Matuschewski Kai
Department of Parasitology, Heidelberg University School of Medicine, Im Neuenheimer Feld 324, 69120 Heidelberg, Germany.
Cell Microbiol. 2006 Oct;8(10):1547-56. doi: 10.1111/j.1462-5822.2006.00778.x.
Research on Plasmodium sporozoite biology aims at understanding the developmental program steering the formation of mature infectious sporozoites - the transmission stage of the malaria parasite. The recent identification of genes that are vital for sporozoite egress from oocysts and subsequent targeting and transmigration of the mosquito salivary glands allows the identification of mosquito factors required for life cycle completion. Mature sporozoites appear to be equipped with the entire molecular repertoire for successful transmission and subsequent initiation of liver stage development. Innovative malaria intervention strategies that target the early, non-pathogenic phases of the life cycle will crucially depend on our insights into sporozoite biology and the underlying molecular mechanisms that lead the parasite from the mosquito midgut to the liver.
疟原虫子孢子生物学的研究旨在了解指导成熟感染性子孢子形成的发育程序,子孢子是疟原虫的传播阶段。最近鉴定出了对于子孢子从卵囊逸出以及随后靶向并迁移至蚊子唾液腺至关重要的基因,这使得我们能够识别出完成生命周期所需的蚊子因子。成熟子孢子似乎具备了成功传播以及随后启动肝脏阶段发育的全部分子机制。针对生命周期早期非致病性阶段的创新性疟疾干预策略将关键取决于我们对子孢子生物学以及引领寄生虫从蚊子中肠至肝脏的潜在分子机制的深入了解。