Cortical Association Connectome: Intra-Cortical Loops and Modules

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^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference} The empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues’ edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases ^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}. <ci...
^{2Citationpaper:paper-4cf9ddd93cadThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference} The empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues’ edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases ^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}. <ci...
^{3Citationpaper:paper-d9654471e6bdThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference} The empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues’ edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases ^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}. <ci...
^{4Citationpaper:paper-120403d77c1cThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference} The empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues’ edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases ^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}. <ci...
^{5Citationpaper:paper-0fedbe69b829The empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference} The empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues’ edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases ^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}. <ci...
^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}0 The macaque connectome is also the field’s gold standard for adjudicating non-invasive imaging. Diffusion-MRI streamline counts (NOS) in macaque correlate positively with retrograde-tract-tracing FLNe but underestimate the dynamic range of true axonal connectivity weights, indicating that diffusion tractography compresses the connection-strength distribution ^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}1. The disagreem...
^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}2 The macaque connectome is also the field’s gold standard for adjudicating non-invasive imaging. Diffusion-MRI streamline counts (NOS) in macaque correlate positively with retrograde-tract-tracing FLNe but underestimate the dynamic range of true axonal connectivity weights, indicating that diffusion tractography compresses the connection-strength distribution ^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}3. The disagreem...
^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}4 The macaque connectome is also the field’s gold standard for adjudicating non-invasive imaging. Diffusion-MRI streamline counts (NOS) in macaque correlate positively with retrograde-tract-tracing FLNe but underestimate the dynamic range of true axonal connectivity weights, indicating that diffusion tractography compresses the connection-strength distribution ^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}5. The disagreem...
^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}6 The macaque connectome is also the field’s gold standard for adjudicating non-invasive imaging. Diffusion-MRI streamline counts (NOS) in macaque correlate positively with retrograde-tract-tracing FLNe but underestimate the dynamic range of true axonal connectivity weights, indicating that diffusion tractography compresses the connection-strength distribution ^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}7. The disagreem...
^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}8 The macaque connectome is also the field’s gold standard for adjudicating non-invasive imaging. Diffusion-MRI streamline counts (NOS) in macaque correlate positively with retrograde-tract-tracing FLNe but underestimate the dynamic range of true axonal connectivity weights, indicating that diffusion tractography compresses the connection-strength distribution ^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}9. The disagreem...
^{2Citationpaper:paper-4cf9ddd93cadThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}0 Topologically, the cortical graph is small-world. Anatomical networks derived from inter-regional gray-matter covariance in 259 healthy MRI volunteers exhibit small-world topology and short connection distances overall, but classical multimodal, unimodal, and limbic divisions emerge as distinct modules ^{2Citationpaper:paper-4cf9ddd93cadThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}1. Resting-state and structural networks share this structure across many studies and modalities [Achar...
^{2Citationpaper:paper-4cf9ddd93cadThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}2 Topologically, the cortical graph is small-world. Anatomical networks derived from inter-regional gray-matter covariance in 259 healthy MRI volunteers exhibit small-world topology and short connection distances overall, but classical multimodal, unimodal, and limbic divisions emerge as distinct modules ^{2Citationpaper:paper-4cf9ddd93cadThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}3. Resting-state and structural networks share this structure across many studies and modalities [Achar...
^{2Citationpaper:paper-4cf9ddd93cadThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}4 Topologically, the cortical graph is small-world. Anatomical networks derived from inter-regional gray-matter covariance in 259 healthy MRI volunteers exhibit small-world topology and short connection distances overall, but classical multimodal, unimodal, and limbic divisions emerge as distinct modules ^{2Citationpaper:paper-4cf9ddd93cadThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}5. Resting-state and structural networks share this structure across many studies and modalities [Achar...
^{2Citationpaper:paper-4cf9ddd93cadThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}6 Topologically, the cortical graph is small-world. Anatomical networks derived from inter-regional gray-matter covariance in 259 healthy MRI volunteers exhibit small-world topology and short connection distances overall, but classical multimodal, unimodal, and limbic divisions emerge as distinct modules ^{2Citationpaper:paper-4cf9ddd93cadThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}7. Resting-state and structural networks share this structure across many studies and modalities [Achar...
