Abstract: A tendon repair apparatus includes a tendon bridge having oppositely disposed proximal and distal bridge ends spaced longitudinally apart by a bridge body. A plurality of engagement legs is provided. Each engagement leg has a proximal leg end attached directly to a corresponding one of the proximal and distal bridge ends and a distal leg end spaced transversely apart from the tendon bridge. At least one receiver plate, transversely spaced from the tendon bridge and extending substantially longitudinally and laterally parallel to the tendon bridge, is provided. The receiver plate includes a plurality of receiver apertures. Each receiver aperture corresponds to a selected engagement leg. Each receiver aperture is configured to selectively engage with a corresponding selected engagement leg. Engagement between the receiver aperture and the engagement leg maintains the receiver plate in transversely spaced indirect connection with the tendon bridge.

Abstract: A tendon repair apparatus includes a tendon bridge having oppositely disposed proximal and distal bridge ends spaced longitudinally apart by a bridge body. A plurality of engagement legs is provided. Each engagement leg has a proximal leg end attached directly to a corresponding one of the proximal and distal bridge ends and a distal leg end spaced transversely apart from the tendon bridge. At least one receiver plate, transversely spaced from the tendon bridge and extending substantially longitudinally and laterally parallel to the tendon bridge, is provided. The receiver plate includes a plurality of receiver apertures. Each receiver aperture corresponds to a selected engagement leg. Each receiver aperture is configured to selectively engage with a corresponding selected engagement leg. Engagement between the receiver aperture and the engagement leg maintains the receiver plate in transversely spaced indirect connection with the tendon bridge.

Abstract: One aspect of the present disclosure relates to an embolic filter device configured for placement in a blood vessel to capture emboli during a medical procedure. The embolic filter device can include an expandable frame member and a membrane. The expandable frame member can include a radial support member operably connected to first and second longitudinal struts, and an engaging portion extending between the first and second longitudinal struts. The engaging portion can be shaped and configured to temporarily receive, and sealingly mate with, a portion of an endovascular catheter during the medical procedure. The membrane can be securely connected to the frame member and define a collection chamber for captured emboli. The membrane can be configured to cover substantially all of the cross-sectional area of the blood vessel when the embolic filter device is deployed in the blood vessel.

Abstract: One aspect of the present disclosure relates to an embolic filter device configured for placement in a blood vessel to capture emboli during a medical procedure. The embolic filter device can include an expandable frame member and a membrane. The expandable frame member can include a radial support member operably connected to first and second longitudinal struts, and an engaging portion extending between the first and second longitudinal struts. The engaging portion can be shaped and configured to temporarily receive, and sealingly mate with, a portion of an endovascular catheter during the medical procedure. The membrane can be securely connected to the frame member and define a collection chamber for captured emboli. The membrane can be configured to cover substantially all of the cross-sectional area of the blood vessel when the embolic filter device is deployed in the blood vessel.