微小牛蜱

七种药物对微小牛蜱的半数致死浓度测定

Determination of median lethal concentration of seven kinds of medicines against Boophilus microplus

抗动物微小牛蜱药物的筛选及其新复方制剂的研制

The Medicine Screen and Develop the New Compound Preparation of Anti-animal Boophilus Microplus

我们首先报道了RAPD－PCR技术研究微小牛蜱DNA的多态性。

We reported the study on polymorphism DNA of Boophilus microplus with RAPD-PCR technique in the first instance .

根据基因序列设计引物，以微小牛蜱基因组DNA为模板，对所得ESTs进行鉴定，证明它们都是微小牛蜱所固有。

PCR primers were designed based on the obtained ESTs , and the obtained ESTs were detected using genome DNA of B.microplus as templates .

微小牛蜱一个抗菌多肽编码基因的克隆和表达

Molecular cloning and analysis of antimicrobial peptide of Boophilus microplus

微小牛蜱饱血雌蜱高毒力绿僵菌菌株的筛选及应用

Screening and Application Study of Metarhizium anisopliae with High Virulence to Rhipicephalus ( Boophilus ) microplus

微小牛蜱的染色体核型初报

Karyotype of cattle ticks

目的检测福建厦门微小牛蜱携带的埃立克体，进行分类鉴定。

Objective To detect and identify the Ehrlichia pathogens from Boophilus microplus ticks collected from Xiamen in Fujian Province .

分别在微小牛蜱和长角血蜱中各检到阳性1份，阳性率为0.93%。

Two specimens were positive which belonged to Ha . formosensis and microplus , respectively . The positive rate was 0.93 % .

高温高湿（40℃-90%RH）的环境中微小牛蜱的生殖期最短，低温低湿（20℃-30%RH）的条件下生殖期较长。

The generative phase of Rhipicephalus ( Boophilus ) microplus is short in high temperature and high humidity environment , and is long in low temperature and low humidity environment .

微小牛蜱产卵力受温度和湿度的影响不显著，而与雌蜱的重量呈现正相关直线关系。

The influence of temperature and humidity to the oviposition of Rhipicephalus ( Boophilus ) microplus was not significant . But the weight of female ticks was positively related to the oviposition in linear relationship .

本文应用盘状电泳方法对中华硬蜱和微小牛蜱不同发育阶段的蛋白质、糖、脂进行了比较研究。

Disc electrophoresis method has been used to study proteins , sugars and lipids of different developmental stages in two species of hard ticks , Ixodes sinensis and Boophilus microplus ( Acari : Ixodidae ) .

中西药物防制微小牛蜱成蜱的比较性研究

Study on Comparison Between Traditional Chinese Medicine and Western Medicine in Prevention and Control of Adult Boophilus Microplus