昆虫嗅觉相关可溶性蛋白的研究进展
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摘要
昆虫在长期进化过程中形成了一套高度敏感的嗅觉系统,通过该系统昆虫可以完成寻觅配偶、定位寄主及选择产卵位点等多种行为。在昆虫嗅觉系统中的可溶性蛋白主要有气味结合蛋白(odorant-binding protein, OBP)和化学感受蛋白(chemosensory protein, CSP)。OBP可以特异性结合并运输疏水性的气味分子相应的受体,是昆虫化学识别过程的第一步,具有十分重要的作用。CSP与OBP的结构和功能类似,主要参与化合物的识别和运输,尽管没有直接的证据表明CSP也参与了昆虫的化学感受过程,但已有研究发现,CSP在昆虫嗅觉系统中发挥着重要的作用。本文主要从分子特性、蛋白结构、表达模式、生理功能等方面分别对昆虫的OBP和CSP进行了概述,为深入的研究两者的功能提供理论参考,进而为以昆虫嗅觉系统为靶标的害虫防治提供新的思路。
Insects developed a high sensitive olfactory system for many behaviors such as mating, feeding, and oviposition. The main soluble proteins in insect olfactory system are odorant binding protein(OBP)and chemosensory protein(CSP). OBP plays important roles because OBP functionally work as the first step to bind and transport hydrophobic odorant molecules to their corresponding receptors. CSP shares a common ancestor and may have similar roles with OBP such as binding and shipping chemical compounds. But there is still no direct evidence that CSP is also involved in the insect's chemosensory process. In this study, we reviewed the molecular characteristics, protein structures, expression patterns and functions of OBP and CSP. It should be helpful for the further studies, in these two families and may provide new cogitations in pest control based on insect olfactory system.
Insects developed a high sensitive olfactory system for many behaviors such as mating, feeding, and oviposition. The main soluble proteins in insect olfactory system are odorant binding protein(OBP)and chemosensory protein(CSP). OBP plays important roles because OBP functionally work as the first step to bind and transport hydrophobic odorant molecules to their corresponding receptors. CSP shares a common ancestor and may have similar roles with OBP such as binding and shipping chemical compounds. But there is still no direct evidence that CSP is also involved in the insect's chemosensory process. In this study, we reviewed the molecular characteristics, protein structures, expression patterns and functions of OBP and CSP. It should be helpful for the further studies, in these two families and may provide new cogitations in pest control based on insect olfactory system.
引文
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