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Study: Cerebral Cortical Folding, Parcellation, and Connectivity
Figure 5C. Human resting-state networks and functional connectivity matrix
Study: Thalamic Anatomical Patterns in Humans and Macaques
Figure S30 - Macaque Thalamic Spatial Gradient Overlap
Study: Thalamic Anatomical Patterns in Humans and Macaques
Fig S29 Comparisons between human and macaque cortical connectivity patterns
Study: Thalamic Anatomical Patterns in Humans and Macaques
S31 Correspondence between group-level EDpc1 loadings before and after regressing out each thalamic voxel’s total streamline count to all ipsilateral cortical regions (SCt).
Study: Thalamic Anatomical Patterns in Humans and Macaques
Fig. 2 - Differences in thalamic connectivity patterns between sensory and association cortical parcels
Study: Thalamic Anatomical Patterns in Humans and Macaques
Figure S19 - Conn1 Replication
Study: Thalamic Anatomical Patterns in Humans and Macaques
Fig. 1 - Workflow for quantifying the spread of cortical parcel's thalamic anatomical connectivity patterns using Euclidean distance (ED)
Study: Thalamic Anatomical Patterns in Humans and Macaques
Figure 3 Mapping between the spatial extent of anatomical connections within the thalamus and anatomical coupling with the anteromedial-posterolateral thalamic gradient.
Study: Thalamic Anatomical Patterns in Humans and Macaques
Fig 4 Mapping between cortical variation in the extent of thalamic connectivity patterns, anatomical overlap across thalamic subpopulations, and intrinsic timescale.
Study: Thalamic Anatomical Patterns in Humans and Macaques
Fig 5 Cortical variation of the extent of anatomical connections within the macaque thalamus.
Study: Thalamic Anatomical Patterns in Humans and Macaques
S4 - Alternative methods for calculating spatial extent of streamline counts
Study: Thalamic Anatomical Patterns in Humans and Macaques
S7-8. Laterality comparison
Study: Thalamic Anatomical Patterns in Humans and Macaques
S11 Mean Streamline Count Comparison
Study: Thalamic Anatomical Patterns in Humans and Macaques
Figure S12 - FA and MD
Study: Thalamic Anatomical Patterns in Humans and Macaques
Figure S14 S15
Study: Thalamic Anatomical Patterns in Humans and Macaques
Figure S16 - Isotropy
Study: Thalamic Anatomical Patterns in Humans and Macaques
Figure S20 - Dense ED
Study: Thalamic Anatomical Patterns in Humans and Macaques
Figure S21 - Thalamic ROI Comparisons
Study: Thalamic Anatomical Patterns in Humans and Macaques
Figure S22 Hierarchical Gradient Specificty
Study: Thalamic Anatomical Patterns in Humans and Macaques
Figure S26 - Comparison of medioventral and midline thalamus gradients
Study: Thalamic Anatomical Patterns in Humans and Macaques
Figure S27 - Human Thalamic Spatial Gradient Overlap
Study: Thalamic Anatomical Patterns in Humans and Macaques
Figure S30 - Macaque Thalamic Spatial Gradient Overlap
Study: Thalamic Anatomical Patterns in Humans and Macaques
S31 Correspondence between group-level EDpc1 loadings before and after regressing out each thalamic voxel’s total streamline count to all ipsilateral cortical regions (SCt).
Study: Thalamic Anatomical Patterns in Humans and Macaques
Fig. 2 - Differences in thalamic connectivity patterns between sensory and association cortical parcels
Study: Thalamic Anatomical Patterns in Humans and Macaques
Figure S19 - Conn1 Replication
Study: Thalamic Anatomical Patterns in Humans and Macaques
Figure 3 Mapping between the spatial extent of anatomical connections within the thalamus and anatomical coupling with the anteromedial-posterolateral thalamic gradient.
Study: Thalamic Anatomical Patterns in Humans and Macaques
Fig 4 Mapping between cortical variation in the extent of thalamic connectivity patterns, anatomical overlap across thalamic subpopulations, and intrinsic timescale.
Study: Thalamic Anatomical Patterns in Humans and Macaques
S4 - Alternative methods for calculating spatial extent of streamline counts
Study: Thalamic Anatomical Patterns in Humans and Macaques
S7-8. Laterality comparison
Study: Thalamic Anatomical Patterns in Humans and Macaques
Fig. S9 Motion Controls
Study: Thalamic Anatomical Patterns in Humans and Macaques
Figure S10 - Freesurfer Controls
Study: Thalamic Anatomical Patterns in Humans and Macaques
S11 Mean Streamline Count Comparison
Study: Thalamic Anatomical Patterns in Humans and Macaques
Figure S12 - FA and MD
Study: Thalamic Anatomical Patterns in Humans and Macaques
Figure S13 -Cortical geometry controls
Study: Thalamic Anatomical Patterns in Humans and Macaques
Figure S14 S15
Study: Thalamic Anatomical Patterns in Humans and Macaques
Figure S16 - Isotropy
Study: Thalamic Anatomical Patterns in Humans and Macaques
Figure S20 - Dense ED
Study: Thalamic Anatomical Patterns in Humans and Macaques
Figure S21 - Thalamic ROI Comparisons
Study: Thalamic Anatomical Patterns in Humans and Macaques
Figure S22 Hierarchical Gradient Specificty
Study: Thalamic Anatomical Patterns in Humans and Macaques
Figure S26 - Comparison of medioventral and midline thalamus gradients
Study: Thalamic Anatomical Patterns in Humans and Macaques
Figure S27 - Human Thalamic Spatial Gradient Overlap
Study: Cortical-subcortical functional networks
Figure 6
Study: Cortical-subcortical functional networks
Figure 1