Medical imaging offers the possibility of achieving anatomical and functional descriptions of human body, improving the development of pathophysiological models. A major goal of biomedical research is to integrate the plurality of information that can be achieved at different spatiotemporal scales, at cellular, tissue, organ and system levels. In this paper a description of imaging modalities used to explore human functions at different levels will be given. The relevance of analysis methods based on models, i.e. on a priori information, as well as data driven ones will be outlined. Examples related to the study of heart and brain function will be described.
New Frontiers in Medical Imaging: Functional, Metabolic and Molecular Imaging
VANELLO, NICOLA;LANDINI, LUIGI
2007-01-01
Abstract
Medical imaging offers the possibility of achieving anatomical and functional descriptions of human body, improving the development of pathophysiological models. A major goal of biomedical research is to integrate the plurality of information that can be achieved at different spatiotemporal scales, at cellular, tissue, organ and system levels. In this paper a description of imaging modalities used to explore human functions at different levels will be given. The relevance of analysis methods based on models, i.e. on a priori information, as well as data driven ones will be outlined. Examples related to the study of heart and brain function will be described.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.