Prokaryotic expression and purification of the Mus musculus Rig-ⅰ protein and preparation of antibody 小鼠Rig-Ⅰ蛋白的原核表达、纯化及其抗体制备
Objective To study the technology for Mus musculus Control. 目的研究小家鼠的防制技术。
Objective To study the effect of fluorine on the ameloblastin gene expression of mouse mus musculus. 目的探讨氟对小鼠釉鞘蛋白基因表达的影响。
Experimental Study on Effects and Mechanism of Zanthoxylum Maxim on Contraction of Uterine Smooth Muscle of Mus Musculus Albus 花椒挥发油对小白鼠子宫平滑肌收缩功能的研究
A Primary Study on Biological Mechanism of EMPs in Promoting Periodontal Tissues Regeneration; Spatio-temporal expression of amelogenin during odontogenesis in mus musculus 釉基质蛋白促进牙周组织再生机理的初步研究釉原蛋白在小鼠牙胚发育中的时空表达
Sensibility of house mice ( mus musculus) for the smells of their own blood and urine 小家鼠对同种血和尿敏感性的实验观察
Observation on the Effect of Zinc Phosphide in Low Concentration Against Mus Musculus in the field 低浓度磷化锌毒饵现场毒杀小家鼠效果观察
With Mus musculus as the experimental animal, the method of mixing pulverized plants directly into fodder was adopted to determine the killing rat activity. 以小白鼠为实验动物,采用饲料混毒法进行杀鼠活性测定。
According to the data obtained and cluster analysis, the rodents could be divided into two communities: ( 1) plantation community dominated by Mus musculus near the residential area; 应用聚类分析,将新疆吉木萨尔县夏季林地鼠类可划分2个群落:(1)以小家鼠为主的居民区附近的人工林区鼠类群落;
Studies on population characteristics of feral Mus musculus 田野小家鼠种群特征研究
By a three years monitor of rodents in Shanghai from 1986 to 1988, it was found that Mus musculus was the dominant species whose proportions indoor of urban and rural districts were 67.84% and 46.08%, Rattus flavipectus was the second. 1986~1988年,对上海市进行了三年鼠情监测,观察到在市区、郊县室内以小家鼠为优势种,分别占捕获鼠总数的67.84%和46.08%;
Comparative Study on Tail Ratios of Mice ( Mus musculus) in Different Living Environment 不同生活环境中小家鼠尾长率差异的比较研究
Results There were 7 rodent species, 4 genera, 2 families, 2 orders. The dominant species was Mus musculus ( 37.98%). The rodent densities of each month were from 0.67% to 7.87%. 结果鼠类包括2目2科4属7种,其中小家鼠为优势种(37.98%),各月鼠密度介于0.67%~7.87%,全年平均鼠密度3.62%。
Ultraviolet Rays Induce Chromosome C-Banding in Mus musculus 紫外线诱发小鼠染色体C带的产生
Conclusion Mus musculus had strong environment adaptiveness and maintained the strong reproduction ability in Anyang. Anticoagulant rodenticide may be used continuous in Anyang city. 结论安阳市城区居民住宅区小家鼠具有较强的环境适应能力和较强的繁殖能力,抗凝血类灭鼠剂仍可在该市继续使用。
Study on genetic differentiation of Mus musculus of China 中国小家鼠遗传分化研究
Mus musculus was a dominant species, occupied 63.71%. 小家鼠为优势鼠种,占63.71%。
Three species rodents ( Mus musculus, Rattus flavipectus, R. norvegicus) coexist in urban ecology system because of the resource utilization and allocation difference of the remnant rodent in different niche dimension. 由于残存鼠在不同生态位维度上对资源的分摊与利用存在着差异,从而使三种鼠(小家鼠、黄胸鼠和褐家鼠)在城市生态系统中,形成了一定的共存局面。
Experimental Study on Goiter of Mus musculus Induced by Excess Iodine 高碘致小白鼠甲状腺肿的实验研究
Observation on the Acceptability to the Common Baste Bait by the Mus musculus in the Southern China 小家鼠对南方常见基饵的接受性观察
Study on Mus musculus Control with Poison Paste 新型毒鼠膏剂控制小家鼠试验研究
An Observation of Choice Feeding Tests with Mus musculus 小家鼠选择性摄食试验
Comparative studies on the genetic character of Mus musculus and laboratory mouse 小家鼠和实验小鼠遗传特性的比较研究
The authors also discussed the migration route of subspecies differentiation of Mus musculus of China. 作者还对中国小家鼠的遗传分化迁移路线做了初步探讨。
A Study on Poisoning Activity of Aconitum pendulum to Mus musculus 铁棒锤对小白鼠的毒杀活性研究
The seasonal population dynamics and prediction models of Mus musculus in central region of Guizhou Province 黔中地区小家鼠种群数量动态及预测预报模型