The Shoulder, Volume 2Charles A. Rockwood, Frederick A. Matsen |
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Page 216
... body motion requires three linear and three angular coordinates to specify the location and orientation of a rigid body in space . In other words , any rigid body with uncon- strained motion will have six degrees of freedom in space ...
... body motion requires three linear and three angular coordinates to specify the location and orientation of a rigid body in space . In other words , any rigid body with uncon- strained motion will have six degrees of freedom in space ...
Page 242
... body . The capsule and ligaments are also modeled with tensile springs . Their displacement can also be de- scribed based on the displacement of the reference point of the associated rigid body . For a given joint reaction load , strain ...
... body . The capsule and ligaments are also modeled with tensile springs . Their displacement can also be de- scribed based on the displacement of the reference point of the associated rigid body . For a given joint reaction load , strain ...
Page 552
... Body Radiographs of the shoulder are most conveniently identified by the plane of the projection . For many years the standard shoulder films have been taken with the film in the plane of the body . Anteroposterior View The ...
... Body Radiographs of the shoulder are most conveniently identified by the plane of the projection . For many years the standard shoulder films have been taken with the film in the plane of the body . Anteroposterior View The ...
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Common terms and phrases
abduction acromioclavicular dislocation acromioclavicular joint acromion anatomy anesthesia arthritis arthroscopic axillary artery axillary lateral axillary nerve biceps tendon Bone Joint Surg brachial plexus bursa capsular capsule cent cervical Chir clavicular clavicular fracture Clin Orthop clinical closed reduction congenital coracoacromial coracoacromial ligament coracoclavicular ligaments coracoid process deformity degrees deltoid muscle diagnosis displaced distal clavicle elevation external rotation Figure frozen shoulder function glenohumeral instability glenohumeral joint glenohumeral ligament glenoid labrum glenoid rim greater tuberosity Green DP eds humeral fractures humeral head impingement syndrome injury insertion JB Lippincott labrum lesions medial clavicle neck nonunion normal open reduction Orthopaedic pain patient pectoralis major position posterior dislocation posteriorly procedure prosthesis proximal humerus radiographic range of motion repair reported Reproduced with permission resection rotator cuff tears scapula screw shoulder joint soft tissue stability sternoclavicular joint subacromial subluxation subscapularis superior suprascapular supraspinatus surgery surgical sutures technique thoracic tion trapezius trauma treatment Type x-ray