肱肌

gōng jī
  • musculus brachialis;brachialis;brachialis anticus
肱肌肱肌
肱肌[gōng jī]
  1. 结论肱肌肌支的功能状态是影响术后疗效的主要因素,术前C5、6神经根支配的肌群功能状态全面良好者,肱肌肌支移位术后屈指功能恢复良好。

    Conclusion The quality of the brachialis muscle branch is the major factor that determines the outcome of neurotization procedure . Good recovery of finger flexion could be expected if preoperative function of C_5 , C_6 innervated muscles is generally good .

  2. 肱肌肌支移位重建屈指功能的远期疗效

    Long-term follow-up of brachialis muscle branch transfer for finger flexion

  3. 桡神经肱肌支的解剖学研究

    An anatomical study of the brachialis branch of radial nerve

  4. 目的报道肌皮神经肱肌肌支移位后的远期疗效。

    Objective To report the long-term outcome of brachialis muscle branch transfer .

  5. 桡神经肱肌支的解剖特点与临床意义

    Anatomical characteristics of the brachialis branches of radial nerve and their clinical significance

  6. 肌皮神经肱肌肌支移位术的电生理研究

    Transfer of brachialis muscle branch of the musculocutaneous nerve to the median nerve : an electrophysiological study

  7. 钢板与桡神经之间间隔有肱肌肌腹。

    Most part of the plate was covered with brachial muscle which separated the plate from the radial nerve .

  8. 肌皮神经肱肌支移位重建屈指功能解剖学研究与临床病例报告

    Anatomical study of transferring musculocutaneous nerve branches to brachialis muscle for restoration of digital flexion : a case report

  9. 肱肌支的出现以单侧多见,与性别、侧别无关。

    The branches were often in single side of extremities and had no relationship to sex and side of extremity .

  10. 结果:桡神经存在肱肌支出现率为51.4%(37侧)。

    Results : The brachialis branch of radial nerve were occurred in 37 specimens with the occurrence rate of 51.39 % .

  11. 根据肱肌支与肱骨长轴的夹角将其分为升支、水平支及降支三种类型。

    According to the results measured on the the angles of the humerus , they are divided as ascending , horizontal and descending .

  12. 其中1例应用带肱二头肌短头和喙肱肌蒂喙突转位治疗。

    Of these , one case was treated by coracoid process with the pedicle of biceps brachii muscle short head and coracobrachialis muscle transposition .

  13. 在上臂下1/3段内,肱肌肌支可以和正中神经屈指功能束直接缝合。

    In 1 / 3 distal upper arm , the MCN branches to brachialis can be anastomosed directly to digital flexion fascicles of MN .

  14. 方法对3例行肌皮神经肱肌肌支移位至屈指肌支者,术后随访2年以上,并测定其肌力与肌电。

    Methods 3 cases of brachialis muscle branch transfer to the finger flexor nerve fascicles were evaluated . The patients were followed for 2 years .

  15. 结论:(1)当分离和牵开切口时,应将头静脉和切断的喙肱肌及肱二头肌短头向内侧拉开。

    Conclusion : 1 . The cephalic vein and the cut coracobrachial muscle - short head of biceps brachii muscle must be medially spaced out .

  16. 肌皮神经肱肌支在股薄肌移植治疗下臂丛损伤中的应用解剖学组织化学研究与临床初步报告

    The Anatomic and Histochemical Study and Preliminary Clinical Reports of Musculocutaneous Nerve Branch to Brachialis Muscle for Treatment of Lower Brachial Plexus Injury by Free Gracilis Transplantation

  17. 本文对8具尸体肩关节中联合肌腱(肱二头肌短头和喙肱肌)进行前方稳定性作用的生物力学分析。

    The biomechanics of the conjoined tendon ( the short head of the biceps and the coracobrachialis muscle ) to anterior stability was investigated in 8 cadaver shoulders .

  18. 肱二头肌和肱肌(上臂前侧、内侧肌肉)使手肘弯曲,拉双脚向上,打开盆腔区域。

    The biceps brachii and branchialis ( muscles down the front and inside of the upper arm ) bend the elbows , drawing the feet upward and opening the pelvis region .

