Publications by authors named "M URVOY"
Background: Knowledge of premorbid glenoid parameters at the time of shoulder arthroplasty, such as inclination, version, joint line position, height, and width, can assist with implant selection, implant positioning, metal augment sizing, and/or bone graft dimensions. The objective of this study was to validate a scapular statistical shape model (SSM) in predicting patient-specific glenoid morphology in scapulae with clinically relevant glenoid erosion patterns.
Methods: Computed tomography scans of 30 healthy scapulae were obtained and used as the control group.
Background: The etiology of humeral posterior subluxation remains unknown, and it has been hypothesized that horizontal muscle imbalance could cause this condition. The objective of this study was to compare the ratio of anterior-to-posterior rotator cuff and deltoid muscle volume as a function of humeral subluxation and glenoid morphology when analyzed as a continuous variable in arthritic shoulders.
Methods: In total, 333 computed tomography scans of shoulders (273 arthritic shoulders and 60 healthy controls) were included in this study and were segmented automatically.
Article Synopsis
- The study aimed to investigate the potential link between muscle imbalances and humeral posterior subluxation in arthritic shoulders by comparing the volumes of rotator cuff muscles and deltoids in patients with different glenoid types.
- A total of 333 CT scans were analyzed to measure muscle volume ratios, but no significant differences or correlations were found between muscle ratios and glenoid morphology/humeral subluxation in the arthritic shoulder group.
- However, a notable finding was that the AP ratio for type A glenoids was higher compared to type B and C glenoids, highlighting some moderate correlations between these muscle ratios and glenoid positioning across both health statuses.
Background: Methods to determine whether a stemless humeral component is appropriate for anatomic total shoulder arthroplasty are varied and often subjective. Objective preoperative data regarding metaphyseal bone quality may help guide surgical decision-making. This study sought to evaluate preoperative proximal humeral bone quality and determine whether it is predictive of intraoperative conversion to a stemmed humeral component.
View Article and Find Full Text PDFPurpose: Clinical evaluation of the shoulder range of motion (RoM) may vary significantly depending on the surgeon. We aim to validate an automatic shoulder RoM measurement system associating image acquisition by an RGB-D (red/green/blue-depth) video camera to an artificial intelligence (AI) algorithm.
Methods: Thirty healthy volunteers were included.