Part 1: Preclinical imaging of mechanisms of atherosclerosis and its complications -- Pathobiology and basic mechanisms of atherosclerosis -- Ultrasound imaging of endothelial cell activation and damage in atherosclerosis -- Molecular imaging of macrophages -- Optical molecular imaging of inflammation and calcification in atherosclerosis -- Imaging of antigen-presenting cells -- Imaging of oxidation-specific epitopes -- Intravascular molecular imaging -- Imaging of complications of atherosclerosis (platelets aggregation and thrombosis) -- Part 2: Imaging insights into mechanisms of calcific aortic valve disease (CAVD) and calcification -- Pathobiology and basic mechanisms of CAVD -- Molecular imaging of aortic valve inflammation and calcification: Preclinical studies -- PET CT imaging of inflammation and calcification in CAVD: Clinical studies -- Ultrasound imaging of CAVD -- Micro-OCT imaging of microcalcification -- Part 3: Clinical imaging of inflammation and calcification -- MR imaging in cardiovascular disease -- Molecular mechanisms of atherosclerosis imaged by MR -- Cardiovascular nuclear imaging -- Preclinical and clinical PET CT imaging of inflammation and calcification -- Clinical feasibility and monitoring of the effects of anti-inflammatory therapy in atherosclerosis.