  19. 肱肌的肌梭密高于肱二头肌,证实了深层肌的肌梭密度要高于浅层肌,提示在肘关节的运动中肱肌对关节的角度变化更加敏感。

    The average muscle spindle density of the middle of brachialis muscle belly was higher than biceps brachii , and that hinted brachialis was more sensitive than biceps brachii during the movement of elbow .

  20. 正中神经在肱肌肌支相应平面的主干内,屈指功能束位于后侧部1/3-1/4束组内;

    At the same level of MCN , digital flexion function part of MN was at the posterior side in main trunk about 1 / 3 - 1 / 4 of total fascicles in MN .

  21. 目的应用电生理技术研究肱肌肌支的神经根来源及探索肱肌肌支移位术的可行性和有效性。

    Objective To trace the origination of brachialis muscle branch at the root level by means of intra-operative electrophysiological study and discuss the rationale of transfer of brachialis muscle branch of the musculocutaneous nerve to the median nerve .

  22. 对颈8胸1根性撕脱伤,肌皮神经肱肌肌支移位修复正中神经屈指肌束或骨间前神经以恢复屈指功能。

    For C8 , T1 root avulsion , the transfer of branch to brachial muscl e of the musculocutaneous nerve can restore the finger flexion by repairing the branchs to fingers flexion muscles or anterior interosseous nerve of the median nerve .

  23. 方法通过尸体解剖,对32侧成人上肢进行肌皮神经肱肌肌支与相应平面正中神经干内屈指功能束的解剖学研究,设计肱肌肌支与正中神经屈指功能束直接缝合的部位。

    Methods Anatomical study was done in 32 adult upper extremities specimens . The musculocutaneous nerve ( MCN ) branches to brachialis muscle and fascicles of median nerve ( MN ) to digital flexion muscle was studied at the same level in upper arm to locate the direct suture level .

  24. 目的探讨面肩肱型肌营养不良症(FSHD)1A的基因型与临床表型之间的相关关系。

    Objective To explore the genotype-phenotype correlation of facioscapulohumeral muscular dystrophy ( FSHD ) 1A gene .

  25. 肱动脉肌间隙支发升支直接骨膜支,上行连接旋肱前动脉内侧降支,其外径(1.1±0.3)mm。

    The fourth was intermuscular septum branch of the humeral artery , and it sent a ascending branch , the direct periosteal branch , to anastomosis the medial descending branch upward with diameter ( 1.1 ± 0.3 ) mm .

  26. BglⅡ-BlnⅠ剂量检测方法在面肩肱型肌营养不良症1A基因诊断中的应用

    Application of the Bgl ⅱ - Bln ⅰ dosage test to gene diagnosis of facioscapulohumeral muscular dystrophy 1A gene

  27. 结果:在肱桡肌、桡侧伸腕长肌肌电图及运动神经传导速度(MCV)均正常。

    Result : The EMGs and motor nerve conduction velocities ( MCVs ) were normal at the brachioradialis and extensor carpi radialis longus in all patients .

  28. 目的:1、探索和建立适合中国人基因结构特征的脉冲电场凝胶电泳(PFGE)技术体系,使国内面肩肱型肌营养不良症(FSHD)的研究与国际并轨。

    Objectives 1 . To explore and establish the Pulsed Field Gel Electrophoresis ( PFGE ) technology system which adopts to the characteristics of Chinese gene structure .

  29. 目的对面肩肱型肌营养不良症(FSHD)患者进行基因诊断并总结其临床特征,以提高FSHD的诊断水平。

    Objective To perform gene diagnosis and summarize clinical features of facioscapulohumeral muscular dystrophy ( FSHD ) in order to improve its diagnosis .

  30. 应用RQA分析了肱二头肌及肱桡肌在不同负重下的肌电信号,发现肱二头肌肌电信号的递归点百分数均比肱肌高,有较强的周期性嵌入。

    Applying RQA , we analyse the EMG of biceps brachii muscle and brachioradialis muscle under different loads , point out the percent recurrence of brachioradialis muscle is higher than that of biceps brachii muscle and more periodic .