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Dynamic spontaneous functional interactions across the brain can provide insights into the inherent functional organization principles of the human brain and expand our un… Read more
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Dynamic spontaneous functional interactions across the brain can provide insights into the inherent functional organization principles of the human brain and expand our understanding of brain disorders and mental illnesses. Characterizing and evaluating these properties of the brain may lead to identifying biomarkers and tools for prognosis, diagnosis, and treatment. Among the various brain imaging techniques, functional magnetic resonance imaging (fMRI), a non-invasive technique, has been used to collect data from the whole brain, and arguably provides the best trade-off between spatial and temporal resolutions. The Chronnectome: Mapping the Dynamics of Brain Function focuses on whole-brain dynamic functional interactions calculated from fMRI. It introduces the concepts of dynamic functional connectivity and presents a wide range of existing approaches and their methods, while discussing their cognitive, clinical, and neurological relevance. It assumes no previous knowledge, making the book an accessible introduction to readers from a broad range of backgrounds.
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