Table 3.
Anatomical location of modular nodes overlapping hubs in the functional network
| Type of hub, cortical region | BA | Area | Probability across sparsities (%) |
|---|---|---|---|
| Local | |||
| L Middle Temporal Gyrus | 21, 22, 37 | HA | 100 |
| L Dorsal Anterior Cingulate | 32 | HA | 80 |
| L/R Fusiform Gyrus | 18, 19, 20, 37 | HA/UA | 65–100 |
| L/R Medial Frontal Gyrus | 6, 10 | HA/UA | 65–100 |
| L Inferior Occipital Gyrus | 17, 18 | UA | 100 |
| R Paracentral Lobule | 6 | UA | 100 |
| L Middle Occipital Gyrus | 18 | UA | 80–90 |
| L/R Cuneus | 17, 18 | UA | 40–100 |
| L Middle Frontal Gyrus | 6, 9, 10 | SMA/HA | 40–100 |
| L Superior Frontal Gyrus | 6, 10 | SMA/HA | 70–100 |
| L/R Lingual Gyrus | 17, 18, 19 | SMA/UA | 40–100 |
| L Precentral Gyrus | 4, 6 | SMA | 65–100 |
| L Postcentral Gyrus | 2, 3 | SMA | 70–95 |
| Global | |||
| L/R Middle Temporal Gyrus | 21, 22, 37, 39 | HA | 100 |
| R Inferior Frontal Gyrus | 9 | HA | 100 |
| R Uncus | 38 | HA | 100 |
| L/R Precuneus | 7, 31, 39 | HA | 50–100 |
| L Posterior Cingulate | 30, 31 | HA | 90–100 |
| L/R Parahippocampal Gyrus | 19, 35 | HA | 95–100 |
| L/R Inferior Parietal Lobule | 40 | HA | 55–100 |
| R Insula | 13 | HA | 45–100 |
| R Anterior Cingulate | 24, 32 | HA | 40–100 |
| L Superior Frontal Gyrus | 9 | HA | 65 |
| R Fusiform Gyrus | 20, 37 | HA/UA | 100 |
| L/R Middle Frontal Gyrus | 6, 10 | HA/UA | 65–100 |
| L/R Medial Frontal Gyrus | 6, 10, 11 | HA/UA | 55–100 |
| L/R Superior Temporal Gyrus | 22, 41,13, 39 | HA/UA | 40–100 |
| L Transverse Temporal Gyrus | 41 | UA | 100 |
| R Cuneus | 18 | UA | 100 |
| R Superior Parietal Lobule | 7 | UA | 100 |
| L/R Middle Occipital Gyrus | 18, 37 | UA | 90–100 |
| L Lingual Gyrus | 18 | UA | 95 |
| L/R Paracentral Lobule | 5, 6 | UA | 45–100 |
| L/R Precentral Gyrus | 4, 6 | SMA/UA | 40–100 |
| L/R Postcentral Gyrus | 2, 3, 7 | SMA | 45–100 |
BA: Brodmann areas; R: right; L: left; SMA: sensory‐motor area; UA: Unimodal association area; HA: heteromodal association area; DMN: default‐mode network.