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对犀牛来说是一小步,对野生动物管理来说却是一大步——四肢末端骨骼病理学的影像学诊断。

One small step for rhinos, one giant leap for wildlife management--imaging diagnosis of bone pathology in distal limb.

机构信息

Department of Reproduction Management, Leibniz Institute for Zoo and Wildlife Research, Berlin, Germany.

出版信息

PLoS One. 2013 Jul 9;8(7):e68493. doi: 10.1371/journal.pone.0068493. Print 2013.

Abstract

Chronic foot disease poses a threat to the general health, represents a tremendous clinical challenge, and often is a reason for euthanasia in captive megaherbivores, among them the elephant and rhinoceros. Nevertheless, apart from the elephant, foot pathology is handled as being confined only to soft tissues whereas bone pathology is often overlooked. As a case in point, the authors selected the second largest mammal on land, the rhinoceros. We performed a computed tomographic (CT) study using the highest resolution available in veterinary world, followed by digital radiography of eight distal limbs from two white and one Indian rhinoceroses. Our study demonstrated that bone pathology in rhinoceroses' foot is present and in large numbers, yet none of these were diagnosed ante mortem. Even when the animals were euthanized due to foot problems, the decision was based on soft tissue pathology rather than orthopedic reasons. Even more worrying is the fact that the largest number of osteopathologies was present in one of the white rhinoceroses that showed no discernable related clinical signs. This study describes for the first time the existence of bone pathology in white rhinoceros foot, in addition to the two previously described rhinoceros species--Indian and black rhinoceroses. Furthermore, the chronic foot disease reported for the Indian rhinoceros in our study was not restricted to soft tissue structures as was presumed ante mortem but included severe bone pathology. New evidence suggesting that osteopathology in rhinoceroses' distal limb is more widespread than it was thought before could force us to rethink of radiographic diagnosis in captive megaherbivores as routine examination incorporated into their health management. The anticipated improvements in radiologic examinations in megaherbivores will increase the effectiveness of their management and husbandry and open the way for improved animal welfare and better wildlife conservation.

摘要

慢性足部疾病对大型草食动物的整体健康构成威胁,代表着巨大的临床挑战,往往也是圈养大型草食动物实施安乐死的原因,大象和犀牛均属此类。然而,除大象外,足部病理学仅被视为软组织疾病,而骨骼病理学往往被忽视。例如,作者选择了陆地上第二大的哺乳动物——犀牛。我们使用兽医领域最高分辨率的计算机断层扫描(CT)技术进行了研究,并对来自两头白犀牛和一头印度犀牛的 8 个后肢进行了数字 X 光检查。我们的研究表明,犀牛足部骨骼病理学确实存在,且数量众多,但这些都没有在生前被诊断出来。即使动物因足部问题而被安乐死,也只是基于软组织病理学而非骨科原因做出的决定。更令人担忧的是,事实上,在一头白犀牛中存在最多的骨病理学,但它没有表现出任何明显的相关临床症状。这项研究首次描述了白犀牛足部骨骼病理学的存在,此外还包括之前描述过的两种犀牛物种——印度犀牛和黑犀牛。此外,我们的研究报告中提到的印度犀牛慢性足部疾病并不仅限于生前假定的软组织结构,还包括严重的骨骼病理学。新的证据表明,犀牛后肢的骨病理学比以前认为的更为广泛,这可能迫使我们重新思考圈养大型草食动物的放射诊断,将其作为常规检查纳入其健康管理中。对大型草食动物放射学检查的预期改进将提高其管理和饲养的效果,并为改善动物福利和更好的野生动物保护开辟道路。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/0437/3706412/95cb736dbf8b/pone.0068493.g001.jpg

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