Stout S D, Paine R R
Department of Anthropology, University of Missouri, Columbia 65211.
Am J Phys Anthropol. 1992 Jan;87(1):111-5. doi: 10.1002/ajpa.1330870110.
Histological methods for estimating age at death using osteon population densities for the rib, clavicle, and rib and clavicle combined are presented. Predicting formulas were generated from a sample of 40 individuals of known age, sex, and race. Independent samples of 12 ribs and 7 clavicles were used to test the formulas. Mean differences between known and predicted ages were 1.1 years, 2.6 years, and 3.4 years for the clavicle, rib and clavicle combined, and rib formulas respectively. An analysis of variance found no significant differences among the means for predicted and known ages. Since the formula based upon rib and clavicle combined has the higher standard error and r2, and includes data from different bones, it should provide better overall accuracy and reliability, and is recommended whenever both bones are available.
本文介绍了利用肋骨、锁骨以及肋骨和锁骨联合的骨单位群体密度来估计死亡年龄的组织学方法。预测公式是根据40名已知年龄、性别和种族的个体样本生成的。使用12根肋骨和7根锁骨的独立样本对公式进行测试。锁骨、肋骨和锁骨联合以及肋骨公式的已知年龄与预测年龄的平均差异分别为1.1岁、2.6岁和3.4岁。方差分析发现预测年龄和已知年龄的均值之间没有显著差异。由于基于肋骨和锁骨联合的公式具有更高的标准误差和r2,并且包含来自不同骨骼的数据,因此它应该提供更好的整体准确性和可靠性,并且在两根骨骼都可用时推荐使用。