Inside eukaryotic cells, you have a nucleus.

真核细胞中有一个细胞核。

Around 1.25 billion years ago, a eukaryotic cell cannibalized another cell.

大约 12.5 亿年前，一个真核细胞蚕食另一个细胞。

Most cells are eukaryotic — animal cells, plant cells, and fungi, etc.

大多数细胞是真核生物——动物细胞、植物细胞和真菌等。

Plants and animals are also both eukaryotic organisms, meaning our cells contain organelles.

植物和动物也都是真核生物，意味着我们的细胞含有细胞器。

But the system has been altered for use in a variety of species and eukaryotic cells.

但该系统已，可在许多物种和真核细胞中使用。

But these first eukaryotic plants were soon consumed by other animals, which hijacked the precious chloroplast, just like Elysia.

但些最早的真核植物很快就其他动物吃掉，并劫贵的叶绿体，就像绿叶海天牛一样。

" Diameter of a eukaryotic cell." Look at that, Soren.

" 真核细胞的直径" , 看看个, 索伦。

We're back to our—to our big, big eukaryotic cell.

我们回到我们的大真核细胞。

But the basic parts of this system can be manipulated and used in a variety of eukaryotic organisms and cell types.

而且个系统的基础部分可以操控，并在多种真核生物及细胞中运用。

So the biggest eukaryotic cell is our happy place in the middle.

所以最大的真核细胞是我们在中间的快乐地方。

In fact, it's thought that the majority of eukaryotic life that lives in the deep sea has bioluminescent capabilities.

事实上，人们认为生活在深海中的大多数真核生物都具有生物发光能力。

Their cells don’t have a nucleus to store DNA. All plants and animals, including us humans, are eukaryotic, though.

他们的细胞没有细胞核来储存 DNA。不过，包括我们人类在内的所有植物和动物都是真核生物。

At 1pm, a simple cell engulfs another, creating a symbiotic relationship and the first eukaryotic cells, or cells with internal organs.

下午 1 点， 一个简单的细胞吞噬另一个细胞，形成共生关系， 并产生第一个真核细胞或具有内脏器官的细胞。

Because sterols are found throughout the eukaryotic family tree, they are thought to have been present in the last common ancestor of all modern eukaryotes.

由于类固醇在真核生物系谱中随处可见，因此人们认为它们存在于所有现代真核生物的最后一个共同祖先中。

Life finally had all the ingredients that it needed to get interesting: It had eukaryotic cells, which would become the building blocks of complex organisms.

生命终于拥有变得有趣所需的所有成分：它有真核细胞，将成为复杂生物体的基石。

However, genomic libraries may be an inefficient method of finding a gene, particularly in large eukaryotic genomes, where much of the DNA is noncoding.

替代的方法是利用已知表达目的基因的细胞或组织来源的mRNA所构建的文库。

However, often the overproduced proteins, which could represent up to 30% of total cell protein, were precipitated or insoluble and they lacked eukaryotic post-translational modifications.

有时，些问题能通过合成融合蛋白随后在裂开以得到目的蛋白的方法得到解决，但是随后采取真核细胞（酵母或者哺乳动物细胞系）更为简单可行。

When compared to eukaryotic cells, the structure of bacteria is less complex due to a lack of nucleus and membrane-bound organelles such as mitochondria, endoplasmic reticulum, and Golgi complexes.

与真核细胞相比，细菌的结构简单很多：缺少细胞核及膜包的细胞器，例如线粒体、内质网与高尔基体。

George Lucas has suggested that this was based on the idea of mitochondria, an organelle found in all eukaryotic organisms that helped supply energy, cellular differentiation, cell growth, and many other tasks.

乔治·卢卡斯认为是基于线粒体的概念，线粒体是存在于所有真核生物中的细胞器，它帮助提供能量、细胞分化、细胞生长和许多其他任务。

Because of how big those cells are compared to the cells of other organisms, and some distinct structures inside those cells, they think it’s eukaryotic – specifically, a kind of red algae.

由于些细胞与其他生物体的细胞相比有多大，以及些细胞内部的一些不同结构， 他们认为它是真核生物——具体来说， 是一种红藻。