1) target pest
靶标病虫害
1.
This research through investigating tobacco pest that taked place in southernShandong Province, found out heavier main target pest.
本研究通过对鲁南烟区的烟草病虫害发生情况进行调查,找出在烟草上发生较重的主要靶标病虫害,对各主要靶标病虫害进行低公害防治技术研究,找出适宜的低公害防治药剂,根据烟草不同物候期的特点,与栽培技术协调结合,研究烟草低公害综合防治技术规程,并对规程进行大面积试验推广,具体结果如下:1、鲁南烟区烟草主要靶标病虫害在山亭、沂南、平邑、费县等烟草种植区调查,采取定点调查和当地测报单位的详查相结合,统计烟草各病虫害的发生面积和产量损失。
2) target
靶标
1.
Advances on new targets and active leads for type 2 diabetes;
治疗2型糖尿病新靶标及新先导化合物的研究进展
2.
New techniques for screening drugs targeting at RNAs;
以RNA为靶标的药物筛选新技术
3.
Modulating mechanisms of blood pressure and targets of antihypertensive drugs;
血压调控机制与抗高血压药物靶标
3) Feature target
特征靶标
4) target enzyme
靶标酶
1.
Understanding the mechanism of target enzyme will help to investigate and develop novel pesticides with high efficiency,low toxicity and good specificity.
靶标酶在农药研发中具有极其重要的作用,大多数新开发的超高活性农药的靶标都是各种重要的代谢酶系统,了解靶标酶的作用机理,将有助于开发新型高效、低毒、专一性好的农药。
2.
Tobacco aphids ( Myzus persicae) were collected from the plants of 9 tobacco varieties and used to study the activity of their detoxicating enzymes and target enzyme, which was shown to differ significantly with tobacco variety.
比较了 9个烤烟品种上烟蚜解毒酶和靶标酶的活力 ,发现烤烟品种对烟蚜解毒酶和靶标酶活力影响显著 ,不同品种烤烟上烟蚜的α -NA羧酸酯酶 ,β -NA羧酸酯酶、谷胱甘肽转移酶、乙酰胆碱酯酶、酸性磷酸酶均有差
3.
The activity of the detoxicating enzymes related to pesticide resistance in Myzus persicae (α-NA carboxylesterase,β-NA carboxylesterase,glutathione transferase and acid phosphatase) and the target enzyme (acetylcholinesterase) was determined.
通过测定与烟蚜抗药性相关的解毒酶 (α -NA羧酸酯酶、β-NA羧酸酯酶、谷胱甘肽转移酶和酸性磷酸酯酶 )和靶标酶 (乙酰胆碱酯酶 )的活力 ,比较了云南 7个主要烟区田间烟蚜种群的酶活力差异 ,发现不同烟区烟蚜酶活力差异极显著 ,5种酶的活力均以曲靖马过河种群最高 ,丽江斜阳种群最
5) Site of action
作用靶标
1.
The single most important cause of weed resistance is a management system in which repeated use of a single herbicide,or use of several herbicides with the same site of action for a long time,providing continuous selection pressure for herbicide resistance.
影响杂草抗药性发展的主要因素是由于一类或一种除草剂以及使用作用靶标相同的不同类型的除草剂的大面积和长期连续使用。
6) target
作用靶标
1.
In this study,we used agglutination inhibition assay and affinity proteomic technology to further investigate the agglutinative target of hemocyanin.
本研究采用凝集抑制实验和亲和蛋白质组学等方法探索凡纳滨对虾血蓝蛋白与病原菌的凝集作用靶标。
参考词条
补充资料：病虫害
1.病害和虫害的并称。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。