Sellon Rance K
Department of Veterinary Clinical Sciences, Washington State University, Post Office Box 7060, Pullman, WA 99164, USA.
Vet Clin North Am Small Anim Pract. 2003 Jul;33(4):677-93. doi: 10.1016/s0195-5616(03)00023-8.
The era of diagnostic molecular biology has arrived for small animal clinicians, and it is a near certainty that assays such as the PCR and RT-PCR will become more widely available for a wider array of infectious agents. Already there is an extensive list of infectious diseases of dogs and cats that have been investigated with molecular tools. A partial list is included in box 1. An understanding of the advantages and disadvantages of the molecular techniques and some of the questions these techniques can answer for clinicians can serve practitioners well in their approach to the diagnosis of infectious diseases in dogs and cats. It is likely that additional applications of these tools to small animal medicine will become apparent as investigators use and refine them for their research purposes, or as new uses emerge from human medical applications. Clinicians also are likely to reap the benefits of this knowledge. Because samples often are acquired easily from clinical patients in most practice settings, access to these tools puts all clinicians in the group of discoverers of new, or variations of, infectious diseases and their clinical manifestations.
诊断分子生物学时代已经降临到小动物临床医生身边,而且几乎可以肯定的是,诸如PCR和RT-PCR等检测方法将会更广泛地应用于更多种类的传染病原体检测。目前,已经有大量利用分子工具对犬猫传染病进行研究的例子。方框1中列出了其中一部分。了解分子技术的优缺点以及这些技术能为临床医生解答的一些问题,有助于从业者更好地诊断犬猫传染病。随着研究人员为了研究目的使用并改进这些工具,或者随着人类医学应用中出现新的用途,这些工具在小动物医学中的更多应用可能会变得明显。临床医生也可能会从这些知识中受益。因为在大多数实际临床环境中,样本通常很容易从临床患者身上获取,所以能够使用这些工具使所有临床医生都成为新的传染病或其变种及其临床表现的发现者。