It's responsible for phosphorylation, where it binds to fats and proteins.

它负责磷酸，与脂肪和蛋白质结合。

When energy is needed - all three monosaccharides are metabolized through glycolysis, then the citric acid cycle, and oxidative phosphorylation.

当机体需要能量时，三种单就会通过、三羧酸循环、磷酸进行能量代谢。

It's known that salicylates like aspirin are able to uncouple oxidative phosphorylation, which might help to explain their involvement in mitochondrial destruction, but it's unclear what relationship exists with viral infection, though there certainly seems to be one.

像阿司匹林这类水杨酸盐合物能对磷酸偶联，即供能通路阻断，这也许能有助于释线粒体受损的情况，它与病毒性感染也有关系，但是具体联系还不清楚。

Including oxidative phosphorylation and fatty-acid beta-oxidation, both of which help provide energy as ATP to the cell.

这其中包括磷酸和脂肪酸的β-，它们都能为细胞提供ATP来供能。

They use a process called 'oxidative phosphorylation' to generate energy.

它们使用一种称为“磷酸”的过程来生成能量。

But mostly what they'll do, is there will be what's called a phosphorylation cascade.

它们主要会引发所谓的磷酸级联反应。

And we saw this through phosphorylation of the binding protein for EBP1, which is a proxy for mTOR activation.

我们通过磷酸EBP1的结合蛋白看到这一点，EBP1是mTOR激活的代理。

They looked for phosphorylation of a protein called STAT1, which happens when the IF neural receptor is activated.

他们检测名为STAT1的蛋白质的磷酸情况，这种现象发生在IF神经受体激活时。

This one's geared up for high-energy production using oxidative phosphorylation, or AUKUS PHOS.

这个细胞专门用于通过磷酸（即AUKUS PHOS）进行高能量生产。

And so the fundamental ways that we utilize energy or get energy and make ATP is through glycolysis, Krebs Cycle and oxidative phosphorylation.

因此，我们利用能量或获取能量并制造三磷酸腺苷（ATP）的基本方式是通过、克雷布斯循环和磷酸。