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Novel agents derived from the currently approved treatments for MM: Novel proteasome inhibitors and novel IMIDs

机译:来自当前批准的MM治疗的新型药物:新型蛋白酶体抑制剂和新型IMID

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Introduction: Several novel proteasome inhibitors (PIs) and immunomodulatory agents (IMIDs) with similar, but not exactly the same, mechanisms of action than their predecessors have been developed in the last years with three different aims: to increase the efficacy; to overcome the resistance and to exhibit a better toxicity profile. Areas covered: This review summarizes the mechanism of action of novel PIs (carfilzomib, ONX-0912, MLN-9708, marizomib and CEP-18770) and IMIDs (pomalidomide), stressing the similarities and differences with their parental drugs. It also reviews their most updated clinical results. A search of the recent literature in published papers and abstracts from the most important oncology scientific meetings (ASCO and ASH) has been performed. Expert opinion: Novel PIs and IMIDs show clinical activity as single agents and in combination with dexamethasone, with similar or even higher efficacy than their predecessors; moreover, they may even overcome resistance to their parental drugs, indicating that there are some differences in their mechanisms of action and resistance. The investigation of these mechanisms of resistance and ways to overcome it would allow the optimization of the sequential use of these agents, and the design of novel therapeutic strategies and more appropriate scientifically based combinations.
机译:简介:近年来,已经开发出了几种新型的蛋白酶体抑制剂(PIs)和免疫调节剂(IMIDs),其作用机理与先前的相似,但并不完全相同,其目的有三个:克服耐药性并表现出更好的毒性。涵盖领域:这篇综述总结了新型PIs(卡非佐米,ONX-0912,MLN-9708,marizomib和CEP-18770)和IMIDs(泊马利度胺)的作用机理,并强调了其亲本药的异同。它还审查了他们最新的临床结果。已从最重要的肿瘤学科学会议(ASCO和ASH)中搜索了已发表论文和摘要中的最新文献。专家意见:新型PI和IMID具有单一药物的作用以及与地塞米松联用的临床活性,其功效与前者相似甚至更高;此外,他们甚至可以克服对父母药物的抗药性,这表明他们的作用机理和抗药性存在一些差异。对这些抗药性机制及其克服方法的研究将使这些药物的顺序使用最优化,并设计出新颖的治疗策略和更合适的基于科学的组合。

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