Zhonghua liu xing bing xue za zhi = Zhonghua liuxingbingxue zazhi · 2011
[Fleas notified on Microtus fuscus foci in Sichuan province].
Аннотация на английскомСтатьяНазвание и аннотация: Перевод в очереди
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Wang Li-mao, Song Xiao-yu, Zhu Xiao-ping, Xie Fei, Li Guang-qing, Luo Zhi-danba, Duan Yong-jun, Qi Teng, Li Fan, Wu Chao-xue
Аннотация
OBJECTIVE: To analyzed the variant information on the indices regarding fleas from natural foci of Microtus plague in Sichuan epidemic area during 2000 to 2008.
METHODS: Statistical and analytical methods were used on the surveillance data regarding Microtus fuscus plague.
RESULTS: There were 19 flea species identified and the share of Callopsylla sparsity was 62.79 percent while the share of Amphipsylla tuta was 30.90 percent on Microtus fuscus plague. The infection rate of fleas and the flea index were the highest in October and the lowest in December and March. Species as Callopsylla sparsity, Amphipsylla tuta and Rhadinopsylla dahurica vicina could naturally infect the Yersinia pestis.
CONCLUSION: Microtus fuscus plague could become epidemic when animals and flea species were infected. We should emphasis on plague monitoring program so as to prevent the occurrence of the disease.
METHODS: Statistical and analytical methods were used on the surveillance data regarding Microtus fuscus plague.
RESULTS: There were 19 flea species identified and the share of Callopsylla sparsity was 62.79 percent while the share of Amphipsylla tuta was 30.90 percent on Microtus fuscus plague. The infection rate of fleas and the flea index were the highest in October and the lowest in December and March. Species as Callopsylla sparsity, Amphipsylla tuta and Rhadinopsylla dahurica vicina could naturally infect the Yersinia pestis.
CONCLUSION: Microtus fuscus plague could become epidemic when animals and flea species were infected. We should emphasis on plague monitoring program so as to prevent the occurrence of the disease.