Reston, Va. Now, for the first time, experts have compiled a comprehensive overview of the literature regarding the usefulness of PET imaging for the treatment of several cancers.
Personalizing Cancer Therapy with FDG PET: From RECIST to PERCISTa compilation of results of therapeutic regimens across a broad range of cancers published as a supplement to the Journal of Nuclear Medicineis a unique reference tool presenting the most up-to-date information about the use of fluorodeoxyglucose and positron emission tomography (FDG PET) for monitoring therapy and treatment of many different cancers. Internationally recognized PET imaging specialists and oncologists contributed to and developed this new supplement.
FDG PET is a noninvasive, painless molecular imaging technology that allows physicians to determine how organs and tissues inside the body are functioning on a molecular and cellular level. In the past, collecting information about tumor response in a structured and meaningful format was difficult. As a result, generally accepted criteria for response assessment in solid tumors did not exist. Because each patient is unique, oncologists have no way of accurately predicting which patient will benefit from a specific therapy.
Those involved in the production of the new supplement believe that the international guidelines and criteria for response assessment using PET in solid tumors provided by the new periodical may notably alter cancer treatment and prognosis.
"The literature in this publication suggests that FDG PET could play a significant role in personalizing the treatment of malignant tumors," said Wolfgang Weber, M.D., editor of the supplement and medical director with the division of nuclear medicine at the Albert-Ludwigs University in Freiburg, Germany. "It could positively impact patient care by providing access to critical imaging procedures to ensure that patients get the right treatment early on in their
|Contact: Amy Shaw|
Society of Nuclear Medicine