For one, increasing the size of each fixation through “training” would be pretty tough, since you would literally have to grow more cones in your eyes.

首先，通过“训练”来增加每次定影的范围是相当困难的，为这样你的眼睛就要长出更多的视锥细胞。

They're very old, evolutionarily speaking, and likely resemble some of our first multicellular ancestors.

从化的角度来看，它们非常古老，很可能与我们最早的多细胞祖先相似。

These then leave the host cell and mature, ultimately seeking more T-cells.

病毒接宿主并且发育成熟，最终寻找更多的T细胞。

A younger organism would naturally release more cytokines than and elderly one.

年轻的有机体自然会比年老的有机体释放更多的细胞子。

With oxygen's role in releasing energy, enabling the release of lots of energy through chemical reaction, it's more useful for animals, and probably led to the evolution of multicellular organisms.

由于氧气在释放能量方面的作用，使其能够通过化学反应释放大量的能量，所以它对动物更有用，可能还导致了多细胞生物的化。

Eventually those cells-turned-virus-making-factories die, which actually ends up releasing more viruses to infect more cells.

最终那些加工病毒的细胞工厂死亡，释放出更多的病毒来感染更多的细胞。

It’s teacher Rishi Rawat is feeding the computer more samples of cancer cells.

Rishi Rawat老师正在给计算机提供更多的癌细胞样品。

And even if we could trick the rest into producing it, then we'd have another problem, more replications means more chances for mutations that could turn a cell cancerous.

即便我们让其余细胞也具备再生能力，同样会产生别的问题，更多的细胞更新就意味细胞变的概率也会增大，还可能导致细胞癌变。

If blood flow isn't restored soon, more and more cells in the pituitary die, and the pituitary gland progressively shrinks, becomes scarred, and stops producing enough of one or more of hormones.

如果血供不能很快恢复，垂体中就会有更多的细胞死亡，而垂体会逐渐萎缩，出现瘢痕，并停止产生足量的一种或多种激素。

According to the findings, as hair ages, sheds, and then repeatedly grows back, increasing numbers of McSCs get stuck in the stem cell compartment called the hair follicle bulge, where they remain.

研究结果表明，随头发老化、脱落，又长出的过程，越来越多的McSC细胞被困在称为毛囊凸起的干细胞室中。

An increase in red blood cells can help a person or group living at high elevations to move and breathe more easily because more red cells can carry more oxygen.

对于生活在海拔较高的地方的某个人或某群人，增加红细胞可以使他们活动和呼吸顺畅，为更多的红细胞能够携带更多的氧气。

A genome map showed that Thiomargarita magnifica has lost some genes needed for cell division and has more than the usual number of copies of genes responsible for cell lengthening.

图谱显示，华丽硫珠菌已经失去了一些细胞分裂所需的，拥有了比通常数量更多的负责细胞变长的副本。

The cytokines attract Inflammatory cells like macrophages which start releasing even more inflammatory substances like proteases, platelet activating factor, and free radicals, all which contribute to inflammation.

这些细胞子可以募集更多的炎症细胞如巨噬细胞；这些巨噬细胞而释放更多的炎症介质，如蛋白酶、血小板活化子和自由，它们都可以一步促炎症反应。

And this isn't just the case for humans — it's true of every animal, plant, and fungus, and nearly every multicellular organism on Earth.

而且这不仅仅是人类的情况——每种动物、植物和真菌，以及几乎所有地球上每个多细胞的生物体都是如此。

This particular hormone sends a signal to bone marrow for the differentiation of stem cells into more red blood cells to fulfill our body's need.

这种特殊的激素向骨髓发出信号，促使干细胞分化为更多的红细胞，以满足我们身体的需求。

This process, called photosynthesis, led the way for bacteria to multiply into one of Earth's earlier structures: cyanobacteria, formerly called “blue-green algae”.

这个过程-光合作用过程使得这些细菌聚集起来形成地球上的最初的多细胞结构：藻青菌就是所知的“蓝藻”。

It's as if, at one instant in this time we call the Cambrian Era, complex multi-cellular life suddenly emerged almost intact on the planet.

在寒武纪的一段很短的时间里，各种复杂的多细胞生物然横空出世。

Even further down at 3,600 meters is the deepest point that a multicellular organism has been found alive — this freaky looking worm.

再往下3600米深处，是目前发现有多细胞生物生存的最深处——这种看起来怪怪的蠕虫。

But last summer, an underwater vehicle peeked beneath shelves of volcanic rock in the Pacific and found a bustling community of multicellular organisms.

但今年夏天，一辆水下探测器在太平洋的火山岩层下窥探，发现了一个热闹的多细胞生物群落。

The tentacled Archaean uses proteins common to multicellular organisms and might lend insight into how the latter evolved.

这种有触角的太古代微生物使用多细胞生物共有的蛋白质，这可能有助于我们了解后者化的方式。