海苔(干紫菜)中片脚类动物的致敏性和过敏原。

Kanna Motoyama, Yuki Hamada, Yuji Nagashima, Kazuo Shiomi
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引用次数: 13

摘要

gammaridea和caprellid片脚类,片脚目甲壳类动物,栖息在紫菜培养平台上,因此,偶尔会在紫菜(干紫菜)片上发现。片脚类混合在海苔中可能会引起过敏患者的过敏反应,就像其他甲壳类动物的情况一样,比如虾和螃蟹,十足目的成员。本研究以两种十足类动物(黑虎对虾和多刺龙虾)为参考,对海苔中发现的两足类动物(未被准确鉴定)的干燥样品和未被准确鉴定的gammaridean两足类动物(Gammarus sp.,未被准确鉴定)和caprellid两足类动物(Caprella equilibra)的新鲜样品进行了致敏性和过敏原检测。当用ELISA分析时,甲壳类过敏患者的血清对片足类样品的提取物有反应,尽管比对十足类样品的提取物的反应弱。在ige免疫印迹中,我们发现一种37-kDa蛋白是片足类动物的主要过敏原。基于抑制酶联免疫吸附和抑制免疫印迹检测的分子质量和与十足类原肌球蛋白的交叉反应性,37-kDa蛋白被鉴定为片足类原肌球蛋白。
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Allergenicity and allergens of amphipods found in nori (dried laver).

Gammaridean and caprellid amphipods, crustaceans of the order Amphipoda, inhabit laver culture platforms and, hence, are occasionally found in nori (dried laver) sheets. Amphipods mixed in nori may cause allergic reactions in sensitized patients, as is the case with other crustaceans, such as shrimp and crab, members of the order Decapoda. In this study, dried samples of amphipods (unidentified) found in nori and fresh samples of gammaridean amphipod (Gammarus sp., not accurately identified) and caprellid amphipod (Caprella equilibra) were examined for allergenicity and allergens using two species of decapods (black tiger prawn and spiny lobster) as references. When analyzed by ELISA, sera from crustacean-allergic patients reacted to extracts from amphipod samples, although less potently than to the extracts from decapods. In IgE-immunoblotting, a 37-kDa protein was found to be the major allergen in amphipods. Based on the molecular mass and the cross-reactivity with decapod tropomyosin evidenced by inhibition ELISA and inhibition immunoblotting, the 37-kDa protein was identified as amphipod tropomyosin.

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