Variation in human trabecular bone morphology can be linked to habitual behavior, but it is difficult to investigate in vivo due to the radiation required at high resolution. Consequently, functional interpretations of trabecular morphology remain inferential. Here we introduce a method to link low‐ and high‐resolution CT data from dry and fresh bone, enabling bone functional adaptation to be studied in vivo and results compared to the fossil and archaeological record.

中文翻译：

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独立于分辨率的自动方法，用于比较体内和干骨小梁

人的小梁骨形态变化可与习惯行为相关，但由于高分辨率需要辐射，因此难以在体内进行研究。因此，小梁形态的功能性解释仍然是推论性的。在这里，我们介绍了一种将干骨和新鲜骨的低分辨率和高分辨率CT数据链接起来的方法，从而可以在体内研究骨骼功能适应性，并将结果与​​化石和考古记录进行比较。