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死鼠跳跃:针鼹跳鼠(Notomys alexis)中的泰泽氏病

Dead mouse hopping: Tyzzer's disease in spinifex hopping-mice (Notomys alexis).

作者信息

Stannard Hayley J, Tulk Melissa L, Old Julie M

机构信息

School of Life and Environmental Sciences, and Charles Perkins Centre, University of Sydney, Camperdown, NSW 2006, Australia.

School of Science and Health, Western Sydney University, Penrith, NSW 2751, Australia.

出版信息

Vet Microbiol. 2017 Mar;201:201-207. doi: 10.1016/j.vetmic.2017.01.018. Epub 2017 Jan 21.

Abstract

Tyzzer's disease is caused by Clostridium piliformes and affects a wide range of domestic and wildlife species. Non-descript signs, if any, and a short incubation period make Tyzzer's disease difficult to diagnose and treat before death occurs. Here we describe an unexpected outbreak of Tyzzer's disease in a colony of native Australian spinifex hopping-mice (Notomys alexis). In this study captive hopping-mice were used in a nutrition trial (n=11), and others were housed in close proximity (n=4). During the nutrition trial, two hopping-mice exhibited signs of lethargy and diarrhoea, and were removed from the trial but died soon after. Other hopping-mice exhibited limited clinical signs of ill-health, prior to their death. In total four animals were found dead, and another seven were euthanised, to prevent a potential disease outbreak. Tyzzer's disease was confirmed post-mortem using histopathology silver stain to detect the bacilli-shaped bacteria (C. piliformes) in liver tissue of two hopping-mice. After Tyzzer's disease was confirmed enhanced infection control measures were implemented. Enhanced control measures included the use of metal containers for food and water, sick animals were fed and cleaned last, 5% sodium hypochlorite was used as the cleaning agent, stricter hand washing protocols and a change of gloves between feeding animals, and strict limits on persons entering the facility. Control measures for this disease should include euthanasia of any animals suspected to be infected, complete disinfection of all enclosures and associated equipment using sodium hypochlorite. Molecular methods could be employed to ensure complete removal of bacterial spores prior to new animals being moved into enclosures where affected animals were housed. Tyzzer's disease is a fast spreading disease which can cause detrimental effects to captive colonies and their environment. Captive colonies subjected to stress are at risk of Tyzzer's disease. Appropriate quarantine procedures, close montoring and quick action in response to signs of illness will ensure Tyzzer's disease outbreaks do not occur.

摘要

泰泽氏病由毛样芽孢杆菌引起,可影响多种家养动物和野生动物。其症状不明显(若有症状的话)且潜伏期短,这使得泰泽氏病在动物死亡前很难诊断和治疗。在此,我们描述了澳大利亚本土刺巢鼠(Notomys alexis)群体中意外爆发的泰泽氏病。在本研究中,圈养的刺巢鼠被用于一项营养试验(n = 11),其他刺巢鼠则被安置在附近(n = 4)。在营养试验期间,两只刺巢鼠出现嗜睡和腹泻症状,被移出试验,但随后不久死亡。其他刺巢鼠在死亡前表现出有限的健康不佳临床症状。总共发现四只动物死亡,另外七只因预防潜在疾病爆发而被安乐死。通过组织病理学银染在两只刺巢鼠的肝脏组织中检测到杆菌状细菌(毛样芽孢杆菌),死后确诊为泰泽氏病。泰泽氏病确诊后,实施了强化感染控制措施。强化控制措施包括使用金属容器盛放食物和水,最后喂养和清理患病动物,使用5%次氯酸钠作为清洁剂,更严格的洗手规程以及在喂养动物之间更换手套,严格限制人员进入设施。针对这种疾病的控制措施应包括对任何疑似感染动物实施安乐死,使用次氯酸钠对所有围栏和相关设备进行彻底消毒。在新动物迁入曾饲养过患病动物的围栏之前,可采用分子方法确保细菌孢子被完全清除。泰泽氏病是一种传播迅速的疾病,可对圈养群体及其环境造成有害影响。承受压力的圈养群体有感染泰泽氏病的风险。适当的检疫程序、密切监测以及对疾病症状做出快速反应将确保不会爆发泰泽氏病。

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