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Spondyloarthritis: May the force be with you?

机译:脊柱关节炎:力量可能与您同在吗?

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摘要

In this issue Jacques et al provide proof of concept that experimental spondyloarthritis (SpA) may be a biomechanically triggered process. The implication is that an aberrant mesenchymal tissue response to physiological mechanical forces that occur during joint movement may trigger inflammation associated with SpA. Given the long-known genetic association of human SpA with human leukocyte antigen (HLA)-B27, which governs initiation of adaptive immune responses, the concept that SpA resembles a biomechanically driven rather than autoimmune disease may come as a great surprise. The en face argument that mechanically driven animal models bear no resemblance to human SpA, however, has to be taken with caution, given that the role of mechanics in human SpA has several supporting strands of evidence that date back over 50 years.
机译:在本期杂志中,雅克(Jacques)等人提供了实验性脊椎关节炎(SpA)可能是生物力学触发过程的概念证明。这暗示着对关节运动过程中发生的生理机械力的异常间质组织反应可能触发与SpA相关的炎症。鉴于人类SpA与人类白细胞抗原(HLA)-B27的遗传关系早已为人所知,后者指导适应性免疫反应的启动,因此SpA类似于生物力学驱动而非自身免疫性疾病的概念可能令人惊讶。面对表面的论点是,机械驱动的动物模型与人类SpA没有相似之处,必须谨慎对待,因为力学在人类SpA中的作用有几条支持历史可以追溯到50年前。

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