Salmi Anna-Kaisa, Niinimäki Sirpa
Archaeology, University of Oulu, P.O. Box 1000, 90014, Finland; Arctic Domus, Department of Anthropology, University of Aberdeen, F48 Edward Wright Building, Aberdeen AB243QY, UK.
Archaeology, University of Oulu, P.O. Box 1000, 90014, Finland.
Int J Paleopathol. 2016 Sep;14:91-99. doi: 10.1016/j.ijpp.2016.05.012. Epub 2016 Jun 29.
Draught use and being ridden often result in typical pathological patterns in animal skeletons. Moreover, physical activity patterns may be reflected in bone biomechanical properties and entheseal changes at muscle attachment sites. This paper presents the pathologies and entheseal changes observed in four draught and/or racing reindeer skeletons against information on their life histories and discusses the probability of linking the observed changes to their use. The results of this study are a useful point of comparison to researchers working on reindeer and other species of draught animals. However, our results also emphasize that entheseal changes and many pathologies have multifactorial etiologies and that interpretation of skeletal change patterns is not straightforward, even when there is information on the life history of the animal and its complete skeleton can be examined.
役用和骑乘常常会在动物骨骼中导致典型的病理模式。此外,身体活动模式可能反映在骨生物力学特性以及肌肉附着部位的附着点变化上。本文针对四只役用和/或竞赛用驯鹿骨骼所观察到的病理学情况和附着点变化,结合其生活史信息进行了阐述,并讨论了将观察到的变化与它们的用途联系起来的可能性。本研究结果对于研究驯鹿和其他役用动物物种的研究人员而言是一个有用的比较点。然而,我们的结果也强调,附着点变化和许多病理情况具有多因素病因,而且即使有动物生活史信息且能够检查其完整骨骼,骨骼变化模式的解读也并非易事。