Benefits of proton therapy

Compared to conventional radiation therapy that uses photons, proton therapy significantly reduces radiation exposure for healthy tissues surrounding the tumor. Thanks to this precision, protons act on the tumor while minimally affecting the tissues behind it. This characteristic makes proton therapy ideal for treating tumors located near radiation-sensitive organs.

For children and adolescents, proton therapy is an optimal solution, as growing tissues are much more sensitive to radiation. By reducing radiation exposure to healthy tissues, this therapy minimizes side effects and contributes to safer treatment for young patients.

Proton therapy delivers a lower total radiation dose throughout treatment compared to other forms of radiation therapy. This reduction is crucial in decreasing adverse effects and allows for quicker and easier recovery for patients.

By precisely targeting the tumor and protecting healthy tissues, proton therapy contributes to an improved quality of life for patients by minimizing symptoms and long-term complications associated with other types of radiation.

Due to the reduced radiation exposure to healthy tissues, proton therapy decreases the risk of developing secondary cancers in the future. This is particularly important for young patients who have a long life expectancy and face long-term risks from conventional radiation treatments.

For patients facing recurrent forms of cancer, proton therapy opens up the possibility of re-radiation or retreatment, providing them with the chance for a new therapeutic protocol safely, even in areas already exposed to radiation.

Recent studies indicate that 20% of patients requiring radiation therapy may benefit from proton therapy, thereby improving their health and, in many cases, their prognosis. This represents a crucial option for a significant number of patients worldwide who can access innovative and safer treatment.