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Molecular cloning of tropomyosins identified as allergens in six species of crustaceans

机译:原肌球蛋白的分子克隆被鉴定为六种甲壳类动物的过敏原

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摘要

Although tropomyosin is known to be a major allergen of crustaceans, its structural information is limited to only five species. In this study, tropomyosin was confirmed to be a major allergen in six species of crustaceans (black tiger prawn, kuruma prawn, pink shrimp, king crab, snow crab, and horsehair crab) by immunoblotting. Then, the amino acid sequences of tropomyosins from these crustaceans were elucidated by a cDNA cloning technique. Sequence data for crustacean tropomyosins including the obtained results reveal that fast tropomyosins are contained in shrimps (or prawns) and lobsters, slow tropomyosins in crabs, and both tropomyosins in crayfishes and hermit crabs. Although fast and slow tropomyosins share a high sequence identity (about 90%) with each other, significant differences are observed in specific regions between both tropomyosins.
机译:尽管原肌球蛋白是甲壳类动物的主要过敏原,但其结构信息仅限于五个物种。在这项研究中,通过免疫印迹法确认了原肌球蛋白是六种甲壳类动物(黑虎虾,黑马虾,粉红色虾,帝王蟹,雪蟹和马毛蟹)的主要过敏原。然后,通过cDNA克隆技术阐明了来自这些甲壳类的原肌球蛋白的氨基酸序列。甲壳类原肌球蛋白的序列数据包括所获得的结果表明,虾(或虾)和龙虾中含有快速原肌球蛋白,蟹中含有慢原肌球蛋白,小龙虾和寄居蟹中都含有原肌球蛋白。尽管快和慢原肌球蛋白彼此之间具有较高的序列同一性(约90%),但在两种原肌球蛋白之间的特定区域中观察到了显着差异。

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