Abstract: The present disclosure relates to a shoulder prosthesis comprising a glenoidal component having a glenoidal articulation surface and a humeral component having a humeral articulation surface, and a separate mobile glenohumeral bearing component comprising a glenoidal bearing surface and a humeral bearing surface arranged on opposite sides of the glenohumeral bearing component. The glenoidal bearing surface contacts in an implanted state the glenoidal articulation surface and/or the humeral bearing surface contacts in an implanted state the humeral articulation surface. At least one of the glenoidal and humeral bearing surfaces is concave. The glenohumeral bearing component is disposed in an implanted state between the glenoidal component and the humeral component. Both the glenoidal and humeral articulation surfaces are convex.

Abstract: The present disclosure relates to a shoulder prosthesis comprising a glenoidal component having a glenoidal articulation surface and a humeral component having a humeral articulation surface, and a separate mobile glenohumeral bearing component comprising a glenoidal bearing surface and a humeral bearing surface arranged on opposite sides of the glenohumeral bearing component. The glenoidal bearing surface contacts in an implanted state the glenoidal articulation surface and/or the humeral bearing surface contacts in an implanted state the humeral articulation surface. At least one of the glenoidal and humeral bearing surfaces is concave. The glenohumeral bearing component is disposed in an implanted state between the glenoidal component and the humeral component. Both the glenoidal and humeral articulation surfaces are convex.

Abstract: The present disclosure relates to a shoulder prosthesis comprising a glenoidal component having a glenoidal articulation surface and a humeral component having a humeral articulation surface, and a separate mobile glenohumeral bearing component comprising a glenoidal bearing surface and a humeral bearing surface arranged on opposite sides of the glenohumeral bearing component. The glenoidal bearing surface contacts in an implanted state the glenoidal articulation surface and/or the humeral bearing surface contacts in an implanted state the humeral articulation surface. At least one of the glenoidal and humeral bearing surfaces is concave. The glenohumeral bearing component is disposed in an implanted state between the glenoidal component and the humeral component. Both the glenoidal and humeral articulation surfaces are convex.

Abstract: A glenoid implant has an anatomically formed body including of metal and/or plastic materials. It further has a contact surface adapted to extend the surface of a glenoid and to bear a humerus. In the implant body, there is at least one hole with a screw head seating area for holding the head of a screw, which may be screwed into a glenoid for fixedly attaching the glenoid implant.

Abstract: An implantable device and various systems and methods related to the device are disclosed. The implantable device has a bone implant component configured to be secured to at least one bone of a patient with at least one recess therein. The bone implant component is configured to allow a suture anchor to be disposed within the recess and has a restriction therein that is engageable by the suture anchor to retain the suture anchor within the bone implant component. Methods for implanting a suture anchor in the implantable device are also disclosed.

Abstract: A glenoid implant has an anatomically formed body including of metal and/or plastic materials. It further has a contact surface adapted to extend the surface of a glenoid and to bear a humerus. In the implant body, there is at least one hole with a screw head seating area for holding the head of a screw, which may be screwed into a glenoid for fixedly attaching the glenoid implant.

Abstract: A glenoid implant has an anatomically formed body including of metal and/or plastic materials. It further has a contact surface adapted to extend the surface of a glenoid and to bear a humerus. In the implant body, there is at least one hole with a screw head seating area for holding the head of a screw, which may be screwed into a glenoid for fixedly attaching the glenoid implant.

Abstract: A glenoid implant has an anatomically formed body including of metal and/or plastic materials. It further has a contact surface adapted to extend the surface of a glenoid and to bear a humerus. In the implant body, there is at least one hole with a screw head seating area for holding the head of a screw, which may be screwed into a glenoid for fixedly attaching the glenoid implant.