较早的研究仅测定骨氟的净丢失,未考虑骨更新引起的丢失的程度。既然骨形成和再吸收可根据年龄、部位和其他与 F 代谢无关的可变因素而有很大改变,所以考虑和骨更新有关的骨氟变化是很重要的。本研究中,我们研究了在骨重吸收过程中释放出氟以后氟重新沉积在骨骼的程度。 Earlier studies only measured the net loss of bone fluoride, without considering the extent of the loss caused by bone turnover. Since bone formation and reabsorption can vary greatly depending on age, location, and other variables that are not associated with F metabolism, it is important to consider changes in bone fluoride associated with bone turnover. In this study, we investigated the extent to which fluorine re-deposits on bone after fluorine is released during bone resorption.