Medicine and HealthNature Communications
Human connectome topology directs cortical traveling waves and shapes frequency gradients
D. P. Koller, M. Schirner, et al.
This research was conducted by Dominik P. Koller, Michael Schirner, and Petra Ritter. They confirm instrength gradients in the human connectome and use a cortical network model to show how these gradients direct traveling wave direction and shape neural oscillation frequency gradients; the model best fits resting-state MEG when instrength-directed waves and frequency gradients emerge and explains opposing directions and gradients in alpha versus beta bands.
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