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首页> 外文期刊>Genomics >Gene functionality's influence on the second codon: A large-scale survey of second codon composition in three domains.
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Gene functionality's influence on the second codon: A large-scale survey of second codon composition in three domains.

机译:基因功能对第二个密码子的影响:在三个域中对第二个密码子组成的大规模调查。

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摘要

The second codon of a transcript, besides encoding for an amino acid, is now known to also have multiple molecular functions and is involved in translation efficiency and protein turn-over and maturation processing. These multiple purposes therefore make the selection constraints on this codon's composition more complex. To examine the biological significance of various permutations of the second codon, we conducted a systematic survey of second codon composition from 442 selected genomes across three domains. The amino acid bias of the second codon is associated with specific protein functions. The most common amino acids (S, A, K and T) are significantly avoided in Cell Envelope-related genes but preferred in Translation or Energy Metabolism-related genes, suggesting that the function of a gene product is a significant factor influencing the composition of the second codon.
机译:现在已知,转录本的第二个密码子除了编码氨基酸外,还具有多种分子功能,并且涉及翻译效率,蛋白质转换和成熟过程。因此,这些多重目的使得对该密码子组成的选择约束更加复杂。为了检查第二个密码子各种排列的生物学意义,我们对来自三个域的442个选定基因组的第二个密码子组成进行了系统的调查。第二个密码子的氨基酸偏倚与特定的蛋白质功能有关。在细胞包膜相关基因中可避免使用最常见的氨基酸(S,A,K和T),但在翻译或能量代谢相关基因中则优先使用,这表明基因产物的功能是影响其组成的重要因素。第二个密码子。

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