Pullout strength and biomechanical stability differences were compared statistically.
拔出强度及生物力学稳定性进行统计学分析。
Objectives: To evaluate the biomechanical stability of two C1 lateral mass screw fixation techniques.
目的：评价两种寰椎侧块螺钉内固定技术的生物力学稳定性。
Conclusion: Internal fixation with Harrington can recover biomechanical stability of the spine, protect spinal cord.
结论：哈氏棒内固定起到恢复脊柱生物力学稳定性，保护脊髓的作用。
Objective: To evaluate the biomechanical stability of a cervical spine butterfly plate (CSBP) for unstable cervical spine.
目的：对颈前路蝶型钢板(CSBP)进行生物力学评价。
Objective To evaluate the biomechanical stability of restoration of anterior lower tibiofibular ligament in ankle fracture.
目的评价踝关节骨折修复下胫腓前韧带的生物力学稳定性。
The treatment of TL burst fractures is based on two primary principles, neurological optimization and biomechanical stability.
胸腰椎爆裂性骨折的治疗主要基于两个原则，神经“最优化”和生物力学稳定性。
Objective To evaluate biomechanical stability of a rigid internal fixation device used for treatment of mandibular linear fracture in dogs.
目的：评价一种新型坚固内固定器械用于治疗犬下颌骨线性骨折的生物力学稳定性。
Although the biomechanical stability of anterior reconstruction with plating has been studied, the biomechanical contribution of posterior instrumentation to anterior constructs remains unknown.
尽管前路钢板重建的生物力学稳定性已有研究，相对于前路重建，后路内固定的生物力学分布尚属未知。
Objective: To compare the initial stability and pullout strength of threaded and non threaded cervical interbody fusion devices on human specimens by biomechanical method.
目的：用生物力学的方法比较螺旋式与环式椎体融合器的初始稳定性和拔出力量。
The standing and walking stability of the aged is the focus of study in the world biomechanical circles.
老年人站立、行走的稳定性问题是目前国际生物力学界的热点问题。
The results show that the property of disks has great effect on the biomechanical response of the neck and the muscle has a contribution to the stability of neck motion.
结果表明，椎间盘参数对于颈部的整体刚度和动力学响应有较大的影响，颈部肌肉对于颈部运动起了稳定的作用。
However, biomechanical studies are rare. Especially the impact of a combination of lateral mass and pedicle screws on stability in multilevel posterior stabilizations has not been evaluated until now.
然而，生物力学研究很少，尤其是在多节段后路的侧块和椎弓根螺钉组合的稳定性还没有研究。
Objective To study whether reduction fixation of lesser trochanter influences the stability of prosthesis through biomechanical experiments.
目的本研究通过生物力学实验评估小粗隆复位固定对假体柄稳定性的影响。
A biomechanical study by Booth et al19 demonstrated improved stability when screws are placed adjacent to the inferior-medial cortex of the femoral neck.
Booth主持的一项生物力学研究证明当螺钉接近股骨颈内下方的皮质时稳定性增加。
A biomechanical study by Booth et al19 demonstrated improved stability when screws are placed adjacent to the inferior-medial cortex of the femoral neck.
Booth主持的一项生物力学研究证明当螺钉接近股骨颈内下方的皮质时稳定性增加。
应用推荐