^{2Citationpaper:paper-4cf9ddd93cadThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}8 Topologically, the cortical graph is small-world. Anatomical networks derived from inter-regional gray-matter covariance in 259 healthy MRI volunteers exhibit small-world topology and short connection distances overall, but classical multimodal, unimodal, and limbic divisions emerge as distinct modules ^{2Citationpaper:paper-4cf9ddd93cadThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}9. Resting-state and structural networks share this structure across many studies and modalities [Achar...
^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}0 Topologically, the cortical graph is small-world. Anatomical networks derived from inter-regional gray-matter covariance in 259 healthy MRI volunteers exhibit small-world topology and short connection distances overall, but classical multimodal, unimodal, and limbic divisions emerge as distinct modules ^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}1. Resting-state and structural networks share this structure across many studies and modalities [Achar...
^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}2 Topologically, the cortical graph is small-world. Anatomical networks derived from inter-regional gray-matter covariance in 259 healthy MRI volunteers exhibit small-world topology and short connection distances overall, but classical multimodal, unimodal, and limbic divisions emerge as distinct modules ^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}3. Resting-state and structural networks share this structure across many studies and modalities [Achar...
^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}4 Topologically, the cortical graph is small-world. Anatomical networks derived from inter-regional gray-matter covariance in 259 healthy MRI volunteers exhibit small-world topology and short connection distances overall, but classical multimodal, unimodal, and limbic divisions emerge as distinct modules ^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}5. Resting-state and structural networks share this structure across many studies and modalities [Achar...
^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}6 Topologically, the cortical graph is small-world. Anatomical networks derived from inter-regional gray-matter covariance in 259 healthy MRI volunteers exhibit small-world topology and short connection distances overall, but classical multimodal, unimodal, and limbic divisions emerge as distinct modules ^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}7. Resting-state and structural networks share this structure across many studies and modalities [Achar...
^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}8 Rich-club hubs in human structural connectomes. (a) Reported hub count: van den Heuvel & Sporns (DSI, n=21) identified 12 bihemispheric hubs ^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}9; Ball et al. report a rich club already present by 30 wk gestation but do not enumerate a discrete hub count ^{3Citationpaper:paper-d9654471e6bdThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}0. (b) Anatomical hub regions named in each study’s source text — convergence on precuneus, superior parietal/frontal cortex and subc...
^{3Citationpaper:paper-d9654471e6bdThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}1 Rich-club hubs in human structural connectomes. (a) Reported hub count: van den Heuvel & Sporns (DSI, n=21) identified 12 bihemispheric hubs ^{3Citationpaper:paper-d9654471e6bdThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}2; Ball et al. report a rich club already present by 30 wk gestation but do not enumerate a discrete hub count ^{3Citationpaper:paper-d9654471e6bdThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}3. (b) Anatomical hub regions named in each study’s source text — convergence on precuneus, superior parietal/frontal cortex and subc...
^{3Citationpaper:paper-d9654471e6bdThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}4 Rich-club hubs in human structural connectomes. (a) Reported hub count: van den Heuvel & Sporns (DSI, n=21) identified 12 bihemispheric hubs ^{3Citationpaper:paper-d9654471e6bdThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}5; Ball et al. report a rich club already present by 30 wk gestation but do not enumerate a discrete hub count ^{3Citationpaper:paper-d9654471e6bdThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}6. (b) Anatomical hub regions named in each study’s source text — convergence on precuneus, superior parietal/frontal cortex and subc...
^{3Citationpaper:paper-d9654471e6bdThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}7 Rich-club hubs in human structural connectomes. (a) Reported hub count: van den Heuvel & Sporns (DSI, n=21) identified 12 bihemispheric hubs ^{3Citationpaper:paper-d9654471e6bdThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}8; Ball et al. report a rich club already present by 30 wk gestation but do not enumerate a discrete hub count ^{3Citationpaper:paper-d9654471e6bdThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}9. (b) Anatomical hub regions named in each study’s source text — convergence on precuneus, superior parietal/frontal cortex and subc...
^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}0 Rich-club hubs in human structural connectomes. (a) Reported hub count: van den Heuvel & Sporns (DSI, n=21) identified 12 bihemispheric hubs ^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}1; Ball et al. report a rich club already present by 30 wk gestation but do not enumerate a discrete hub count ^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}2. (b) Anatomical hub regions named in each study’s source text — convergence on precuneus, superior parietal/frontal cortex and subc...
