Whole-Brain Connectomics: Mouse, Primate, Human
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1Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of{ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec... -
2Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of{ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec... -
3Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of{ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec... -
4Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of{ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec... -
5Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of{ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec... -
6Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of{ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec... -
7Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of{ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec... -
8Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of{ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec... -
9Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of{ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec... -
10CitationThe Allen mesoscale graph itself is graph-theoretically modest in cardinality: [Henriksen2016] enumerate 8,820 directed edges among 213 symmetric region pairs, a graph whose density makes sense only relative to the resolution at which "regions" are defined. Below the regional level, single-neuron reconstruction has revealed a different organism. [Winnubst2019] reconstructed >1,000 single projection neurons from moto...content/sec_12_whole_brain_connectomics.md:line 7Open reference The Allen mesoscale graph itself is graph-theoretically modest in cardinality: 2Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference0 enumerate 8,820 directed edges among 213 symmetric region pairs, a graph whose density makes sense only relative to the resolution at which “regions” are defined. Below the regional level, single-neuron reconstruction has revealed a different organism. 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference1 reconstructed >1,000 single projection neurons from moto... -
2Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference2 The Allen mesoscale graph itself is graph-theoretically modest in cardinality: 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference3 enumerate 8,820 directed edges among 213 symmetric region pairs, a graph whose density makes sense only relative to the resolution at which “regions” are defined. Below the regional level, single-neuron reconstruction has revealed a different organism. 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference4 reconstructed >1,000 single projection neurons from moto... -
2Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference5 The Allen mesoscale graph itself is graph-theoretically modest in cardinality: 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference6 enumerate 8,820 directed edges among 213 symmetric region pairs, a graph whose density makes sense only relative to the resolution at which “regions” are defined. Below the regional level, single-neuron reconstruction has revealed a different organism. 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference7 reconstructed >1,000 single projection neurons from moto... -
2Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference8 The Allen mesoscale graph itself is graph-theoretically modest in cardinality: 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference9 enumerate 8,820 directed edges among 213 symmetric region pairs, a graph whose density makes sense only relative to the resolution at which “regions” are defined. Below the regional level, single-neuron reconstruction has revealed a different organism. 3Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference0 reconstructed >1,000 single projection neurons from moto... -
3Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference1 The Allen mesoscale graph itself is graph-theoretically modest in cardinality: 3Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference2 enumerate 8,820 directed edges among 213 symmetric region pairs, a graph whose density makes sense only relative to the resolution at which “regions” are defined. Below the regional level, single-neuron reconstruction has revealed a different organism. 3Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference3 reconstructed >1,000 single projection neurons from moto... -
3Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference4 The Allen mesoscale graph itself is graph-theoretically modest in cardinality: 3Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference5 enumerate 8,820 directed edges among 213 symmetric region pairs, a graph whose density makes sense only relative to the resolution at which “regions” are defined. Below the regional level, single-neuron reconstruction has revealed a different organism. 3Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference6 reconstructed >1,000 single projection neurons from moto... -
3Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference7 The Allen mesoscale graph itself is graph-theoretically modest in cardinality: 3Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference8 enumerate 8,820 directed edges among 213 symmetric region pairs, a graph whose density makes sense only relative to the resolution at which “regions” are defined. Below the regional level, single-neuron reconstruction has revealed a different organism. 3Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference9 reconstructed >1,000 single projection neurons from moto... -
4Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference0 That structural blind spot of bulk tracing is where MAPseq and successor methods enter. 4Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference1 introduced random barcoded RNA labels that allow projection mapping of thousands or millions of single neurons in parallel; 4Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference2 then mapped 591 V1 projection neurons and reported pervasive divergent multi-area projections rather than dedicated one-target axons; 4Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference3 extended this to BARseq2 by simultane... -
4Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference4 That structural blind spot of bulk tracing is where MAPseq and successor methods enter. 4Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference5 introduced random barcoded RNA labels that allow projection mapping of thousands or millions of single neurons in parallel; 4Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference6 then mapped 591 V1 projection neurons and reported pervasive divergent multi-area projections rather than dedicated one-target axons; 4Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference7 extended this to BARseq2 by simultane... -
4Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference8 That structural blind spot of bulk tracing is where MAPseq and successor methods enter. 4Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference9 introduced random barcoded RNA labels that allow projection mapping of thousands or millions of single neurons in parallel; 5Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference0 then mapped 591 V1 projection neurons and reported pervasive divergent multi-area projections rather than dedicated one-target axons; 5Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference1 extended this to BARseq2 by simultane... -
5Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference2 That structural blind spot of bulk tracing is where MAPseq and successor methods enter. 5Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference3 introduced random barcoded RNA labels that allow projection mapping of thousands or millions of single neurons in parallel; 5Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference4 then mapped 591 V1 projection neurons and reported pervasive divergent multi-area projections rather than dedicated one-target axons; 5Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference5 extended this to BARseq2 by simultane... -
5Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference6 That structural blind spot of bulk tracing is where MAPseq and successor methods enter. 5Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference7 introduced random barcoded RNA labels that allow projection mapping of thousands or millions of single neurons in parallel; 5Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference8 then mapped 591 V1 projection neurons and reported pervasive divergent multi-area projections rather than dedicated one-target axons; 5Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference9 extended this to BARseq2 by simultane... -
6Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference0 That structural blind spot of bulk tracing is where MAPseq and successor methods enter. 6Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference1 introduced random barcoded RNA labels that allow projection mapping of thousands or millions of single neurons in parallel; 6Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference2 then mapped 591 V1 projection neurons and reported pervasive divergent multi-area projections rather than dedicated one-target axons; 6Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference3 extended this to BARseq2 by simultane... -
6Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference4 6Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference5 show that the dominant mode of intracortical information transfer in mouse V1 is not “one neuron–one target area”; most neurons project to multiple cortical and subcortical areas in non-random combinations. 6Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference6 characterise inter-areal projections by aggregating bulk AAV signal across animals at the regional/cell-type level. The conflict is partially resolved: bulk tracers give the right summed weig... -
6Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference7 6Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference8 show that the dominant mode of intracortical information transfer in mouse V1 is not “one neuron–one target area”; most neurons project to multiple cortical and subcortical areas in non-random combinations. 6Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference9 characterise inter-areal projections by aggregating bulk AAV signal across animals at the regional/cell-type level. The conflict is partially resolved: bulk tracers give the right summed weig... -
7Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference0 The primate substrate is built from a complementary infrastructure. CoCoMac collated ~300 published macaque axonal tract-tracing studies and ~150 brain-atlas studies into a unified database 7Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference1, with CoCoTools automating its programmatic integration 7Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference2. 7Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference3 performed quantitative retrograde tracing across 29 cortical areas, reporting cortico-cortical link density of 66% with 33% poten... -
7Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference4 The primate substrate is built from a complementary infrastructure. CoCoMac collated ~300 published macaque axonal tract-tracing studies and ~150 brain-atlas studies into a unified database 7Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference5, with CoCoTools automating its programmatic integration 7Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference6. 7Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference7 performed quantitative retrograde tracing across 29 cortical areas, reporting cortico-cortical link density of 66% with 33% poten... -
7Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference8 The primate substrate is built from a complementary infrastructure. CoCoMac collated ~300 published macaque axonal tract-tracing studies and ~150 brain-atlas studies into a unified database 7Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference9, with CoCoTools automating its programmatic integration 8Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference0. 8Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference1 performed quantitative retrograde tracing across 29 cortical areas, reporting cortico-cortical link density of 66% with 33% poten... -
8Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference2 The primate substrate is built from a complementary infrastructure. CoCoMac collated ~300 published macaque axonal tract-tracing studies and ~150 brain-atlas studies into a unified database 8Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference3, with CoCoTools automating its programmatic integration 8Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference4. 8Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference5 performed quantitative retrograde tracing across 29 cortical areas, reporting cortico-cortical link density of 66% with 33% poten... -
8Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference6 The primate substrate is built from a complementary infrastructure. CoCoMac collated ~300 published macaque axonal tract-tracing studies and ~150 brain-atlas studies into a unified database 8Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference7, with CoCoTools automating its programmatic integration 8Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference8. 8Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference9 performed quantitative retrograde tracing across 29 cortical areas, reporting cortico-cortical link density of 66% with 33% poten... -
9Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference0 The primate substrate is built from a complementary infrastructure. CoCoMac collated ~300 published macaque axonal tract-tracing studies and ~150 brain-atlas studies into a unified database 9Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference1, with CoCoTools automating its programmatic integration 9Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference2. 9Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference3 performed quantitative retrograde tracing across 29 cortical areas, reporting cortico-cortical link density of 66% with 33% poten... -
9Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference4 The primate substrate is built from a complementary infrastructure. CoCoMac collated ~300 published macaque axonal tract-tracing studies and ~150 brain-atlas studies into a unified database 9Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference5, with CoCoTools automating its programmatic integration 9Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference6. 9Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference7 performed quantitative retrograde tracing across 29 cortical areas, reporting cortico-cortical link density of 66% with 33% poten... -
9Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference8 The primate substrate is built from a complementary infrastructure. CoCoMac collated ~300 published macaque axonal tract-tracing studies and ~150 brain-atlas studies into a unified database 9Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference9, with CoCoTools automating its programmatic integration 10CitationThe Allen mesoscale graph itself is graph-theoretically modest in cardinality: [Henriksen2016] enumerate 8,820 directed edges among 213 symmetric region pairs, a graph whose density makes sense only relative to the resolution at which "regions" are defined. Below the regional level, single-neuron reconstruction has revealed a different organism. [Winnubst2019] reconstructed >1,000 single projection neurons from moto...content/sec_12_whole_brain_connectomics.md:line 7Open reference0. 10CitationThe Allen mesoscale graph itself is graph-theoretically modest in cardinality: [Henriksen2016] enumerate 8,820 directed edges among 213 symmetric region pairs, a graph whose density makes sense only relative to the resolution at which "regions" are defined. Below the regional level, single-neuron reconstruction has revealed a different organism. [Winnubst2019] reconstructed >1,000 single projection neurons from moto...content/sec_12_whole_brain_connectomics.md:line 7Open reference1 performed quantitative retrograde tracing across 29 cortical areas, reporting cortico-cortical link density of 66% with 33% poten... -
10CitationThe Allen mesoscale graph itself is graph-theoretically modest in cardinality: [Henriksen2016] enumerate 8,820 directed edges among 213 symmetric region pairs, a graph whose density makes sense only relative to the resolution at which "regions" are defined. Below the regional level, single-neuron reconstruction has revealed a different organism. [Winnubst2019] reconstructed >1,000 single projection neurons from moto...content/sec_12_whole_brain_connectomics.md:line 7Open reference2 The primate substrate is built from a complementary infrastructure. CoCoMac collated ~300 published macaque axonal tract-tracing studies and ~150 brain-atlas studies into a unified database 10CitationThe Allen mesoscale graph itself is graph-theoretically modest in cardinality: [Henriksen2016] enumerate 8,820 directed edges among 213 symmetric region pairs, a graph whose density makes sense only relative to the resolution at which "regions" are defined. Below the regional level, single-neuron reconstruction has revealed a different organism. [Winnubst2019] reconstructed >1,000 single projection neurons from moto...content/sec_12_whole_brain_connectomics.md:line 7Open reference3, with CoCoTools automating its programmatic integration 10CitationThe Allen mesoscale graph itself is graph-theoretically modest in cardinality: [Henriksen2016] enumerate 8,820 directed edges among 213 symmetric region pairs, a graph whose density makes sense only relative to the resolution at which "regions" are defined. Below the regional level, single-neuron reconstruction has revealed a different organism. [Winnubst2019] reconstructed >1,000 single projection neurons from moto...content/sec_12_whole_brain_connectomics.md:line 7Open reference4. 10CitationThe Allen mesoscale graph itself is graph-theoretically modest in cardinality: [Henriksen2016] enumerate 8,820 directed edges among 213 symmetric region pairs, a graph whose density makes sense only relative to the resolution at which "regions" are defined. Below the regional level, single-neuron reconstruction has revealed a different organism. [Winnubst2019] reconstructed >1,000 single projection neurons from moto...content/sec_12_whole_brain_connectomics.md:line 7Open reference5 performed quantitative retrograde tracing across 29 cortical areas, reporting cortico-cortical link density of 66% with 33% poten...
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10CitationThe Allen mesoscale graph itself is graph-theoretically modest in cardinality: [Henriksen2016] enumerate 8,820 directed edges among 213 symmetric region pairs, a graph whose density makes sense only relative to the resolution at which "regions" are defined. Below the regional level, single-neuron reconstruction has revealed a different organism. [Winnubst2019] reconstructed >1,000 single projection neurons from moto...content/sec_12_whole_brain_connectomics.md:line 7Open reference6 The primate substrate is built from a complementary infrastructure. CoCoMac collated ~300 published macaque axonal tract-tracing studies and ~150 brain-atlas studies into a unified database 10CitationThe Allen mesoscale graph itself is graph-theoretically modest in cardinality: [Henriksen2016] enumerate 8,820 directed edges among 213 symmetric region pairs, a graph whose density makes sense only relative to the resolution at which "regions" are defined. Below the regional level, single-neuron reconstruction has revealed a different organism. [Winnubst2019] reconstructed >1,000 single projection neurons from moto...content/sec_12_whole_brain_connectomics.md:line 7Open reference7, with CoCoTools automating its programmatic integration 10CitationThe Allen mesoscale graph itself is graph-theoretically modest in cardinality: [Henriksen2016] enumerate 8,820 directed edges among 213 symmetric region pairs, a graph whose density makes sense only relative to the resolution at which "regions" are defined. Below the regional level, single-neuron reconstruction has revealed a different organism. [Winnubst2019] reconstructed >1,000 single projection neurons from moto...content/sec_12_whole_brain_connectomics.md:line 7Open reference8. 10CitationThe Allen mesoscale graph itself is graph-theoretically modest in cardinality: [Henriksen2016] enumerate 8,820 directed edges among 213 symmetric region pairs, a graph whose density makes sense only relative to the resolution at which "regions" are defined. Below the regional level, single-neuron reconstruction has revealed a different organism. [Winnubst2019] reconstructed >1,000 single projection neurons from moto...content/sec_12_whole_brain_connectomics.md:line 7Open reference9 performed quantitative retrograde tracing across 29 cortical areas, reporting cortico-cortical link density of 66% with 33% poten...
