Study on the genetic code: comparison with multiplexed codes

G. Sicot, R. Pyndiah
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引用次数: 2

Abstract

The genetic code is a key concept in genetics. This code establishes the link between the DNA (desoxyribonucleic acid), composed of nucleic acids, and proteins, composed of amino acids. The genetic code is known to be universal, indeed almost all organisms use this code, and it is degenerated, this means that several sequences of nucleic acids can be translated into the same amino acid. This feature is also present in multiplexed codes which is a new concept recently introduced for robust source coding. In this paper we present a comparison between multiplexed codes and the genetic code. We show why this comparison is relevant, and we point out the fact that the genetic code is almost optimal in the context of multiplexed codes theory.
遗传密码的研究:与复用密码的比较
遗传密码是遗传学中的一个关键概念。这个代码建立了DNA(脱氧核糖核酸)(由核酸组成)和蛋白质(由氨基酸组成)之间的联系。众所周知,遗传密码是通用的,实际上几乎所有的生物体都使用这个密码,而且它是退化的,这意味着几个核酸序列可以翻译成相同的氨基酸。这一特性也存在于复用码中,复用码是最近为鲁棒源编码而引入的新概念。本文对多路编码和遗传编码进行了比较。我们展示了为什么这种比较是相关的,我们指出了遗传密码在多路编码理论的背景下几乎是最优的事实。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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