While we are masters of locomotion, plants are fantastic chemists.

虽然植物不能像我们可以自由移，但植物却是很棒的“化学家”。

Evolutionary anthropologist, Bruce Latimer, studies the evolution of human locomotion.

人类进化学家 BruceTatimer 研究人类的演变。

And...it measures the efficiency of locomotion for various species on the planet.

这篇文章测量了地球上不同物种的效率。

They're out and about all times of the day in constant locomotion.

它们一天中的任何时候都在外面，不停地移。

We might have lost it because of our unique mode of bipedal locomotion.

我们可能是因为独特的双足式而失去了它。

There are two forms of locomotion in dinosaurs, there is bipedal and quadrupedal.

恐的式有两种，两足和四足。

They also know which bits of the brain deal with vision, locomotion, language, memory and suchlike.

也知道大脑中和视觉、、语言、记忆等相关的各是哪部分。

He targets the tail because that's the whale's only means of locomotion.

它瞄准尾巴，因为那里是鲸唯一的式。

So this is more than twice the energetic expenditure of any form of terrestrial locomotion.

所以这比任何形式的陆地消耗的能量都要多两倍。

In this respect oysters are inferior even to mussels, to whom nature has not denied all talent for locomotion.

从这点来看，珍珠贝甚至于不如谈菜，因为大自然还给淡菜有可能移的能力。

What changed? " We now understand the mathematics of locomotion to a much greater degree, " explains Dr Ames.

什么改变了？“我们现在对移的数学原理有了更深入了解，”Ames博士解释道。

Cancer researchers are particularly interested in understanding the mechanisms of immune cell locomotion.

癌症研究人员对了解免疫细胞的机制特别感兴趣。

These experiments are designed to reveal the secrets of their impressively fast locomotion.

这些实验旨在揭示它们令人印象深刻的快速的秘密。

These are sometimes used in locomotion and, in this case, for hunting prey.

这些有时用于，在这种情况下，用于狩猎猎物。

" Do you mean to tell me that's your present form of locomotion" ?

“你的意思是告诉我这就是你目前的式” ？

Then, around 15 years ago, came the realisation that other means of locomotion were possible.

大约 15 年前，人们意识到其他的式也是可的。

They're showing a documentary on the history of locomotion and kinetic energy.

他们正在放映一部关于和能历史的纪录片。

Their locomotion was probably a mixture of swimming and some early form of walking.

他们的可能是 游泳和某种早期步形式的混合体。

These organisms navigate their environments not through locomotion, but apical extension -- growing through the tips of their bodies.

这些生物体不是通过而是通过顶端延伸来导航它们的环境——通过它们身体的尖端生长。

For example, we've talked about anatomical differences, body coverings, eating behaviors, various locomotion styles, and so on.

例如，我们讨论了解剖学差异、身体覆盖物、饮食为、各种式等。