Gastrointestinal (GI tract) cancer can occur in the esophagus, stomach, pancreas, bile duct, liver, colon, rectum and anus. Finding the right treatment for GI tract cancer can be very challenging because of the sensitive tissues and organs that make up this system of the body. Traditional radiation and its broad treatment spectrum can adversely impact healthy organs that are located nearby the GI tract, such as the kidneys, bowel and small intestines. The inability to narrowly target radiation is of concern to physicians because even low doses of radiation can cause damage and significant side effects to the important bodily functions carried out by GI tract organs. That is why Proton Therapy and its laser-like precision is such an important advancement in the administration of radiation to fight cancer.

Proton Therapy has the dexterity to move deep within the body to treat hard-to-reach cancers in the GI tract, without posing a substantial threat to the digestive system and neighboring organs. This limits potential side effects that can negatively impact the patient’s health and quality of life during treatment. Proton Therapy also increases treatment options for the patient because unlike traditional radiation therapy, it can be safely combined with surgery.