The Shoulder, Volume 1Charles A. Rockwood (Jr.), Frederick A. Matsen (III.) Here's the new, 3rd Edition of the 2-volume set universally regarded as the reference on the shoulder. A multitude of leading international authorities present today's most comprehensive, in-depth view of the current state of shoulder practice. They provide a solid understanding of shoulder function and dysfunction...practical approaches for patient evaluation...and balanced discussions of treatment alternativesboth open and arthroscopic, surgical and non-surgical. What's more, two DVD's deliver video clips that demonstrate how to perform a variety of open and arthroscopic surgical techniques. |
From inside the book
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Page 280
... coracoacromial ligament and the coracoid process form the coracoacromial arch . The brachial plexus and axillary artery are medial to the coracoid process and can be injured with fractures of the proximal humerus . The major blood ...
... coracoacromial ligament and the coracoid process form the coracoacromial arch . The brachial plexus and axillary artery are medial to the coracoid process and can be injured with fractures of the proximal humerus . The major blood ...
Page 463
... coracoacromial ligament ( see Fig . 12-58E ) . Two small drill holes are then placed in the superior cortex of the distal stump of the clavicle , which connects into the medullary canal ( see Fig . 12–58D ) . A 16 - inch hole is drilled ...
... coracoacromial ligament ( see Fig . 12-58E ) . Two small drill holes are then placed in the superior cortex of the distal stump of the clavicle , which connects into the medullary canal ( see Fig . 12–58D ) . A 16 - inch hole is drilled ...
Page 532
... coracoacromial ligament preserves the stabilizing function of the coracoacromial arch . The bursa separates the structures that do not move on humeral rotation ( the deltoid , coracoid muscles , acro- mion , and coracoacromial ligament ) ...
... coracoacromial ligament preserves the stabilizing function of the coracoacromial arch . The bursa separates the structures that do not move on humeral rotation ( the deltoid , coracoid muscles , acro- mion , and coracoacromial ligament ) ...
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Common terms and phrases
abduction acromioclavicular dislocation acromioclavicular joint acromion anatomy anteriorly anteroposterior arthritis arthroscopic articular surface axillary nerve biceps Bone Joint Surg brachial plexus capsular capsule cent clavicular clavicular fractures Clin Orthop clinical closed reduction congenital coracoacromial ligament coracoclavicular ligaments coracoid process degrees deltoid deltoid muscle diagnosis displaced distal clavicle elevation epiphysis external rotation fascia Figure Fractures 3 vols glenohumeral joint glenohumeral ligament glenoid rim greater tuberosity Green DP eds humeral head injury insertion instability JB Lippincott labrum lateral lesion lesser tuberosity medial clavicle medial end muscle neck nonunion normal open reduction pain patient pectoralis major permission from Rockwood Philadelphia plane position posterior dislocation posteriorly procedure proximal humerus radiographic range of motion repair reported Reproduced with permission rotator cuff rotator cuff tear scapula screw shoulder joint stability sternoclavicular joint subclavian subluxation subscapularis muscle superior suprascapular supraspinatus surgery surgical suture syndrome technique tion trapezius trauma treatment Type vicular x-ray