小家鼠

小家鼠为优势鼠种，占63.71%。

Mus musculus was a dominant species , occupied 63.71 % .

小家鼠和实验小鼠遗传特性的比较研究

Comparative studies on the genetic character of Mus musculus and laboratory mouse

用DNA指纹图谱方法进行野生小家鼠的双亲判别

The parentage test of wild house mice by DNA fingerprinting

~（60）Coγ-射线诱发雄性小家鼠的显性致死效应

The effect of dominant lethals induced by 150 rad ~ ( 60 ) co γ - ray in male mice

目的研究小家鼠的防制技术。

Objective To study the technology for Mus musculus Control .

锡金小家鼠种群年龄结构和繁殖研究

Study on the population age structure and breeding of the Sikkim mice

小家鼠选择性摄食试验

An Observation of Choice Feeding Tests with Mus musculus

中国小家鼠遗传分化研究

Study on genetic differentiation of Mus musculus of China

褐家鼠、小家鼠分别是生活区、仓库区的优势种。

Apodemus agrarius was the dominant species in the grass and harbor habitats .

小家鼠近交繁育中特色基因保存和丢失的研究

Study on Preservation or Loss of the Specific Gene During Propagation of Inbred Mice

新型毒鼠膏剂控制小家鼠试验研究

Study on Mus musculus Control with Poison Paste

本文还测定了年龄对小家鼠筑巢的影响。

This paper also tested the effects of age on nest-building of house mice .

福建省莆田地区小家鼠种群繁殖的研究

Studies on the population breeding of house mouse in Putian area , fujian Province

田野小家鼠种群特征研究

Studies on population characteristics of feral Mus musculus

界于两者之间为亚成年组。还探讨了小家鼠种群年龄组成的变化及其与种群密度的关系；

There are obvious relationships between the age composition of population and the population density .

黔中地区小家鼠种群数量动态及预测预报模型

The seasonal population dynamics and prediction models of Mus musculus in central region of Guizhou Province

作者还对中国小家鼠的遗传分化迁移路线做了初步探讨。

The authors also discussed the migration route of subspecies differentiation of Mus musculus of China .

低浓度磷化锌毒饵现场毒杀小家鼠效果观察

Observation on the Effect of Zinc Phosphide in Low Concentration Against Mus Musculus in the field

小家鼠对同种血和尿敏感性的实验观察

Sensibility of house mice ( mus musculus ) for the smells of their own blood and urine

小家鼠对南方常见基饵的接受性观察

Observation on the Acceptability to the Common Baste Bait by the Mus musculus in the Southern China

鼠科的模式属；常见的小家鼠；上部门牙尖端呈方形。

Type genus of the Muridae : common house mice ; upper incisors have a square-notched tip .

探讨了小家鼠尾长率变化的机理和我国小家鼠种下分类十分复杂的原因。

The mechanism of tail length variation and the causes of the complicity of subspecies classification of mice were discussed .

本文研究了保加利亚北部地区的匈牙利小家鼠在繁殖期的空间关系和分布。

I studied the spatial associations and distribution of mound-building mice Mus spicilegus Petenyi during the breeding period in northern bulgaria .

野鼠中黑线姬鼠、小家鼠带毒率为6.7%。

Apodemus agrarius was the main species of field rats . The rate of virus-carriers in small house rats was 6.7 % .

然而对中国小家鼠的遗传分化、亚种分类尚缺乏系统的研究。

However , with regards to the genetics differentiation and subspecies classification of chinese house mice , no comprehensive studies have been done .

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。

Conclusion Mus musculus had strong environment adaptiveness and maintained the strong reproduction ability in Anyang . Anticoagulant rodenticide may be used continuous in Anyang city .

本论文通过遗传多态性分子标记研究上海地区小家鼠群体遗传结构及其与地理分布的关系，为小家鼠资源利用提供分子标记和理论基础。

Genetic polymorphism molecular markers were used in this study to explore genetic diversity of house mouse in Shanghai city and their relations with geographic distribution .

宿主动物构成以褐家鼠占绝对优势（77.57%），其次为大仓鼠（13.63%）和小家鼠（8.81%）。

Rattus norvegicus was the dominant host ( 77.57 % ), and then Tscherskia triton ( 13.63 % ) and Mus musculus ( 8.81 % ) .

带毒率为5.13%，其中黑线姬鼠、褐家鼠和小家鼠带毒率分别为4.58%、7.19%和4.24%。

Virus-carrying rates of Apodemus agrarius , Rattus norvegicus and Mus musculus were 4.58 % , 7.19 % and 4.24 % respectively , the mean was 5.13 % .

在较长时期有效控制鼠害后，特别在物流频繁的仓储类环境中，要注意加强对小家鼠的监控。

After taking effective control for a long time , it is necessary to streng the surveillance and control on M.musculus in the storehouse where goods were frequently moved .