Weak structural connections in human tractography contribute to cognition and brain dynamics when connectivity weights are nonlinearly compressed, and a fused sift2-commit2 connectome preserves these weak links better than thresholding.
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The connectomics of brain disorders
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Overlooked weak structural connections support human cognition under nonlinear connectome scaling
Weak structural connections in human tractography contribute to cognition and brain dynamics when connectivity weights are nonlinearly compressed, and a fused sift2-commit2 connectome preserves these weak links better than thresholding.