Domain formation in regions of protein probe interaction

Rajasekaran Ekambaram, Indupriya Rajasekaran, Meenal Rajasekaran
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引用次数: 4

Abstract

Action of probe binding to wild proteins is available now to explore the possibility of extraction and alteration at active region for effective binding.1–3 One of the forces of attraction is coming from carbon alone. When carbon probe binds to active region, alteration taking place in the vicinity of probe binding and place of alteration in ICOD details. According to nature of law carbon must be adequately distributed evenly with value of 0.31444–6 everywhere in the protein. Probe can bind only when there is deficiency of carbon value according to rule of law. When there is inadequate carbon point of distribution where alteration can be performed by probe binding at the adjacent site effectively.
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蛋白质探针相互作用区域的结构域形成
利用探针与野生蛋白结合的动作,探索提取和改变活性区域以有效结合的可能性。其中一种吸引力来自碳本身。当碳探针与活性区结合时,在探针结合的附近和ICOD细节发生改变的地方发生改变。根据自然规律,碳在蛋白质中的各处必须充分均匀分布,其值为0.31444-6。只有在碳价值缺失的情况下,依法追究才有约束力。当碳分布点不足时,可以通过在邻近位点的探针结合有效地进行改造。
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