10.0MM ACL INTERFERENCE SCREW,CANNULATED
A 10.0mm ACL interference screw, cannulated , shares many similarities with the 9.0mm version but with some differences in size. Here's an overview of its specification and uses:
Specification
- Size: The 10.0mm size indicates a larger diameter compared to the 9.0mm screw. This larger size may be suitable for patients with larger bone anatomy or specific surgical requirements.
- Material: Like the 9.0mm version, "TIT" suggests that the screw is made of titanium, a biocompatible material known for its strength and compatibility with the human body.
- Cannulated: As with the 9.0mm screw, the cannulated design means that it has a hollow center, allowing for passage over a guide wire during insertion. This feature facilitates precise placement of the screw within the bone tunnel, aiding in surgical accuracy.
Uses
- ACL Reconstruction: The primary use remains the same as the 9.0mm version. ACL reconstruction surgery aims to restore stability and function to the knee joint following injury or damage to the anterior cruciate ligament (ACL). The interference screw is used to secure the graft within the bone tunnel, providing stability during the healing process.
- Fixation: Similar to the 9.0mm screw, the 10.0mm interference screw is utilized for fixation of the graft within the tibia or femur bone tunnels, compressing the graft against the bony walls to promote healing and stability.
- Biomechanical Stability: By securely anchoring the graft, the interference screw contributes to biomechanical stability in the knee joint, allowing for optimal healing and rehabilitation.
- Minimally Invasive: The cannulated design allows for minimally invasive insertion, reducing trauma to surrounding tissues and potentially enhancing the patient's recovery.
In summary, the 10.0mm ACL interference screw, cannulated , is a specialized orthopedic implant used in ACL reconstruction surgery to secure grafts within bone tunnels, providing stability and promoting healing in the knee joint. Its larger size may be appropriate for specific patient anatomies or surgical requirements.