Heat exposure can lead to apparently random osteometric changes that hinder the application of metric methods used for biological profiling. The impracticality of using objective and burn‐specific osteometric methods reduces the chances of establishing the biological profiles of unknown individuals based on their skeletal remains. We investigated the potential of chemometry analysis based on infrared spectroscopy to predict the amount of heat‐induced osteometric changes and how this reflected into sex estimation.

中文翻译：

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热暴露人体骨骼的化学计量回归模型，以确定其预先燃烧的度量尺寸。

暴露于热中可能会导致明显的随机骨测量变化，从而阻碍了用于生物特征分析的度量方法的应用。使用客观的和特定于烧伤的骨测量方法不切实际，减少了根据未知人的骨骼遗骸建立其生物学特征的机会。我们调查了基于红外光谱的化学计量分析的潜力，以预测热量引起的骨测量变化的量以及这如何反映在性别估计中。