Radiation Therapy/Radiation Oncology
The Radiation Oncology program at Pearlman is one of six in Georgia accredited by the American College of Radiology. This accreditation has been consistently maintained for 19 years.
Radiation treatments are delivered by Radiation Oncologist John Devine, MD and experienced staff. With two, top-of-the-line, linear accelerators and a state-of-the-art cancer treatment simulator, Pearlman physicist and dosimetrist assist Dr. Devine in developing individualized treatment plans.
The center has two Elekta Synergy Linear Accelerators that provide Intensity Modulated Radiation Therapy (IMRT) with Image Guided Radiation Therapy (IGRT). IMRT is a form of radiation which allows the radiation oncologist to vary the intensity of the radiation beam across the treatment field. So instead of patients being treated with a single, large uniform beam of radiation, IMRT uses hundreds of very small beams with each beam having a different intensity, some stronger, some weaker. IGRT enhances the delivery of IMRT by addressing the variations caused by the motions of internal organs. IGRT makes the dose of radiation delivered the most accurate possible.
Stereotactic Whole Body Radiation Therapy is another advanced technology that is available at Pearlman. Sterotactic Radiotherapy uses IGRT to locate disease and a system of immobilization called Vaclock to fix a patient's body in a defined position so precise, targeted beams of radiation can be administered.
Pearlman Cancer Center is one of the few hospitals in our region offering patients a treatment called Orthovoltage to treat skin cancers. Orthovoltage is a low-voltage X-ray. It is an excellent alternative to surgery for cancer in sensitive areas such as the folds of the nose, eyelids or other superficial structures.
The department also offers brachytherapy, a unique program where radioactive seeds are implanted in the prostate gland of certain prostate cancer patients. This treatment sends high doses of radiation to the tumor while sparing surrounding normal tissues.