顺便说下，叶甲身上彩虹般的颜色都是天然的。
结果表明，椰心叶甲在我国属于高度危险性的有害生物。
The result shows that Brontispa langissima belongs to the most dangerous pest in China.
本文综述了寄主植物次生物质与叶甲取食行为关系的研究进展。
This article reviews the studies on interactions of plant secondary substances and feeding behavior of leaf beetles.
茶角胸叶甲适度的侵害能改变鲜叶内含物的含量，对提高茶叶品质有利。
Its damage could change the component content in fresh leaves which benefited to improving the quality of Lingtou Dancong tea.
本文记述了采自陕西省太白山的伪叶甲科突伪叶甲亚科一新属及两新种。
A new genus, Odontocera and two new species, Odontocera qinlingensis and Odon tocera hexamaculatus belonging to the subfamily Statirinae in Lagriidae are described from Chinain the present paper.
研究结果说明，苍耳属植物可能是广聚萤叶甲除豚草外的另一潜在寄主植物。
It was suggested that X. sibiricum could be a suboptimal host plant as an alternative to optimal A. artemisiifolia for the leaf beetle O. communa.
褐背小萤叶甲是烟田蓼科杂草的重要天敌，对蓼科杂草具有良好的自然控制作用。
Galerucella grisescens is an important natural enemy which could significantly control Polygonaceae weeds in tobacco fields.
显然一个，并且只有一个，小小的叶甲才能在这个大头针顶——这张40倍图片上银色的圆周——上跳舞。
Evidently one, and only one, tiny leaf beetle can dance on this pin's head — the silvery circle in this 40 X photo.
植物次生物质对叶甲的寄主范围起到决定性作用，在物种形成特别是同域物种形成过程中起到十分重要的作用。
Plant secondary substances determine diet breadth to a great extent. They play a significant role in speciation, especially the sympatric speciation.
一般认为，专食性的跳甲亚科和萤叶甲亚科是由食性较广的叶甲亚科进化而来的，食性分化在其中可能起了重要作用。
It is generally believed that Alticinae and Galerucinae, the specialists, are of recent origin from Chrysomelinae accompanying feeding differentiation which is thought to be important in the process.
方法：本实验以黄芪甲苷为标准品，采用薄层色谱—分光光度法测定黄芪叶中黄芪甲苷的含量。
Object: To Compare the comtent of Astragaloside IV in different parts of Astragalus membranaceus, Methods: TLC-spectrophotometry was used to determine the comtent of Astragaloside IV.
通过甲酰基异长叶烯与酮的缩合反应合成出六种具有香气的新化合物。
Six types fragrant new compounds were synthesized by the condensation reactions of formylisolongifolene with ketones.
伪狂犬病也称奥叶基氏病、奇痒症，是由甲型疱疹病毒引起的一种传染病。
Pseudorabies disease is also known as Aujeszky's disease and "mad itch".
研究表明棕榈油酸甲酯可以有效杀死朱砂叶螨，作为新型农药具有良好的开发前景。
The result from the experiment also indicated that the Methyl cis-9-hexadecenoate had a prospect to be a new resource of botanical acaricide.
研究表明棕榈油酸甲酯可以有效杀死朱砂叶螨，作为新型农药具有良好的开发前景。
The result from the experiment also indicated that the Methyl cis-9-hexadecenoate had a prospect to be a new resource of botanical acaricide.
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