To describe a reproducible surgical technique for augmenting a bone–patellar tendon–bone (BTB) allograft with a BioBrace® biocomposite scaffold in anterior cruciate ligament reconstruction (ACLR). 90% of patients with ACL injuries opt for surgical treatment. More then 350,000 ACLRs are performed each year in the United States.

To evaluate whether medial patellofemoral ligament (MPFL) repair augmented with a reinforced bioinductive implant (BioBrace®) replicates the biomechanical properties of the native MPFL, and how it compares to semitendinosus (semi-T) graft reconstruction in a cadaveric model.

To present a case using BioBrace® to surgically repair a chronic Achilles tendon rupture, demonstrating its dual role in mechanical support and biological healing.

To present a novel surgical approach for treating a clavicle nonunion using autograft from the distal clavicle, augmented with BioBrace® collagen scaffold and bone marrow aspirate, aiming to reduce donor site morbidity and enhance bone healing.

This study evaluates the pull-through strength of the Regeneten™ Tendon Anchor (Smith & Nephew) versus the conventional #2 Hi-Fi® Mattress Stitch (CONMED) in an ex vivo porcine rotator cuff model under clinically relevant shear loading, providing a biomechanical assessment of their performance in tendon repair.