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Charting the Normal Development of Structural Brain Connectivity in Utero using Diffusion MRI
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Neuroimaging Clinics of North America, 2022
A central tenet of modern neuroscience is the conceptualization of the brain as a collection of complex networks or circuits with a shift away from traditional "localizationist" theories. Connectomics seeks to unravel these brain networks and their role in the pathophysiology of neurologic diseases.
Erik H, Middlebrooks, Sanjeet S, Grewal
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A central tenet of modern neuroscience is the conceptualization of the brain as a collection of complex networks or circuits with a shift away from traditional "localizationist" theories. Connectomics seeks to unravel these brain networks and their role in the pathophysiology of neurologic diseases.
Erik H, Middlebrooks, Sanjeet S, Grewal
openaire +2 more sources
Mapping Multi-Modal Brain Connectome for Brain Disorder Diagnosis via Cross-Modal Mutual Learning
IEEE Transactions on Medical Imaging, 2023Recently, the study of multi-modal brain connectome has recorded a tremendous increase and facilitated the diagnosis of brain disorders. In this paradigm, functional and structural networks, e.g., functional and structural connectivity derived from fMRI ...
Yanwu Yang +5 more
semanticscholar +1 more source
Current Opinion in Psychiatry, 2015
The neural connections, interconnections and organized networks of the central nervous system (CNS), which represent the human connectome, are critical for intact brain function. Consequently, disturbances at any level or juncture of these networks may alter behaviour and/or lead to brain dysfunction.
Katherine L, Narr, Amber M, Leaver
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The neural connections, interconnections and organized networks of the central nervous system (CNS), which represent the human connectome, are critical for intact brain function. Consequently, disturbances at any level or juncture of these networks may alter behaviour and/or lead to brain dysfunction.
Katherine L, Narr, Amber M, Leaver
openaire +2 more sources

