This is where 'white matter' comes in. The white matter is the inner part of the brain.

这时白质区就要发挥作用了。白质区位于大脑内部。

Activated areas linked together with white matter.

兴奋区与白质相连。

White matter helps carry information around the brain.

白质有助于在大脑中传递信息。

This gray matter reduction coincides with an increase in white matter.

灰质减少的同时，白质正在增加。

Screen time, children and white matter all factor in our next story.

屏幕时间（指用在观看电视、电脑等电子设备的时间），我们的下一个故事和儿童、大脑白质有关。

Now, the spinal cord is composed of both grey and white matter.

脊髓由灰质和白质共同组成。

Our findings are very consistent with the hypothesis that the white matter is the key to explain this result.

“我们的研究结果与白质是解释这种结果的关键这一假设非常一致。

In our brains, we have two main tissues: one is white matter. The other is gray matter.

一种是白质。另外一种是灰质。

The fasciculus cuneatus is contained within the dorsal white column, located posteriorly in the white matter of spinal cord.

它包含在背侧白质中，位于脊髓白质的后部。

Imaging studies show that white and gray matter volumes undergo drastic changes during adolescence, and continuing through your twenties.

影像研究表明白质量和灰质量会在青春期发生剧烈变化，并将持续到 20 多岁。

Surrounding the grey matter is white matter, which consists of the myelinated axons of various neurons.

灰质周围的是白质，由有髓鞘的神经元轴突构成。

Specifically, there is a clear degradation of white matter in the regions that control emotional processing, attention and decision making.

具体来说，是控制情感处理、注意力和决策的区域的白质明显退化。

The white matter consists of myelinated axons, which are separated into tracts that carry information to and from the brain.

白质由有髓鞘的轴突组成，它们被分成若干神经束，负责向大脑传递以及从大脑向其他部位传递信息。

White matter refers to connections that are myelinated, coated in a layer of insulation, allowing for fast far-range communication between information hubs.

白质指的是有髓鞘的神经纤维，由一层保护层包裹，保证了信息中心之间的远距离快速交流。

White matter is the neurological wiring that connects the neurons within the brain.

白质是连接大脑内神经元的神经线路。

Our brains process these tricks in a constellation of brain regions connected by white matter.

我们的大脑在由白质连接的一系列大脑区域中处理这些技巧。

White matter is key to the development of language and reading skills.

白质是语言和阅读技能发展的关键。

I saw a very small, diffuse abnormality in the brain waves. Probably white matter.

我在他的脑电波中发现了非常微弱的弥漫性异常 很可能是白质。

It's still controversial whether language-associated white matter rewiring affects more than just language, Anwander says.

安万德说，与语言相关的白质重新布线是否不仅仅影响语言仍然存在争议。

This could explain the German speakers' denser white matter networks within parts of the left hemisphere that parse word order.

这可以解释说德语的人在左半球解析词序的部分区域内有更密集的白质网络。