Tendon blood flow, angiogenesis, and tendinopathy pathogenesis

IF 1.2 Q3 SPORT SCIENCES Translational sports medicine Pub Date : 2021-09-27 DOI:10.1002/tsm2.280
Max Flemming Ravn Merkel, Y. Hellsten, S. Magnusson, M. Kjaer
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引用次数: 3

Abstract

Physical exercise results in a duration and intensity‐dependent vascular response in healthy human tendon. In overused (tendinopathy) and damaged tendon, angiogenic pathways are activated and neovascularization is observed. Whereas no direct relationship exists between the amount of neovessels and degree of tendinopathy symptoms, almost all tendinopathic patients have elevated neovascularization and tendon blood flow, as assessed by Doppler ultrasound methodology. The enhanced flow in tendinopathy can be successfully abolished by heavy resistance training. Already in the early time‐phase of tendinopathy (<3 months), neovascularization in the tendon exists but the causal sequence of vascular, metabolic, nociceptive, and matrix tissue changes in tendon pathology is not fully understood. Nevertheless, existing evidences point at neovascularization being an important component of pathogenesis and may occur already before the development of clinical symptoms in tendinopathy.
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肌腱血流、血管生成和肌腱病变的发病机制
体育锻炼可导致健康人体肌腱血管反应的持续时间和强度依赖性。在过度使用(肌腱病)和受损的肌腱中,血管生成途径被激活,并观察到新生血管。虽然新生血管的数量与肌腱病变症状的程度之间没有直接关系,但通过多普勒超声方法评估,几乎所有的肌腱病变患者都有新生血管和肌腱血流量升高。肌腱病变的血流增强可以通过高强度阻力训练成功消除。在肌腱病变的早期阶段(<3个月),肌腱中存在新生血管,但肌腱病理中血管、代谢、伤害性和基质组织变化的因果顺序尚不完全清楚。然而,现有证据表明新生血管是发病机制的一个重要组成部分,并且可能在腱鞘病出现临床症状之前就已经发生了。
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