^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}3 Rich-club hubs in human structural connectomes. (a) Reported hub count: van den Heuvel & Sporns (DSI, n=21) identified 12 bihemispheric hubs ^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}4; Ball et al. report a rich club already present by 30 wk gestation but do not enumerate a discrete hub count ^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}5. (b) Anatomical hub regions named in each study’s source text — convergence on precuneus, superior parietal/frontal cortex and subc...
^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}6 Whether canonical cortical connectivity is “fundamentally modular” or “fundamentally core/periphery” was actively debated in the 2010s ^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}7. Weighted stochastic block modeling of the rat cerebral cortex connectome identifies substantial modular and assortative community topology together with a rich-club core community, demonstrating coexistence rather than competition between...
^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}8 Whether canonical cortical connectivity is “fundamentally modular” or “fundamentally core/periphery” was actively debated in the 2010s ^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}9. Weighted stochastic block modeling of the rat cerebral cortex connectome identifies substantial modular and assortative community topology together with a rich-club core community, demonstrating coexistence rather than competition between...
^{4Citationpaper:paper-120403d77c1cThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}0 Whether canonical cortical connectivity is “fundamentally modular” or “fundamentally core/periphery” was actively debated in the 2010s ^{4Citationpaper:paper-120403d77c1cThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}1. Weighted stochastic block modeling of the rat cerebral cortex connectome identifies substantial modular and assortative community topology together with a rich-club core community, demonstrating coexistence rather than competition between...
^{4Citationpaper:paper-120403d77c1cThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}2 Whether canonical cortical connectivity is “fundamentally modular” or “fundamentally core/periphery” was actively debated in the 2010s ^{4Citationpaper:paper-120403d77c1cThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}3. Weighted stochastic block modeling of the rat cerebral cortex connectome identifies substantial modular and assortative community topology together with a rich-club core community, demonstrating coexistence rather than competition between...
^{4Citationpaper:paper-120403d77c1cThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}4 Whether canonical cortical connectivity is “fundamentally modular” or “fundamentally core/periphery” was actively debated in the 2010s ^{4Citationpaper:paper-120403d77c1cThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}5. Weighted stochastic block modeling of the rat cerebral cortex connectome identifies substantial modular and assortative community topology together with a rich-club core community, demonstrating coexistence rather than competition between...
^{4Citationpaper:paper-120403d77c1cThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}6 Whether canonical cortical connectivity is “fundamentally modular” or “fundamentally core/periphery” was actively debated in the 2010s ^{4Citationpaper:paper-120403d77c1cThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}7. Weighted stochastic block modeling of the rat cerebral cortex connectome identifies substantial modular and assortative community topology together with a rich-club core community, demonstrating coexistence rather than competition between...
^{4Citationpaper:paper-120403d77c1cThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}8 Whether canonical cortical connectivity is “fundamentally modular” or “fundamentally core/periphery” was actively debated in the 2010s ^{4Citationpaper:paper-120403d77c1cThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}9. Weighted stochastic block modeling of the rat cerebral cortex connectome identifies substantial modular and assortative community topology together with a rich-club core community, demonstrating coexistence rather than competition between...
^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}0 Whether canonical cortical connectivity is “fundamentally modular” or “fundamentally core/periphery” was actively debated in the 2010s ^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}1. Weighted stochastic block modeling of the rat cerebral cortex connectome identifies substantial modular and assortative community topology together with a rich-club core community, demonstrating coexistence rather than competition between...
^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}2 Whether canonical cortical connectivity is “fundamentally modular” or “fundamentally core/periphery” was actively debated in the 2010s ^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}3. Weighted stochastic block modeling of the rat cerebral cortex connectome identifies substantial modular and assortative community topology together with a rich-club core community, demonstrating coexistence rather than competition between...
^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}4 Whether canonical cortical connectivity is “fundamentally modular” or “fundamentally core/periphery” was actively debated in the 2010s ^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}5. Weighted stochastic block modeling of the rat cerebral cortex connectome identifies substantial modular and assortative community topology together with a rich-club core community, demonstrating coexistence rather than competition between...
^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}6 Whether canonical cortical connectivity is “fundamentally modular” or “fundamentally core/periphery” was actively debated in the 2010s ^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}7. Weighted stochastic block modeling of the rat cerebral cortex connectome identifies substantial modular and assortative community topology together with a rich-club core community, demonstrating coexistence rather than competition between...
