Shoulder and Elbow Procedures

Instability (Soft Tissue & Bone)AC Joint InjuriesBiceps (Proximal & Distal)Elbow UCL Repair Back To Locations

Instability (Soft Tissue & Bone)

Benefits of InternalBrace for Shoulder Instability

šŸ’Ŗ Enhanced Stability ā€” The Arthrex Internal Brace technique provides increased stability to the shoulder by augmenting the primary repair with a strong FiberTape suture, acting like an internal seatbelt.

ā±ļø Faster Recovery ā€” This technique allows for early mobilization and a quicker return to activities, as it supports the healing process and reduces the risk of re-injury.

šŸ”§ Versatile Application ā€” The Internal Brace can be used in various ligament repairs, including those involving the shoulder, making it a versatile option for treating different types of instability.

šŸ©ŗ Reduced Re-injury Risk ā€” By providing additional support during the healing phase, the Internal Brace reduces the likelihood of re-injury, which is crucial for athletes and active individuals.

šŸ’” Innovative Design ā€” The use of SwiveLock anchors and FiberTape suture in the Internal Brace system offers a robust and reliable solution for ligament augmentation.

Technique Overview

šŸ” Concept ā€” The Internal Brace technique involves using a FiberTape suture and SwiveLock anchors to augment the primary repair of ligaments, providing additional support.

šŸ› ļø Components ā€” The system uses ultra-high strength FiberTape and biocomposite SwiveLock anchors to secure the ligament to the bone.

šŸ©¹ Application ā€” Initially developed for ankle instability, the technique is now applied to various joints, including the shoulder, to enhance repair strength.

šŸ“ˆ Development ā€” The technique was developed in collaboration with leading surgeons and has been supported by numerous studies over the past decade.

šŸŒ Adoption ā€” Since its introduction, the Internal Brace has been widely adopted for its effectiveness in treating ligament injuries across different body parts.

Clinical Benefits

šŸƒā€ā™‚ļø Early Mobilization ā€” Patients can begin rehabilitation sooner, promoting healthier ligament healing and faster return to normal activities.

šŸ”„ Range of Motion ā€” The technique allows for an immediate range of motion post-surgery, which is crucial for maintaining joint function.

šŸ›”ļø Protection ā€” Acts as a protective measure during the healing phase, reducing the risk of complications and re-injury.

šŸ“‰ Reduced Morbidity ā€” Minimizes surgical morbidity by supporting natural tissue healing without the need for extensive reconstruction.

šŸ“ˆ Proven Success ā€” Supported by over 213 peer-reviewed studies, the technique has become a gold standard in ligament repair.

Potential Drawbacks

šŸ’° Cost ā€” The use of additional devices like the Internal Brace may increase the overall cost of the surgical procedure.

ā³ Learning Curve ā€” Surgeons may require additional training to effectively implement the technique, which could extend surgery time.

šŸ”Ø Surgical Complexity ā€” The procedure involves drilling into bones, which may not be necessary in traditional repairs, potentially increasing surgical complexity.

šŸ” Scar and Wound Complications ā€” Larger incisions might be needed, leading to bigger scars and potential wound complications.

šŸ§  Surgeon Experience ā€” The success of the procedure can depend on the surgeon's familiarity and experience with the technique.


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