• 目的颈前钢板(CSBP)进行生物力学评价

    Objective: To evaluate the biomechanical stability of a cervical spine butterfly plate (CSBP) for unstable cervical spine.

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  • 目的:对治疗骨质疏松性股骨转子间骨折新型内固定器进行生物力学评价

    Objective: To evaluate the biomechanical characteristics of the new shape memory alloy plate for treatment of osteoporotic and intertrochanteric fractures.

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  • 目的STB胸腰椎后路弓根钉板系统进行生物力学评价临床应用观察。

    Objective: To evaluate biomechanically and clinically the posterior STB thoracolumbar transpedicular screw-plate system.

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  • 目的自行研制颈椎前路低切迹钛系统(ACLPS)进行生物力学评价

    Objective: To evaluate the biomechanical character of self-designed anterior cervical low-profile plate system (ACLPS).

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  • 在“中国力学虚拟”胸腰部模型数据库选择L4-L5基本功能单元对一例新型人工椎间盘进行生物力学评价

    The model of L4-L5 functional element was chosed from"mechanical visiual human of China"model database. The intervertebral disk was replaced by the new type artificial disk.

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  • 目的:从生物力学评价是否值得多节段椎间盘切除术而不是椎体切除术进行额外处理。

    Objectives. To evaluate whether the additional effort required to perform multilevel discectomies instead of corpectomies is worthwhile biomechanically.

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  • 目的通过生物力学测试临床应用,对脊柱固定器进行评价

    Objective To evaluate four kinds of spinal internal fixator with the biomechanical study and clinical application.

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  • 目的评价踝关节骨折修复下胫腓前韧带生物力学稳定性

    Objective To evaluate the biomechanical stability of restoration of anterior lower tibiofibular ligament in ankle fracture.

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  • 目的评价一种新型坚固固定器械用于治疗下颌骨线性骨折生物力学稳定性

    Objective To evaluate biomechanical stability of a rigid internal fixation device used for treatment of mandibular linear fracture in dogs.

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  • 如何采用先进测试方法研究分析评价人体肌肉力量参数生物力学研究人体肌肉力量的重要内容之一。

    How to make use of advanced testing methods to study, analyze and evaluate the parameters of muscle strength is important content of studying muscle strength in the arena of biomechanics.

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  • 目的生物力学方面评价磷酸钙骨水泥弓根螺钉固定强化作用

    OBJECTIVE: To evaluate the reinforcing effect of CPC on vertebral pedicle screw fixation at biomechanical aspect.

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  • 生物力学角度,对网球正手击球的动作效果进行分析评价

    From the Angle of Biomechanics, this paper makes analysis on action effect of forehand shot in tennis.

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  • 目的评价自体膜治疗腰椎滑脱术后及循环载荷下生物力学特征

    Objective:To evaluate the biomechanical characteristics of the lumbar spondylolisthesis fixed with auto-graft fascia.

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  • 作者认为生物力学参数评价骨质疏松重要指标。切除双卵巢的雌性山羊可能成为骨质疏松的动物模型

    The authors conclude that the bone biomechanical properties are important parameters in assessing osteoporosis and the ovariectomized goat can possibly be a good big animal model of osteoporosis.

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  • 然而,目前骨科临床前路固定板综合生物力学性能评价很少

    However, comprehensive biomechanical evaluations comparing the two kinds of plates are rare.

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  • 目前常用骨质疏松评价指标包括骨密度代谢生化指标生物力学强度及骨小梁显微结构。

    The most widely used parameters of osteoporosis include bone mineral density, biochemical markers of bone metabolism, biomechanical properties and the microarchitecture of bone trabecula.

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  • 目的评价肌腱等张编织缝合肌腱移植物生物力学效应

    Objective To evaluate the effect of isotonic weaving suture on multiple strand tendon grafts.

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  • 跳远运动传统田径项目,有关对跳远起跳技术生物力学机制及其专项评价指标一直是众多学者所关注的问题

    Long jump is a traditional sport of athletics. The biomechanical mechanism and specific evaluation indices of takeoff technique have been the focal points.

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  • 目的评价两种寰椎螺钉内固定技术生物力学稳定性

    Objectives: To evaluate the biomechanical stability of two C1 lateral mass screw fixation techniques.

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  • 系统配有万向固定支架灵活地人体部位软组织生物力学特性进行定量评价

    The system is fixed on a universal stand so that it can quantitatively measure the biomechanical parameters of soft tissues over the different parts of body in vivo.

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  • 目的作者设计种新型脊柱固定器生物力学测试对该器械进行评价

    Objective to evaluate the new designed spinal internal fixator (CYL) with the biomechanical study.

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  • 并通过生物力学方法评价腰椎稳定性影响。实验结果表明:(1板切除减压术明显破坏腰椎的稳定性(p<0.01)。

    The experimental results showed:1. The multiple bilateral laminectomy for lumbar spinal stenosis could destroy significantly the lumbar spinal stability (P<0. 01).

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  • 目的评价内锥及外锥形椎弓根螺钉固定生物力学特点。

    Objective To evaluate two types of pedicle screw fixation strength.

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  • 目的评价不同髓外内固定系统股骨转子间骨折临床效果并发症生物力学影响。

    OBJECTIVE: To discuss and compare traits, operative efficacy, complications and biomechanics of the extramedullary fixation devices in intertrochanteric fracture.

    youdao

  • 目的评价不同髓外内固定系统股骨转子间骨折临床效果并发症生物力学影响。

    OBJECTIVE: To discuss and compare traits, operative efficacy, complications and biomechanics of the extramedullary fixation devices in intertrochanteric fracture.

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