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Oxidative stress in malaria and artemisinin combination therapy: Pros and Cons

机译:疟疾和青蒿素组合治疗中的氧化胁迫:优点和缺点

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Artemisinin-based combination therapy (ACT) has been adopted as a strategy to mitigate multidrug resistance to antimalarial monotherapies. ACT combines the rapid and effective but rather short plasma half-life antimalarial action of an artemisinin derivative with a longer acting partner drug. Although the exact mechanisms of action of artemisinins are not well understood, several studies have proposed multiple cellular targets of artemisinins with involvement of reactive oxygen species (ROS). Most of the currently used ACT partner drugs are also known to involve ROS production in their mechanisms of action. This review gives a brief account of the oxidative stress and redox systems in malaria and discusses the context of antimalarial effectiveness of different ACTs compared with monotherapies of the partner drugs. A final account on the Pros and Cons of ACT as a strategy is discussed.
机译:基于青蒿素的组合疗法(ACT)被采用作为减轻多药耐药性对抗抗疟性单极的策略。 ACT结合了一种快速有效,但相当短的血浆半衰期与较长的作用伴药物的甘氨酸衍生物的半衰期抗疟疾作用。 虽然蒿蛋白的确切作用机制尚不清楚,但是有几项研究提出了具有反应性氧(ROS)的涉及的甘氨酸多细胞靶标。 亦称目前使用的大部分行动伴侣药物涉及ROS生产的行动机制。 该综述简要介绍了疟疾中氧化应激和氧化还原体系,并讨论了与合作伙伴药物的单医疗相比不同行为的抗疟效力的背景。 讨论了作为策略的权利和缺点的最终账户。

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