This process is called bone mineralization, and it confers strength to the growing bones.

这就是骨矿化的过程，它可以增大正在生长的骨的强度。

Now, when there's not enough active vitamin D, calcium or phosphate, there's inadequate mineralization.

当活性维生素D、钙或磷酸盐缺乏时，就会发生矿化不全。

Both conditions result in an active vitamin D deficiency, which leads to impaired bone mineralization.

这些疾病均会导致活性维生素D缺乏，引起骨矿化障碍。

Inadequate bone mineralization could be due to a deficient or impaired metabolism of vitamin D, phosphate or calcium.

骨矿化不全可能由维生素D、磷酸盐或钙代谢障碍引起。

Bone mineralization is dependent on an enzyme called alkaline phosphatase - which increases in response to osteoblast activity.

骨的矿化依赖碱性磷酸酶；碱性磷酸酶响应成骨细胞活性而增加。

This geothermal power station is where Snobius Dottier is working on the mineralization process, and these igloos are where it happens.

这个地热发电站是Snobius(人名)研究矿化过程的地方，而这些冰屋则是矿化真正发生的地方。

This breaks down the molecules of organic matter, releasing energy, carbon, and other nutrients in a process called mineralization.

这分解了有机物分子，在称为矿化的过程中释放能量、碳和其他营养物质。

Without Vitamin D, your body would not only suffer decreased mineralization of your bones, leading to diseases like osteoporosis but also see a decrease in immune function.

没有维生素D，你的身体不仅会受到骨骼矿化程度下降的影响，导致骨质疏松症等疾病，还会导致免疫功能下降。

If we zoom into a cross-section of an osteoporotic bone, it will show normal cells with normal mineralization, which differentiates it from osteomalacia where there's lack of mineralization.

如果我们放大来看骨质疏松的骨骼横截面，就能看到正常矿化的细胞，这让它区别于缺少骨质矿化的骨软化症。

Then came the chemical action of nature; in the depths of the seas the vegetable accumulations first became peat; then, acted upon by generated gases and the heat of fermentation, they underwent a process of complete mineralization.

然后是大自然的化学作用；在海洋深处， 植物堆积物首先变成泥炭；然后，在产生的气体和发酵热量的作用下，它们经历了完全矿化的过程。