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An Insight into the Sialotranscriptome of the Cat Flea Ctenocephalides felis

机译:见识到了猫蚤的sialotranscriptome栉首蚤

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摘要

BackgroundSaliva of hematophagous arthropods contains a diverse mixture of compounds that counteracts host hemostasis. Immunomodulatory and antiinflammatory components are also found in these organisms' saliva. Blood feeding evolved at least ten times within arthropods, providing a scenario of convergent evolution for the solution of the salivary potion. Perhaps because of immune pressure from hosts, the salivary proteins of related organisms have considerable divergence, and new protein families are often found within different genera of the same family or even among subgenera. Fleas radiated with their vertebrate hosts, including within the mammal expansion initiated 65 million years ago. Currently, only one flea species–the rat flea Xenopsylla cheopis–has been investigated by means of salivary transcriptome analysis to reveal salivary constituents, or sialome. We present the analysis of the sialome of cat flea Ctenocephaides felis.
机译:背景食血节肢动物的唾液含有多种化合物,可抵消宿主的止血作用。在这些生物的唾液中也发现了免疫调节和抗炎成分。食血在节肢动物中至少进化了十次,为唾液的溶解提供了收敛进化的场景。也许由于宿主的免疫压力,相关生物的唾液蛋白差异很大,并且经常在同一家族的不同属中甚至亚属之间发现新的蛋白家族。跳蚤的脊椎动物宿主辐射,包括在6500万年前开始的哺乳动物扩张中。目前,仅通过唾液转录组分析研究了一种跳蚤物种-大鼠跳蚤Xenopsylla cheopis,以揭示唾液成分或唾液腺。我们目前对猫蚤Ctenocephaides felis唾液腺的分析。

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