2018
DOI: 10.1016/j.jchb.2018.11.002
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A palaeopathological analysis of skeletal remains from Bronze Age Mongolia

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Cited by 5 publications
(4 citation statements)
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“…In the anthropological literature, acute traumatic injuries on almost all human extra‐spinal skeletal elements (i.e., skull, ribs, upper limb bones, and lower limb bones) have been described as being possibly related to the practice of horse riding (e.g., Aguayo, 2012; Anđelinović et al, 2015; Angel, 1982; Bagagli et al, 2012; Dutour & Buzhilova, 2014; Karstens et al, 2018; Khudaverdyan et al, 2016; Langlois & Gallien, 2006; Pálfi, 1992; Panzarino & Sublimi Saponetti, 2017; Pap, 1985; Pulcini, 2014; Reinhard & Wall, 2002; Wentz & de Grummond, 2009; Willey, 1997). Most of cases are explained as the direct consequence of a fall from the horse, even though some studies also mention injuries related to other aspects of equestrianism, such as the crushed foot when being stepped on by the animal (Willey, 1997) or finger fractures and injuries that would be caused by the saddle or the bridle (Dutour & Buzhilova, 2014; Willey, 1997).…”
Section: Introductionmentioning
confidence: 99%
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“…In the anthropological literature, acute traumatic injuries on almost all human extra‐spinal skeletal elements (i.e., skull, ribs, upper limb bones, and lower limb bones) have been described as being possibly related to the practice of horse riding (e.g., Aguayo, 2012; Anđelinović et al, 2015; Angel, 1982; Bagagli et al, 2012; Dutour & Buzhilova, 2014; Karstens et al, 2018; Khudaverdyan et al, 2016; Langlois & Gallien, 2006; Pálfi, 1992; Panzarino & Sublimi Saponetti, 2017; Pap, 1985; Pulcini, 2014; Reinhard & Wall, 2002; Wentz & de Grummond, 2009; Willey, 1997). Most of cases are explained as the direct consequence of a fall from the horse, even though some studies also mention injuries related to other aspects of equestrianism, such as the crushed foot when being stepped on by the animal (Willey, 1997) or finger fractures and injuries that would be caused by the saddle or the bridle (Dutour & Buzhilova, 2014; Willey, 1997).…”
Section: Introductionmentioning
confidence: 99%
“…Instead, the link between a lesion and the activity mostly relies either simply on the fact that it was mentioned in previous studies, without any further supporting argument (e.g., Bagagli et al, 2012;Langlois & Gallien, 2006), or on general archaeological, textual, or ethnological sources suggesting that a population of interest as a whole used to practice horse riding (e.g., Karstens et al, 2018;Panzarino & Sublimi Saponetti, 2017;Reinhard & Wall, 2002;Wentz & de Grummond, 2009). The presence of funeral deposits can raise various hypotheses regarding their meaning (e.g., functional, social, ritual, and symbolic aspects; see Härke, 1997).…”
mentioning
confidence: 99%
“…Changes in foodstuffs affected protein and vitamin availability and intakes, markedly influencing physiological health [1]. Equally, interacting with large animals during hunting, corralling, managing wild herds, and eventual domestication must have exposed individuals to the risk of minor through to serious injury, including the associated risks of infection and debilitating co-morbidities [2, 3].…”
Section: Introductionmentioning
confidence: 99%
“…The pathogenesis of Schmorl's nodes is still under debate in both clinical and palaeopathological settings as they have been associated with a number of risk factors like developmental, degenerative and mechanical conditions, bone diseases, neoplasia, autoimmunity, vertebral morphology, direct trauma and stress to the lower spine Plomp et al, 2015Plomp et al, , 2012. In dry bones, Schmorl's nodes can be seen as circumferential concave lesions/depressions in the superior and/or the inferior vertebral body surfaces and researchers, despite their poor understanding, are still using Schmorl's nodes as pathological indicators of physical stress and activity (Figure 5.25) (Faccia and Williams, 2008;Karstens et al, 2018;Üstündaǧ, 2009).…”
Section: Schmorl's Nodesmentioning
confidence: 99%