The quantity of ribosome was reduced.

核糖体数量明显减少等。

I know a great shortcut to get our mirror ribosome!

我想到一个获得自身镜像核糖体的最便捷方式！

Here you can see a particulate organelle called the ribosome.

在这里您可以看到一个名为颗粒细胞的核糖体。

A complete ribosome is composed of one larger and one smaller subunit.

一个完整的核糖体是由一个较大的大亚基和一个较小的小亚基组成。

The professor says ribosome is central to the survival of any organism.

这位教授说，核糖体是至关重要的，任何生物的生存。

After few seconds, the assembled protein starts to emerge from the ribosome.

几秒钟后，组装完成的蛋白质离开核糖体。

Mycotoxin found in cereals. Binds to the ribosome and inhibits protein synthesis.

谷物中发现的毒枝菌素。结合核糖体，抑制。

The ribosome research, the academy said, is being used to develop new antibiotics.

瑞典科学院说明，核糖体的研究，为新的抗生素的创造，铺平道路。

There were abundant mitochondria, rough surfaced endoplasmic reticulum and ribosome.

胞质内有丰富的线粒体、粗面内质网、核糖体。

Ribosome display is a rapid means of generating fully human antibody fragments in vitro.

核糖体展示技术为体外筛选制备全人源抗体提供了一种简便、有效的技术平台。

The ribosome reads the A/C/T/G code in groups of three, allowing us to derive a 64-letter "alphabet."

核糖体以三个一组的形式读取 A/C/T/G 编码，这样我们可以得出一个 64 字母的 “字母表”。

Just type the Protein DataBank ID number for the ribosome that you want to look at, and then start exploring.

只要输入你想要查看的核糖体id号，就可以开始你的探索之旅。

Because of its makeup, each ribosome resembles a tangle of threads or a handful of rubber bands tossed together.

由于其构成，每个核糖体类似于一个线程缠结或一把橡皮筋捆在一起。

Many research teams have been striving to determine the structure of a eukaryote ribosome (see 'Structures of desire').

许多研究小组力求确定一个真核核糖的结构（看到向往的结构）。

They published their results in 2000, the same year that Dr. Yonath published her own analysis of both parts of the ribosome.

他们在2000年发表了他们的结果。同年，Yonath博士发表了她对于核糖体两个部分自己的分析结果。

The Academy said the three were chosen for having shown what a ribosome looks like and how it operates at the atomic level.

研究院说，这三位人员被选中，是因为他们在原子的状态下展示了核糖体的形状，以及核糖体的运作情形。

Ribosome is a molecular machine based on RNA, which provides the workshop and tools to synthesize all of the proteins in cells.

核糖体是一个以RNA和蛋白质为基础的合成蛋白质的分子机器。

Ribosome inactivating proteins (RIPs) are a large group of proteins that are potent inhibition of eukaryotic protein synthesis.

核糖体失活蛋白是一类作用于真核细胞核糖体，抑制蛋白质合成的毒蛋白。

Translation occurs at a site called the ribosome, which allows the information within the mRNA to be converted into a polypeptide chain.

翻译发生于核糖体上，在那里将mRNA的信息转变为多肽链。

The protein seems to have been added later, which means the ribosome is "an RNA-based machine that evolved the ability to make proteins."

Berg博士说，蛋白质似乎是后来加上去的。也就是说，核糖体是一个RNA为基础的工厂，进化出制造蛋白质的能力。

A single mutation, a different sequence in the DNA, causes the ribosome to use a different amino acid when it builds the lysozyme molecule.

单一突变，dna序列发生变化，会造成核糖体在构建溶解酵素分子时使用不同的氨基酸。

Reading frame -- The translational reading frame describes the mechanism which moves a ribosome three nucleotides at a time during translation.

读取片段-- 一种机制，用于描述核糖体在转译的过程，一次移动三个核甘酸。

They then used "very fast and very gentle" purification techniques to obtain ribosome crystals, from which they worked out the structure with X-rays.

然后他们用“非常快速温和”的净化技术得到核糖晶体，通过用X射线研究晶体绘出核糖的结构。

The endoplasmic reticulum, mitochondrion, ribosome, lysosome and Golgi apparatus were all involved in the formation of endogenous yolk granules.

内源性卵黄主要由内质网、线粒体、核糖体、溶酶体、高尔基器等多种胞器活跃参与形成。

The researchers used a method called X-ray crystallography to pinpoint the position of hundreds of thousands of atoms that make up the ribosome.

这些叁名研究人员使用X 射线结晶学方法得到核糖体的叁维结构，在原子水准上分析了由几十万个原子构成的核糖体的结构。

The hope is that understanding the ribosome's structure will lead to a deeper understanding of the basic biology by which the ribosome makes proteins.

希望在于对核糖结构的了解能使人们更深入了解核糖制造蛋白质的基本生物学原理。

He has managed to synthesise all the RNA components in such a way that, when they are mixed with natural ribosome proteins, they form working ribosomes.

他成功合成了全部RNA成分，使得当他们与天然核糖体蛋白质混合时，他们组成活的核糖体。

The preparation and detection methods of isolating and purifying a ribosome-inactivating protein (RIP) from the seeds of arborvitae were presented.

提出了从裸子植物侧柏中分离纯化核糖体失活蛋白的制备和检测方法。

George Church, a colleague of Dr Szostak's at Harvard, dreams instead of making something intensely practical that Dr Venter has left out: a ribosome.

乔治·切奇，萧斯泰克在哈佛的同事，却梦想造出一个极其实用，文德尔却又遗漏的东西：核糖体。