^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}8 Hubs and modules presume an areal parcellation. Two competing standards now dominate. Furthermore, gwMRF parcellations agreed with the boundaries of certain cortical areas defined using histology and visuotopic fMRI ^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}9, while Gordon and colleagues use individual-level boundary mapping to derive subject-specific parcels with strong reproducibility ^{5Citationpaper:paper-0fedbe69b829The empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}0. Yeo et a...
^{5Citationpaper:paper-0fedbe69b829The empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}1 Hubs and modules presume an areal parcellation. Two competing standards now dominate. Furthermore, gwMRF parcellations agreed with the boundaries of certain cortical areas defined using histology and visuotopic fMRI ^{5Citationpaper:paper-0fedbe69b829The empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}2, while Gordon and colleagues use individual-level boundary mapping to derive subject-specific parcels with strong reproducibility ^{5Citationpaper:paper-0fedbe69b829The empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}3. Yeo et a...
^{5Citationpaper:paper-0fedbe69b829The empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}4 Hubs and modules presume an areal parcellation. Two competing standards now dominate. Furthermore, gwMRF parcellations agreed with the boundaries of certain cortical areas defined using histology and visuotopic fMRI ^{5Citationpaper:paper-0fedbe69b829The empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}5, while Gordon and colleagues use individual-level boundary mapping to derive subject-specific parcels with strong reproducibility ^{5Citationpaper:paper-0fedbe69b829The empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}6. Yeo et a...
^{5Citationpaper:paper-0fedbe69b829The empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}7 Hubs and modules presume an areal parcellation. Two competing standards now dominate. Furthermore, gwMRF parcellations agreed with the boundaries of certain cortical areas defined using histology and visuotopic fMRI ^{5Citationpaper:paper-0fedbe69b829The empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}8, while Gordon and colleagues use individual-level boundary mapping to derive subject-specific parcels with strong reproducibility ^{5Citationpaper:paper-0fedbe69b829The empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}9. Yeo et a...
^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}0 Hubs and modules presume an areal parcellation. Two competing standards now dominate. Furthermore, gwMRF parcellations agreed with the boundaries of certain cortical areas defined using histology and visuotopic fMRI ^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}1, while Gordon and colleagues use individual-level boundary mapping to derive subject-specific parcels with strong reproducibility ^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}2. Yeo et a...
^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}3 Hubs and modules presume an areal parcellation. Two competing standards now dominate. Furthermore, gwMRF parcellations agreed with the boundaries of certain cortical areas defined using histology and visuotopic fMRI ^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}4, while Gordon and colleagues use individual-level boundary mapping to derive subject-specific parcels with strong reproducibility ^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}5. Yeo et a...
^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}6 Hubs and modules presume an areal parcellation. Two competing standards now dominate. Furthermore, gwMRF parcellations agreed with the boundaries of certain cortical areas defined using histology and visuotopic fMRI ^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}7, while Gordon and colleagues use individual-level boundary mapping to derive subject-specific parcels with strong reproducibility ^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}8. Yeo et a...
^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}9 Hubs and modules presume an areal parcellation. Two competing standards now dominate. Furthermore, gwMRF parcellations agreed with the boundaries of certain cortical areas defined using histology and visuotopic fMRI ^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}00, while Gordon and colleagues use individual-level boundary mapping to derive subject-specific parcels with strong reproducibility ^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}01. Yeo et a...
^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}02 Hubs and modules presume an areal parcellation. Two competing standards now dominate. Furthermore, gwMRF parcellations agreed with the boundaries of certain cortical areas defined using histology and visuotopic fMRI ^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}03, while Gordon and colleagues use individual-level boundary mapping to derive subject-specific parcels with strong reproducibility ^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}04. Yeo et a...
^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}05 Hubs and modules presume an areal parcellation. Two competing standards now dominate. Furthermore, gwMRF parcellations agreed with the boundaries of certain cortical areas defined using histology and visuotopic fMRI ^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}06, while Gordon and colleagues use individual-level boundary mapping to derive subject-specific parcels with strong reproducibility ^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}07. Yeo et a...
^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}08 Whether single-modality (rs-fMRI) parcellation alone suffices, or whether multimodal anchoring is essential, is resolved by method. The Glasser HCP MMP1.0 atlas combined cortical myelin (T1w/T2w), task-fMRI, and rs-fMRI in 1,200 subjects to define 180 areas per hemisphere with semi-automated boundary criteria — an explicit demonstration that single-modality parcellations under-segment cortex relative to a multimodal...
