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Deep Posterior Compartment Strength and Foot Kinematics in Subjects with Stage II Posterior Tibial Tendon Dysfunction

机译:Ⅱ期胫后肌腱功能障碍患者的深后室强度和足运动学

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摘要

Background: Tibialis posterior muscle weakness has been documented in subjects with Stage II posterior tibial tendon dysfunction (PTTD) but the effect of weakness on foot structure remains unclear. The association between strength and flatfoot kinematics may guide treatment such as the use of strengthening programs targeting the tibialis posterior muscle.Materials and Methods: Thirty Stage II PTTD subjects (age; 58.1 ± 10.5 years, BMI 30.6 ± 5.4) and 15 matched controls (age; 56.5 ± 7.7 years, BMI 30.6 ± 3.6) volunteered for this study. Deep Posterior Compartment strength was measured from both legs of each subject and the strength ratio was used to compare each subjectu27s involved side to their uninvolved side. A 20% deficit was defined, a priori, to define two groups of subjects with PTTD. The strength ratio for each group averaged; 1.06 ± 0.1 (range 0.87 to 1.36) for controls, 1.06 ± 0.1 (range, 0.89 to 1.25), for the PTTD strong group, and 0.64 ± 0.2 (range 0.42 to 0.76) for the PTTD weak group. Across four phases of stance, kinematic measures of flatfoot were compared between the three groups using a two-way mixed effect ANOVA model repeated for each kinematic variable.Results: Subjects with PTTD regardless of group demonstrated significantly greater hindfoot eversion compared to controls. Subjects with PTTD who were weak demonstrated greater hindfoot eversion compared to subjects with PTTD who were strong. For forefoot abduction and MLA angles the differences between groups depended on the phase of stance with significant differences between each group observed at the pre-swing phase of stance.Conclusion: Strength was associated with the degree of flatfoot deformity observed during walking, however, flatfoot deformity may also occur without strength deficits.Clinical Relevance: Strengthening programs may only partially correct flatfoot kinematics while other clinical interventions such as bracing or surgery may also be indicated.
机译:背景:胫骨后肌无力已在II期胫骨后肌腱功能障碍(PTTD)的受试者中得到记录,但肌无力对足部结构的影响仍不清楚。力量与扁平足运动学之间的关联可以指导治疗,例如使用针对胫骨后肌的强化计划。材料与方法:二十三期PTTD受试者(年龄; 58.1±10.5岁,BMI 30.6±5.4)和15名相匹配的对照组(年龄; 56.5±7.7岁,BMI 30.6±3.6)自愿参加了这项研究。从每个受试者的双腿测量后房深度,并使用强度比将每个受试者的受累侧与未受累侧进行比较。先验地定义了20%的缺陷,以定义两组患有PTTD的受试者。每组的力量比取平均值;对照组为1.06±0.1(范围0.87至1.36),PTTD强组为1.06±0.1(范围为0.89至1.25),而PTTD弱组为0.64±0.2(范围为0.42至0.76)。在四个阶段的姿势中,使用针对每种运动变量重复的双向混合效应ANOVA模型,比较了三组之间扁平足的运动学测量结果。 PTTD较弱的受试者表现出比坚强的PTTD受试者更大的后足外翻。对于前足外展角度和MLA角度,组之间的差异取决于姿势阶段,在姿势前摆动阶段观察到的各组之间存在显着差异。结论:力量与步行过程中观察到的扁平足畸形程度相关,但是扁平足临床相关性:加强计划可能只能部分纠正扁平足运动学问题,同时也可能需要进行其他临床干预措施,例如支撑或手术。

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