Proton Therapy is an advanced form of radiation treatment that uses high-energy proton particles to target and destroy cancer cells with precision. Unlike conventional X-ray radiation, protons can be planned to deposit much of their energy within the tumor and reduce radiation exposure to nearby healthy tissues. It may be considered for selected cancers where limiting radiation to surrounding organs is particularly important, based on the tumor's type, location, and treatment goals.
Patients with Tumors Near Critical Organs
Individuals with tumors located close to sensitive structures such as the brain, spinal cord, eyes, heart, or other vital organs where reducing radiation exposure may be beneficial.
Patients Requiring Precise Radiation Treatment
People with certain localized or well-defined cancers where highly targeted radiation can be incorporated into the treatment plan.
Children with Cancer
Children with selected cancers who may benefit from minimizing unnecessary radiation exposure to developing healthy tissues and reducing potential long-term effects.
Comprehensive Cancer Evaluation
Your radiation oncology team reviews your diagnosis, biopsy results, CT/MRI scans, previous treatments, and overall health to determine whether proton therapy is appropriate.
Personalized Proton Treatment Planning
Advanced imaging and computer-based planning are used to design proton beams that precisely target the tumor while limiting radiation exposure to surrounding healthy tissues.
Proton Beam Treatment & Monitoring
During each session, you are positioned carefully while the proton beam delivers the planned radiation dose. Your treatment team monitors your position and treatment response throughout the course.
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Your Treatment Journey
Before Procedure
- You will undergo detailed imaging and treatment-planning scans to precisely map the tumor and surrounding organs.
- Your radiation oncologist will explain the treatment schedule, expected benefits, possible side effects, and preparation requirements.
- A customized immobilization device may be created to help keep the treated area in the correct position during each session.
During Procedure
- Proton therapy is non-invasive and does not require a surgical incision.
- Treatment is typically delivered over multiple sessions, depending on the cancer type, location, and prescribed radiation dose.
- Each treatment session may take approximately 15–45 minutes, although the actual proton beam delivery is usually much shorter.
After Procedure
- Most patients can return home after each treatment session without hospitalization.
- Fatigue, skin irritation, or other side effects may develop depending on the area being treated and the radiation dose.
- Follow-up appointments and imaging are used to assess treatment response and monitor recovery.
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