^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}09 Whether single-modality (rs-fMRI) parcellation alone suffices, or whether multimodal anchoring is essential, is resolved by method. The Glasser HCP MMP1.0 atlas combined cortical myelin (T1w/T2w), task-fMRI, and rs-fMRI in 1,200 subjects to define 180 areas per hemisphere with semi-automated boundary criteria — an explicit demonstration that single-modality parcellations under-segment cortex relative to a multimodal...
^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}10 Whether single-modality (rs-fMRI) parcellation alone suffices, or whether multimodal anchoring is essential, is resolved by method. The Glasser HCP MMP1.0 atlas combined cortical myelin (T1w/T2w), task-fMRI, and rs-fMRI in 1,200 subjects to define 180 areas per hemisphere with semi-automated boundary criteria — an explicit demonstration that single-modality parcellations under-segment cortex relative to a multimodal...
^{1Citationpaper:paper-cdbcc69b9b9eThe empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...content/sec_08_cortical_association.md:line 8Open reference}11 Whether single-modality (rs-fMRI) parcellation alone suffices, or whether multimodal anchoring is essential, is resolved by method. The Glasser HCP MMP1.0 atlas combined cortical myelin (T1w/T2w), task-fMRI, and rs-fMRI in 1,200 subjects to define 180 areas per hemisphere with semi-automated boundary criteria — an explicit demonstration that single-modality parcellations under-segment cortex relative to a multimodal...
... 68 additional anchors in refs_json

References

[Markov2012] paper:paper-cdbcc69b9b9e “The empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...”
[Markov2013] paper:paper-4cf9ddd93cad “The empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...”
[Ercsey2013] paper:paper-d9654471e6bd “The empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...”
[Magrou2018] paper:paper-120403d77c1c “The empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...”
[Chen2017] paper:paper-0fedbe69b829 “The empirical foundation is a single dataset that fundamentally changed how one should picture cortical connectivity. Markov and colleagues' edge-complete retrograde tracer survey of macaque mapped 1,615 interareal pathways across 29 of 91 cortical areas and recovered weights spanning more than five orders of magnitude, of which roughly one third had not been reported in earlier qualitative atlases [Markov2012]. <ci...”
[VandenHeuvel2015] paper:paper-9fcd61fe4817 “The macaque connectome is also the field's gold standard for adjudicating non-invasive imaging. <cite index="2-1">Diffusion-MRI streamline counts (NOS) in macaque correlate positively with retrograde-tract-tracing FLNe but underestimate the dynamic range of true axonal connectivity weights, indicating that diffusion tractography compresses the connection-strength distribution</cite> [VandenHeuvel2015]. The disagreem...”
[Maier2017] paper:paper-773aecd417e5 “The macaque connectome is also the field's gold standard for adjudicating non-invasive imaging. <cite index="2-1">Diffusion-MRI streamline counts (NOS) in macaque correlate positively with retrograde-tract-tracing FLNe but underestimate the dynamic range of true axonal connectivity weights, indicating that diffusion tractography compresses the connection-strength distribution</cite> [VandenHeuvel2015]. The disagreem...”
[Garyfallidis2014] paper:paper-db156e537168 “The macaque connectome is also the field's gold standard for adjudicating non-invasive imaging. <cite index="2-1">Diffusion-MRI streamline counts (NOS) in macaque correlate positively with retrograde-tract-tracing FLNe but underestimate the dynamic range of true axonal connectivity weights, indicating that diffusion tractography compresses the connection-strength distribution</cite> [VandenHeuvel2015]. The disagreem...”
[Bassett2008] paper:paper-f0f6be514f16 “Topologically, the cortical graph is small-world. Anatomical networks derived from inter-regional gray-matter covariance in 259 healthy MRI volunteers exhibit small-world topology and short connection distances overall, but classical multimodal, unimodal, and limbic divisions emerge as distinct modules [Bassett2008]. Resting-state and structural networks share this structure across many studies and modalities [Achar...”
