Protein amino acids as a complete (periodic) system

Miloje M. Rakocevic
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引用次数: 3

Abstract

Referring to the results of previous research on the Cipher of genetic code and analogies of genetic and chemical code – two overall complete natural systems – this paper presents the results of the study on the most complete Protein Amino Acids System (PAAS). It is shown that 20 protein amino acids appear to be a complete system – ordered, coherent, and harmonic. In such a system, all chemical distinctions within the system are accompanied by specific arithmetical and algebraic regularities, including the existence of amino acid ordinal numbers from 1 to 20. The classification of amino acids into two decades (1-10 and 11-20) appears to be in a strict correspondence with the balances of the number of atoms. From the existence of harmonic structures and arrangements of AAs, regardless of whether they are or not the constituents of the genetic code follow the conclusions that the genetic code, through its main constituents – 20 AAs and 4 Py-Pu bases – was complete even in prebiotic conditions.
蛋白质氨基酸作为一个完整的(周期性的)系统
参考前人对遗传密码的研究结果以及遗传密码和化学密码的类比——两个完整的自然系统——本文介绍了最完整的蛋白质氨基酸系统(PAAS)的研究结果。结果表明,20个蛋白质氨基酸似乎是一个完整的系统-有序,连贯,和谐。在这样一个系统中,系统内的所有化学差异都伴随着特定的算术和代数规律,包括氨基酸序数从1到20的存在。将氨基酸分为二十年(1-10和11-20)似乎与原子数的平衡是严格一致的。从氨基酸谐波结构的存在和排列来看,无论它们是否是遗传密码的组成部分,都可以得出结论:即使在益生元条件下,遗传密码也通过其主要组成部分——20个氨基酸和4个Py-Pu碱基——是完整的。
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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