特别对昆虫激素及抗激素类物质在我国蚕业生产中的应用研究与实用化技术做了总结。
It was especially to sum up applied research and practical technique of insect hormone and antihormone in the Chinese sericologica production.
此外，昆虫的“返幼”激素和法尼醇密切相关。
Moreover, the juvenile hormone of insects is closely related to farnesol.
当他们删除这种基因时，激素缺乏的昆虫就一直在吃。
And when they deleted the gene that encodes it, the hormonally deficient insects just kept eating.
昆虫蜕皮是由数种激素分级调控的一个重要生长发育过程。
Insect molting is an important process of growth and development controlled by a cascade of insect hormones.
激素调节昆虫的许多功能，包括蜕皮和变态。
Hormones regulate many insect functions, including ecdysis and metamorphosis.
昆虫和甲壳纲动物产生的类固醇激素，以促进生长，控制蜕皮。
A steroid hormone produced by insects and crustaceans that promotes growth and controls molting.
昆虫的脱皮是由于称为脱皮素激素的含量升高而引起的。
Molting in insects is triggered by rising levels of a hormone called ecdysone.
蜕皮激素是昆虫最重要的激素之一，它与保幼激素一起控制着昆虫生长、发育、蜕皮、代谢等。
Ecydsteroid is one of most important hormones in insect . it controls the growth , development , ecdysteroidogenesis , metabolism and so on with another most important hormone - juvenile hormone.
综述了具有保幼激素活性的昆虫生长控制剂，主要是脂肪族类保幼激素类似物的合成及应用。
The progress of the synthesis and application of aliphatic juvenoids, insect growth regulator with juvenile hormone activity, is reviewed in this paper.
蜕皮激素对昆虫生长、发育和繁殖有重要调控作用，尤其对蜕皮和变态过程。
Fundamental events in the life of insects such as growth, development and reproduction are regulated by ecdysteroids (molting hormone), especially during molting and metamorphosis.
激脂激素和高血糖激素已在某些昆虫种类中发现，但是到目前为止还未涉及到同翅目昆虫。
Adipokinetic and hyperglycemic hormones have been discovered in several insects, but no approach has been made to homopterans.
抑虫肼是一种新颖昆虫蜕皮加速剂。它对鳞翅目害虫高度有效，是一种既安全又有选择性的蜕皮激素杀虫剂。
Yichongjing is a novel insecticide, it is highly specific to lepidopterous insects and ACTS as a safe and selective ecdysone agonist.
很多昆虫分泌的外激素都是两或三种分子的混合，一般认为哺乳动物的外激素更复杂。
In insects, a lot of pheromones are known to be a blend of two or three molecules. It was postulated that it would be even more complex in mammals.
报道一个用于昆虫外激素研究的简单快速气相色谱分析制备方法。
It presents a simple method was presented for the separation and preparation of insect pheromones at the nanogram level by using gas chromatography (GC).
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。
Accumulating evidence suggests that EH is present in all insects and may provide a general hormonal mechanism to regulate ecdysis.
在昆虫中，胆固醇不仅是细胞膜的重要成分之一，也是昆虫蜕皮激素生物合成的前体。
In insects, cholesterol is not only one of the main components of cell membranes, but also a precursor of ecdysone biosynthesis.
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。
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.
调控昆虫蜕皮与变态的激素主要有蜕皮激素和保幼激素。
The processes are regulated by molting hormone (20E) and juvenile hormone (JH).
目的：介绍昆虫保幼激素蚊蝇醚的合成工艺；
Objective:To introduce the synthetic technique of pyriproxyfen; Methods;
目的：介绍昆虫保幼激素蚊蝇醚的合成工艺；
Objective:To introduce the synthetic technique of pyriproxyfen; Methods;
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