Today: 17.Aug.2019

Bernard Songy, Médecin, Cardiologie nucléaire, David Lussato, M.D., Mohamed Guernou, Médecin nucléaire, Gil Kovalski Ph.D. Biomedical Engineering: Description of nuclear medicine practice at Centre Cardiologique du Nord, (CCN) Paris, France.

Dr. Rodrigo Muñoz Casillas, Dra. Nora E. Kerik Rotenberg, Dr. Iván Eudaldo Díaz Meneses, M. en C. Carlos Alberto Reynoso Mejía. Instituto Nacional de Neurología y Neurocirugía “Manuel Velazco Suárez”: La Tomografía por Emisión de Positrones (PET) es la técnica de diagnóstico por imagen de medicina nuclear en la cual se aplica al paciente un radiofármaco (unión de un fármaco con farmacocinética conocida a un átomo radiactivo emisor de positrones). La PET/CT cerebral con 18F-FDG (análogo de la glucosa) evalúa el metabolismo glucolítico cerebral ya que éste proporciona aproximadamente el 95% del ATP necesario para la función cerebral.

European Association of Nuclear Medicine: New nuclear imaging techniques help to detect a key factor involved in Alzheimer’s disease (AD) much earlier and more precisely than before. Recently developed tracers, used with positron emission tomography (PET) make tau tangles in the brain visible.

European Association of Nuclear Medicine: For tumor patients the timely choice of the appropriate therapy is of vital importance.Nuclear medical methods such as PET (positron emission tomography) allow not only for targeting the tumor but also for assessing the treatment outcome soon after therapy onset. This enables doctors to change treatment if necessary and adapt it to the specific conditions and needs of their patients. A non-responder patient can be identified very soon after therapy onset so that non-effective chemotherapy can be immediately stopped, reducing adverse side effects through inefficient toxicity and enabling an early salvage approach, for example by shifting to a different drug or to radiotherapy.