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biomechanical
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  生物力学
    Anatomical and Biomechanical Study Related to Hangman's Fracture and Invention of Aiming Device of Lateral Arch of Axis
    Hangman骨折解剖和生物力学研究及侧弓定位器研制
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    Biomechanical & Clinical Study of the Trauma of the Proximal Femur
    股骨近端创伤的生物力学和临床研究
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    Anatomic, Biomechanical and Clinical Study of the Posterior Pedicle Screw Fixation on Atlas
    寰椎后路椎弓根螺钉固定的解剖与生物力学研究及临床应用评价
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    The Development and Biomechanical Experimental Study about CF/PEEK Composite Femoral Prosthesis
    CF/PEEK全髋股骨头假体的研制与生物力学实验研究
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    Biomechanical Evaluation of Different Occipito-Atlanto-Axial Posterior Fixations
    枕寰枢后路不同内固定的生物力学评价
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    Biomechanical and Biological Study of Hat Cervical Intervertebral Fusion Cage
    帽式颈椎椎间融合器的实验研究
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    Roentgenologic Study and Biomechanical Significance of Calcar Femorale
    股骨距的X线研究及其力学意义
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    Biomechanical significance of herniated lumber intervertebral disk A clinical comparison analysis over 22 multi and 39 single segments involved patients with Iumbar intervertebral disk herniation.
    腰椎管内突出椎间盘组织结构力学意义的临床探讨──22例多节段及39例单节段腰椎间盘突出症患者临床资料的比较分析
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    Biomechanical study on the 109HHartificial tendon
    109HH人工腱体内腱化过程中力学性能测评
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    Biomechanical study of carpal bones after lunate excision and pisiform implantation
    月骨摘除及豆状骨植入腕骨的应力研究
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  biomechanical
Effect of Factor VIII Deficiency on Generation of Thrombin: A Biomechanical Approach
      
Regression Modeling of the Acousto-Biomechanical Characteristics of Wheezes during Human Forced Expiration
      
The problems of theoretical biomechanical studies of the urine formation and excretion system (urinary system), from renal filtration to urine motion in the urethra, are reviewed.
      
The difference between the former two zones is that the activity in the H zone is regular, whereas the M-zone activity is irregular and varies depending on biomechanical conditions.
      
These types of alterations in the EMG profile are accounted for by disturbance of the biomechanical conditions of muscle activity, such as an increased or decreased muscle load.
      
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Based on the analysis of anatomic, biomechanically experimental materials and clinical cases of wrist injuries between 1978 to 1982 in Changzheng Hospital, a general biomechanical concept about the function of proximal carpal row (PCR) and the significance of PCR to the wrist injury is established. An investigation of the kinematics and dynamics of the scaphoid was particularly conducted so that a rationale about which wrist posture is the best one on externally fixing the limb with scaphoid frac-ture...

Based on the analysis of anatomic, biomechanically experimental materials and clinical cases of wrist injuries between 1978 to 1982 in Changzheng Hospital, a general biomechanical concept about the function of proximal carpal row (PCR) and the significance of PCR to the wrist injury is established. An investigation of the kinematics and dynamics of the scaphoid was particularly conducted so that a rationale about which wrist posture is the best one on externally fixing the limb with scaphoid frac-ture was presented.

本文在复习1978~1982年我科诊治的腕部损伤的临床资料、并结合分析有关近排腕骨的解剖及生物力学实验资料的基础上,对近排腕骨的生理功能特点及其与损伤的关系提出了一个总的生物力学概念。作者尤其深入探讨了舟状骨的运动学及受力特点,对舟状骨骨折时腕关节的外固定姿势提供了理论和实验依据。

From December 1983 through December 1984, the mechanical properties of fresh short tube bones of the corpses of g persons suddenly dying of fatal injuries were measured and various fracture models were studied.One hundred and thirty - five intact short tube bones, including the metacarpal, phalangeal and metatarsal bones were tested on Amsle material testing machine.It is concluded that human short tube bones, just as the long tube bones, have both brittle and plastic characteristics; and that while the diaphysis...

From December 1983 through December 1984, the mechanical properties of fresh short tube bones of the corpses of g persons suddenly dying of fatal injuries were measured and various fracture models were studied.One hundred and thirty - five intact short tube bones, including the metacarpal, phalangeal and metatarsal bones were tested on Amsle material testing machine.It is concluded that human short tube bones, just as the long tube bones, have both brittle and plastic characteristics; and that while the diaphysis is similar to brittle material, the metaphysis is similar to plastic material.The data presented in this paper may be used for reference in further studies of certain biomechanical problems of long and short tube bones.A discussion and analysis of the fracture types by various stresses are also presented.

我们对新鲜尸体短管状骨进行了机械性能的测试,提供了骨弯曲、扭转、冲击各项试验结果和受力分析及各种应力引起骨断裂的形态。实验结果证明,人体短管状骨和长管状骨一样,是一种具有脆性和塑性两方面特点的生物材料,而骨干部较接近脆性生物材料,干骺部则较接近塑性生物材料。

Chinese-made madreporic Co-Cr-Mo alloy femoral head replacement was performed on I6 adult dogs. Having evaluated the data of the function rccovery of hip joint, roentgenographic changes, biomechanical testing and morphological study, the authors believe that this new-type porous hip prosthesis could give excellent bone-ingrowth self-locking biological fixation. Meanwhile, the mechanical characteristics of the bone-ingrowth fixation and their relationship with function recovery of hip joint were discussed....

Chinese-made madreporic Co-Cr-Mo alloy femoral head replacement was performed on I6 adult dogs. Having evaluated the data of the function rccovery of hip joint, roentgenographic changes, biomechanical testing and morphological study, the authors believe that this new-type porous hip prosthesis could give excellent bone-ingrowth self-locking biological fixation. Meanwhile, the mechanical characteristics of the bone-ingrowth fixation and their relationship with function recovery of hip joint were discussed. It is hoped that this study could serve a scientific basis for clinical application of this madreporic porous hip prosthesis

作者采用国产珊瑚型Co-Cr-Mo合金钢股骨头对16只犬进行了人工股骨头置换术。通过对术后髋关节功能恢复观察、髋部x线检查,生物力学测定及形态学观察几方面资料进行综合分析,可以证实这种新型柄部多孔化关节假体在体内确实可获得有效的骨长入性生物固定作用。同时,作者还对骨长入性固定的有关力学特性及与髋关节功能恢复等方面的关系进行了讨论。希望借此为临床正式使用这种新型髋关节假体提供科学的参考依据。

 
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