磷酸钙骨水泥强化松动椎弓根螺钉固定的生物力学测试结果。
Biomechanical testing results of CPC in the reinforcement of loose vertebral pedicle screw fixation.
目的通过生物力学测试和临床应用，对四种脊柱内固定器进行评价。
Objective To evaluate four kinds of spinal internal fixator with the biomechanical study and clinical application.
目的作者设计一种新型脊柱内固定器，该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.
生物力学测试中，各个阶段实验组抗折应力均优于对照组（P<0.05）。
The anti fracture stress in each stage of the experiment group was better than that of the control group(P< 0.05).
目的设计研制一种异种骨颈椎融合器，并进行生物力学测试为临床提供生物力学参数。
Objective To design and develop a sort of heterogenous bone cervical vertebrae fusion cage, and test it by biomechanical experiments for the purpose of supplying biomechanics parameters for clinic.
采用生物力学测试方法，对50例60岁以上的健康男女老年人，进行平地常速的步态分析。
By the biomechanical measurement, the authors analyze the footwork of 50 healthy old men and women over the age of 60. The footwork is conducted on the flat ground with normal speed.
目的通过对牵张成骨新生骨的骨密度和生物力学测试，研究钛-镍记忆合金牵张器牵张成骨的质量。
Objective To evaluate the quality of the alveolar ridge augmented by Ti-Ni shape memory alloy(Ti-Ni SMA) distractor.
通过生物力学测试，检测脊柱融合的不同阶段，使用可降解椎间融合器引起的椎间融合的生物力学变化。
Using biomechanical test, to examine its change at different fusion time which will offer basic information for its further development and clinical application.
目的通过对医用连续碳纤维增强聚烯烃复合材料的生物力学测试，了解其作为硬组织修复材料的力学性能。
Objective The purpose of this study is to evaluate biomechanical character of continuous carbon-fiber reinforced polyolefin composites as hard tissue repair material.
对本外国定器在各种不同的固定方式下进行生物力学测试，表明了不同的骨骼穿针数量、类型、方向、部位与骨折固定稳定性的关系。
Various modes of fixation with this fixator were examined with biomechanics, it shows that various number of pins, types, directions and locations were related with stability of the fixation.
结论：测试所用的可使用多轴固定螺钉的钢板系统，在生物力学方面是股骨髁上骨折的不错的选择。
Conclusions: The tested plate construct with its polyaxial locking screw mechanism provides a biomechanically sound fixation option for supracondylar femur fractures.
研究设计：动态三维生物力学方法测试幼年和成年羊的脊柱运动节段。
Study Design. Dynamic triaxial biomechanical testing of immature and mature ovine spine motion segments.
如何采用先进的测试方法，研究、分析和评价人体肌肉的力量参数，是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.
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.
目的测试与分析人硬脑膜及其替代物的生物力学特性，为选择理想的颅底缺损重建材料提供依据。
Objective to investigate the biomechanical characters of human dura and its substitutes and to establish guidelines for selection of optimal repair materials for reconstruction of skull base defects.
生理压缩载荷下，分别对9种有限元模型的生物力学参数进行测试。
The biomechanical parameters of 9 finite element models were measured under axial compressive load within physiological range.
在实验前后分别对实验组和对照组进行健美操专项弹跳指标和生物力学指标的测试，从而反映两种训练方法的效果。
All the data were obtained before and after the experiment separately and were tested by master students specializing in exercise biomechanics.
目的测试使用横连在单节段短椎弓根钉内固定中的生物力学稳定性。
Objective To test the biomechanical stiffness of cross-linkage in monosegment instrument with short pedicle screw.
功能节段生物力学性能测试。
The regular biomechanical test made on the function of spinal unit.
生物力学实验方法学是通过实验，研究生物软、硬组织的力学特性；生物力学中常用的参数在实验中的测试与计算。
Biomechanics experimental methodology is a subject which researches mechanical properties of soft and hard tissues in biological fields, and grasps biomechanical parameters through experiments.
本文对测量关节接触面积和接触压力分布的两种方法进行了探讨，为人类关节创伤的生物力学研究提供了一种可靠的测试方法。
Two methods for measuring articular contact area and pressure distribution were discussed in this experiment. It provided an effective means for biomechanical studies of human joints 'injury.
本发明从给药后动物的组织计量学、生物力学以及试验中测试的众多指标综合分析，能对骨质疏松症有明显的治疗作用。
The invention comprehensively analyzes tissue metrology of animals, biomechanics and numerous tested indicators of tests after drug administration, and has obvious therapeutic effect on osteoporosis.
本发明从给药后动物的组织计量学、生物力学以及试验中测试的众多指标综合分析，能对骨质疏松症有明显的治疗作用。
The invention comprehensively analyzes tissue metrology of animals, biomechanics and numerous tested indicators of tests after drug administration, and has obvious therapeutic effect on osteoporosis.
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