the surface of dental enamel increased, while the quantity of the main dental components (Ca and P) that were detected gradually decreased. Based on these results, we calculated a regression formula to estimate the immersion time. Our method is considered to be a breakthrough technique for evaluating the time since death more objectively, compared to the conventional method of determination based on the degree of decomposition of the corpse.
机译:进行本研究的目的是开发一种方法,以估计尸体在死亡后(死亡后的时间)浸入水中多长时间。准确确定自死亡以来所经过的时间可能会导致溺水地点的确定,因此,它不仅可用作确定死亡原因的有用信息,而且还可以迅速识别身体。结果表明,附着在牙釉质表面上的硅藻随着在水中浸泡时间的延长而增加。此外,随着浸泡时间的增加,在牙釉质表面检测到的O,Si,Mg,K,Al和S的量增加,而检测到的主要牙齿成分(Ca和P)的量逐渐减少。根据这些结果,我们计算了一个回归公式来估算浸入时间。与传统的基于尸体分解程度的确定方法相比,我们的方法被认为是更客观地评估死亡时间的突破性技术。

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