[Achard2006] paper:paper-4505db94a661 “Topologically, the cortical graph is small-world. Anatomical networks derived from inter-regional gray-matter covariance in 259 healthy MRI volunteers exhibit small-world topology and short connection distances overall, but classical multimodal, unimodal, and limbic divisions emerge as distinct modules [Bassett2008]. Resting-state and structural networks share this structure across many studies and modalities [Achar...”
[He2010] paper:paper-997ec56f776e “Topologically, the cortical graph is small-world. Anatomical networks derived from inter-regional gray-matter covariance in 259 healthy MRI volunteers exhibit small-world topology and short connection distances overall, but classical multimodal, unimodal, and limbic divisions emerge as distinct modules [Bassett2008]. Resting-state and structural networks share this structure across many studies and modalities [Achar...”
[VandenHeuvel2011] paper:paper-9ecf791f7c4d “Topologically, the cortical graph is small-world. Anatomical networks derived from inter-regional gray-matter covariance in 259 healthy MRI volunteers exhibit small-world topology and short connection distances overall, but classical multimodal, unimodal, and limbic divisions emerge as distinct modules [Bassett2008]. Resting-state and structural networks share this structure across many studies and modalities [Achar...”
[VandenHeuvel2012] paper:paper-901517b92263 “Topologically, the cortical graph is small-world. Anatomical networks derived from inter-regional gray-matter covariance in 259 healthy MRI volunteers exhibit small-world topology and short connection distances overall, but classical multimodal, unimodal, and limbic divisions emerge as distinct modules [Bassett2008]. Resting-state and structural networks share this structure across many studies and modalities [Achar...”
[VandenHeuvel2013] paper:paper-5a586c27e8f2 “Topologically, the cortical graph is small-world. Anatomical networks derived from inter-regional gray-matter covariance in 259 healthy MRI volunteers exhibit small-world topology and short connection distances overall, but classical multimodal, unimodal, and limbic divisions emerge as distinct modules [Bassett2008]. Resting-state and structural networks share this structure across many studies and modalities [Achar...”
[Collin2013] paper:paper-9cd6ce0773e9 “Topologically, the cortical graph is small-world. Anatomical networks derived from inter-regional gray-matter covariance in 259 healthy MRI volunteers exhibit small-world topology and short connection distances overall, but classical multimodal, unimodal, and limbic divisions emerge as distinct modules [Bassett2008]. Resting-state and structural networks share this structure across many studies and modalities [Achar...”
[Harriger2012] paper:paper-8ebbdf67874c “Topologically, the cortical graph is small-world. Anatomical networks derived from inter-regional gray-matter covariance in 259 healthy MRI volunteers exhibit small-world topology and short connection distances overall, but classical multimodal, unimodal, and limbic divisions emerge as distinct modules [Bassett2008]. Resting-state and structural networks share this structure across many studies and modalities [Achar...”
[Ball2014] paper:paper-724b1de9a8e6 “Topologically, the cortical graph is small-world. Anatomical networks derived from inter-regional gray-matter covariance in 259 healthy MRI volunteers exhibit small-world topology and short connection distances overall, but classical multimodal, unimodal, and limbic divisions emerge as distinct modules [Bassett2008]. Resting-state and structural networks share this structure across many studies and modalities [Achar...”
[Sporns2016] paper:paper-ab8787a5a9ae “Whether canonical cortical connectivity is "fundamentally modular" or "fundamentally core/periphery" was actively debated in the 2010s [Sporns2016,Faskowitz2019]. <cite index="4-1">Weighted stochastic block modeling of the rat cerebral cortex connectome identifies substantial modular and assortative community topology together with a rich-club core community, demonstrating coexistence rather than competition between...”
[Faskowitz2019] paper:paper-3642239b7128 “Whether canonical cortical connectivity is "fundamentally modular" or "fundamentally core/periphery" was actively debated in the 2010s [Sporns2016,Faskowitz2019]. <cite index="4-1">Weighted stochastic block modeling of the rat cerebral cortex connectome identifies substantial modular and assortative community topology together with a rich-club core community, demonstrating coexistence rather than competition between...”
[Reichardt2006] paper:paper-83e5ec90aa86 “Whether canonical cortical connectivity is "fundamentally modular" or "fundamentally core/periphery" was actively debated in the 2010s [Sporns2016,Faskowitz2019]. <cite index="4-1">Weighted stochastic block modeling of the rat cerebral cortex connectome identifies substantial modular and assortative community topology together with a rich-club core community, demonstrating coexistence rather than competition between...”
