We suggest the origin of coded amino acids in nature by using a new theory on the connection in lattice Pascal’s triangle and adding some properties of cohomology theory to biological objects as DNA, RNA, and proteins. With the enhancement of the energy–momentum tensor equation for this new theory, we can better understand and explain a new role of codons with their symmetry in gene expression. For the investigation of codon interaction was used model of lattice Pascal’s triangle. With this approach we proof the existence of twenty coded amino acids.

中文翻译：

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密码子在自然选择中的作用

我们通过使用关于格子Pascal三角形中的连接的新理论并向生物对象（如DNA，RNA和蛋白质）添加同调理论的某些特性，来建议自然界中编码氨基酸的起源。随着这一新理论能量动量张量方程的增强，我们可以更好地理解和解释具有对称性的密码子在基因表达中的新作用。为了研究密码子相互作用，使用了格子Pascal三角形的模型。通过这种方法，我们证明了二十种编码氨基酸的存在。