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2Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference00 The primate substrate is built from a complementary infrastructure. CoCoMac collated ~300 published macaque axonal tract-tracing studies and ~150 brain-atlas studies into a unified database 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference01, with CoCoTools automating its programmatic integration 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference02. 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference03 performed quantitative retrograde tracing across 29 cortical areas, reporting cortico-cortical link density of 66% with 33% poten... -
2Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference04 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference05 summarise macaque binary cortical density at 0.66 (and mouse at 0.97), classing mammalian cortex as an outlier dense network; 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference06 independently report 66% density on a 29×29 retrograde matrix, contrasting with the 32% reported by Felleman and Van Essen on visual cortex 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference07. The conflict is partially resolved by sub-sampling depth and detection thresholds: dense matrices arise when inje... -
2Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference08 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference09 summarise macaque binary cortical density at 0.66 (and mouse at 0.97), classing mammalian cortex as an outlier dense network; 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference10 independently report 66% density on a 29×29 retrograde matrix, contrasting with the 32% reported by Felleman and Van Essen on visual cortex 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference11. The conflict is partially resolved by sub-sampling depth and detection thresholds: dense matrices arise when inje... -
2Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference12 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference13 summarise macaque binary cortical density at 0.66 (and mouse at 0.97), classing mammalian cortex as an outlier dense network; 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference14 independently report 66% density on a 29×29 retrograde matrix, contrasting with the 32% reported by Felleman and Van Essen on visual cortex 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference15. The conflict is partially resolved by sub-sampling depth and detection thresholds: dense matrices arise when inje... -
2Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference16 Cross-species comparison sharpens these density estimates. The marmoset cortical connectome of 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference17 reports 0.626 directed (0.601 undirected) density across 55 areas with 1,861 directed edges, and 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference18 provides 52 anterograde AAV injections in marmoset PFC imaged by STPT. 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference19 adds 143 retrograde injections at cellular resolution, while 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference20 registers earlier marmoset retrograde data into... -
2Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference21 Cross-species comparison sharpens these density estimates. The marmoset cortical connectome of 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference22 reports 0.626 directed (0.601 undirected) density across 55 areas with 1,861 directed edges, and 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference23 provides 52 anterograde AAV injections in marmoset PFC imaged by STPT. 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference24 adds 143 retrograde injections at cellular resolution, while 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference25 registers earlier marmoset retrograde data into... -
2Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference26 Cross-species comparison sharpens these density estimates. The marmoset cortical connectome of 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference27 reports 0.626 directed (0.601 undirected) density across 55 areas with 1,861 directed edges, and 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference28 provides 52 anterograde AAV injections in marmoset PFC imaged by STPT. 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference29 adds 143 retrograde injections at cellular resolution, while 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference30 registers earlier marmoset retrograde data into... -
2Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference31 Cross-species comparison sharpens these density estimates. The marmoset cortical connectome of 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference32 reports 0.626 directed (0.601 undirected) density across 55 areas with 1,861 directed edges, and 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference33 provides 52 anterograde AAV injections in marmoset PFC imaged by STPT. 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference34 adds 143 retrograde injections at cellular resolution, while 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference35 registers earlier marmoset retrograde data into... -
2Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference36 Cross-species comparison sharpens these density estimates. The marmoset cortical connectome of 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference37 reports 0.626 directed (0.601 undirected) density across 55 areas with 1,861 directed edges, and 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference38 provides 52 anterograde AAV injections in marmoset PFC imaged by STPT. 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference39 adds 143 retrograde injections at cellular resolution, while 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference40 registers earlier marmoset retrograde data into... -
2Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference41 Cross-species comparison sharpens these density estimates. The marmoset cortical connectome of 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference42 reports 0.626 directed (0.601 undirected) density across 55 areas with 1,861 directed edges, and 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference43 provides 52 anterograde AAV injections in marmoset PFC imaged by STPT. 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference44 adds 143 retrograde injections at cellular resolution, while 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference45 registers earlier marmoset retrograde data into... -
2Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference46 Cross-species comparison sharpens these density estimates. The marmoset cortical connectome of 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference47 reports 0.626 directed (0.601 undirected) density across 55 areas with 1,861 directed edges, and 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference48 provides 52 anterograde AAV injections in marmoset PFC imaged by STPT. 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference49 adds 143 retrograde injections at cellular resolution, while 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference50 registers earlier marmoset retrograde data into... -
2Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference51 Cross-species comparison sharpens these density estimates. The marmoset cortical connectome of 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference52 reports 0.626 directed (0.601 undirected) density across 55 areas with 1,861 directed edges, and 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference53 provides 52 anterograde AAV injections in marmoset PFC imaged by STPT. 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference54 adds 143 retrograde injections at cellular resolution, while 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference55 registers earlier marmoset retrograde data into... -
2Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference56 Cross-species comparison sharpens these density estimates. The marmoset cortical connectome of 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference57 reports 0.626 directed (0.601 undirected) density across 55 areas with 1,861 directed edges, and 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference58 provides 52 anterograde AAV injections in marmoset PFC imaged by STPT. 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference59 adds 143 retrograde injections at cellular resolution, while 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference60 registers earlier marmoset retrograde data into... -
2Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference61 Cross-species comparison sharpens these density estimates. The marmoset cortical connectome of 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference62 reports 0.626 directed (0.601 undirected) density across 55 areas with 1,861 directed edges, and 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference63 provides 52 anterograde AAV injections in marmoset PFC imaged by STPT. 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference64 adds 143 retrograde injections at cellular resolution, while 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference65 registers earlier marmoset retrograde data into... -
2Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference66 Cross-species comparison sharpens these density estimates. The marmoset cortical connectome of 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference67 reports 0.626 directed (0.601 undirected) density across 55 areas with 1,861 directed edges, and 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference68 provides 52 anterograde AAV injections in marmoset PFC imaged by STPT. 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference69 adds 143 retrograde injections at cellular resolution, while 2Citation{ref}sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference70 registers earlier marmoset retrograde data into... -
2Citation{ref}
sec-celltype-dissectionclosed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}sec-celltype-dissectionfrom genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...content/sec_12_whole_brain_connectomics.md:line 5Open reference71 Cortico-cortical binary connection density across species — mouse Allen Connectivity, macaque CoCoMac/Markov, and marmoset retrograde tracing. Densities are computed on different sub-samples of each species’ cortex (29 of 91 macaque areas; 55 marmoset areas; aggregated whole-mouse-cortex), so cross-species comparison is semi-quantitative. Tracer methodologies differ (FLN retrograde for macaque and marmoset; aggregat... -
... 97 additional anchors in refs_json
References
- [Oh2014] “{ref}`sec-celltype-dissection` closed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}`sec-celltype-dissection` from genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...”
- [Kuan2015] “{ref}`sec-celltype-dissection` closed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}`sec-celltype-dissection` from genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...”
- [Knox2019] “{ref}`sec-celltype-dissection` closed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}`sec-celltype-dissection` from genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...”
- [Harris2019] “{ref}`sec-celltype-dissection` closed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}`sec-celltype-dissection` from genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...”
- [Zingg2014] “{ref}`sec-celltype-dissection` closed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}`sec-celltype-dissection` from genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...”
- [Wang2020a] “{ref}`sec-celltype-dissection` closed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}`sec-celltype-dissection` from genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...”
- [Kronman2024] “{ref}`sec-celltype-dissection` closed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}`sec-celltype-dissection` from genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...”
- [Piluso2025] “{ref}`sec-celltype-dissection` closed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}`sec-celltype-dissection` from genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...”
- [Tustison2025] “{ref}`sec-celltype-dissection` closed by asking whether the cell-type biases catalogued at the synapse — Cre/Flp driver yields, retrograde-virus neurotropism, single-cell SPN partitions — would resurface at brain-wide scale. Whole-brain connectomes scale the cell-type instruments of {ref}`sec-celltype-dissection` from genetic access to the topography of inter-areal wiring. In the rodent, the Allen Mouse Brain Connec...”
- [Henriksen2016] “The Allen mesoscale graph itself is graph-theoretically modest in cardinality: [Henriksen2016] enumerate 8,820 directed edges among 213 symmetric region pairs, a graph whose density makes sense only relative to the resolution at which "regions" are defined. Below the regional level, single-neuron reconstruction has revealed a different organism. [Winnubst2019] reconstructed >1,000 single projection neurons from moto...”
- [Winnubst2019] “The Allen mesoscale graph itself is graph-theoretically modest in cardinality: [Henriksen2016] enumerate 8,820 directed edges among 213 symmetric region pairs, a graph whose density makes sense only relative to the resolution at which "regions" are defined. Below the regional level, single-neuron reconstruction has revealed a different organism. [Winnubst2019] reconstructed >1,000 single projection neurons from moto...”
