It all comes down to the cellular level.

这一切都归结到细胞水平。

He's repairing himself at a cellular level?

他在从细胞层面上进行自我修复吗？

180 seconds and it restores energy at a cellular level.

只需180秒 就可以在细胞水平上恢复能量。

At the cellular level, leukoplakia typically shows a thickened keratin layer.

从细胞学层面看，口腔黏膜白斑的典型表现是增厚的角质层。

At the cellular level, one consequence of this is that membrane trafficking becomes chaotic.

在细胞水平，这导致的一个后果就是膜运输变得混乱。

At a cellular level, there are a couple theories that explain why this might happen.

从细胞水平上来看，有两种理论可以解释耐受现象的产生。

To better understand myasthenia gravis, let's review normal muscle contraction but at the cellular level.

为了更好的理解重症肌无力，我们从细胞水平来了解一下肌肉正常收缩时的状态。

But until recently scientists had little understanding of how anesthetics actually work on the cellular level.

但直到最近科学家们对麻醉药如何在细胞水平上发挥作用仍然了解甚少。

The right piece of music at the right time fuses with us on a cellular level.

适当时机，恰到好处的音乐片段 会在细胞层面与我们融为一体。

Aging is highly complex, but scientists are starting to understand what happens at the cellular and molecular levels.

衰老是非常复杂的，但是科学家们开始从细胞和分子水平如何发生变化的角度着手分析衰老过程。

And even though all of this is happening at the cellular level, its consequences could hardly be larger.

即使所有这些都发生在细胞水平上，其后果再大不过了。

But again, we don't have a lot of specifics as to what that looks like on the cellular level.

但是，我们并没有很多关于细胞层面的深入研究。

What's going on here at the cellular level?

在细胞水平上发生了什么？

At the cellular level, estrogen literally pushes neurons to burn glucose to make energy.

在细胞水平上，雌激素确实会推动神经元燃烧葡萄糖以产生能量。

There, Dr. Ellen-Terese Lamm explores ancient life by studying it at the cellular level.

在那里，Ellen-Terese Lamm 博士通过在细胞水平上研究古代生命来探索它。

This allows us to make microscope slides to be able to look at the cellular level, what's going on in the tree.

这使我们能够制作显微镜载玻片，能够观察细胞水平，树上发生了什么。

Of course, this would have been a disastrous pursuit, because at the cellular level, my daughter had rare blueprints.

当然，这将是一场灾难性的追求，因为在细胞水平上， 我女儿拥有罕见的蓝图。

We don't think of our bones as being " alive" but they're constantly being broken down and rebuilt on the cellular level.

我们不认为我们的骨骼是“活的”，但它们在细胞水平上不断被分解和重建。

When we look deeper into the brain on a cellular level, a special type of neuron might be the reason we can move to specific rhythms so well.

当我们从细胞层面更深入地观察大脑时，一种特殊类型的神经元可能是我们能如此好地适应特定节奏的原因。

And the reason for that is that tissues and looking at different systems at the cellular level is very important and able to get the data that we need.

这样做的原因是，组织和在细胞水平上观察不同的系统是非常重要的，能够得到我们需要的数据。