flexor digitorum profundus

  • 指深屈肌
flexor digitorum profundusflexor digitorum profundus
  1. Method Considering the relationship between C 6 and biceps brachii muscle , C 8 and flexor digitorum profundus muscle , we resected C 6 and C 8 nerve roots of right side as the experimental side and compared with the left side .

    方法在分别确定大鼠颈6与肱二头肌、颈8与指深屈肌的支配关系的基础上,将大鼠右侧颈6和颈8神经根切断作为实验侧;

  2. Surface electric plates are placed over the flexor digitorum profundus , tricep , bicep , anterior deltoid and posterior deltoid to monitor the muscle activity over each of these positions .

    表面电极放置在指深屈肌、肱三头肌、肱二头肌、前三角肌和后三角肌上,用以监视每个位置的肌肉活动。

  3. The Study of Normal Ultrasound Anatomy of Flexor Digitorum Profundus Tendon and Its Clinical Significance

    正常人手指深屈肌腱超声解剖学研究及其临床意义

  4. Avulsion injury of flexor digitorum profundus tendon : report of 14 cases

    指深屈肌腱撕脱性损伤附14例报告

  5. Mechanism of closed rupture of flexor digitorum profundus tendon of the ring finger

    环指指深屈肌腱闭合性断裂机制的探讨

  6. Results : Muscle flexor digitorum profundus in rabbit was ring pennate .

    结果:家兔趾深屈肌为环羽肌。

  7. A comparative study on the treatment outcome between primary and delayed repair of infantile flexor digitorum profundus tendon injuries

    幼儿指深屈肌腱损伤不同时期修复后的疗效比较

  8. Conclusion : Muscle flexor digitorum profundus is ring pennate in rabbit , implying a design towards high force production .

    结论:家兔趾深屈肌是环羽肌,倾向力量型设计;

  9. Objective To report uncommon avulsions injury of flexor digitorum profundus tendon and supplement a new type of injury .

    目的报道少见的指深屈肌腱撕脱性损伤并补充新的损伤类型。

  10. Objective To report the diagnosis and treatment of pseudo-Volkmann 's contracture caused by tethering of flexor digitorum profundus .

    目的报告临床较为少见的因指深屈肌腱粘连引起症状类似于轻度缺血性肌挛缩的诊断和治疗。

  11. Methods Tendons of flexor digitorum profundus of the long toes from 8 white Leghorn hens were harvested in zone II .

    方法选用8只白色纯种来亨鸡,在无菌条件下切取双侧最长趾区趾深屈肌腱,切成4mm长的肌腱段,分为两组,每组12条。

  12. Artery branch should be searched for carefully when arriving at the central part of insertion ofFDP ( flexor digitorum profundus ) tendon .

    到达指深屈肌腱时要注意动脉的分枝。

  13. Phrenic nerve transfer to posterior part of the median nerve trunk at the middle and distal part of the arm ( containing anterior interosseous nerve , muscle branch to palmaris longus , proximal branches to flexor digitorum profundus ) .

    在对其行经胸膈神经移位到上臂中下段正中神经后组神经束(含前骨间神经、掌长肌支、指深屈肌近侧支)的同时也行其它神经移位;

  14. Objective The purpose of the study was to evaluate the effects of pulleys ( A 3 , C 1 , C 2 ) on excursions of flexor digitorum profundus ( FDP ) tendons and motion of proximal interphalangeal ( PIP ) joint .

    目的探索A3、C1和C2滑车对指深屈肌腱及近节指间关节活动的影响。

  15. The third toe of the left and right feet was chosen from 20 chicken respectively of autologous transplantation group and porcine small intestinal submucosa group , flexor digitorum profundus muscle tendon was cut off at middle phalanx , and 2 cm tendon defect model was created .

    取自体移植组20只和猪小肠黏膜下层移植组20只鸡的左、右足第3趾,于中节趾骨处切断趾深屈肌腱并造成2cm的肌腱缺损模型。

  16. Of the 40 cases in the rupture injury with nerve repair group , 31 showed no functional recovery while 8 showed recovery of the flexor carpi ulnaris or flexor digitorum profundus but no functional recovery of the intrinsic muscles of the hand .

    断伤修复组中8例的尺侧屈腕肌及指深屈肌肌力恢复至M3+,但手内在肌功能未恢复。

  17. Methods From April 2002 , 2 cadaver limbs were used to retrieve flexor pollicis longus tendons , flexor digitorum profundus and superficialis tendons .

    方法2002年4月,对2具尸体应用内窥镜寻找拇长屈肌腱,指深、浅屈肌腱,证实了该术式的解剖依据。

  18. Results AIN branches which originated from the pronator teres part were as follows : 36 pronator teres ramus , 19 flexor pollicis longus ramus , 16 flexor digitorum profundus ramus , 7 flexor digitorum superficialis ramus and none of pronator quadratus .

    结果骨间前神经从旋前圆肌段发出到:旋前圆肌36例、拇长屈肌19例、指深屈肌16例、指浅屈肌7例,没发现旋前方肌支;

  19. The results showed that in the young and middle age group ( 22 ~ 42 years old ) the proportion of Type I fiber of the flexor digitorum superficialis was 47.2 % of the flexor digitorum profundus 44.7 % and of the extensor digitorum 47.7 % .

    结果表明:中青年组各肌的Ⅰ型纤维比例分别为指浅屈肌47.2%,指深屈肌44.7%,指伸肌47.7%,各肌之间无明显差异。