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Blocking Plasmodium falciparum Malaria Transmission with Drugs: The Gametocytocidal and Sporontocidal Properties of Current and Prospective Antimalarials

机译:用药物阻断恶性疟原虫的疟疾传播:目前和预期的抗疟药的杀细胞和杀孢子特性

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摘要

Drugs that kill or inhibit the sexual stages of Plasmodium could potentially amplify or synergize the impact of other interventions by blocking transmission to mosquitoes. Primaquine and other 8-aminoquinolines have long offered such potential, but safety and other concerns have limited their use. Although transmission-blocking properties are not often a priority of drug discovery efforts, a number of interesting gametocytocidal and/or sporontocidal drug candidates have emerged in recent years. Some still bear significant technical and safety concerns, while others have passed clinical trials and are on the verge of entering the antimalarial armamentarium. Recent advances in our knowledge of gametocyte differentiation, gametogenesis and sporogony have also led to the identification of a large array of potential new targets for drugs that might interfere with malaria transmission. This review examines the properties of existing and prospective drugs, mechanisms of action, counter-indications and their potential role in regional malaria elimination efforts.
机译:杀死或抑制疟原虫性生活阶段的药物可能会通过阻止蚊子传播而潜在地放大或协同其他干预措施的影响。长期以来,伯氨喹和其他8-氨基喹啉具有这种潜力,但安全性和其他方面的考虑限制了其用途。尽管阻断传输的特性通常不是药物发现努力的优先重点,但近年来出现了许多有趣的杀细胞和/或杀孢子的候选药物。有些仍然承担着重大的技术和安全问题,而另一些则已经通过临床试验,并且即将进入抗疟武器库。我们对配子细胞分化,配子发生和孢子形成的了解的最新进展还导致鉴定了可能干扰疟疾传播的药物的许多潜在新靶标。这项审查审查了现有和预期药物的性质,作用机制,反适应症及其在区域消除疟疾工作中的潜在作用。

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