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猫呼吸道疾病:支原体属的作用是什么?

Feline respiratory disease: what is the role of Mycoplasma species?

作者信息

Lee-Fowler Tekla

机构信息

Department of Clinical Sciences, Auburn University, 1220 Wire Road, Auburn, AL 36849, USA

出版信息

J Feline Med Surg. 2014 Jul;16(7):563-71. doi: 10.1177/1098612X14539087.

Abstract

PRACTICAL RELEVANCE

Non-hemotropic Mycoplasma species are frequently implicated in cases of respiratory disease, and also conjunctivitis, in cats.

CLINICAL CHALLENGES

Mycoplasma species are considered commensal bacteria of the conjunctiva and the upper respiratory tract of cats, and hence their role as a primary pathogen is difficult to determine. These organisms certainly appear to play a significant role as a secondary pathogen in the upper airways, and there is increasing evidence that in some animals they may represent a primary infection. However, mycoplasmas have not been found in the lower airways of clinically healthy cats - suggesting that, when present, they likely represent a pathologic process. Diagnostic challenges exist as well; Mycoplasma species are not typically identified via cytology due to their small size, and culture of these organisms requires special media and handling. Although PCR has improved identification and allowed for speciation, conflicting culture and PCR results can create a dilemma regarding the clinical relevance of infection.

EVIDENCE BASE

This article draws on original research and case reports to provide information about the role of Mycoplasma species in the feline upper and lower respiratory tract, diagnostic methods and associated challenges, and treatment options.

AUDIENCE

The goal is to provide small animal practitioners with a current and organized review of the often-conflicting literature regarding the role of Mycoplasma species in feline respiratory infections.

摘要

实际意义

非嗜血性支原体物种常与猫的呼吸道疾病以及结膜炎病例有关。

临床挑战

支原体物种被认为是猫结膜和上呼吸道的共生细菌,因此难以确定它们作为主要病原体的作用。这些微生物在上呼吸道中作为次要病原体显然起着重要作用,并且越来越多的证据表明,在某些动物中它们可能代表原发性感染。然而,在临床健康的猫的下呼吸道中未发现支原体——这表明,当存在时,它们可能代表一种病理过程。诊断也存在挑战;由于支原体物种体积小,通常无法通过细胞学鉴定,培养这些微生物需要特殊的培养基和处理方法。尽管聚合酶链反应(PCR)改善了鉴定并允许进行物种鉴定,但相互矛盾的培养和PCR结果可能会在感染的临床相关性方面造成困境。

证据基础

本文借鉴了原创研究和病例报告,以提供有关支原体物种在猫的上、下呼吸道中的作用、诊断方法及相关挑战以及治疗选择的信息。

目标受众

目的是为小动物从业者提供对关于支原体物种在猫呼吸道感染中作用的经常相互矛盾的文献的最新且有条理的综述。

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