- [Gao2022a] “The Allen mesoscale graph itself is graph-theoretically modest in cardinality: [Henriksen2016] enumerate 8,820 directed edges among 213 symmetric region pairs, a graph whose density makes sense only relative to the resolution at which "regions" are defined. Below the regional level, single-neuron reconstruction has revealed a different organism. [Winnubst2019] reconstructed >1,000 single projection neurons from moto...”
- [Xiong2025] “The Allen mesoscale graph itself is graph-theoretically modest in cardinality: [Henriksen2016] enumerate 8,820 directed edges among 213 symmetric region pairs, a graph whose density makes sense only relative to the resolution at which "regions" are defined. Below the regional level, single-neuron reconstruction has revealed a different organism. [Winnubst2019] reconstructed >1,000 single projection neurons from moto...”
- [Peng2024] “The Allen mesoscale graph itself is graph-theoretically modest in cardinality: [Henriksen2016] enumerate 8,820 directed edges among 213 symmetric region pairs, a graph whose density makes sense only relative to the resolution at which "regions" are defined. Below the regional level, single-neuron reconstruction has revealed a different organism. [Winnubst2019] reconstructed >1,000 single projection neurons from moto...”
- [Liu2024] “The Allen mesoscale graph itself is graph-theoretically modest in cardinality: [Henriksen2016] enumerate 8,820 directed edges among 213 symmetric region pairs, a graph whose density makes sense only relative to the resolution at which "regions" are defined. Below the regional level, single-neuron reconstruction has revealed a different organism. [Winnubst2019] reconstructed >1,000 single projection neurons from moto...”
- [Li2023a] “The Allen mesoscale graph itself is graph-theoretically modest in cardinality: [Henriksen2016] enumerate 8,820 directed edges among 213 symmetric region pairs, a graph whose density makes sense only relative to the resolution at which "regions" are defined. Below the regional level, single-neuron reconstruction has revealed a different organism. [Winnubst2019] reconstructed >1,000 single projection neurons from moto...”
- [Kebschull2016] “That structural blind spot of bulk tracing is where MAPseq and successor methods enter. [Kebschull2016] introduced random barcoded RNA labels that allow projection mapping of thousands or millions of single neurons in parallel; [Han2018] then mapped 591 V1 projection neurons and reported pervasive divergent multi-area projections rather than dedicated one-target axons; [Sun2021] extended this to BARseq2 by simultane...”
- [Han2018] “That structural blind spot of bulk tracing is where MAPseq and successor methods enter. [Kebschull2016] introduced random barcoded RNA labels that allow projection mapping of thousands or millions of single neurons in parallel; [Han2018] then mapped 591 V1 projection neurons and reported pervasive divergent multi-area projections rather than dedicated one-target axons; [Sun2021] extended this to BARseq2 by simultane...”
- [Sun2021] “That structural blind spot of bulk tracing is where MAPseq and successor methods enter. [Kebschull2016] introduced random barcoded RNA labels that allow projection mapping of thousands or millions of single neurons in parallel; [Han2018] then mapped 591 V1 projection neurons and reported pervasive divergent multi-area projections rather than dedicated one-target axons; [Sun2021] extended this to BARseq2 by simultane...”
- [Yuan2024] “That structural blind spot of bulk tracing is where MAPseq and successor methods enter. [Kebschull2016] introduced random barcoded RNA labels that allow projection mapping of thousands or millions of single neurons in parallel; [Han2018] then mapped 591 V1 projection neurons and reported pervasive divergent multi-area projections rather than dedicated one-target axons; [Sun2021] extended this to BARseq2 by simultane...”
- [Zhang2021c] “That structural blind spot of bulk tracing is where MAPseq and successor methods enter. [Kebschull2016] introduced random barcoded RNA labels that allow projection mapping of thousands or millions of single neurons in parallel; [Han2018] then mapped 591 V1 projection neurons and reported pervasive divergent multi-area projections rather than dedicated one-target axons; [Sun2021] extended this to BARseq2 by simultane...”
- [Munoz2021] “That structural blind spot of bulk tracing is where MAPseq and successor methods enter. [Kebschull2016] introduced random barcoded RNA labels that allow projection mapping of thousands or millions of single neurons in parallel; [Han2018] then mapped 591 V1 projection neurons and reported pervasive divergent multi-area projections rather than dedicated one-target axons; [Sun2021] extended this to BARseq2 by simultane...”
- [Bakker2012] “The primate substrate is built from a complementary infrastructure. CoCoMac collated ~300 published macaque axonal tract-tracing studies and ~150 brain-atlas studies into a unified database [Bakker2012], with CoCoTools automating its programmatic integration [Blumenfeld2014]. [Markov2012] performed quantitative retrograde tracing across 29 cortical areas, reporting cortico-cortical link density of 66% with 33% poten...”
