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- Conclusion The dimensions and morphology of the intertubercular sulcus participate in tendon of the long head of the biceps brachii muscle lesions. 结论肱骨结节间沟的局部形态与肱二头肌长头腱损伤关系密切。
- Meanwhile, MR arthrography revealed all multi tendon tear and all abnormalities of the labrum and the tendon of the long head of the biceps brachii muscle before arthroscopy. 同时 ,肩关节MR造影还正确诊断了所有的多肌腱撕裂、合并的盂唇异常及肱二头肌长头腱异常。
- The muscle branch of the musculocutaneous nerve to the biceps brachii muscle was dissected retrogradely.The location of the muscular branch in the anterior division of the upper trunk was observed. 方法对10具20侧尸体上肢的肱二头肌肌支作逆行解剖,观察其在上干前股内的定位。
- long head of biceps brachii muscle 肱二头肌外侧头,肱二头肌长头
- medial head of biceps brachii muscle 肱二头肌内侧头
- Short head of biceps brachii muscle 肱二头肌短头
- Aponeurosis of biceps brachii muscle 肱二头肌腱膜
- Rupture of the long head of biceps brachii muscle: A case report 肱二头肌长头肌腱断裂一例报告
- Keywords Accessory heads of biceps brachii muscle;Clinical anatomy; 肱二头肌副头;应用解剖;
- The Accessory Heads of Biceps Brachii Muscle and Its Clinical Anatomy 肱二头肌副头及其应用解剖
- Muscle power of the biceps brachii was M4 for all 14 cases. 肱二头肌肌力14例均恢复至M4。
- The role of the biometry and morphology of the intertubercular sulcus of the humerus in lesions of the tendon of the long head of the biceps brachii muscle 肱骨结节间沟形态在肱二头肌长头肌腱损伤中的作用
- Biceps brachii muscle; 肱二头肌;
- Biceps brachii muscle 肱二头肌
- During Biceps Curl, Biceps Brachii is a muscle that is directly responsible fOReffecting a movement. 当进行哑铃弯举时,二头肌是主要参与该动作之肌肉。
- During Biceps Curl, Biceps Brachii is a muscle that is directly responsible fOReffecting a movement. Therefore it acts as Prime movers. 当进行哑铃弯举时,二头肌是主要参与该动作之肌肉。因此属于主动肌角色。
- During Biceps Curl, Biceps Brachii is a muscle that is directly responsible for effecting a movement. Therefore it acts as Prime movers. 当进行哑铃弯举时,二头肌是主要参与该动作之肌肉。因此属于主动肌角色。
- Closed traumatic disruption of the biceps brachii is an infrequent injury. 摘要外伤造成肱二头肌封闭性的断裂是一罕见的伤害。
- Objective To investigate the effect of muscle fatigue on linear and nonlinear dynamics of sEMG from biceps brachii during maximal voluntary isometric contractions. 方法10名青年志愿者完成肱二头肌非疲劳性持重负荷试验和疲劳性最大随意收缩试验。
- In order to investigate the bio-mechanical efficiency of joint-musclesystems,the efficiency of the muscle biceps brachii and elbow joint under different condi-tions were observed. 本文提出了关节-肌肉系统“生物-力学”效率的概念,给出了测定和计算方法,以上臂肱二头肌和肘关节为主要对象,用6名被试者进行了实验研究。