• 目的进行胫后肌腱建立踝关节后方入路的解剖研究

    Objective To conduct the anatomical study about the posterior coaxial portals via posterior tibial tendon (PTT) sheath for ankle arthroscopy.

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  • 目的探讨胫骨远端内侧解剖治疗陈旧性骨折踝关节脱位临床疗效

    Objective to observe the clinical effect of treatment of the old posterior malleolus fracture with posterior dislocation by posteromedial anatomy plate of distal tibia.

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  • 方法使用解剖钢板治疗19踝关节腓骨骨折

    Methods 19 cases of tibial and fibular fracture were treated with Link's anatomical plate.

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  • 目的临床MRI对踝关节外侧韧带距下关节韧带损伤诊断提供断层解剖学依据

    Objective to provide the sectional anatomic features of the ligaments of lateral aspect of the ankle and subtalar joint for clinical MRI diagnosis.

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  • 根据解剖测量踝关节损伤生物力学机制分析结果,对16三踝骨折踝关节脱位患者进行治疗

    Based on the results of the measurement and the analysis of biomechanical mechanism of the ankle injury, 16 patients with trimalleolar fractures and subluxation of the ankle joint were treated.

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  • 结论术前制定周密计划应用钢板及拉力钉,以及解剖复位坚强内固定,提高踝关节骨折疗效有效措施

    Conclusions: Preoperative careful design, utilization of special plates and anatomical reconstruction and stable fixation are effective measures to improve the clinical results of ankle fractures.

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  • 结论在开放性踝关节受损后期需要进行严格固定骨折解剖复位

    Conclusion damaged ankle open late, the need for strict fixed and anatomical reduction.

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  • 恢复腓骨解剖连续,促进踝关节稳定性

    Repair the anatomical continuation of fibula and is good for ankle joint stability;

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  • 目的探讨胫骨远端后内侧解剖治疗陈旧性后骨折踝关节后脱位临床疗效。

    Objective: To observe the therapeutic effect about the anaphase of bone fracture with the pill of reunion of bone.

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  • 首先结合运动解剖学、临床医学康复医学等相关知识,分析了踝关节损伤类型、机理,建立踝关节的仿生机构学模型和康复运动模型

    Then, based on the kinematics and statics of the ankle rehabilitation robot mechanism, we did its trajectory planning which is good for ankle rehabilitating and designed its control system.

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  • 首先结合运动解剖学、临床医学康复医学等相关知识,分析了踝关节损伤类型、机理,建立踝关节的仿生机构学模型和康复运动模型

    Then, based on the kinematics and statics of the ankle rehabilitation robot mechanism, we did its trajectory planning which is good for ankle rehabilitating and designed its control system.

    youdao

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