研究设计：人类尸体颈椎标本生物力学研究。
Study Design: Biomechanical study using human cadaver spines.
以往撑竿跳的运动生物力学研究仅仅局限在人。
In the past, most sports biomechanics studies pole vault almost exclusively focused on the vaulter.
肌肉力学研究是运动生物力学研究和运动训练的基础。
Studies on muscle mechanics are basis of studying sports bio mechanics and movement training.
另外，一些研究者展开了针对关节盘前移位的生物力学研究。
Besides, some biomechanical researches on anterior disk displacement were done.
据我们所知，尚没有评估多节段颈椎间盘置换的生物力学研究。
To our knowledge there are no biomechanical studies evaluating multilevel cervical TDR.
因此小型猪可以作为与牙及肌肉有关的生物力学研究的实验动物。
Miniature pigs can be used as an animal models which can explain some problems of gnathostomatic system of human beings.
本文主要就闭角型青光眼相关的生物力学研究现状做一简要综述。
This article aims to generalize the actuality of the research on the biomechanical mechanism that the primary Angle closure glaucoma.
针对其正常力学结构和病损修复后的生物力学研究为临床所重视。
The clinical doctors have paid attention to studies on hip biomechanics of normal structure and reconstruction.
因此，骨折功能锻炼的生物力学研究也成为骨折治疗中的一个热点。
So, the biomechanical studies on functional training of the fracture are becoming a focus of fracture treatment.
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。
Results A three-dimensional finite element model of palatal implant anchorage is successfully constructed, meeting the needs of biomechanical study.
活体测定人体环节参数至今仍是运动生物力学研究中的一个困难问题。
In the studying of biomechanics of sports, it is still a subtle problem to determine human body segment parameters from living subjects.
从运动学、动力学的角度对跳远起跳的生物力学研究加以归纳、总结。
Biomechanical researches on take off of long jump were classified and summarized in the light of kinematics and dynamics.
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。
Results A three-dimensional finite element model of palatal implant anchorage is successfully constructed, meeting t…
对体育运动中人体肌肉机能和生物力学研究的重要性及方法进行论证。
Also, the research of biomechanics of human muscles in sports, including importance, feasibility and method, are demonstrated in the paper.
旨在为临床应用提供资料，同时为椎间盘的有关生物力学研究提供形态学依据。
We expected to give data to the clinical application of intervertebral discs and give the morphological proof to the studies on Biomechanics.
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。
Study Design. A biomechanical study using ex vivo bovine spinal cord and dura, and a synthetic surrogate spinal cord with bovine dura.
目的：建立正常人下颌骨三维有限元模型，为以后的生物力学研究和分析奠定基础。
Objective: To build a three-dimensional finite element model of temporomandibular joint and the mandible.
目的：建立腰椎运动节段人工椎间盘置换的有限元模型，用于进一步的生物力学研究。
OBJEC TIVE:To establish finite element model of lumbar disc replacement for biomechan ical studies.
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.
人体运动的检测与跟踪是人体生物力学研究的主要内容，近年来日益受到人们的广泛关注。
The detection and tracking of human motion is key to biomechanics, and attach more and more importance recent few years.
肌肉功能和力学特性是人体运动的基础，肌肉力学是运动生物力学研究和运动训练的基础。
Muscular function and mechanics characteristics are a basis of human motion, and muscle mechanics is a basis of sports biomechanics research and sports training.
另外，在人体工程学研究、模拟训练、生物力学研究等领域，运动捕捉技术同样大有可为。
Also in ergonomics research, simulation training and biomechanical research field, motion capture technology is also promising.
介绍穹顶形开窗减压术治疗腰椎管狭窄症的临床应用，并进行临床疗效评估及生物力学研究。
To describe the clinical application of domelike decompression of the lumbar vertebral canal and evaluate the outcomes.
介绍穹顶形开窗减压术治疗腰椎管狭窄症的临床应用，并进行临床疗效评估及生物力学研究。
Objective To choose the best time of off bed activities for patients of Lumbar Spinal Stenosis with Domelike decompression.
采用摄像及录像解析等研究方法，对我国优秀女子竞走运动员的技术进行生物力学研究与分析。
By using the method of video recording and analyzing, this paper makes an analysis and study on technique of our elite female race walkers.
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。
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.
人体对冲击加速度耐受限度的研究已经成为现代生物力学研究的焦点，本文综述该领域的研究进展。
The study on human tolerance to impact acceleration has become a cynosure in the realm of modern biomechanics. So...
目的：建立金属对金属RSAH术后三维有限元模型，为RSAH术骨水泥技术的生物力学研究奠定基础。
Purpose To constructing of A Proximal femur after RSAH 3-D finite element model, and also provides an effective model for biomechanical analysis of Proximal femur.
结论三维有限元分析方法是一种简便实用的生物力学研究方法，可作为实验生物力学研究的验证和补充方法。
Conclusion Three dimensional finite element analysis is a kind of convenient and practicable method to be used as the confirmation and supplement of experimental biomechanics study of human being.
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。
Accordingly, the appropriate design of implant-supported prosthesis to balance the stress is an essential problem in dental biomechanical study.
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