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- Scientists Crack a Second Genetic Code 科学家破译第二遗传密码
- second genetic code 第二遗传密码
- Mitochondria do not use the universal genetic code. 线粒体并不使用通用的遗传密码。
- To specify the genetic code for an amino acid or a polypeptide. 指定遗传密码确定氨基酸或多肽的遗传密码
- The presence in a genetic code of multiple codons for the same amino acid. 兼并在同一个氨基酸多个密码子的一个遗传密码中出现
- Having more than one codon specify the same amino acid. Used of a genetic code. 有不止一个密码子来指定同样的氨基酸.;用于一种遗传基因
- Understanding protein folding is the next step in deciphering the genetic code. 破译遗传密码的下一步是了解蛋白质折叠。
- Researchers mapped the basic genetic code for rice several years ago. 几年前研究人员绘制了水稻最基本的基因密码。
- Having more than one codon specify the same amino acid.Used of a genetic code. 兼并密码子的有不止一个密码子来指定同样的氨基酸。
- Once there, the retroviruses become part of the cell's genetic code. 一次，在那里，反转录成为部分细胞的遗传密码。
- Human genome project is expected to decipher the genetic codes in the human cell. 人们寄希望于人类基因组计划能破解人类细胞中所隐含的遗传密码。
- A generation ago genetic codes were certainly unknown. 遗传密码在上一代确实很少有人知道。
- The sequence of nitrogenous Bases along a strand of DNA determines the genetic code. 去氧核糖核酸串上的氮基排序决定了遗传密码。
- When biologists cracked the genetic code, they found themselves in control of a new language. 当生物学家破译了遗传密码后,他们发现自己掌握了一种新的语言。
- The 21st century will see great and terrible weapons based on the knowledge of DNA and the genetic code. 而21世纪将产生的强大而可怕的武器则建立在对DNA和基因密码的研究上。
- Each of these color layers has its own genetic code which is determined by series of genes which combined eventually determine the color of the betta. 每一颜色层都有自己的基因码，这些基因码受一连串的基因影响，最后决定了斗鱼的颜色。
- Genetic code Sequence of nucleotides in DNA and RNA that determines the amino acid sequence of proteins. 遗传密码: 去氧核糖核酸(DNA)和核糖核酸(rna)中的核酸排列顺序能够决定蛋白质里的氨基酸排序。
- A section of DNA that contains the genetic code for a single polypeptide and functions as a hereditary unit. 顺反子包含一个单一多肽基因编码的DNA片断，用作一个遗传学单位
- Unlike the stable genetic code of DNA, many epigenetic marks are in constant flux. 不同于DNA上头稳定的基因编码，许多外遗传标签经常会发生变动。
- In fact, colinearity of DNA and protein sequences is thought to be a fundamental feature of the universal genetic code. 这项新研究表明蛋白质也有拼接现象，有时甚至产生的蛋白质片段或多肽以与亲本相反的方向拼接在一起。
