Somatosensory Networks in Humans and Macaque Monkeys During Rest
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Abstract
The brain uses a sophisticated functional network design to integrate and segregate its constituent nodes on different time scales in order to process information. It is crucial to recognise and comprehend the network structure in terms of the underlying anatomical connection and the topographic organisation in order to comprehend the network's function. Here, we demonstrate that the resting-state network for somatosensory region 3b consists of subnetworks that are signatures of specific topographic representations.
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References
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