The paramecium moves by beating its cilia.

草履虫通过摆动纤毛来移动。

The paramecium feeds on bacteria and small algae.

草履虫以细菌和小型藻类为食。

Under the microscope, the paramecium is fascinating to watch.

在显微镜下观察草履虫非常有趣。

A paramecium can reproduce asexually through binary fission.

草履虫可以通过二分裂进行无性繁殖。

The structure of a paramecium includes a macronucleus and micronucleus.

草履虫的结构包括大核和小核。

So if you want to ride a paramecium, go for it.

所以如果你想要驾驭草履虫，那就去吧。

The fine structure of Chlorella -bearing Paramecium bursaria and Chlorella -free Paramecium bursaria were studied with transmission electron microscopy.

应用透射电镜术显示了含小球藻绿草履虫和人工诱导获得的无小球藻绿草履虫细胞的超微结构特征。

Ooop! You see that? That was no shark. That was a paramecium.

噢！你们看到了吗？那不是鲨鱼，只是一条草履虫。

So we would like to be able to build something like this, only down at the cellular scale, the size of a paramecium.

因此，我们也想研制出类似这样的机器人，只是小到细胞级，跟草履虫差不多。

An automatic counting system was developed to count the ciliate, such as paramecium, and obtained more accurate and efficient results as compared to the manual counting method.

该系统已被成功使用于草履虫等纤毛类原生动物的定量，得到了比人工计数更为准确和更高效的实验结果。