Calisher C H, Childs J E, Sweeney W P, Canestrop K M, Beaty B J
Arthropod-Borne and Infectious Diseases Laboratory, Clorado State University, Fort Collins, USA.
Emerg Infect Dis. 2000 Jul-Aug;6(4):363-9. doi: 10.3201/eid0604.000406.
We analyzed dual-capture data collected during longitudinal studies monitoring transmission and persistence of Sin Nombre virus in rodents in Colorado. Our data indicate that multiple captures (two or more rodents captured in a single trap) may not be random, as indicated by previous studies, but rather the result of underlying, species-specific social behavior or cohesiveness. In the pairs we captured, most often, rodents were of the same species, were male, and could be recaptured as pairs. Therefore, dual captures of rodents, which are unusual but not rare, tend to occur among certain species, and appear to be nonrandom, group-foraging encounters. These demographic and ecologic characteristics may have implications for the study of the transmission of hantaviruses.
我们分析了在科罗拉多州对鹿鼠中辛诺柏病毒传播和持续存在情况进行监测的纵向研究期间收集的双重捕获数据。我们的数据表明,如先前研究所指出的,多次捕获(在单个陷阱中捕获两只或更多只啮齿动物)可能并非随机现象,而是潜在的、特定物种的社会行为或凝聚力的结果。在我们捕获的配对中,啮齿动物大多为同一物种、雄性,并且可以成对再次捕获。因此,啮齿动物的双重捕获虽不常见但并非罕见,往往发生在某些物种之间,并且似乎是非随机的群体觅食相遇情况。这些人口统计学和生态学特征可能对汉坦病毒传播的研究具有启示意义。