应力性骨折

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  • stress fracture
应力性骨折应力性骨折
  1. 军训胫骨应力性骨折X线与CT诊断研究

    X-ray and CT diagnosis of stress fracture of tibia during military training

  2. 结论在胫骨应力性骨折的早期诊断及鉴别诊断方面,CT优越于普通X线。

    Conclusions CT is superior to X-ray examination in the early and differential diagnosis of stress fracture of tibia .

  3. CT扫描对诊断股骨应力性骨折的评估

    CT scans to assessment examine patients of femur fatigued bone fracture

  4. 用ECT诊断法建立兔应力性骨折实验模型

    Establishment of A Rabbit Stress Fracture Model Diagnosed by ECT

  5. 方法搜集20例应力性骨折患者的X线、CT、MRI、发射型计算机体层显像(ECT)资料,分析其影像学表现及其与骨骼生物力学薄弱区的相关性。

    Methods The X-ray , CT , MRI , and ECT signs in20 cases of stress fracture and its correlation to biomechanics were analyzed .

  6. 方法分析军训所致的230例胫骨应力性骨折的临床X线资料及60例CT资料,总结其X线与CT特征,进行前瞻性对照研究。

    Methods The clinical and X-ray data ( 230 cases ) and CT data ( 60 cates ) of the stress fracture of tibia caused by military training ( 230 cases ) were analyzed .

  7. 目的:以骨闪烁显像法(ECT)为诊断依据,建立兔应力性骨折(stressfracture,SF)实验模型,探讨SF发生过程中钙、磷、锌元素的变化。

    Objective : To investigate the changes of calcium , phosphorus and zinc of rabbit in the experimental model of stress fracture .

  8. 结论应力性骨折通常根据临床和X线平片即可明确诊断,疑难病例或早期诊断应结合ECT、MRI和CT扫描作出诊断。

    Conclusion Generally the stress fracture can be diagnosed according to the clinical appearance and X ray plain film . But the ECT , and MR imaging are also necessary in diagnosing difficult cases and the fracture at its early stage .

  9. 波士顿儿童医院(Children'sHospitalBoston)的运动医学专家皮埃尔·戴米库(Pierred'Hemecourt)描述了一系列危害,包括背部应力性骨折、生长板软骨发炎、后背和颈部压力、以及背部和肩膀的神经损害。

    Among the risks described by Dr. Pierre D'Hemecourt , a sports medicine specialist at Children 's Hospital Boston , are stress fractures in the back , inflammation of growth cartilage , back and neck strain , and nerve damage in the neck and shoulders .

  10. Shayshay'左脚脚踝的应力性骨折结束了姚明的上个赛季,这只是一连串令他踌躇不前的腿伤和脚伤事件中的最新一起。

    The stress fracture in his left ankle that ended Yao 's last season was only the latest in a string of leg and foot injuries that held him back .

  11. 应力性骨折动物模型建立方法的研究及评价

    Study and Evaluation on Establishment Method of Stress Fracture Animal Model

  12. 军训腓骨应力性骨折35例临床X线诊断

    Clinical X-ray Diagnosis of Stress Fracture with Fibula by Military Training

  13. 兔应力性骨折与生物电阻抗变化相关性的初步研究

    Preliminary Study on the Correlation between Bioimpedance and Stress Fracture during Training

  14. 部分新兵基础训练期间应力性骨折的病例对照研究

    A case-control study of stress fracture in some recruits during basic training

  15. 腿部的应力性骨折。

    A stress fracture of a bone in the leg .

  16. 这也可以引起她的手腕部位应力性骨折

    That could cause the stress fractures in her wrists

  17. 兔胫骨应力性骨折的模拟实验研究

    A preliminary study of stress fracture in rabbit tibias

  18. 新兵基础训练期间应力性骨折的临床诊断评价

    A diagnosis test of stress fracture during basic training set for new military recruits

  19. 他因背部应力性骨折而需动手术。

    He needs to have an operation for a stress fracture in his back .

  20. 军训中应力性骨折预后的抽样观察

    A sampling observation of prognosis of stress fractures

  21. 高海拔地区训练后下肢应力性骨折的流行病学研究

    The epidemiology investigation of stress fractures of lower extremity after military training in plateaus

  22. 但那些可以解释那些应力性骨折。

    But these could explain the stress fractures .

  23. 以胫腓骨、股骨的应力性骨折为主。

    The studies on stress fracture are mainly in tibia , fibula and femur .

  24. 业余训练中的应力性骨折治疗与预防试论中学生田径业余训练损伤

    Stress Fracture in Sparetime Physical Activities Hurt in Amateur Track Training to Middle School Students

  25. 我们要当心脚踝扭伤、跟腱炎和足部应力性骨折。

    We see ankle sprains , we see Achilles Tendonitis , we see stress fractures .

  26. 兔应力性骨折过程中骨骼及骨骼肌组织的形态学改变

    Morphological changes of skeleton and skeletal muscle of rabbits in the experimental model of stress fracture

  27. 左脚应力性骨折使姚上赛季只打了五场比赛。

    A stress fracture in his left foot sidelined Yao after just five games last season .

  28. 兔应力性骨折发生过程中钙磷锌元素的改变

    Change of Calcium , Phosphorus and Zinc of Rabbit in The Experimental Model of Stress Fracture

  29. 应力性骨折的影像学诊断

    The radiological diagnosis of stress fracture

  30. 本文报告一例男性跨立式骨盆应力性骨折并探讨其可能生成机转。

    We present a male patient with straddle-type pelvic stress fracture and discuss the possible causative mechanisms .