[Traag2019] paper:paper-1d1e0fbee694 “Whether canonical cortical connectivity is "fundamentally modular" or "fundamentally core/periphery" was actively debated in the 2010s [Sporns2016,Faskowitz2019]. <cite index="4-1">Weighted stochastic block modeling of the rat cerebral cortex connectome identifies substantial modular and assortative community topology together with a rich-club core community, demonstrating coexistence rather than competition between...”
[Bullmore2012] paper:paper-f18fae679f82 “Whether canonical cortical connectivity is "fundamentally modular" or "fundamentally core/periphery" was actively debated in the 2010s [Sporns2016,Faskowitz2019]. <cite index="4-1">Weighted stochastic block modeling of the rat cerebral cortex connectome identifies substantial modular and assortative community topology together with a rich-club core community, demonstrating coexistence rather than competition between...”
[Lynall2010] paper:paper-fb3e6c0daabd “Whether canonical cortical connectivity is "fundamentally modular" or "fundamentally core/periphery" was actively debated in the 2010s [Sporns2016,Faskowitz2019]. <cite index="4-1">Weighted stochastic block modeling of the rat cerebral cortex connectome identifies substantial modular and assortative community topology together with a rich-club core community, demonstrating coexistence rather than competition between...”
[Crossley2013] paper:paper-b36ce2c12476 “Whether canonical cortical connectivity is "fundamentally modular" or "fundamentally core/periphery" was actively debated in the 2010s [Sporns2016,Faskowitz2019]. <cite index="4-1">Weighted stochastic block modeling of the rat cerebral cortex connectome identifies substantial modular and assortative community topology together with a rich-club core community, demonstrating coexistence rather than competition between...”
[Bullmore2009] paper:paper-5179829ea235 “Whether canonical cortical connectivity is "fundamentally modular" or "fundamentally core/periphery" was actively debated in the 2010s [Sporns2016,Faskowitz2019]. <cite index="4-1">Weighted stochastic block modeling of the rat cerebral cortex connectome identifies substantial modular and assortative community topology together with a rich-club core community, demonstrating coexistence rather than competition between...”
[Schaefer2017] paper:paper-b6fa0b3a3c52 “Hubs and modules presume an areal parcellation. Two competing standards now dominate. <cite index="5-1">Furthermore, gwMRF parcellations agreed with the boundaries of certain cortical areas defined using histology and visuotopic fMRI</cite> [Schaefer2017], while Gordon and colleagues use individual-level boundary mapping to derive subject-specific parcels with strong reproducibility [Gordon2014,Gordon2017]. Yeo et a...”
[Gordon2014] paper:paper-f578b6eecd6b “Hubs and modules presume an areal parcellation. Two competing standards now dominate. <cite index="5-1">Furthermore, gwMRF parcellations agreed with the boundaries of certain cortical areas defined using histology and visuotopic fMRI</cite> [Schaefer2017], while Gordon and colleagues use individual-level boundary mapping to derive subject-specific parcels with strong reproducibility [Gordon2014,Gordon2017]. Yeo et a...”
[Gordon2017] paper:816939d5-2f4c-46f7-a6b6-ed2d5f4a422a “Hubs and modules presume an areal parcellation. Two competing standards now dominate. <cite index="5-1">Furthermore, gwMRF parcellations agreed with the boundaries of certain cortical areas defined using histology and visuotopic fMRI</cite> [Schaefer2017], while Gordon and colleagues use individual-level boundary mapping to derive subject-specific parcels with strong reproducibility [Gordon2014,Gordon2017]. Yeo et a...”
[ThomasYeo2011] paper:paper-c9fcd9158eab “Hubs and modules presume an areal parcellation. Two competing standards now dominate. <cite index="5-1">Furthermore, gwMRF parcellations agreed with the boundaries of certain cortical areas defined using histology and visuotopic fMRI</cite> [Schaefer2017], while Gordon and colleagues use individual-level boundary mapping to derive subject-specific parcels with strong reproducibility [Gordon2014,Gordon2017]. Yeo et a...”
[Beckmann2009] paper:paper-e7b89ff3d720 “Hubs and modules presume an areal parcellation. Two competing standards now dominate. <cite index="5-1">Furthermore, gwMRF parcellations agreed with the boundaries of certain cortical areas defined using histology and visuotopic fMRI</cite> [Schaefer2017], while Gordon and colleagues use individual-level boundary mapping to derive subject-specific parcels with strong reproducibility [Gordon2014,Gordon2017]. Yeo et a...”
