Study Design. An in vitro biomechanical study.
研究设计：体外生物力学研究。
Study Design. This is an in vitro biomechanical study.
这是一个关于体外生物力学的研究。
Study Design. In vitro human cadaveric biomechanical study.
研究设计：体外进行的人尸体生物力学研究。
Study Design: Biomechanical study using human cadaver spines.
研究设计：人类尸体颈椎标本生物力学研究。
Study Design. An in vitro human cadaveric biomechanical study.
研究设计：体外人尸体生物力学研究。
Objective to evaluate the new designed spinal internal fixator (CYL) with the biomechanical study.
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 four kinds of spinal internal fixator with the biomechanical study and clinical application.
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。
Study Design. A biomechanical study using ex vivo bovine spinal cord and dura, and a synthetic surrogate spinal cord with bovine dura.
研究设计：利用体外牛脊髓和硬脑膜以及牛硬脑膜合成替代脊髓的生物力学研究。
Accordingly, the appropriate design of implant-supported prosthesis to balance the stress is an essential problem in dental biomechanical study.
因此科学设计种植修复体，使种植体周围骨生物力学的应力分布更为合理是口腔生物力学研究的一个重要课题。
Results A three-dimensional finite element model of palatal implant anchorage is successfully constructed, meeting the needs of biomechanical study.
结果建立了符合生物力学研究需要的腭部种植支抗的三维有限元模型。
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。
This biomechanical study evaluated a novel rib splint designed to replicate the less-invasive fixation approach of Kirschner wires while mitigating their associated complications.
本文采用生物力学研究评估一种新型肋骨夹板，这种肋骨夹板采用克氏针微创固定的入路，可以减轻相关并发症。
Money's team used high-speed video analysis to study spores thrown into the air by a biomechanical process as elegant as it is miniscule.
曼尼的团队利用高速摄像分析的方法对孢子投掷到空气中的生物力学过程进行了研究。这一过程如同草写的小字般优雅简洁。
Study Design. Three-dimensional C3-C5 and C3-C4 finite element (FE) models were used to analyze biomechanical responses under compression and extension moments.
研究设计：三维c3 - C5和C3 - C4的有限元模型用于分析其在压缩和伸展运动下的生物力学反应。
Study Design. Dynamic triaxial biomechanical testing of immature and mature ovine spine motion segments.
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。
Objective to design a new type of posterior lumbar interbody fusion cage made of NiTi shape-memory alloy and to evaluate its histological and biomechanical behavior through animal study.
目的研制一种新型镍钛形状记忆合金腰椎椎体间融合器，通过动物实验了解其生物力学和组织学性能。
Study Design. In vitro cadaveric biomechanical analysis.
研究设计：体外尸体生物力学分析。
Objective: To study biomechanical influence and relations between the elastic modulus and mechanical compatibility for prosthesis of different stiffness after replacement.
目的：研究不同刚度的股骨头假体置换后的生物力学影响及材料的弹性模量与力学相容性关系。
A novel biomechanical device comprised of 4 modular elements attached to foot-worn platforms was used in the study.
研究采用一种新的生物力学设备，其中包括4个附加模块，并应用可穿着的平台。
The purpose of this study is to verify the effectiveness of Cubic Spline Function in sports biomechanical cine-data smoothing.
本研究的目的是验证三次样条函数对平滑生物力学影片数据的效果。
The proposed model provided a more detailed and accurate computational model for the biomechanical analysis of lumbosacral joint and the study of instrument implant.
该有限元模型的建立为人体脊柱腰骶关节的生物力学分析及器械植入研究提供了更为详细准确的计算模型。
STUDY DESIGN: an in vitro biomechanical investigation.
研究设计：体外生物力学研究。
The objective of this study was to determine the biomechanical characteristics of the DLBP and compare them with the characteristics of the SHS and Twin Hook.
本研究的目的是明确DLBP的生物力学特性，并将其特点与SHS和双钩相比较。
Objective To study the biomechanical response and the role of articular surface on the femur-tibia model under impact loading of the body weight.
目的研究人体膝关节股骨-胫骨复合体模型在人体体重冲击下的运动力学响应特点及膝关节软骨关节面在载荷传导中的缓冲作用。
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。
Conclusion: The biomechanical characteristics of the model in this study is conformed with that of clinical occipitalization.
结论：制作的实验模型与临床寰椎枕化畸形的生物力学特性相符。
Study Design. Biomechanical roles of anterior and posterior portions of the disc (AD and PD, respectively) in governing posterior facets (PF) behavior of a C5-C6 motion segment.
研究设计：研究椎间盘前、后部分（分别为AD和PD）在调节C5-C6运动节段后方小关节面（PF）活动的生物力学作用。
In this study, current biomechanical techniques and clinical results were used to analyse the effectiveness of this system extensively.
为此，我们借助于现代先进的生物力学技术，并紧密结合临床，对经椎弓根撑压内固定系统进行了较为系统的研究。
Objective:To study the biomechanical changes of gluteal muscle contracture and to analyze the biomechanical mechanism of pelvis obliquity caused by it.
目的：分析挛缩臀肌的生物力学变化及臀肌挛缩致骨盆倾斜的生物力学机制。
Furthermore, the present study provides experimental methods for studying biomechanical properties of the human trachea, as well as for biomedical engineering of artificial trachea.
此外，目前的研究为人类气管力学特性的研究提供实验方法，以及为生物医学工程提供人工气管。
应用推荐