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Detecting reactive drug metabolites for reducing the potential for drug toxicity

机译:检测反应性药物代谢物以降低药物毒性的可能性

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Introduction: A number of withdrawn drugs are known to undergo bioactivation by a range of drug metabolizing enzymes to chemically reactive metabolites that bind covalently to protein and DNA resulting in organ toxicity and carcinogenesis, respectively. An important goal in drug discovery is to identify structural sites of bioactivation within discovery molecules for providing strategic modifications that eliminate or minimize reactive metabolite formation, while maintaining target potency, selectivity and desired pharmacokinetic properties leading to the development of efficacious and nontoxic drugs.
机译:简介:已知许多已撤回的药物会通过一系列药物代谢酶发生化学活化,这些化学反应性代谢物与蛋白质和DNA共价结合,分别导致器官毒性和致癌作用。药物发现中的一个重要目标是确定发现分子内生物激活的结构位点,以提供消除或最小化反应性代谢产物形成的战略修饰,同时保持目标药效,选择性和所需药代动力学特性,从而开发出有效且无毒的药物。

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