[Vincent2008] paper:paper-6ef2ca5324a9 “Hubs and modules presume an areal parcellation. Two competing standards now dominate. <cite index="5-1">Furthermore, gwMRF parcellations agreed with the boundaries of certain cortical areas defined using histology and visuotopic fMRI</cite> [Schaefer2017], while Gordon and colleagues use individual-level boundary mapping to derive subject-specific parcels with strong reproducibility [Gordon2014,Gordon2017]. Yeo et a...”
[Krienen2014] paper:paper-a0133e4609fa “Hubs and modules presume an areal parcellation. Two competing standards now dominate. <cite index="5-1">Furthermore, gwMRF parcellations agreed with the boundaries of certain cortical areas defined using histology and visuotopic fMRI</cite> [Schaefer2017], while Gordon and colleagues use individual-level boundary mapping to derive subject-specific parcels with strong reproducibility [Gordon2014,Gordon2017]. Yeo et a...”
[Buckner2011] paper:paper-6544542f1cd4 “Hubs and modules presume an areal parcellation. Two competing standards now dominate. <cite index="5-1">Furthermore, gwMRF parcellations agreed with the boundaries of certain cortical areas defined using histology and visuotopic fMRI</cite> [Schaefer2017], while Gordon and colleagues use individual-level boundary mapping to derive subject-specific parcels with strong reproducibility [Gordon2014,Gordon2017]. Yeo et a...”
[Buckner2013] paper:paper-2606575c5a2f “Hubs and modules presume an areal parcellation. Two competing standards now dominate. <cite index="5-1">Furthermore, gwMRF parcellations agreed with the boundaries of certain cortical areas defined using histology and visuotopic fMRI</cite> [Schaefer2017], while Gordon and colleagues use individual-level boundary mapping to derive subject-specific parcels with strong reproducibility [Gordon2014,Gordon2017]. Yeo et a...”
[VanDijk2010] paper:paper-7e98ad72a797 “Hubs and modules presume an areal parcellation. Two competing standards now dominate. <cite index="5-1">Furthermore, gwMRF parcellations agreed with the boundaries of certain cortical areas defined using histology and visuotopic fMRI</cite> [Schaefer2017], while Gordon and colleagues use individual-level boundary mapping to derive subject-specific parcels with strong reproducibility [Gordon2014,Gordon2017]. Yeo et a...”
[Glasser2016] paper:paper-0c9ac18f5ad5 “Whether single-modality (rs-fMRI) parcellation alone suffices, or whether multimodal anchoring is essential, is resolved by method. The Glasser HCP MMP1.0 atlas combined cortical myelin (T1w/T2w), task-fMRI, and rs-fMRI in 1,200 subjects to define 180 areas per hemisphere with semi-automated boundary criteria — an explicit demonstration that single-modality parcellations under-segment cortex relative to a multimodal...”
[VanEssen2012] paper:paper-f3c00ddea624 “Whether single-modality (rs-fMRI) parcellation alone suffices, or whether multimodal anchoring is essential, is resolved by method. The Glasser HCP MMP1.0 atlas combined cortical myelin (T1w/T2w), task-fMRI, and rs-fMRI in 1,200 subjects to define 180 areas per hemisphere with semi-automated boundary criteria — an explicit demonstration that single-modality parcellations under-segment cortex relative to a multimodal...”
[VanEssen2013] paper:paper-adc67a9f211f “Whether single-modality (rs-fMRI) parcellation alone suffices, or whether multimodal anchoring is essential, is resolved by method. The Glasser HCP MMP1.0 atlas combined cortical myelin (T1w/T2w), task-fMRI, and rs-fMRI in 1,200 subjects to define 180 areas per hemisphere with semi-automated boundary criteria — an explicit demonstration that single-modality parcellations under-segment cortex relative to a multimodal...”
[Glasser2013] paper:paper-32376d23da3c “Whether single-modality (rs-fMRI) parcellation alone suffices, or whether multimodal anchoring is essential, is resolved by method. The Glasser HCP MMP1.0 atlas combined cortical myelin (T1w/T2w), task-fMRI, and rs-fMRI in 1,200 subjects to define 180 areas per hemisphere with semi-automated boundary criteria — an explicit demonstration that single-modality parcellations under-segment cortex relative to a multimodal...”

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