Department of Clinical Sciences, Auburn University College of Veterinary Medicine, Auburn, Alabama, USA.
Department of Veterinary Medicine & Surgery, University of Missouri Veterinary Health Center, Columbia, Missouri, USA.
J Vet Intern Med. 2023 May-Jun;37(3):817-834. doi: 10.1111/jvim.16661. Epub 2023 Mar 28.
This review article seeks to define and describe aerodigestive disease in dogs, and review current and emerging methods of diagnostic evaluation. Aspiration of gastric contents into the respiratory tract is associated with the development and progression of numerous respiratory diseases in humans. In veterinary medicine the term "aspiration" is considered synonymous with "aspiration pneumonia" which, while frequently encountered, does not accurately reflect the breadth of aspiration associated respiratory syndromes (AARS). In the clinical veterinary literature, the effect of alimentary dysfunction on respiratory disease and vice versa (aerodigestive disease) is rarely investigated despite evidence in the human literature, animal models, and some studies and case reports linking alimentary and respiratory disease in small animals. Current methods of investigating aerodigestive diseases in veterinary patients are limited by inadeqate sensitivity or specificity, potential for bias, cost, and availability. This necessitates investigations into advanced diagnostics to identify potentially underrecognized animals with AARS. Additionally, similarities in anatomy, physiology, and several disorders between dogs and humans, make experimental and naturally occurring canine models of AARS integral to translational research. Thus, evaluating dogs with aerodigestive disease might represent an area of substantial clinical relevance in human as well as veterinary medicine.
这篇综述文章旨在定义和描述犬的气液消化疾病,并回顾目前和新兴的诊断评估方法。人类的许多呼吸道疾病都与胃内容物吸入呼吸道有关。在兽医领域,“吸入”一词被认为与“吸入性肺炎”同义,尽管后者经常被提及,但它并不能准确反映与吸入相关的呼吸综合征(AARS)的广泛范围。在兽医临床文献中,尽管在人类文献、动物模型以及一些研究和病例报告中都有证据表明,饮食功能障碍对呼吸疾病的影响(气液消化疾病)以及呼吸疾病对饮食功能障碍的影响,但很少有研究涉及这方面。目前,兽医患者气液消化疾病的调查方法受到灵敏度或特异性不足、潜在偏倚、成本和可用性的限制。这需要对先进的诊断方法进行研究,以识别可能被低估的 AARS 动物。此外,狗和人类在解剖、生理和几种疾病方面的相似性,使得 AARS 的实验和自然发生的犬模型成为转化研究的重要组成部分。因此,评估患有气液消化疾病的狗可能代表着在人类和兽医医学中具有重要临床意义的一个领域。