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1·Hormones regulate many insect functions, including ecdysis and metamorphosis.

激素调节昆虫的许多功能，包括蜕皮和变态。

2·Accumulating evidence suggests that EH is present in all insects and may provide a general hormonal mechanism to regulate ecdysis.

越来越多的证据表明羽化激素可能存在于所有的昆虫中，并作为一种调节蜕皮的一般性激素机制。

3·Abstract: Molting fluid, a liquid between the old epidermis and new epidermis, plays an important role in the process of ecdysis and metamorphosis for insect.

摘要：蜕皮液是存在于新旧表皮之间的一层液体，在昆虫蜕皮和变态发育的过程中发挥了重要的作用。

4·Our results offered more clues for understanding the mechanism of ecdysis and metamorphosis in insect and could give reference for further study of molting fluid.

以上研究结果进一步丰富了人们对蜕皮液蛋白质的认识，为深入研究蜕皮液蛋白质的功能提供了一些参考。

5·The peptides eclosion hormone(EH) and ecdysis\|triggering hormone(ETH) trigger ecdysis behaviors and other physiological changes which occur at the end of the molt.

羽化激素与蜕皮触发激素诱发昆虫蜕皮行为及蜕皮末期的其它生理变化。

蜕皮

1·Hormones regulate many insect functions, including ecdysis and metamorphosis.

激素调节昆虫的许多功能，包括蜕皮和变态。

2·Our results offered more clues for understanding the mechanism of ecdysis and metamorphosis in insect and could give reference for further study of molting fluid.

以上研究结果进一步丰富了人们对蜕皮液蛋白质的认识，为深入研究蜕皮液蛋白质的功能提供了一些参考。

3·Accumulating evidence suggests that EH is present in all insects and may provide a general hormonal mechanism to regulate ecdysis.

越来越多的证据表明羽化激素可能存在于所有的昆虫中，并作为一种调节蜕皮的一般性激素机制。

4·Abstract: Molting fluid, a liquid between the old epidermis and new epidermis, plays an important role in the process of ecdysis and metamorphosis for insect.

摘要：蜕皮液是存在于新旧表皮之间的一层液体，在昆虫蜕皮和变态发育的过程中发挥了重要的作用。