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Study: Human Habenula Functional Connectivity
Fig. 4, Panels E-K, Habenula Connectivity with Subcortex
Study: Human Habenula Functional Connectivity
Fig. 5, Panel D, Unthresholded Habenula Connectivity with Auditory Cortex
Study: Human Habenula Functional Connectivity
Fig. 4, Panels A-D, Habenula Connectivity with Cortex
Study: Human Habenula Functional Connectivity
Fig. 3, Comparison of Connectivity Across Habenula Seeds
Study: Human Habenula Functional Connectivity
Fig. 4, Panels L-O, Detail of Habenula Connectivity with Raphe Nuclei
Study: Human Habenula Functional Connectivity
Fig. 4, Panels P-Q, Detail of Unsmoothed Habenula Connectivity with PAG and VTA
Study: Human Habenula Functional Connectivity
Fig. 4, Panel R, Detail of Habenula Connectivity with Insula and Operculum
Study: Human Habenula Functional Connectivity
Fig. 4, Panel S-T, Detail of Unthresholded Habenula Connectivity with Hippocampus and Amygdala
Study: Human Habenula Functional Connectivity
Fig. 5, Panel A, Habenula Connectivity vs. Multimodal HCP Parcellation
Study: Human Habenula Functional Connectivity
Fig. 5, Panel B, Habenula Connectivity vs. Cortical Salience Network
Study: Human Habenula Functional Connectivity
Fig. 5, Panel C, Unthresholded Habenula Connectivity with Visual Cortex
Study: Human Habenula Functional Connectivity
Fig. 5, Panel E, Unthresholded Habenula Connectivity with Somatomotor Cortex
Study: Human Habenula Functional Connectivity
Fig. S2, Comparison of Left and Right Habenula Connectivity
Study: Human Habenula Functional Connectivity
Fig. S3, Comparison of Habenula Connectivity With and Without Mean Gray Matter Regression
Study: Human Habenula Functional Connectivity
Fig. S4, Comparison of Habenula Connectivity With and Without Spatial Smoothing
Study: Human Habenula Functional Connectivity
Fig. S5, Comparison of Habenula Connectivity with Parcellated and Voxel-/Vertexwise rs-fMRI Data