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Proteus: An algorithm for proposing stabilizing mutation pairs based on interactions observed in known protein 3D structures

机译:蛋白质:一种提出基于已知蛋白3D结构中观察到的相互作用的稳定突变对的算法

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摘要

Composition of triad pairs. Amino acids that could make interactions are called n and n’. The anterior and posterior are called n-1 and n + 1 for n, and n’-1 and n’ + 1 for n’. In this example, the amino acid F86 (PDB ID: 1LGY:A) is not performing interactions with I90 (PDB ID: 1LGY:A), but they are in a cutoff distance position that could allow interactions if they were changed. The anterior and posterior are S85 and R87 (F86), and A89 and T91 (I90). The Proteus’ basic assumption is that is possible to trade the amino acids n and n’ to another amino acid pair if the main chain of triad pairs of target and template protein were conserved
机译:三合一对的组成。可以使相互作用的氨基酸称为n和n'。前部和后部称为N-1和N + 1,N为n',n'-1和n'+ 1。在该示例中,氨基酸F86(PDB ID:1LGY:A)不执行与I90(PDB ID:1LGY:A)的交互,但它们处于截止距离位置,如果它们发生变化,则可以允许交互。前后和后部是S85和R87(F86)和A89和T91(I90)。如果Triad的靶和模板蛋白质的主链保守,蛋白质的基本假设是可以将氨基酸N和N'交换给另一个氨基酸对

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