- [Blumenfeld2014] “The primate substrate is built from a complementary infrastructure. CoCoMac collated ~300 published macaque axonal tract-tracing studies and ~150 brain-atlas studies into a unified database [Bakker2012], with CoCoTools automating its programmatic integration [Blumenfeld2014]. [Markov2012] performed quantitative retrograde tracing across 29 cortical areas, reporting cortico-cortical link density of 66% with 33% poten...”
- [Markov2012] “The primate substrate is built from a complementary infrastructure. CoCoMac collated ~300 published macaque axonal tract-tracing studies and ~150 brain-atlas studies into a unified database [Bakker2012], with CoCoTools automating its programmatic integration [Blumenfeld2014]. [Markov2012] performed quantitative retrograde tracing across 29 cortical areas, reporting cortico-cortical link density of 66% with 33% poten...”
- [Magrou2024] “The primate substrate is built from a complementary infrastructure. CoCoMac collated ~300 published macaque axonal tract-tracing studies and ~150 brain-atlas studies into a unified database [Bakker2012], with CoCoTools automating its programmatic integration [Blumenfeld2014]. [Markov2012] performed quantitative retrograde tracing across 29 cortical areas, reporting cortico-cortical link density of 66% with 33% poten...”
- [Caminiti2021] “The primate substrate is built from a complementary infrastructure. CoCoMac collated ~300 published macaque axonal tract-tracing studies and ~150 brain-atlas studies into a unified database [Bakker2012], with CoCoTools automating its programmatic integration [Blumenfeld2014]. [Markov2012] performed quantitative retrograde tracing across 29 cortical areas, reporting cortico-cortical link density of 66% with 33% poten...”
- [Chen2020] “The primate substrate is built from a complementary infrastructure. CoCoMac collated ~300 published macaque axonal tract-tracing studies and ~150 brain-atlas studies into a unified database [Bakker2012], with CoCoTools automating its programmatic integration [Blumenfeld2014]. [Markov2012] performed quantitative retrograde tracing across 29 cortical areas, reporting cortico-cortical link density of 66% with 33% poten...”
- [Yan2022] “The primate substrate is built from a complementary infrastructure. CoCoMac collated ~300 published macaque axonal tract-tracing studies and ~150 brain-atlas studies into a unified database [Bakker2012], with CoCoTools automating its programmatic integration [Blumenfeld2014]. [Markov2012] performed quantitative retrograde tracing across 29 cortical areas, reporting cortico-cortical link density of 66% with 33% poten...”
- [Friedman2002] “The primate substrate is built from a complementary infrastructure. CoCoMac collated ~300 published macaque axonal tract-tracing studies and ~150 brain-atlas studies into a unified database [Bakker2012], with CoCoTools automating its programmatic integration [Blumenfeld2014]. [Markov2012] performed quantitative retrograde tracing across 29 cortical areas, reporting cortico-cortical link density of 66% with 33% poten...”
- [Horvat2016] “The primate substrate is built from a complementary infrastructure. CoCoMac collated ~300 published macaque axonal tract-tracing studies and ~150 brain-atlas studies into a unified database [Bakker2012], with CoCoTools automating its programmatic integration [Blumenfeld2014]. [Markov2012] performed quantitative retrograde tracing across 29 cortical areas, reporting cortico-cortical link density of 66% with 33% poten...”
- [Magrou2026] “The primate substrate is built from a complementary infrastructure. CoCoMac collated ~300 published macaque axonal tract-tracing studies and ~150 brain-atlas studies into a unified database [Bakker2012], with CoCoTools automating its programmatic integration [Blumenfeld2014]. [Markov2012] performed quantitative retrograde tracing across 29 cortical areas, reporting cortico-cortical link density of 66% with 33% poten...”
- [Bota2015] “The primate substrate is built from a complementary infrastructure. CoCoMac collated ~300 published macaque axonal tract-tracing studies and ~150 brain-atlas studies into a unified database [Bakker2012], with CoCoTools automating its programmatic integration [Blumenfeld2014]. [Markov2012] performed quantitative retrograde tracing across 29 cortical areas, reporting cortico-cortical link density of 66% with 33% poten...”
- [Molnar2024] “[Molnar2024] summarise macaque binary cortical density at 0.66 (and mouse at 0.97), classing mammalian cortex as an outlier dense network; [Markov2012] independently report 66% density on a 29×29 retrograde matrix, contrasting with the 32% reported by Felleman and Van Essen on visual cortex [Magrou2024]. The conflict is partially resolved by sub-sampling depth and detection thresholds: dense matrices arise when inje...”
