It evolved into what we call the mitochondrion.

它进化成了我们所说的线粒。

And your cells need healthy mitochondria to stay alive.

而的细健康的线粒得以存活。

It comes in, gets metabolized down to pyruvate and enters the mitochondria.

它进入人，被新陈代谢成丙酮酸，然后进入线粒。

And they concentrated on the participants' mitochondria, which contain genomes of their own.

他们专注于研究包含地衣基因组的线粒。

And what kind of problems do people who inherit faulty mitochondria have?

遗传有缺陷的线粒的人会遇什么问题？

The donor's egg has healthy mitochondria, but doctors remove the rest of its important DNA.

捐赠者的卵子有健康的线粒，但医生移除了DNA其余重部分。

And yes, ATP is synthesized in the mitochondria, making the mitochondria the powerhouse of the cell.

是的，ATP 在线粒合成，使线粒成为细的发电站。

The problem is in the mitochondria of some women.

这种遗传问题出在一些女性的线粒。

Um, do you happen to know anything about mitochondria?

知道线粒是什么东西吗？

That's the roll of the mitochondria.

由线粒卷得。

So what alcohol is doing is overloading your mitochondria.

所以，酒精做的，就是超载的线粒。

And all of their cells began producing lots of mitochondria.

之后它们所有的细开始产生大量线粒。

The host cell's job became to ensure survival in the dangerous world, and provide the mitochondria with food.

宿主细的任务是确保在危险世界的生存，并为线粒提供食物。

So mitochondria are the energy producers of the cell, right?

所以线粒是细的供能者，没错吧？

Hypoxia prevents their mitochondria from producing Adenosine Triphosphate or ATP, which is the cell's main source of energy.

缺氧使线粒产生三磷酸腺苷（ATP）的过程受阻，而ATP正是细主的能量来源。

Which is why I need to read about mitochondria right now.

所以我好好学习下线粒的知识。

As mitochondria combine and separate, they sequester faulty DNA or mitochondria that aren't working properly for removal.

随着线粒的结合和分离，它们封存了有问题的 DNA 或对不正常工作的线粒进行清除。

Today, every single plant has cells like this, full of chloroplasts and mitochondria.

今天，每一株植物都有这样的细，充满叶绿和线粒。

Muscle have mitochondria, mitochondria burn energy.

肌肉有线粒，线粒会消耗能量。

The theory is that what are being disposed of in particular are worn-out mitochondria.

被处理掉的其实是衰弱的线粒。