RaySearch Laboratories

Import CT and MRI images into RayStation.

Contour the tumor and critical structures.

Create a proton therapy plan with specific dose constraints.

Optimize the plan to minimize dose to healthy tissue.

Evaluate the plan's dose distribution and adjust as needed.

Acquire weekly CT scans during treatment.

Deformably register the follow-up scans to the initial planning scan.

Adapt the treatment plan based on the changes in tumor volume.

Recalculate the dose distribution and ensure adequate tumor coverage.

Deliver the adapted treatment plan.

Import ultrasound or CT images of the prostate.

Contour the prostate gland and surrounding structures.

Simulate the placement of radioactive seeds.

Optimize the seed positions to achieve the desired dose distribution.

Verify the plan and proceed with brachytherapy implantation.

Acquire high-resolution MRI images of the brain.

Contour the brain metastases and critical structures.

Create an SRS plan using multiple converging beams.

Optimize the plan to maximize dose to the metastases and minimize dose to healthy tissue.

Verify the plan and deliver the SRS treatment.

Import CT and MRI images of the sarcoma.

Contour the tumor and critical structures.

Create a carbon ion therapy plan with specific range and energy parameters.

Optimize the plan to maximize tumor coverage and minimize dose to healthy tissue.

Evaluate the plan and deliver the carbon ion therapy treatment.