A IMPORTÂNCIA DA EXPANSÃO DA MODELAGEM MOLECULAR COMO TÉCNICA PARA PESQUISAS DE NOVOS FARMACOS

Murillo Tembra Valente, Leliane Pinheiro Silva, Antônio José Cerasi Junior
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Abstract

One of the most important advances in the creation of new drugs has been the use of molecular modeling, as it is an essential tool in the process of discovering new bioactive molecules, and also in the improvement of an existing prototype. Molecular variation is the chemical change of a heterogeneous, in order to improve its purpose as a drug, increasing its effectiveness, improving its percentage and extent of absorption, decreasing toxicity and modifying physicochemical characteristics such as solubility. Objectives: to highlight the importance of expanding molecular modeling as a technique for researching new therapeutic agents. ___________________________________________________________________________ Revista Amazônica de Ciências Farmacêuticas. 2022; 3(1): 1-8. 2 Methodology: This is a work through a bibliographic research of the last 10 years, using as a research instrument: books, periodicals, magazines, scientific articles, and national and international databases, such as PubMed and Scielo, using up as a molecular modeling descriptor. Results and discussion: Computational techniques allowed intermediate structures of reactions or hypothetical transition states to be modeled and their properties measured, enabling the study of conformations and properties of a molecule. Conclusions: A great variety of computer programs and methods have been developed to visualize the three-dimensional geometry (3D) and calculate the physical properties of drugs, aiming at the creation of new bioactive molecules, whose purpose is to develop safer medicines, with better results. specificity, increased drug-receptor selectivity, with the purpose of decreasing and/or eliminating adverse effects and toxicity of a drug.
扩展分子建模作为新药研究技术的重要性
在创造新药的过程中,最重要的进步之一是使用分子模型,因为它是发现新的生物活性分子的过程中必不可少的工具,也是对现有原型的改进。分子变异是异质物的化学变化,其目的是为了改善其作为药物的目的,增加其有效性,提高其吸收的百分比和程度,降低毒性和改变溶解度等物理化学特性。目的:强调扩大分子模拟技术在研究新的治疗药物中的重要性。___________________________________________________________________________ 航空杂志上Amazonica de Ciencias Farmaceuticas。2022;3(1): 1 - 8。2方法:这是一项通过近10年书目研究的工作,作为研究工具:书籍,期刊,杂志,科学文章,以及国家和国际数据库,如PubMed和Scielo,作为分子建模描述器。结果和讨论:计算技术允许对反应的中间结构或假设的过渡态进行建模并测量它们的性质,从而使研究分子的构象和性质成为可能。结论:各种各样的计算机程序和方法已经开发出来,以可视化三维几何形状(3D)和计算药物的物理性质,旨在创造新的生物活性分子,其目的是开发更安全,效果更好的药物。特异性,增加药物受体的选择性,目的是减少和/或消除药物的副作用和毒性。
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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