Molecular modelling and evaluation of antihyperthyroid drug compound

A. Srikanth, T. Shivakmar, R. ShankarSheshu, S. Selvakumar
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Abstract

Drug targeting will play an essential function in drug discovery in the coming years, as the amount of structural records on protein targets keeps to rise. However, the conventional technique of drug discovery, primarily based upon random screening and systematic amendment of leads through medicinal chemistry strategies, will probably no longer to be deserted absolutely because it has doubtlessly vital advantages over shape-based strategies-specifically leads diagnosed in this way are unlikely to show a near resemblance to the herbal Ligand or substrate. They might also have gained in terms of patent novelty and selectivity. Such leads could then function the basis of structure-based totally, rational amendment programs, wherein their interactions with target receptors are described and improved molecules are designed. In the present study, an attempt is made to find suitable and better analogues of drugs used in the treatment of hyperthyroidism.
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抗甲状腺功能亢进药物化合物的分子模拟与评价
随着蛋白质靶点结构记录的数量不断增加,药物靶向将在未来几年的药物发现中发挥重要作用。然而,传统的药物发现技术,主要基于随机筛选和通过药物化学策略对先导物进行系统修改,可能不会再被完全抛弃,因为它无疑比基于形状的策略有重要的优势——特别是以这种方式诊断的先导物不太可能显示出与草药配体或底物接近的相似性。他们也可能在专利的新颖性和选择性方面获益。这样的导联可以在完全基于结构的基础上发挥作用,合理的修饰程序,其中它们与目标受体的相互作用被描述并设计改进的分子。在本研究中,试图寻找适合和更好的药物类似物用于治疗甲状腺机能亢进。
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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