Grant William P, Foreman Eric J, Wilson Anne S, Jacobus Dwayne A, Kukla Renee M
Diabetic Foot and Limb Salvage, Eastern Virginia Medical School, Norfolk, VA, USA.
J Am Podiatr Med Assoc. 2005 May-Jun;95(3):242-6. doi: 10.7547/0950242.
The Achilles tendon of the patient with Charcot's foot neuroarthropathy has significantly altered physical properties compared with a normal tendon. Twenty-nine Achilles tendons from patients with Charcot's foot (n = 20) and non-Charcot's foot controls (n = 9) were loaded onto a biomechanical testing instrument. The biomechanical properties of the Charcot and control tendons were determined and the tendons were evaluated for differences in ultimate tensile strength and elasticity (Young's modulus). Biomechanical test data show that there is a significant difference in ultimate tensile strength and elasticity between tendons of patients with Charcot's foot and those of non-Charcot's controls. The term diabetic tendo Achillis equinus is introduced as a new finding in diabetic neuroarthropathy.
与正常肌腱相比,患有夏科氏足神经关节病患者的跟腱物理特性发生了显著改变。将来自患有夏科氏足的患者(n = 20)和非夏科氏足对照者(n = 9)的29条跟腱加载到生物力学测试仪器上。测定了夏科氏足组和对照组肌腱的生物力学特性,并评估了肌腱在极限抗拉强度和弹性(杨氏模量)方面的差异。生物力学测试数据表明,患有夏科氏足患者的肌腱与非夏科氏足对照者的肌腱在极限抗拉强度和弹性方面存在显著差异。引入术语“糖尿病性跟腱马蹄足”作为糖尿病神经关节病的一项新发现。