Why Surface Guided Radiation Therapy

One of the advantages of SGRT is its ability to improve patient comfort during treatment. Traditional radiation therapy often requires the use of permanent skin marks or tattoos to guide patient positioning. SGRT eliminates this need by using advanced imaging technology to track a patient's body surface in real-time. This not only reduces the psychological burden associated with visible reminders of treatment but also contributes to a more positive experience for patients undergoing therapy. 

As radiation therapy continues to evolve, SGRT is establishing itself as a standard in modern cancer treatment. By prioritizing patient comfort, supporting precise treatment delivery, and optimizing clinical workflows, SGRT contributes to a more patient-centric approach in radiation oncology. While integration into clinical practice requires adaptation, the benefits of SGRT are shaping the future of radiation therapy with a focus on safety, efficiency, and an improved patient experience.

From a clinical perspective, SGRT streamlines treatment workflows, allowing fast and efficient patient setup. The ability to quickly and accurately position patients can help reduce treatment times and enhance the overall efficiency of radiation therapy centres. For healthcare providers, this means the potential for smoother daily operations and optimized resource utilization.

SGRT provides continuous monitoring throughout the treatment process, helping ensure that patients maintain the correct position during treatment delivery. This approach allows medical teams to make adjustments within the treatment process, potentially reducing positioning errors. SGRT achieves this without exposing patients to additional radiation, making it a patient-friendly complement to existing imaging methods.