Mini-Review: Factors Affecting Multiple Invasions of Erythrocytes in Plasmodium and other Malaria-like Parasites. A Neglected Characteristic of Infections

J. Puente, S. Merino
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引用次数: 3

Abstract

Multiple invasions (MIs) are produced when the same erythrocyte is infected by more than one parasite cell. These MIs commonly occur in different haemosporidia species including Plasmodium and other malaria-like parasites. However, the frequency of MIs has been traditionally considered in studies both in vivo and in vitro as an artefact pro- duced by high parasite densities, leading most researchers to think that MIs does not have a true biological meaning but they are merely the product of chance. Other proposed explanations for the occurrence of MIs include an adaptive host strategy to reduce parasite damage and hinder parasite transmission success and an adaptive parasite strategy which fa- vours parasite transmission success. Here we review the relevant literature supporting or rejecting these hypotheses pro- posed to explain the occurrence of MIs. Although the possibility that MIs being due to higher parasite densities has re- ceived much support, more studies are clearly necessary to reveal the potential importance of host defences and parasite strategies on the occurrence of MIs in nature.
小型综述:影响红细胞在疟原虫和其他疟疾样寄生虫中的多重侵袭的因素。感染的一个被忽视的特征
当同一个红细胞被一个以上的寄生虫细胞感染时,就会产生多重侵袭。这些MIs通常发生在不同种类的血孢子虫中,包括疟原虫和其他类似疟疾的寄生虫。然而,在体内和体外研究中,MIs的频率传统上被认为是高寄生虫密度产生的人工产物,导致大多数研究人员认为MIs没有真正的生物学意义,而只是偶然的产物。对MIs发生的其他提出的解释包括减少寄生虫损害和阻碍寄生虫传播成功的适应性宿主策略和促进寄生虫传播成功的适应性寄生虫策略。在此,我们回顾支持或反对这些假说的相关文献,以解释MIs的发生。虽然MIs是由较高的寄生虫密度引起的可能性已经得到了广泛的支持,但显然需要更多的研究来揭示宿主防御和寄生虫策略对自然界MIs发生的潜在重要性。
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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