InhaltsangabeBasic science of PET.- Incremental value of imaging structure and function.- The technologist's perspective.- Radiation dosimetry.- Artifacts and normal variants with FDG PET imaging.- PET imaging in brain.- Tumors.- PET imaging lung cancer.- PET in head and neck cancer.- PET imaging in lymphoma.- PET imaging in colorectal cancer.- PET in upper GI cancer.- PET imaging in tumors of pancreas and liver.- PET imaging in breast cancer.- PET imaging in testicular, ovarian and cervical cancer.- PET imaging in melanoma.- PET imaging in urological tumors.- PET imaging in sarcoma.- PET in thyroid and adrenal tumors.- PET imaging in multiple myeloma.- PET in infection.- PET imaging of the skeleton.- PET imaging in pediatrics.- PET imaging in tumor hypoxia.- Labeled pyrimidine.- Assessment of treatment response by PET.- PET in clinical cardiology.- PET in clinical neurology.- Cardiac PET/CT imaging.- Cost effectiveness of PET.