Bone plating system
AssigneeEndeavor Orthopaedics, LLC
InventorsRyan Christopher Stafford, Dana James Funk, Gregory B. Parranto, JR., Matthew P. Gardner, Nirav Amin
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AssigneeEndeavor Orthopaedics, LLC
InventorsRyan Christopher Stafford, Dana James Funk, Gregory B. Parranto, JR., Matthew P. Gardner, Nirav Amin
Estimating the term…
The invention provides an integrated orthopedic fixation system that enhances precision, reproducibility, and biomechanical stability in bone and soft-tissue repair. In one aspect, a loop suture includes one or more integrally formed loops spaced along its length, each functioning as a selectable tensioning point that enables a surgeon to incrementally “dial in” soft-tissue tension without manual knot-tying. In another aspect, a bone plate with a slip-knot pathway incorporates strategically oriented holes, tunnels, and slots configured to guide a suture in a unidirectional, self-locking manner, forming a stable, knotless construct. In a further aspect, a lateral ulna plate is anatomically contoured for placement on the lateral surface of the proximal ulna and integrates the slip-knot suture pathway to provide rigid fracture fixation while minimizing hardware prominence and optimizing triceps-tendon tension control. The combined system allows precise, repeatable, and adjustable fixation of bone and soft tissue using a single low-profile implant platform.
A bone fixation system, comprising:
A method of securing soft tissue to bone using a bone fixation system, comprising:
Dependencies are inferred from the claim text.