Qiu Haixiang, Kelly Patrick John, Zhang Jilei, Luo Qinghua, Yang Yi, Mao Yongjiang, Yang Zhangping, Li Jing, Wu Hongzhuan, Wang Chengming
Jiangsu Co-Innovation Center for the Prevention and Control of Important Animal Infectious Diseases and Zoonoses, Yangzhou University College of Veterinary Medicine, Yangzhou, Jiangsu 225009, China.
Ross University School of Veterinary Medicine, Basseterre 00265, Saint Kitts and Nevis.
Can J Infect Dis Med Microbiol. 2016;2016:9183861. doi: 10.1155/2016/9183861. Epub 2016 Dec 20.
spp. and spp. are tick-transmitted bacteria that are of significant economic importance as they can infect large and small ruminants and also people. There is little information on anaplasmosis and ehrlichiosis in ruminants in China. 16S rRNA FRET-qPCRs were used to screen convenience whole blood samples from 2,240 domestic ruminants in 12 provinces of China for spp. and spp. Positive samples were further analyzed with a standard PCR for the . spp. DNA was detected in the sheep (11.7%; 13/111), goats (81.8%; 219/270), cattle (13.2%; 241/1,830), and water buffaloes (6.9%; 2/29). spp. DNA was detected in sheep (1.8%; 2/111), goats (1.1%; 3/270), and cattle (3.6%; 65/1830) but not in water buffaloes (0/29). Sequencing of PCR products showed that , , , and sp. (JX629807) were present in ruminants from China, while the 16S rRNA FRET-qPCR sequence data indicated that there might also be , , sp. BL126-13 (KJ410243), and sp. JC3-6 (KM227012). Our study shows that domestic ruminants from China are not uncommonly infected with a variety of spp. and spp.
[某些种名]和[某些种名]是蜱传播的细菌,由于它们可感染大型和小型反刍动物以及人类,因而具有重大经济意义。关于中国反刍动物的无形体病和埃立希体病的信息很少。使用16S rRNA荧光共振能量转移定量聚合酶链反应(16S rRNA FRET-qPCR)对来自中国12个省份的2240头家养反刍动物的便利全血样本进行筛查,以检测[某些种名]和[某些种名]。对阳性样本进一步用针对[某种病原体]的标准聚合酶链反应进行分析。在绵羊(11.7%;13/111)、山羊(81.8%;219/270)、牛(13.2%;241/1830)和水牛(6.9%;2/29)中检测到[某种病原体]DNA。在绵羊(1.8%;2/111)、山羊(1.1%;3/270)和牛(3.6%;65/1830)中检测到[另一种病原体]DNA,但在水牛中未检测到(0/29)。[某种病原体]聚合酶链反应产物的测序表明,[某些病原体名称]存在于来自中国的反刍动物中,而16S rRNA FRET-qPCR序列数据表明可能还存在[某些病原体名称]、[某种病原体名称]BL126 - 13(KJ410243)和[某种病原体名称]JC3 - 6(KM227012)。我们的研究表明,来自中国的家养反刍动物普遍感染多种[某些种名]和[某些种名]。