CT-driven virtual simulations create detailed images used to design the most accurate and personalized radiation therapy plans for each patient.
CT-driven virtual simulations, often called CT simulations, are an essential part of preparing for radiation therapy. By combining high-resolution CT imaging with advanced computer software, we can map the exact location, shape, and movement of a tumor—giving us the information needed to plan radiation treatment with pinpoint precision.
Radiation therapy works best when it’s focused on the tumor and avoids healthy tissue. CT simulations allow our radiation oncology team to visualize the tumor and surrounding structures in three dimensions. They also account for natural motion in the body—such as breathing—that can cause tumors to shift slightly from one moment to the next. This helps ensure that each dose of radiation is delivered exactly where it’s needed.
During your CT simulation, you’ll lie in a treatment position while imaging is captured. Depending on your specific case, we may use aids like:
The resulting scans help us fine-tune your:
Every tumor is different. That’s why CT simulation is a vital step in building a personalized treatment plan. It gives us the clearest view of your internal anatomy and helps our team set up the radiation equipment—including the linear accelerator—to match your individual needs.
At Salter Radiation Oncology, we believe that advanced technology and individualized care go hand in hand. CT simulation is just one of the many tools we use to deliver highly effective, safe, and patient-centered radiation therapy right here in Birmingham. With decades of experience and a compassionate, collaborative approach, Dr. Susan Salter and her team are committed to helping you feel confident and informed at every stage of treatment.
If you’d like to learn more about CT simulation and how it supports precise radiation care, call us at (205) 939-7884. No referral needed to get started.
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