功能节段生物力学性能测试。
The regular biomechanical test made on the function of spinal unit.
实验发现对照组颈椎间盘生物力学性能无明显变化；
尽管在世界各地广泛使用，就其所知甚少生物力学性能。
Despite widespread use throughout the world, little is known regarding their biomechanical properties.
【目的】比较不同方法重建前交叉韧带的生物力学性能。
To compare the biomechanical nature of ACL in different rebuilding methods.
单独或与骨形态发生蛋白结合应用，具有更好的生物力学性能。
Using alone or in combination with bone morphogenesis protein (BMP) had better biomechanical advantages.
目的探讨骨质疏松骨折愈合过程中骨痂局部生物力学性能的变化。
AIM To research the changes of the biomechanics of the local bone callus in the process of osteoporotic bone healing.
目的：研究无应力遮挡外固定器固定尺骨鹰嘴骨折的生物力学性能。
Objective: to study the capability of the non-stress shelter external fixator for the treatment of ulna olecranal facture.
然而，目前骨科临床对两种前路固定板的综合生物力学性能评价很少。
However, comprehensive biomechanical evaluations comparing the two kinds of plates are rare.
目的：对比观察三重固定纽扣钢板重建肩锁关节复位的生物力学性能。
OBJECTIVE: to observe the biomechanics of acromioclavicular joint reduction using triple button plates.
重建后的韧带并不能恢复正常的超微结构、解剖学特征和生物力学性能。
Graft could not recovery the ultrastructure, anatomy and biomechanics of the normal ligament.
检测各组骨矿物质密度（BMD）、骨生物力学性能、骨生化代谢指标。
After trailing, we measured bone mineral density (BMD), biomechanical properties, and bone biochemical indexes of all groups Thirty patients with postmenopaus.
目的：比较弹力内锁髓内钉与交锁钉固定股骨中下段骨折的生物力学性能。
Objective: To compare the biomechanical properties of elastic interlocking intramedullary nails and interlocking intramedullary nails for the fixation of distal femoral fracture.
目的探讨锁定加压钢板治疗骶骨不稳定骨折的生物力学性能，提供科学依据。
Objective to explore the biomechanical properties of locking compression plate for treating unstable sacral fractures and therefore to provide scientific foundation for clinic application.
经有机醇处理后，复合支架的生物力学性能显著提高，水中溶失率明显下降。
After ethanol treatment, the bio-mechanical properties of the composite scaffold increased significantly and water-dissolved rate decreased remarkable.
结论：本钢板设计合理，生物力学性能良好，适用于各型不稳定肩胛骨骨折。
Conclusion: This new type of plate is characterized by reasonable design, good biomechanical behavior and could be used in various scapula fractures.
目的：探讨胫腓骨骨折三种外固定器的生物力学性能，为临床应用提供科学依据。
Objective: To investigate the biomechanics function of three kinds of external fixation in tibial-fibular fractures and provide evidence for clinical application.
目的测试骶骨螺钉经上终板固定技术的生物力学性能，并与经前皮质固定技术比较。
Objective To measure and compare the biomechanical properties of two different types of sacral screw fixation either through the superior endplate or anterior cortex.
目的观察仿生脉冲电磁场(BEMF)对去卵巢大鼠腰椎和股骨生物力学性能的影响。
ObjectiveTo observe the effect of bionics pulsed electromagnetic fields (BEMF) on the biomechanical property of ovariectomized Wistar rats.
研究背景概述：为避免螺钉位置不正确及生物力学性能改变，颈椎钢板植入时位置要正。
Summary of Background Data. Proper alignment of cervical plates is desirable to avoid improper placement of screws and possibly altered biomechanical performance.
结论火炬椎弓根内固定器械结构简单，操作方便，生物力学性能优良，具有临床应用价值。
Conclusion The Torch instrumentation is not only simple in constructs and in operative procedures but also superior in biomechanics, so it is worthy of clinical applications.
目的：研究生物降解聚-DL-乳酸（PDLLA）自锁式捆绑带固定骨折的生物力学性能。
Objective:To study the biomechanics function of self-locking cerclage band made of biodegradable material poly-DL-lactic acid(PDLLA) in the fixation of fractures.
通过研究巩膜胶原含量与其生物力学性能的关系，为临床上改变巩膜的生物力学性能提供参考。
To explore the relationships between collagen changes and biomechanical properties of sclera, which may provide valuable information for the posterior sclera reinforcement operation(PSR) in clinic.
目的设计与新型髓内钉相配套的双皮质自攻螺纹交锁螺钉，并对其生物力学性能进行对比研究。
ABSTRACT: Objective To compare the biomechanical characteristics by designing newly manufactured cortex self tapping interlocking screw matched with interlocking nail.
结果：髁突横断骨折后引起下颌骨骨密度及生物力学性能轻度下降，但与健侧比较无明显差异。
Results: After transverse fracture of mandibular condyle, mandible bone density and mechanical function were reduced, but there was not apparent difference on opposite side comparison.
目的：应用三维有限元模型对比分析不同内固定方式治疗严重腰椎不稳定型骨折的生物力学性能。
OBJECTIVE: To introduce and evaluate the biomechanical features of different internal fixation for treatment of lumbar burst fracture based on a three-dimensional finite element model.
肌腱是运动系统中的重要结构，其生物力学性能在一定程度上影响着运动成绩和运动损伤的发生率。
Tendon is an important structure in musculoskeletal system, which biomechanics affects the exercise performance and incidence of tendon lesions.
目的比较胫骨平台后外侧剪应力骨折采用4种不同内固定方式的生物力学性能，以期指导临床应用。
To compare and analysis the biomechanical strength of 4 different fixations for the posterolateral shearing tibial plateau fractures.
结论：肌腱结在骨性隧道内的嵌压具有良好的生物力学性能，可以满足前交叉韧带重建的生物力学需要。
Conclusion:ACL reconstruction by knot-impinged double-strand hamstring tendon has satisfactory biomechanical properties in vitro and is an available method to repair the injury of ACL.
结论：对关节松质骨骨折的治疗应尽可能做到解剖复位和坚强固定，以利于松质骨的生物力学性能的恢复。
Conclusion: For treatment of the cancellous bone fracture, a combination of restoration of the anatomic location plus strong fixation is necessary on the restoration of the biomechanical property.
结论：对关节松质骨骨折的治疗应尽可能做到解剖复位和坚强固定，以利于松质骨的生物力学性能的恢复。
Conclusion: For treatment of the cancellous bone fracture, a combination of restoration of the anatomic location plus strong fixation is necessary on the restoration of the biomechanical property.
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