- [Liu2020] “Cross-species comparison sharpens these density estimates. The marmoset cortical connectome of [Liu2020] reports 0.626 directed (0.601 undirected) density across 55 areas with 1,861 directed edges, and [Skibbe2023] provides 52 anterograde AAV injections in marmoset PFC imaged by STPT. [Majka2020] adds 143 retrograde injections at cellular resolution, while [Majka2016] registers earlier marmoset retrograde data into...”
- [Skibbe2023] “Cross-species comparison sharpens these density estimates. The marmoset cortical connectome of [Liu2020] reports 0.626 directed (0.601 undirected) density across 55 areas with 1,861 directed edges, and [Skibbe2023] provides 52 anterograde AAV injections in marmoset PFC imaged by STPT. [Majka2020] adds 143 retrograde injections at cellular resolution, while [Majka2016] registers earlier marmoset retrograde data into...”
- [Majka2020] “Cross-species comparison sharpens these density estimates. The marmoset cortical connectome of [Liu2020] reports 0.626 directed (0.601 undirected) density across 55 areas with 1,861 directed edges, and [Skibbe2023] provides 52 anterograde AAV injections in marmoset PFC imaged by STPT. [Majka2020] adds 143 retrograde injections at cellular resolution, while [Majka2016] registers earlier marmoset retrograde data into...”
- [Majka2016] “Cross-species comparison sharpens these density estimates. The marmoset cortical connectome of [Liu2020] reports 0.626 directed (0.601 undirected) density across 55 areas with 1,861 directed edges, and [Skibbe2023] provides 52 anterograde AAV injections in marmoset PFC imaged by STPT. [Majka2020] adds 143 retrograde injections at cellular resolution, while [Majka2016] registers earlier marmoset retrograde data into...”
- [Goulas2019] “Cross-species comparison sharpens these density estimates. The marmoset cortical connectome of [Liu2020] reports 0.626 directed (0.601 undirected) density across 55 areas with 1,861 directed edges, and [Skibbe2023] provides 52 anterograde AAV injections in marmoset PFC imaged by STPT. [Majka2020] adds 143 retrograde injections at cellular resolution, while [Majka2016] registers earlier marmoset retrograde data into...”
- [Pailthorpe2024] “Cross-species comparison sharpens these density estimates. The marmoset cortical connectome of [Liu2020] reports 0.626 directed (0.601 undirected) density across 55 areas with 1,861 directed edges, and [Skibbe2023] provides 52 anterograde AAV injections in marmoset PFC imaged by STPT. [Majka2020] adds 143 retrograde injections at cellular resolution, while [Majka2016] registers earlier marmoset retrograde data into...”
- [Pentek2025] “Cross-species comparison sharpens these density estimates. The marmoset cortical connectome of [Liu2020] reports 0.626 directed (0.601 undirected) density across 55 areas with 1,861 directed edges, and [Skibbe2023] provides 52 anterograde AAV injections in marmoset PFC imaged by STPT. [Majka2020] adds 143 retrograde injections at cellular resolution, while [Majka2016] registers earlier marmoset retrograde data into...”
- [VanEssen2019] “Cross-species comparison sharpens these density estimates. The marmoset cortical connectome of [Liu2020] reports 0.626 directed (0.601 undirected) density across 55 areas with 1,861 directed edges, and [Skibbe2023] provides 52 anterograde AAV injections in marmoset PFC imaged by STPT. [Majka2020] adds 143 retrograde injections at cellular resolution, while [Majka2016] registers earlier marmoset retrograde data into...”
- [Donahue2018a] “Cross-species comparison sharpens these density estimates. The marmoset cortical connectome of [Liu2020] reports 0.626 directed (0.601 undirected) density across 55 areas with 1,861 directed edges, and [Skibbe2023] provides 52 anterograde AAV injections in marmoset PFC imaged by STPT. [Majka2020] adds 143 retrograde injections at cellular resolution, while [Majka2016] registers earlier marmoset retrograde data into...”
- [Hawrylycz2023] “Cross-species comparison sharpens these density estimates. The marmoset cortical connectome of [Liu2020] reports 0.626 directed (0.601 undirected) density across 55 areas with 1,861 directed edges, and [Skibbe2023] provides 52 anterograde AAV injections in marmoset PFC imaged by STPT. [Majka2020] adds 143 retrograde injections at cellular resolution, while [Majka2016] registers earlier marmoset retrograde data into...”
- [Callaway2021] “Cross-species comparison sharpens these density estimates. The marmoset cortical connectome of [Liu2020] reports 0.626 directed (0.601 undirected) density across 55 areas with 1,861 directed edges, and [Skibbe2023] provides 52 anterograde AAV injections in marmoset PFC imaged by STPT. [Majka2020] adds 143 retrograde injections at cellular resolution, while [Majka2016] registers earlier marmoset retrograde data into...”
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