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[5] [6] A strain injury can also damage the supraspinous ligament. [7] The supraspinous ligament creates resistance during midline epidural anaesthetics when the needle is being inserted. This increased resistance needs to be taken into account, and is one of the first subcutaneous tissues. [8]
The Supraspinous ligament is a continuation of the nuchal ligament, which begins at the poll and inserts on the withers. The supraspinous ligament attaches to the tops of the remaining thoracic and lumbar vertebrae. These two ligaments in combination provide a link throughout the topline of the horse, aiding in the elastic movement of the body.
The supraspinous fascia completes the osseofibrous case in which the supraspinatus muscle is contained; it affords attachment, by its deep surface, to some of the fibers of the muscle. It is thick medially, but thinner laterally under the coracoacromial ligament .
supraspinous ligament This page was last edited on 2 February 2011, at 15:54 (UTC). Text is available under the Creative Commons Attribution-ShareAlike 4.0 ...
Subacromial bursitis is a condition caused by inflammation of the bursa that separates the superior surface of the supraspinatus tendon (one of the four tendons of the rotator cuff) from the overlying coraco-acromial ligament, acromion, and coracoid (the acromial arch) and from the deep surface of the deltoid muscle. [1]
The rotator interval is a triangular space in the shoulder that is functionally reinforced externally by the coracohumeral ligament and internally by the superior glenohumeral ligament, and traversed by the intra-articular biceps tendon. On imaging, it is defined by the coracoid process at its base, the supraspinatus tendon superiorly and the ...
It then runs along the superior border of the scapula through the suprascapular canal, [1] in which it enters via the suprascapular notch inferior to the superior transverse scapular ligament and enters the supraspinous fossa. [2]
The nuchal ligament is unusual in being a ligament with an elastic component, allowing for stretch. [5] Structurally, the nuchal ligament is formed with the association of both elastin proteins as well as type III collagen (45%). The collagen fibrils share a consistent size as well as helical pattern which gives the ligament its tensile ...