These are mature bone cells that monitor and maintain your bone matrix.

这些成熟的骨细胞监控和维持你的骨骼基。

Osteonecrosis, the collapse of bones due to the decrease of blood flow to bone cells.

骨坏死，由于流向骨细胞的血流量减少而导致的骨骼塌陷。

In between neighboring lamellae, there are spaces called lacunae, which contain bone cells called osteocytes.

相邻的同心薄片细胞之间的空间叫做陷窝，其中包含骨细胞。

Now, for bones to grow and develop properly, special bone cells, called osteoblasts, are hard at work.

在骨正的生长发育过程中，有一种特殊的骨细胞，成骨细胞，起了关重要的作用。

So each of those held one bone cell.

所以每个人都有一个骨细胞。

They can become anything they want: a brain cell, a heart cell, a bone cell, a lung cell, any adult cell type.

一个脑细胞，一个心脏细胞，一个骨细胞，一个肺细胞，任何一种成熟细胞。

In the center of these osteons, there are hollow spaces called Haversian canals, which contain the blood supply and innervation for the bone cells.

在这些骨单位的中心，这个中空的部分被称作哈弗斯，了为骨细胞应血液以及神经支配的空间。

Thanks to extensive studies on modern animals, we know that these bone cells or Osteons, are laid down in distinctive and different ways by endotherms and ectotherms.

由于对现代动物的广泛研究，我们知道这些骨细胞或骨细胞是由吸热动物和变温动物以独特和不同的方式产生的。

To find out how, Bruce Spiegelman and his colleagues at the Dana Farber Cancer Institute and Harvard Medical School took cultured bone cells and located the receptor to which irisin binds.

为了弄清改善方式，布鲁斯·斯皮格尔曼和他在达纳法伯癌症研究所以及哈佛医学院的同事取了培养骨细胞，并定位了鸢尾素结合的受体。

Malignant tumors can either be primary which is when they arise from the bone cells, or secondary, which is when a tumor developed somewhere else in the body, metastasized, and spread to the bones.

恶性肿瘤可以是原发性的，即起源于骨细胞，或者是继发性的，即源于身体其他部位的肿瘤转移并扩散到骨骼而形成。

Compact bone tissue on the other hand is quite dense, with no visible spaces. It forms the external layer of your bones and stores calcium for bone cells to use to make more tissue.

骨致密，没有可见的空隙，形成骨骼的外层，储存钙，骨细胞用来制造更多的组织。