Distinct functional connectivity gradients reveal that aging and Alzheimer's disease alter separate major brain communication pathways, with AD affecting sensory-association and aging impacting representation-executive axes.
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Nature Portfolio · Neuroscience · ISSN 1097-6256, 1546-1726
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Distinct functional connectivity gradients reveal that aging and Alzheimer's disease alter separate major brain communication pathways, with AD affecting sensory-association and aging impacting representation-executive axes.
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