Fig. 11.1 (a) The patient is positioned in a beach chair position. Anatomic landmarks and portals are drawn. (b) The posterior portal is placed more superiorly and an accessory posteroinferior…
Fig. 17.1 Advanced fatty infiltration of the rotator cuff muscle bellies following rotator cuff tear. SS supraspinatus, IS infraspinatus (Figure courtesy of Columbia University Center for Shoulder, Elbow and Sports…
Fig. 8.1 Smaller but medial Hill-Sachs lesion which will “engage” Fig. 8.2 Large, engaging, Hill-Sachs lesion While viewing from above, the shaver is inserted posteriorly. In preparation for the remplissage,…
Fig. 1.1 (a) An illustration of two individual waves that are in phase. When summed together, the resulting wave is doubled. (b) An illustration of two individual waves that are…
Fig. 7.1 Contact between the thumb and forearm during passive wrist flexion may indicate generalized ligamentous laxity Fig. 7.2 (a) Sulcus sign. (b) Sulcus sign persisting in external rotation Radiographic…
Fig. 4.1 Assessing posterior capsular contracture with patient laying supine and the affected arm abducted to 90° Fig. 4.2 Patient performing the active range of motion assessment of the posterior…
Fig. 6.1 Glenoid shape. Sagittal oblique MR arthrogram images of a 19-year-old man with shoulder instability. (a) Normal glenoid shape exhibiting a typical pear shape. (b) Follow-up imaging obtained after…
Fig. 1 The example of RF training and landmark detection. Illustration on 2D AP X-ray image for easy understanding. a A patch sampled around the true landmark position. b Multiple sampled…
Fig. 1 Template-based planning approach demonstrated for the radius bone. a Pathological radius (orange) and mirrored, contralateral bone (green) serving as the reconstruction template. b Aligning the proximal part (orange) to…
Fig. 1 The four aligned channels of a patient data, left to right in-phase, opposed-phase, water and fat images (for visualization purpose, we only show the middle sagittal (mid-sagittal) slice of…
