Abstract: A modular system is provided for assembling a structure to secure to opposite sides of a fracture in a bone of a subject. The modular system includes a plate with a perimeter including a plurality of openings. The perimeter defines an interior area within the plate. The modular system also includes a link with one or more openings along a linear axis defining the link. The one or more openings of the link include a connector to receive a fastener to be secured in the bone. The plurality of openings of the plate includes a first opening with an inner diameter configured to removably receive an outer diameter of the connector of the link so that the link is rotatably received within the first opening. A method is also provided for assembling the structure using the modular system and securing the assembled structure to opposite sides of the bone fracture.

Abstract: Disclosed herein are improved surgical techniques for repairing bone defects in a sternum during a sternotomy procedure and implants adapted for such techniques. In an exemplary embodiment, provided is a fusion strip made of an osteoconductive material and of a dimension that is especially adapted for improved repair of sternal bone defects.

Abstract: Disclosed herein are improved surgical techniques for repairing bone defects in a sternum during a sternotomy procedure and implants adapted for such techniques. In an exemplary embodiment, provided is a fusion strip made of an osteoconductive material and of a dimension that is especially adapted for improved repair of sternal bone defects.