What role does real-time feedback play in surgical navigation during TSA?

Real-time feedback plays a critical role in guiding the optimal placement of the prosthesis during total shoulder arthroplasty (TSA). This immediate and actionable information allows the surgeon to make precise adjustments as needed throughout the procedure, ensuring that the prosthetic components are aligned correctly with the patient's anatomy. Proper alignment and positioning are essential for the successful integration of the implant, supporting not only the mechanical stability of the joint but also facilitating smoother postoperative recovery and function.

In the context of TSA, achieving optimal placement of the prosthesis directly influences the longevity of the implant and the overall success of the surgery. Surgeons rely on advanced navigation systems, which provide intraoperative data such as joint space, angles, and movement, to make informed decisions. This level of detail helps mitigate risks related to improper placement, ultimately leading to better outcomes for the patient.