The Shoulder, Volume 1Charles A. Rockwood (Jr.), Frederick A. Matsen (III.), Michael A. Wirth, Douglas T. Harryman This 2-volume set is universally regarded as THE reference on the shoulder. Authored by a multitude of leading international orthopedic surgeons and scientists, it provides a comprehensive view of the current state of shoulder practice, along with a wealth of historical background information and bibliographical material. The 2nd Edition includes greatly expanded coverage of instability, the rotator cuff, and arthritis, plus a brand-new chapter on outcomes of shoulder surgery. Additionally, there is a CD-ROM that accompanies the book containing illustrative material not in the text. |
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Results 1-3 of 95
Page 624
... stability angle ( Fig . 14-29 ; see also Fig . 14–23 ) . The balance stability angles vary for different directions around the glenoid . The requisite for a stable glenohu- meral joint is that the net humeral joint reaction force is ...
... stability angle ( Fig . 14-29 ; see also Fig . 14–23 ) . The balance stability angles vary for different directions around the glenoid . The requisite for a stable glenohu- meral joint is that the net humeral joint reaction force is ...
Page 627
... Stability Ratio ( % ) 70 60 50 40 30 20 10 Glenoid Concavity Depth vs Stability Ratio + Reduced Balance Stability Angle 0 0 Figure 14-33 1 0.5 1.5 2 2.5 3 3.5 4 4.5 5 Effective Depth Glenoid Concavity ( mm ) A nearly linear relationship ...
... Stability Ratio ( % ) 70 60 50 40 30 20 10 Glenoid Concavity Depth vs Stability Ratio + Reduced Balance Stability Angle 0 0 Figure 14-33 1 0.5 1.5 2 2.5 3 3.5 4 4.5 5 Effective Depth Glenoid Concavity ( mm ) A nearly linear relationship ...
Page 628
... stability angle ( which is equal to the stability ratio ) at that point . For most glenoidograms , it can be seen that the slope is steepest when the humeral head is centered in the glenoid ( see Fig . 14-36 ) . Thus the joint has the ...
... stability angle ( which is equal to the stability ratio ) at that point . For most glenoidograms , it can be seen that the slope is steepest when the humeral head is centered in the glenoid ( see Fig . 14-36 ) . Thus the joint has the ...
Contents
1 | 611 |
COMPARATIVE ANATOMY | 617 |
Virchel E Wood M D Leonard J Marchinski M D | 660 |
Copyright | |
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Common terms and phrases
abduction acromion acromioplasty adhesions anatomic arthrodesis arthrogram arthrography arthroscopic associated axillary nerve biceps tendon Bone Joint Surg brachial plexus calcific capsular capsule cartilage chronic clavicle Clin Orthop clinical coracoacromial ligament coracoid cuff repair cuff tendon degenerative degrees deltoid deltoid muscle diagnosis disease dislocation elbow Evaluation and Management external rotation Figure flexion follow-up fractures frozen shoulder function glenohumeral joint glenoid component glenoid labrum glenoid rim Harryman DT humeral head impingement incision inferior infraspinatus injection injury insertion instability intra-articular lesions Lippitt SB long head medial muscle Neer normal Orthopaedic pain patients pectoralis major Philadelphia position posterior postoperative Practical Evaluation procedure prosthesis prosthetic proximal humerus radiographs range of motion recurrent reported resection rotator cuff tears rupture sarcoma scapula shoul shoulder joint shoulder replacement Sidles soft tissue stability subacromial subluxation subscapularis tendon suprascapular nerve supraspinatus Surgeons surgery surgical suture symptoms syndrome technique tion total shoulder arthroplasty traumatic treatment tuberosity tumor WB Saunders