coracoid process

Methods of ulna coracoid process fractures complicated with elbow dislocation were enrolled.

目的分析尺骨冠状突骨折合并肘关节脱位的分型和治疗方法.

Methods The hole was made on coracoid process and double steel wire fixed through with clavicula.

方法在喙突打一骨孔，然后用双股钢丝穿出与对应的锁骨进行捆扎，已达到牢固内固定的作用。

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

其中1例应用带肱二头肌短头和喙肱肌蒂喙突转位治疗。

The angle of lateral deviation from the sagittal median line which crossed coracoid process to the top of orbital opening s lateral border was 26. 39 ± 1.87 ° and 26. 63 ± 2.84 ° to cranial opening's.

眶口和颅口外上缘与自喙突的正中矢状线的外偏角分别为26.39±1.87°和26.63±2.84°。

This report provide anatomic basis for repairing of shoulder dislocation with pectoralis minor coracoid process transposition.

为带蒂胸小肌喙突骨瓣移位修复肩锁关节脱位提供解剖学依据。

results: the subclavian artery coursed 0.5 cm medially to the midpoint of clavicle or 1.5 cm laterally to the midpoint of line between the sternoclavicular joint and coracoid process.

结果：锁骨下动脉经过锁骨中点偏内约0.5cm处，或胸锁关节与喙突连线中点偏外1.5cm处。

Identification of coracoid process for infraclavicular blocks.

鉴定为锁骨下喙突块.

It is 5.99 ± 4.54 ( 2.8-11.5) cm between the musculocutaneous nerve incarnation point and the coracoid process.

肌皮神经人肌点至喙突尖的间距为5.99±4.54（7.8～11.5cm）。

Objective To study the typing and treatment of ulna coracoid process fracture complicated with elbow dislocation.

目的分析尺骨冠状突骨折合并肘关节脱位的分型和治疗方法。