Part I: Technical Principles.- Material Decomposition and Post-Processing - History and Basic Principles.- Dual-Energy - The Siemens Approach.- Dual-Energy - The Philips Approach.- Dual-Energy - The GE Approach.- Dual Energy - The Canon Approach.- Basic Principles and Clinical Applications of Photon-Counting CT.- Contrast Media for Modern Computed Tomography.-
Part II: Clinical Applications.- Neuroradiological Imaging.- Head and Neck Imaging.- Clinical Applications in Cardiac Imaging.- Dual- Energy CT Angiography.- Thoracic Imaging: Ventilation/Perfusion.- Thoracic Oncology.- Gastrointestinal Imaging: Oncology (Liver, Pancreas, Bowel Cancer and Treatment Response).- Gastrointestinal Imaging: Liver Fat and Iron Quantification.- Bowel Imaging.- Role of Dual Energy Computed Tomography (DECT) in an Acute Abdomen.- Spectral Computed Tomography Imaging of the Adrenal Glands.- Urogenital Imaging: Kidneys (Lesion Characterization).- Urogenital Imaging: Kidneys - UrinaryStones.- Skeletal Imaging: Bones.- Gout.- Dual-Energy CT in Radiation Oncology.- The Future of Spectral CT - Radiomics and Beyond.- Photon-Counting CT: Initial Clinical Experience.