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首页> 外文期刊>Veterinary Microbiology >MLST typing of Pasteurella multocida associated with haemorrhagic septicaemia and development of a real-time PCR specific for haemorrhagic septicaemia associated isolates
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MLST typing of Pasteurella multocida associated with haemorrhagic septicaemia and development of a real-time PCR specific for haemorrhagic septicaemia associated isolates

机译:与出血性败血病相关的多杀性巴斯德氏菌的MLST分型和特异性针对出血性败血病相关菌株的实时PCR的开发

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摘要

Two serovars of Pasteurella multocida, B:2 and E:2, have been reportedly associated with haemorrhagic septicaemia (HS), a peracute and devastating disease mainly affecting cattle and water buffaloes. We multilocus sequence typed (MLST) 64 isolates of P. multocida including 55 associated with HS and found that they mainly included sequence type (ST) 122 (n = 50) and rarely ST63 (n = 1), ST147 (n = 2) and ST162 (n = 2) compared to other members of the species isolated from other lesion types and hosts. Single-nucleotide polymorphisms suitable for specific detection of STs associated with HS were detected in the est gene. A new HS-est-RT-PCR (est indicating the target gene) specifically detected ST122, ST63, ST147 and ST162 associated with HS. The new HS-est-RT-PCR did not detect strains of ST151 with capsular type D isolated from pigs that were found positive with a previously published HS PCR detection method. The new HS-est-RT-PCR represents a fast and specific detection of the specific types of P. multocida involved in HS. The HS-est-RT-PCR developed in the current study seems to more accurately identify isolates of P. multocida associated with HS compared to PCR detection methods previously published. (C) 2014 Elsevier B.V. All rights reserved.
机译:据报道,多杀性巴氏杆菌的两种血清型分别为B:2和E:2与出血性败血病(HS)有关,后者是一种主要影响牛和水牛的彻底破坏性疾病。我们对多基因P. multocida的序列分离(MLST)分离株包括55个与HS相关的序列,发现它们主要包括序列类型(ST)122(n = 50)和很少的ST63(n = 1),ST147(n = 2)。与ST162(n = 2)相比,从其他病变类型和寄主中分离出的其他物种。在est基因中检测到适合特异性检测与HS相关的ST的单核苷酸多态性。新的HS-est-RT-PCR(最能表明目标基因的特异性)特异性检测到与HS相关的ST122,ST63,ST147和ST162。新的HS-est-RT-PCR未检测到从猪中分离出的D型荚膜ST151菌株,而该菌株在以前发布的HS PCR检测方法中呈阳性。新的HS-est-RT-PCR可以快速,特异性地检测参与HS的特定类型的多杀疟原虫。与先前发表的PCR检测方法相比,当前研究中开发的HS-est-RT-PCR似乎可以更准确地鉴定与HS相关的多杀性疟原虫的分离株。 (C)2014 Elsevier B.V.保留所有权利。

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