Lead Optimization in the Drug Discovery Process

S. L. Prabu, R. Thirumurugan
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引用次数: 1

Abstract

Discovering a new drug molecule against disease is the main objective of drug discovery. Lead optimization is one of the important steps and acts as a starting point. Over the years, it has significantly changed the drug discovery process. Its main focus is the development of preclinical candidates from “Hit” or “Lead.” Lead optimization comprises lead selection and optimization, drug candidate confirmation, and preclinical drug characterization. Lead optimization process can improve the effectiveness towards its target potency, selectivity, protein binding, pharmacokinetic parameters, and to develop a good preclinical candidate. Lead optimization from high-throughput screening to identification of clinical drug candidate is a seamless process that draws new techniques for accelerated synthesis, purification, screening from iterative compound libraries, validation, and to deliver clinical drug candidate with limited human resources. In conclusion, lead optimization phase is done under the suggestion that the optimized lead molecule will have activity against a particular disease.
药物发现过程中的先导物优化
发现一种新的抗疾病药物分子是药物发现的主要目标。引线优化是一个重要的步骤,并作为一个起点。多年来,它极大地改变了药物发现过程。它的主要重点是从“Hit”或“Lead”开发临床前候选药物。先导物优化包括先导物选择和优化、候选药物确认和临床前药物表征。优化导联过程可以提高其靶效、选择性、蛋白结合、药代动力学参数等方面的有效性,并开发出良好的临床前候选药物。从高通量筛选到临床候选药物鉴定的先导物优化是一个无缝的过程,它利用新技术加速合成、纯化、从迭代化合物库筛选、验证,并在有限的人力资源下提供临床候选药物。总之,优化阶段是在优化后的铅分子对特定疾病具有活性的前提下进行的。
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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