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The transverse humeral ligament (Brodie's ligament [1]) forms a broad band bridging the lesser and greater tubercle of the humerus. Its attachments are limited superior to the epiphysial line. By enclosing the canal of the bicipital groove (intertubercular groove), it functions to hold the long head of the biceps tendon within the bicipital groove.
Pain with no associated popping might indicate bicipital tendinopathy. A snapping indicates a tear or laxity of the transverse humeral ligament, which would prevent the ligament from securing the tendon in the groove. Pain at the superior glenohumeral joint is indicative of a SLAP tear. [4]
Superior, middle and inferior glenohumeral ligaments. It is the thickenings of the capsule that passes from the upper part of glenoid to lesser tuberosity and inferior part of the head of humerus. These ligaments are weak unlike its posterior part which is supported by the infraspinatus muscle. [4] Coracohumeral ligament [4] Transverse humeral ...
There are also three other ligaments attaching the lesser tubercle of the humerus to lateral scapula and are collectively called the glenohumeral ligaments. [ citation needed ] The transverse humeral ligament , which passes from the lesser tubercle to the greater tubercle of humerus , covers the intertubercular groove , in which the long head ...
The most important ligament involved in shoulder joint stability is the Inferior Glenohumeral Ligament. During abduction of the arm, the middle and inferior ligaments become taut while the superior ligament relaxes. The radius of curvature of the head of the humerus is greater superiorly than inferiorly, which further stretches these ligaments ...
The coracohumeral ligament arises from the lateral border or the base of the coracoid process. [1] [2] It passes obliquely downwards and laterally to the front of the greater tubercle of the humerus. [1] [2] It forms two bands [3]: 908 - an anterior one and a posterior one - that insert into the lesser and greater tubercles of the humerus ...
During activities such as overhand baseball pitching, this ligament is subjected to extreme tension, which places the overhand-throwing athlete at risk for injury. [4] Acute or chronic disruption and/or attenuation of the ulnar collateral ligament often result in medial elbow pain, valgus instability, and impaired throwing performance. There ...
The coracoclavicular ligament – to the clavicle. (The ligament is formed by the conoid ligament and trapezoid ligament.) The coracoacromial ligament – to the acromion; The coracohumeral ligament – to the humerus; The superior transverse scapular ligament – from the base of the coracoid to the medial portion of the suprascapular notch