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无毒防御性分泌物中的蛋白质:生物合成意义

Proteins in a nonvenomous defensive secretion: biosynthetic significance.

作者信息

Aldrich J R, Blum M S, Hefetz A, Fales H M, Lloyd H A, Roller P

出版信息

Science. 1978 Aug 4;201(4354):452-4. doi: 10.1126/science.201.4354.452.

Abstract

In common with many arthropods, the true bug, Leptoglossus phyllopus, when disturbed, emits a two-phase secretion that consists of an organic phase and an aqueous phase. The organic phase is a mixture of highly reactive low-molecular-weight compounds, analogous to those produced by other arthropods, and is deterrent to many kinds of predators. The aqueous phase, heretofore ignored in most analyses of arthropod defensive secretions, contains proteins. Even though the secretion is not injected, the proteins enzymatically catalyze the derivation of the most reactive components within the impermeable cuticular storage reservoir and, thus, constitute part of the defensive system that appears to be commonly used by arthropods producing irritating chemicals.

摘要

与许多节肢动物一样,真蝽Leptoglossus phyllopus受到干扰时会分泌一种由有机相和水相组成的两相分泌物。有机相是高反应性低分子量化合物的混合物,类似于其他节肢动物产生的化合物,对多种捕食者具有威慑作用。水相在大多数节肢动物防御分泌物分析中一直被忽视,其中含有蛋白质。尽管这种分泌物不是注射式的,但这些蛋白质能酶促催化不可渗透的表皮储存库中最具反应性的成分的衍生,因此构成了产生刺激性化学物质的节肢动物似乎普遍使用的防御系统的一部分。

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