First, the osteocytes release chemical signals that direct osteoclasts to the site of the damage.

首先，细胞释放化学信号，将破细胞引伤部位。

Ok, now, when osteoclasts break down bone faster than the osteoblasts can rebuild it, it results in the lowering of the bone mass and eventually in osteoporosis.

那么，当破细胞分解骼的速度比造细胞重建骼更快时，量就会减少，最终致质疏松。

Finally, medications like denosumab, which is a monoclonal antibody that inhibits osteoclasts, and raloxifene, which is a selective estrogen receptor modulator, can be used for postmenopausal osteoporosis.

最后，地诺单抗等药物作为单克隆抗体可抑制破细胞；雷洛昔芬，一种有选择性的雌激素受体调节器，可以被用于绝经后质疏松。

But, for reasons that we don't understand yet, the osteoclasts actually increase their rate of bone resorption in low gravity, while the osteoblasts dial back on the bone formation.

但是，由于我们还不明白的原因，破细胞实际上在低重力下增加了吸收的速度，而成细胞则减少了的形成。

With senile osteoporosis, on the other hand, it's believed that osteoblasts just gradually lose the ability to form bone, while the osteoclasts keep doing their thing unabated.

另一方面，老年性质疏松被认为是由于造细胞逐渐失去造的能力，同时破细胞持续工作，活力不减。

When the old bone tissue is cleaned out, the osteoclasts then undergo apoptosis, where they basically self-destruct before they can do any more damage.

当旧的被清除后，破细胞会发生凋亡，在造成更多伤害之前，它们基本上会自毁。

The tumor cells arises from osteoclasts cells, but then develop into cells that have numerous nuclei - typically over 50 nuclei - so you can think of them as destructive little giants.

这些肿瘤细胞起源于破细胞，但随后发展为多核细胞，通常超过50个细胞核，因此你可以将他们视为具有破坏性的小巨核。

And finally we got an introduction to the process of bone remodeling, which is carried out by crews of osteocytes, osteoblasts, and osteoclasts.

最后，我们得了骼重塑过程的介绍，这是由细胞、成细胞和破细胞团队进行的。

So while your osteoblasts are the bone-makers, your osteoclasts are the bone-breakers — which is a kind of violent image. Maybe think of them as like a bone-breaker-downer.

所以当你的成细胞是骼制造者，你的破细胞是骼破坏者——这是一种暴力的形象。也许可以把它们想象成一个碎剂。

Now, even though parathyroid hormone stimulates bone resorption, it's been found that intermittent injections with teriparatide activates osteoblasts more than osteoclasts, therefore increasing bone formation.

其实，即使甲状旁腺激素刺激吸收，研究发现间歇性注射特立帕肽激活了更多造细胞而非破细胞，从而增强生长。

They're like the construction foremen of your bones, passing along commands to your skeleton's two main workhorses: the osteoblasts and the osteoclasts.

它们就像你骼的建筑工头，将命令传递给你骼的两个主要主力：成细胞和破细胞。

Because your immune system rushes to the rescue, sending in special cells called osteoclasts, which ultimately relieve the pressure and restore blood flow.

因为你的免疫系统迅速前来救援，派出一种叫做破细胞的特殊细胞，最终缓解了压力并恢复了血液流动。

Throughout your life, your bones are broken down by large cells called osteoclasts, releasing calcium into the bloodstream.

在您的一生中， 您的骼会被称为破细胞的大细胞分解，从而将钙释放血液中。