Crubézy E, Trinkaus E
Laboratoire d'Anthropologie, UA 376 du C.N.R.S., Université de Bordeaux I, Talence, France.
Am J Phys Anthropol. 1992 Dec;89(4):411-20. doi: 10.1002/ajpa.1330890402.
The Shanidar 1 Neandertal partial skeleton presents osteophytic lesions on its vertebrae and appendicular skeleton which appear independent of the multiple traumatic and degenerative joint disease lesions on the individual. In particular, the large flowing osteophyte on the L3 body, a smaller one on the L5 body, and enthesopathic osteophytes on both calcaneal tuberosities, both patellae and the left ulnar olecranon, support a diagnosis of hyperostotic disease (DISH). The diagnosis is supported by small enthesopathic osteophytes on the preserved femoral greater trochanter and scapular corocoid process. This diagnosis would make it the oldest hominid specimen clearly presenting this systemic condition.
沙尼达尔1号尼安德特人的部分骨骼在其椎骨和附属骨骼上呈现出骨赘病变,这些病变似乎与该个体上的多种创伤性和退行性关节疾病病变无关。特别是,L3椎体上的大型流动骨赘、L5椎体上较小的骨赘,以及双侧跟骨结节、双侧髌骨和左尺骨鹰嘴处的附着病性骨赘,支持弥漫性特发性骨肥厚(DISH)的诊断。保存下来的股骨大转子和肩胛骨喙突上的小附着病性骨赘也支持这一诊断。这一诊断将使其成为明确呈现这种全身性疾病的最古老的原始人类标本。