In this case, the protein code on the strep bacteria is a close match with the code on the cells in the basal ganglia.
在这种情况下，链球菌细菌蛋白质的代码与基底神经节细胞的代码非常接近。
Contiguous to each gene is DNA that doesn't code for protein; instead, it functions as the gene's on-off switch.
每个相邻基因之间是不能编码蛋白质的dna；相反，它起着基因启动-关闭开关的功能。
When a protein gets made from that new code, it’ll be slightly different from usual.
当蛋白质根据新编码合成时，就会与未突变的蛋白有一些细微差异。
It is the sequence of these bases that forms the code which is translated by cellular machinery to create a new protein.
正是这些碱基序列构成密码并被细胞翻译成一个新的蛋白。
So, in principle, the protein can record the order of the bases (the chemical “letters” that carry the genetic code) which make up the molecule.
因此，原理上蛋白质能记录下组成DNA分子的碱基序列（一种带着基因编码的化学“字符”）。
The first laser, which produces green light, sweeps the whole cuvette, causing its protein contents to take on a shape that (in binary code) is designated as "zero".
产生绿光的第一个激光器扫描整体试管，导致其中的蛋白质成分呈现一种在二进制编码中被定为“0的形状。”
The resulting linear sequence of amino acids is a newly minted protein molecule, formed precisely according to the code imprinted in the section of DNA that was used.
最终生成的氨基酸线性序列是最新生成的蛋白质分子，它是根据所使用的DNA部分中的代码精确形成的。
For instance, until a few years ago the origin of the genetic code and of protein synthesis were considered synonymous with the appearance of life itself.
比如说，直到最近，生命起源的遗传密码和蛋白质合成在生命产生之初的同步问题仍然在困扰着我们。
In fact, colinearity of DNA and protein sequences is thought to be a fundamental feature of the universal genetic code.
实际上，DNA和蛋白质序列的共线性被认为所有遗传密码的基本特征。
The gene code a protein containing 311 amino acids.
该基因编码了1个含311个氨基酸的蛋白。
The whole process of genetic information regulation and transduction involves three major steps: transcription and translation of the genetic code and the synthesis of the functional protein.
遗传信息的传递是从核酸序列三联密码子的转录和翻译，到合成具有完整结构的功能蛋白质的全过程。
Each three-letter word embodies the code for a single amino acid or tells the cell to stop making a protein chain.
每三个字母代表一个单独的氨基酸的密码子，或者该密码子指示细胞终止蛋白质合成链。
Its potential homologue MIM-B is also thought to code a putative tumor metastasis suppressor protein.
MIM可能的同系物mim - B同样被认为编码一种假定的转移抑制蛋白。
Its potential homologue MIM-B is also thought to code a putative tumor metastasis suppressor protein.
MIM可能的同系物mim - B同样被认为编码一种假定的转移抑制蛋白。
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