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Study: Cortical layer-specific myeloarchitectonic area boundaries
Figure 2A. Validating Laminar Myelin Mapping.
Study: Cortical layer-specific myeloarchitectonic area boundaries
Figure3. Charting cortical area boundaries using cortical layer-specific myeloarchitectonic transitions.
Study: Cortical layer-specific myeloarchitectonic area boundaries
Supplementary Figure 10. Charting Area Boundaries in the Auditory and Vestibular Cortex.
Study: Cortical layer-specific myeloarchitectonic area boundaries
Supplementary Figure 12. Charting Area Boundaries adjacent to MT complex (MT+).
Study: Cortical layer-specific myeloarchitectonic area boundaries
Figure 4. Equivolumetric Layer-specific Myelin Transitions provide Improved Sensitivity to Cortical Area Boundaries Compared to Midthickness-weighted Gradients.
Study: Cortical layer-specific myeloarchitectonic area boundaries
Figure 5. Comparison of Cortical Area Atlases from Four Studies.
Study: Cortical layer-specific myeloarchitectonic area boundaries
Figure 7A, C. Comparison of macaque and human parcellation of cerebral cortex.
Study: Cortical layer-specific myeloarchitectonic area boundaries
Supplementary Figure 14. Charting Area Boundaries in Orbitofrontal Cortex.
Study: Cortical layer-specific myeloarchitectonic area boundaries
Supplementary Figure 7. Charting Bands of Baillarger in the macaque cerebral cortex.
Study: Cortical layer-specific myeloarchitectonic area boundaries
Supplementary Figure 8. Comparison of equivolumetric, midthickness-weighted and cortical thickness gradients.
Study: Cortical layer-specific myeloarchitectonic area boundaries
Supplementary Figure 9. Charting Area Boundaries and Areal Subdivisions in the Sensorimotor Cortices.
Study: Cortical layer-specific myeloarchitectonic area boundaries
Supplementary Figure 11. Charting Area Boundaries in Insular Cortex.
Study: Cortical layer-specific myeloarchitectonic area boundaries
Supplementary Figure 13. Charting Area Boundaries in Intraparietal Cortex.