线虫多蛋白过敏原/抗原

Malcolm Kennedy
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引用次数: 53

摘要

对线虫多蛋白过敏原/抗原(NPAs)的兴趣最初是由于它们经常被发现是线虫寄生虫的免疫优势抗原,在某些情况下也是强效过敏原。它们分别引起了人们的注意,因为在丝状线虫表面附近发现了“阶梯”蛋白。用受感染的人或家畜的抗体筛选cDNA表达文库,继续发现更多的NPAs。对NPAs生物化学功能的研究最初受到NPAs与已知功能蛋白质之间缺乏氨基酸序列相似性的阻碍,但现在对其生物化学活性,其生物合成的高度不寻常的方式和基因结构有了很多了解。这里,马尔科姆·肯尼迪提供了关于这些有趣蛋白质的最新信息。
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The Nematode Polyprotein Allergens/Antigens

Interest in the nematode polyprotein allergens/antigens (NPAs) originally arose because they were often found to be immunodominant antigens of nematode parasites, and in some cases also potent allergens. Quite separately, they attracted attention as the ‘ladder’ proteins found close to the surface of filarial nematodes. Screening of cDNA expression libraries with antibody from infected humans or domestic animals continues to reveal more NPAs. The search for the biochemical function(s) of NPAs was originally hampered by the lack of amino acid sequence similarities between NPAs and proteins of known function, but much is now known about their biochemical activity, the highly unusual means of their biosynthesis and their gene structure. Here, Malcolm Kennedy provides an update on these intriguing proteins.

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Websites of interest Neosporosis. Seeking new targets for antiparasitic agents Response from A. Serero et al. Parasitology nomenclature – a recommendation Implications for neonatal HIV/AIDS and TB of sensitization in utero to helminths
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