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. |
From inside the book
Results 1-3 of 88
Page 267
... force necessary to elevate the arm decreased down to 72 % in combination with the supraspi- natus force , 64 % with the infraspinatus / teres minor force , and 41 % with all the cuff - muscle forces . Even inferiorly positioned cuff ...
... force necessary to elevate the arm decreased down to 72 % in combination with the supraspi- natus force , 64 % with the infraspinatus / teres minor force , and 41 % with all the cuff - muscle forces . Even inferiorly positioned cuff ...
Page 268
... force and moment equilibrium equations . Three groups of forces are applied to the upper arm : the weight of the arm , the muscle forces , and the reactive joint forces . The weight of the arm creates a moment around the joint , which ...
... force and moment equilibrium equations . Three groups of forces are applied to the upper arm : the weight of the arm , the muscle forces , and the reactive joint forces . The weight of the arm creates a moment around the joint , which ...
Page 269
... force across the joint at 90 degrees of eleva- tion ( dotted line ) . The deltoid force ( solid line ) is about 0.4 of body weight , and an inferior " depressive " force of about 0.4 body weight ( dashed line ) was calculated . " rium ...
... force across the joint at 90 degrees of eleva- tion ( dotted line ) . The deltoid force ( solid line ) is about 0.4 of body weight , and an inferior " depressive " force of about 0.4 body weight ( dashed line ) was calculated . " rium ...
Contents
VOLUME | 1 |
Rotator Cuff | 17 |
RESULTS OF NONOPERATIVE TREATMENT OF BICEPS | 22 |
Copyright | |
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Common terms and phrases
abduction acro acromial acromioclavicular dislocation acromioclavicular joint acromioclavicular ligaments acromioclavicular separation acromion anatomy anteroposterior artery arthroscopic associated axillary biceps Bone Joint Surg brachial plexus capsular capsule Chir clavicle fracture clavicular clavicular fracture Clin Orthop clinical Congenital coracoacromial ligament coracoclavicular ligaments coracoid process deformity degrees deltoid deltoid muscle displaced distal clavicle elevation epiphysis excision external rotation Figure Fractures 3 vols fragment glenohumeral joint glenohumeral ligament glenoid Green DP eds humeral head inferior injury insertion instability internal fixation JB Lippincott labrum lateral lesions medial clavicle ment muscle neck nerve nonoperative nonunion normal open reduction Orthopaedic pain patient pectoralis major Philadelphia posterior dislocation proximal humerus radiographic range of motion repair reported resection Rockwood rotator cuff rotator cuff tears scapula screw shoulder joint soft tissue stability sternoclavicular joint subacromial subclavian subluxation subscapularis superior suprascapular supraspinatus surgery surgical suture syndrome technique tendon thoracic tion trapezius trauma treatment upper vicular x-ray