Unlike our skeletons, actin filaments are constantly being built and taken apart.

和我的骨架不同，肌蛋白纤维（微丝） 一直在不停的被组装和拆散。

The actin cytoskeleton plays incredibly important roles in our cells.

肌蛋白骨架在我的细胞中扮演着至关重要的角色。

They've got their own famous coupling — a pretty pair of tiny protein strands called actin and myosin.

有自己著名的联——一对漂亮的微小蛋白质链，叫做肌蛋白和肌球蛋白。

Actin is also involved in a different kind of movement.

肌蛋白还和另一种不同的运有关。

Specifically, that club-headed myosin wants to get all up-close-and-personal with the actin.

具体来说，棒状头肌球蛋白想近距离接触肌蛋白。

In our muscle cells, actin structures form these regular filaments that look kind of like fabric.

在我的肌肉细胞中，肌蛋白成了这些看起来像布料的规则纤维。

This movement is powered by one of my favorite proteins called actin, which is part of what's known as the cytoskeleton.

的作由我最喜欢的蛋白之一，肌蛋白驱，这种蛋白是所谓 “细胞骨架”的一部分。

Like the actin and myosin in our muscles that enable us to move.

就像我肌肉中的肌蛋白和肌球蛋白一样，使我能够移。

Actin and myosin, the proteins of muscles, permit those bodies to move around.

肌蛋白和肌球蛋白， 肌肉的蛋白质， 允许这些身体四处移。

And jidaga are really indispensable in the cell.

而且肌蛋白在细胞中真的不可或缺。

Are there specific movements and exercises that you would recommend?

当我把骨骼肌视为一个器官系统时， 必须理解在锻炼或运时， 骨骼肌会执行某些功能。 我为何关注运？ 我关注运， 是因为当我收缩骨骼肌时， 作为器官系统的骨骼肌会分泌肌蛋白。 肌蛋白是一种小蛋白， 在全身各处游走。

That's these little actin skeletal projections on the mobile edge of the cell that definition.

这就是细胞移边缘上的这些小肌蛋白骨骼突起的定义。

Is it because of the mykines floating through their system and such?

这是否是因为他体内循环的肌蛋白等物质在起作用呢？

They have critical roles in organizing the actin skeleton.

在组织肌蛋白骨架中起着关键作用。

They produce compounds that act like cat pheromones. Silver vine, for example, produces a cat pheromone-like molecule called actinidine.

产生类似于猫信息素的化合物。例如，银藤会产生一种类似于猫科物信息素的分子，称为肌蛋白。

Open rings did even worse – that extra cut made figuring out actomyosin alignment even trickier.

开口环的效果更差——那个额外的切口使得确定肌蛋白-肌球蛋白纤维的排列更加困难。

Myokines are little proteins that travel throughout the body.

肌蛋白是遍布全身的小蛋白质。

Hydra have thin, parallel actomyosin fibers running throughout their body, like our muscle tissue.

水螅体内分布着细长且平行的肌蛋白-肌球蛋白纤维，类似于我的肌肉组织。

But you can't just breathe in the stuff you need to build DNA, or actin, or a phospholipid bilayer.

但是你无法仅仅靠呼吸来建脱氧核糖核酸、肌蛋白或磷脂双分子层所需的东西。

Namely, actin is blocked by a couple of protein bodyguards — called tropomyosin and troponin — which keep getting in the way.

也就是说，肌蛋白会被蛋白质的保镖阻断——原肌球蛋白和肌钙蛋白——一直碍事。