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- Keywords Apodemus agrarius;Occurrence;Reproduction; 黑线姬鼠;发生动态;繁殖特性;
- Keywords Apodemus agrarius;Absolute density;Overwintering;Age group; 黑线姬鼠;绝对密度;越冬;年龄组成;
- Keywords Apodemus agrarius;Microtus brandti;Food;Palatabilites;Choice feeding test in laboratory; 黑线姬鼠;布氏田鼠;食物;适口性;实验室有选择摄食试验;
- Keywords Apodemus agrarius;Population;Occurrence;Reproductive;Yuqing County;Guizhou; 黑线姬鼠;种群;发生特点;繁殖;余庆县;贵州省;
- Keywords Apodemus agrarius;ectoparasites;species composition;infestation ratio;infestation index; 黑线姬鼠;体外寄生虫;种类组成;染虫率;染虫指数;
- Keywords ：Apodemus chevrieri, Eimeria, new species, China. 关键词： 高原姬鼠;艾美球虫;新种;中国.
- The others, including little Cricetulus triton, Apodemus agrarius and Microtus fortis, distributed in few districts. 小仓鼠、黑线姬鼠和田鼠分布区域较少；
- Objective To control Apodemus agrarius and Microtus brandti, the favorite baits fur them was screened. 摘要目的筛选适用于防治黑线姬鼠和布氏田鼠的配制毒饵和捕鼠诱饵。
- The infective rate of Apodemus agrarius was 7. 09%(29/409) that occupied 72. 50%(29/40) of all infected animals. 褐家鼠占鼠种构成的8.;49%25，其密度为2
- HV antigen and/or antibody were only found in Rattus confucianus and Apodemus agrarius. 在捕获的9种小兽中，社鼠、黑线姬鼠中查到汉坦病毒抗原或／和抗体，其他鼠无汉坦病毒感染。
- The Icterohaemorrhagiae group lai serovar was major serogroup and serovar in patients and the reservoir animal Apodemus agrarius. （2）疫区环境的不同:淮河流域疫区主要在丘陵地带,较为固定;
- Results The results showed that Apodemus agrarius is a dominant mouse species, which takes up 89.97% of total number of all rodents species in field. 结果黑线姬鼠主要分布于稻田、旱地耕作区，是余庆县农田害鼠优势种，占总鼠数的89.;97%25。
- Results From Jindong district, Jinhua city, 2 Rattus confucianus,10 Rattus lossea and 4 Apodemus agrarius were captured. 结果在金华市金东区捕获社鼠2只,黄毛鼠10只,黑线姬鼠4只,用PCR检测结果均为阴性。
- Infectious areas rely on relative stability of Apodemus agrarius and R.norvegicus in specific host animal and reservoir. 结论在绥阳县宽阔水原始森林开发地可能有新的输入型疫源地形成;
- The germ-carrying rate of rats was 1.7% (10/583),Leoptopira was separated from Sewer rat and Apodemus agrarius , both are group of Australia types of Australia. 鼠带菌率为1.;7%25(10/583);褐家鼠和食虫目小兽中分离出钩体病原;均为澳洲群澳洲型。
- NADPH-diaphorase histochemistry is used to study the distribution of Nitric-Oxide Synthases (NOS)-positive neurons in the cervical spinal cord of Apodemus agrarius and mice. 摘要用NADPH-黄递酶组织化学方法显示野生动物黑线姬鼠与实验动物小白鼠颈髓内-氧化氮合酶(NOS)阳性神经元的分布。
- Conclusion: Apodemus agrarius was the main kind of mouse in mixed type areas,we should select bivalent vaccine for decreasing the incidence rate of HFRS. 今后应对以姬鼠型为主的混合型疫区选择双价疫苗进行预防接种 ,以降低发病率。
- The results showed that the predominant host animal of Dayangshu District was Apodemus agrarius, and presently it has changed to the mixed type of HFRS. 结果表明，大杨树地区的疫源地性质是黑线姬鼠为主要宿主动物的肾综合征出血热自然疫源地，目前已演变为姬鼠型为主的混合型疫区。
- Rattus norvegicus, R. flavipectus, Mus musculus, R. losea, Apodemus agrarius, R. nitidus and Microtus fortis are common pest species in the middle and lower reaches of the Yangtse River. 摘要长江中下游的地理位置和适宜的气候条件，决定了害鼠的种类丰富、繁殖力高。
- The primary rodents indoor were Rattus norvegicus, Rattas flavipectus and Mus musculus, the primary rodents outdoor were Apodemus agrarius, Suncus murinus, Eothenomys melanogaster and Rattus losea. 家栖鼠类主要有褐家鼠、黄胸鼠和小家鼠，野栖鼠类主要有黑线姬鼠、臭鼩鼱、黑腹绒鼠和黄毛鼠；
