insect hormone
英 [ˈɪnsekt ˈhɔːməʊn]
美 [ˈɪnsekt ˈhɔːrmoʊn]
网络 昆虫激素; 昆蟲激素
双语例句
- Insect hormone as insecticides
作为杀虫剂的昆虫激素 - AIM: To analyze whether insect moulting hormone β-ecdysone can inhibit the apoptosis of vascular endothelial cells ( VECs).
目的：分析昆虫变态激素β-蜕皮激素是否能抑制血管内皮细胞的凋亡。 - Synthesis of some insect juvenile hormone analogues from α-pinene
由α-蒎烯合成一些昆虫保幼激素类似物 - Insect Juvenile Hormone Enhancing Gene Expression in Silkworm Baculovirus Vector System
昆虫保幼激素促进家蚕杆状病毒系统的基因表达 - Insect hormone and baculovirus
昆虫激素与杆状病毒 - Studies on insect hormonal regulation& induction and regulation of arginase by juvenile hormone analogue and its effect on the fine structure of the fat body
昆虫激素调节控制的研究&保幼激素类似物对蓖麻蚕精氨酸酶的诱导以及对脂肪体超微结构的影响 - The difference of biotic fitness between two strains of the insect pest was related to the changes in hormone level and its regulation ability.
害虫抗性和敏感品系的生物适合度差异与其体内激素水平及调控能力变化有关。 - The progress of the synthesis and application of aliphatic juvenoids, insect growth regulator with juvenile hormone activity, is reviewed in this paper.
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。 - Regulation Effect of Baculovirus egt Gene on the Expression of Insect Hormone
杆状病毒egt基因对昆虫激素表达的调控影响 - Despite rapidly increase of research on the insect EcR and USP in recent years, most of them focused on the EcR and USP gene function in the ecdysone-mediated signal transduction pathway and molecular mechanism of hormone regulated gene expression, all of them made important research progress.
尽管近些年对于昆虫EcR和USP的研究迅速增加，且主要集中在对EcR和USP在蜕皮激素介导的信号转导通路，以及激素调控基因表达顺序分子机理的研究，这些方面都取得了重要的研究进展。 - It is an insect metamorphosis hormone, which could stimulate the insect dermal cell division to generate new skin, result in insect metamorphosis and regulate insect metabolism.
它是一种昆虫变态激素，能刺激昆虫真皮细胞分裂，产生新的表皮，导致昆虫变态，调节昆虫新陈代谢。 - These results may be useful in further discussing the important functions of estrogen related receptor of insect, and hlpe to lay the theory foundation to make clear the relationship of insect steroid hormone receptors in the development and others physiological aspects.
这些结果将有助于深入探讨昆虫中雌激素相关受体的具体功能，对于搞清昆虫中类固醇激素受体在昆虫发育以及其它生理方面的关系奠定理论基础。