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Atomic Details of Globular Protein

机译:球状蛋白的原子细节

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摘要

In the last few decades there has been considerable amount of work gone into protein structure, function and organization. Particularly there is lot of computational studies leading to understand protein structures. However the ultimate truth of real hideous information is not yet understood. In order to understand this buried information in the protein structures, the molecules were visualised on actual basis i.e. at atom level. The basic units of proteins are Carbon (C), Sulphur (S), Nitrogen (N), Oxygen (0) and Hydrogen (H). The distribution of these atoms along the protein sequences were studied. That is a question is asked; what is the probable number of C, S, N, 0 and H atoms in a given length (number of amino acids)? The results showed that given any number of lengths, the probable number of C, S, N, 0 and H atoms were 4.90, 0.05, 1.33, 1.50 and 7.77 per unit length respectively.
机译:在过去的几十年中,在蛋白质的结构,功能和组织方面进行了大量的工作。特别是,有许多计算研究可以理解蛋白质的结构。然而,真正的丑陋信息的最终真相尚未被理解。为了理解蛋白质结构中的这种隐蔽信息,在实际基础上,即在原子水平上可视化分子。蛋白质的基本单位是碳(C),硫(S),氮(N),氧(0)和氢(H)。研究了这些原子沿蛋白质序列的分布。这是一个问题。在给定的长度(氨基酸数)中,C,S,N,0和H原子的大概数目是多少?结果表明,在任意长度的情况下,每单位长度的C,S,N,0和H原子的可能数目分别为4.90、0.05、1.33、1.50和7.77。

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