Morphological Diversity
This section is represented as a source-backed SciDEX wiki artifact. The full source remains in the original computational-review repository.
Source: https://github.com/AllenNeuralDynamics/ComputationalReviewVIP/blob/95e761177f7d2ec565983d3307c14ec238f9677c/content/04_morphology.md
Citation anchors captured: 333
Citation contexts
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1CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference Sections{ref}sec-molecular-identityand{ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari... -
2CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference Sections{ref}sec-molecular-identityand{ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari... -
3CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference Sections{ref}sec-molecular-identityand{ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari... -
4CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference Sections{ref}sec-molecular-identityand{ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari... -
5CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference Sections{ref}sec-molecular-identityand{ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari... -
6CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference Sections{ref}sec-molecular-identityand{ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari... -
7CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference Sections{ref}sec-molecular-identityand{ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari... -
5CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference Sections{ref}sec-molecular-identityand{ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari... -
8CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference Sections{ref}sec-molecular-identityand{ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari... -
9CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference Sections{ref}sec-molecular-identityand{ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari... -
2CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference0 Sections{ref}sec-molecular-identityand{ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari... -
2CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference1 The earliest single-cell descriptions of cortical VIP-expressing interneurons recognised a small set of recurring forms. 2CitationSections {ref}sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference2 described four morphological classes in rat frontal cortex — vertically bipolar cells with predominantly descending axonal collaterals, double-bouquet cells, small-basket cells with short and dense local arbors, and arcade-shaped cells with arching axonal trees — and showed that VI... -
2CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference3 The earliest single-cell descriptions of cortical VIP-expressing interneurons recognised a small set of recurring forms. 2CitationSections {ref}sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference4 described four morphological classes in rat frontal cortex — vertically bipolar cells with predominantly descending axonal collaterals, double-bouquet cells, small-basket cells with short and dense local arbors, and arcade-shaped cells with arching axonal trees — and showed that VI... -
2CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference5 The earliest single-cell descriptions of cortical VIP-expressing interneurons recognised a small set of recurring forms. 2CitationSections {ref}sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference6 described four morphological classes in rat frontal cortex — vertically bipolar cells with predominantly descending axonal collaterals, double-bouquet cells, small-basket cells with short and dense local arbors, and arcade-shaped cells with arching axonal trees — and showed that VI... -
2CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference7 The earliest single-cell descriptions of cortical VIP-expressing interneurons recognised a small set of recurring forms. 2CitationSections {ref}sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference8 described four morphological classes in rat frontal cortex — vertically bipolar cells with predominantly descending axonal collaterals, double-bouquet cells, small-basket cells with short and dense local arbors, and arcade-shaped cells with arching axonal trees — and showed that VI... -
2CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference9 The earliest single-cell descriptions of cortical VIP-expressing interneurons recognised a small set of recurring forms. 3CitationSections {ref}sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference0 described four morphological classes in rat frontal cortex — vertically bipolar cells with predominantly descending axonal collaterals, double-bouquet cells, small-basket cells with short and dense local arbors, and arcade-shaped cells with arching axonal trees — and showed that VI... -
3CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference1 The earliest single-cell descriptions of cortical VIP-expressing interneurons recognised a small set of recurring forms. 3CitationSections {ref}sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference2 described four morphological classes in rat frontal cortex — vertically bipolar cells with predominantly descending axonal collaterals, double-bouquet cells, small-basket cells with short and dense local arbors, and arcade-shaped cells with arching axonal trees — and showed that VI... -
3CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference3 The earliest single-cell descriptions of cortical VIP-expressing interneurons recognised a small set of recurring forms. 3CitationSections {ref}sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference4 described four morphological classes in rat frontal cortex — vertically bipolar cells with predominantly descending axonal collaterals, double-bouquet cells, small-basket cells with short and dense local arbors, and arcade-shaped cells with arching axonal trees — and showed that VI... -
3CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference5 The earliest single-cell descriptions of cortical VIP-expressing interneurons recognised a small set of recurring forms. 3CitationSections {ref}sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference6 described four morphological classes in rat frontal cortex — vertically bipolar cells with predominantly descending axonal collaterals, double-bouquet cells, small-basket cells with short and dense local arbors, and arcade-shaped cells with arching axonal trees — and showed that VI... -
3CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference7 The earliest single-cell descriptions of cortical VIP-expressing interneurons recognised a small set of recurring forms. 3CitationSections {ref}sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference8 described four morphological classes in rat frontal cortex — vertically bipolar cells with predominantly descending axonal collaterals, double-bouquet cells, small-basket cells with short and dense local arbors, and arcade-shaped cells with arching axonal trees — and showed that VI... -
3CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference9 The earliest single-cell descriptions of cortical VIP-expressing interneurons recognised a small set of recurring forms. 4CitationSections {ref}sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference0 described four morphological classes in rat frontal cortex — vertically bipolar cells with predominantly descending axonal collaterals, double-bouquet cells, small-basket cells with short and dense local arbors, and arcade-shaped cells with arching axonal trees — and showed that VI... -
4CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference1 The earliest single-cell descriptions of cortical VIP-expressing interneurons recognised a small set of recurring forms. 4CitationSections {ref}sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference2 described four morphological classes in rat frontal cortex — vertically bipolar cells with predominantly descending axonal collaterals, double-bouquet cells, small-basket cells with short and dense local arbors, and arcade-shaped cells with arching axonal trees — and showed that VI... -
4CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference3 The earliest single-cell descriptions of cortical VIP-expressing interneurons recognised a small set of recurring forms. 4CitationSections {ref}sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference4 described four morphological classes in rat frontal cortex — vertically bipolar cells with predominantly descending axonal collaterals, double-bouquet cells, small-basket cells with short and dense local arbors, and arcade-shaped cells with arching axonal trees — and showed that VI... -
4CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference5 The earliest single-cell descriptions of cortical VIP-expressing interneurons recognised a small set of recurring forms. 4CitationSections {ref}sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference6 described four morphological classes in rat frontal cortex — vertically bipolar cells with predominantly descending axonal collaterals, double-bouquet cells, small-basket cells with short and dense local arbors, and arcade-shaped cells with arching axonal trees — and showed that VI... -
4CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference7 The earliest single-cell descriptions of cortical VIP-expressing interneurons recognised a small set of recurring forms. 4CitationSections {ref}sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference8 described four morphological classes in rat frontal cortex — vertically bipolar cells with predominantly descending axonal collaterals, double-bouquet cells, small-basket cells with short and dense local arbors, and arcade-shaped cells with arching axonal trees — and showed that VI... -
4CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference9 The earliest single-cell descriptions of cortical VIP-expressing interneurons recognised a small set of recurring forms. 5CitationSections {ref}sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference0 described four morphological classes in rat frontal cortex — vertically bipolar cells with predominantly descending axonal collaterals, double-bouquet cells, small-basket cells with short and dense local arbors, and arcade-shaped cells with arching axonal trees — and showed that VI... -
5CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference1 The bipolar/bitufted morphotype dominates in numerical surveys but does not exhaust the class. Reviews of the rodent literature converge on a list of bipolar, bitufted, multipolar, small-basket, and arcade morphologies, with VIP-positive basket cells representing a numerical minority of the class 5CitationSections {ref}sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference2. An earlier report, using VIP-Cre × tdTomato barrel cortex slices, reported... -
5CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference3 The bipolar/bitufted morphotype dominates in numerical surveys but does not exhaust the class. Reviews of the rodent literature converge on a list of bipolar, bitufted, multipolar, small-basket, and arcade morphologies, with VIP-positive basket cells representing a numerical minority of the class 5CitationSections {ref}sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference4. An earlier report, using VIP-Cre × tdTomato barrel cortex slices, reported... -
5CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference5 The bipolar/bitufted morphotype dominates in numerical surveys but does not exhaust the class. Reviews of the rodent literature converge on a list of bipolar, bitufted, multipolar, small-basket, and arcade morphologies, with VIP-positive basket cells representing a numerical minority of the class 5CitationSections {ref}sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference6. An earlier report, using VIP-Cre × tdTomato barrel cortex slices, reported... -
5CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference7 The bipolar/bitufted morphotype dominates in numerical surveys but does not exhaust the class. Reviews of the rodent literature converge on a list of bipolar, bitufted, multipolar, small-basket, and arcade morphologies, with VIP-positive basket cells representing a numerical minority of the class 5CitationSections {ref}sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference8. An earlier report, using VIP-Cre × tdTomato barrel cortex slices, reported... -
5CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference9 The bipolar/bitufted morphotype dominates in numerical surveys but does not exhaust the class. Reviews of the rodent literature converge on a list of bipolar, bitufted, multipolar, small-basket, and arcade morphologies, with VIP-positive basket cells representing a numerical minority of the class 6CitationSections {ref}sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference0. An earlier report, using VIP-Cre × tdTomato barrel cortex slices, reported... -
6CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference1 The bipolar/bitufted morphotype dominates in numerical surveys but does not exhaust the class. Reviews of the rodent literature converge on a list of bipolar, bitufted, multipolar, small-basket, and arcade morphologies, with VIP-positive basket cells representing a numerical minority of the class 6CitationSections {ref}sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference2. An earlier report, using VIP-Cre × tdTomato barrel cortex slices, reported... -
6CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference3 The bipolar/bitufted morphotype dominates in numerical surveys but does not exhaust the class. Reviews of the rodent literature converge on a list of bipolar, bitufted, multipolar, small-basket, and arcade morphologies, with VIP-positive basket cells representing a numerical minority of the class 6CitationSections {ref}sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference4. An earlier report, using VIP-Cre × tdTomato barrel cortex slices, reported... -
6CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference5 The bipolar/bitufted morphotype dominates in numerical surveys but does not exhaust the class. Reviews of the rodent literature converge on a list of bipolar, bitufted, multipolar, small-basket, and arcade morphologies, with VIP-positive basket cells representing a numerical minority of the class 6CitationSections {ref}sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference6. An earlier report, using VIP-Cre × tdTomato barrel cortex slices, reported... -
6CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference7 The bipolar/bitufted morphotype dominates in numerical surveys but does not exhaust the class. Reviews of the rodent literature converge on a list of bipolar, bitufted, multipolar, small-basket, and arcade morphologies, with VIP-positive basket cells representing a numerical minority of the class 6CitationSections {ref}sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference8. An earlier report, using VIP-Cre × tdTomato barrel cortex slices, reported... -
6CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference9 The bipolar/bitufted morphotype dominates in numerical surveys but does not exhaust the class. Reviews of the rodent literature converge on a list of bipolar, bitufted, multipolar, small-basket, and arcade morphologies, with VIP-positive basket cells representing a numerical minority of the class 7CitationSections {ref}sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference0. An earlier report, using VIP-Cre × tdTomato barrel cortex slices, reported... -
7CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference1 The bipolar/bitufted morphotype dominates in numerical surveys but does not exhaust the class. Reviews of the rodent literature converge on a list of bipolar, bitufted, multipolar, small-basket, and arcade morphologies, with VIP-positive basket cells representing a numerical minority of the class 7CitationSections {ref}sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference2. An earlier report, using VIP-Cre × tdTomato barrel cortex slices, reported... -
7CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference3 Morphological diversity of cortical VIP interneurons. (A) Idealised exemplar morphologies — bipolar, bitufted, small-basket, and arcade — drawn to illustrate the canonical VIP morphological repertoire described by earlier studies and 7CitationSections {ref}sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference4. (B) Textual side-by-side of predominant VIP morphological subtype reported in two genetically defined VIP-Cre datasets in mouse primary sensory neocortex: a pre... -
7CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference5 Morphological diversity of cortical VIP interneurons. (A) Idealised exemplar morphologies — bipolar, bitufted, small-basket, and arcade — drawn to illustrate the canonical VIP morphological repertoire described by earlier studies and 7CitationSections {ref}sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference6. (B) Textual side-by-side of predominant VIP morphological subtype reported in two genetically defined VIP-Cre datasets in mouse primary sensory neocortex: a pre... -
7CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference7 Morphological diversity of cortical VIP interneurons. (A) Idealised exemplar morphologies — bipolar, bitufted, small-basket, and arcade — drawn to illustrate the canonical VIP morphological repertoire described by earlier studies and 7CitationSections {ref}sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference8. (B) Textual side-by-side of predominant VIP morphological subtype reported in two genetically defined VIP-Cre datasets in mouse primary sensory neocortex: a pre... -
7CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference9 Morphological diversity of cortical VIP interneurons. (A) Idealised exemplar morphologies — bipolar, bitufted, small-basket, and arcade — drawn to illustrate the canonical VIP morphological repertoire described by earlier studies and 5CitationSections {ref}sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference0. (B) Textual side-by-side of predominant VIP morphological subtype reported in two genetically defined VIP-Cre datasets in mouse primary sensory neocortex: a pre... -
5CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference1 Morphological diversity of cortical VIP interneurons. (A) Idealised exemplar morphologies — bipolar, bitufted, small-basket, and arcade — drawn to illustrate the canonical VIP morphological repertoire described by earlier studies and 5CitationSections {ref}sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference2. (B) Textual side-by-side of predominant VIP morphological subtype reported in two genetically defined VIP-Cre datasets in mouse primary sensory neocortex: a pre... -
5CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference3 Numerical estimates of how the canonical morphologies partition the VIP class differ substantially across studies, reflecting genuine biology and methodological choice. 5CitationSections {ref}sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference4 reported that VIP-expressing GABAergic neurons account for roughly 11% of cortical interneurons in mouse V1 and are concentrated in supragranular layers, with CR-, VIP-, ChAT- and CCK-immunoreactive populations enriched in L2/3 [Gonchar... -
5CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference5 Numerical estimates of how the canonical morphologies partition the VIP class differ substantially across studies, reflecting genuine biology and methodological choice. 5CitationSections {ref}sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference6 reported that VIP-expressing GABAergic neurons account for roughly 11% of cortical interneurons in mouse V1 and are concentrated in supragranular layers, with CR-, VIP-, ChAT- and CCK-immunoreactive populations enriched in L2/3 [Gonchar... -
5CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference7 Numerical estimates of how the canonical morphologies partition the VIP class differ substantially across studies, reflecting genuine biology and methodological choice. 5CitationSections {ref}sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference8 reported that VIP-expressing GABAergic neurons account for roughly 11% of cortical interneurons in mouse V1 and are concentrated in supragranular layers, with CR-, VIP-, ChAT- and CCK-immunoreactive populations enriched in L2/3 [Gonchar... -
5CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference9 Numerical estimates of how the canonical morphologies partition the VIP class differ substantially across studies, reflecting genuine biology and methodological choice. 8CitationSections {ref}sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference0 reported that VIP-expressing GABAergic neurons account for roughly 11% of cortical interneurons in mouse V1 and are concentrated in supragranular layers, with CR-, VIP-, ChAT- and CCK-immunoreactive populations enriched in L2/3 [Gonchar... -
8CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference1 Numerical estimates of how the canonical morphologies partition the VIP class differ substantially across studies, reflecting genuine biology and methodological choice. 8CitationSections {ref}sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference2 reported that VIP-expressing GABAergic neurons account for roughly 11% of cortical interneurons in mouse V1 and are concentrated in supragranular layers, with CR-, VIP-, ChAT- and CCK-immunoreactive populations enriched in L2/3 [Gonchar... -
8CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference3 Numerical estimates of how the canonical morphologies partition the VIP class differ substantially across studies, reflecting genuine biology and methodological choice. 8CitationSections {ref}sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference4 reported that VIP-expressing GABAergic neurons account for roughly 11% of cortical interneurons in mouse V1 and are concentrated in supragranular layers, with CR-, VIP-, ChAT- and CCK-immunoreactive populations enriched in L2/3 [Gonchar... -
8CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference5 Numerical estimates of how the canonical morphologies partition the VIP class differ substantially across studies, reflecting genuine biology and methodological choice. 8CitationSections {ref}sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference6 reported that VIP-expressing GABAergic neurons account for roughly 11% of cortical interneurons in mouse V1 and are concentrated in supragranular layers, with CR-, VIP-, ChAT- and CCK-immunoreactive populations enriched in L2/3 [Gonchar... -
8CitationSections {ref}
sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference7 Numerical estimates of how the canonical morphologies partition the VIP class differ substantially across studies, reflecting genuine biology and methodological choice. 8CitationSections {ref}sec-molecular-identityand {ref}sec-developmentestablished the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...content/04_morphology.md:line 6Open reference8 reported that VIP-expressing GABAergic neurons account for roughly 11% of cortical interneurons in mouse V1 and are concentrated in supragranular layers, with CR-, VIP-, ChAT- and CCK-immunoreactive populations enriched in L2/3 [Gonchar... -
... 283 additional anchors in refs_json
References
- [Apicella2022] “Sections {ref}`sec-molecular-identity` and {ref}`sec-development` established the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...”
- [Rudy2011] “Sections {ref}`sec-molecular-identity` and {ref}`sec-development` established the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...”
- [Yayon2023] “Sections {ref}`sec-molecular-identity` and {ref}`sec-development` established the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...”
- [Gouwens2019] “Sections {ref}`sec-molecular-identity` and {ref}`sec-development` established the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...”
- [Gouwens2020a] “Sections {ref}`sec-molecular-identity` and {ref}`sec-development` established the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...”
- [Gliko2024] “Sections {ref}`sec-molecular-identity` and {ref}`sec-development` established the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...”
- [Elabbady2025] “Sections {ref}`sec-molecular-identity` and {ref}`sec-development` established the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...”
- [Gouwens2020b] “Sections {ref}`sec-molecular-identity` and {ref}`sec-development` established the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...”
- [Pronneke2015] “Sections {ref}`sec-molecular-identity` and {ref}`sec-development` established the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...”
- [Chartrand2023] “Sections {ref}`sec-molecular-identity` and {ref}`sec-development` established the molecular and developmental scaffold of the VIP-expressing class; this section asks how those categories project into morphological space. The contemporary picture, drawn from Patch-seq atlases, large-volume connectomics, and decades of biocytin-based reconstructions, is consistent on the gross descriptors but contested on the boundari...”
- [Kawaguchi1996] “The earliest single-cell descriptions of cortical VIP-expressing interneurons recognised a small set of recurring forms. [Kawaguchi1996] described four morphological classes in rat frontal cortex — vertically bipolar cells with predominantly descending axonal collaterals, double-bouquet cells, small-basket cells with short and dense local arbors, and arcade-shaped cells with arching axonal trees — and showed that VI...”
- [Cauli1997] “The earliest single-cell descriptions of cortical VIP-expressing interneurons recognised a small set of recurring forms. [Kawaguchi1996] described four morphological classes in rat frontal cortex — vertically bipolar cells with predominantly descending axonal collaterals, double-bouquet cells, small-basket cells with short and dense local arbors, and arcade-shaped cells with arching axonal trees — and showed that VI...”
- [Cauli2014] “The earliest single-cell descriptions of cortical VIP-expressing interneurons recognised a small set of recurring forms. [Kawaguchi1996] described four morphological classes in rat frontal cortex — vertically bipolar cells with predominantly descending axonal collaterals, double-bouquet cells, small-basket cells with short and dense local arbors, and arcade-shaped cells with arching axonal trees — and showed that VI...”
- [Vucurovic2010] “The earliest single-cell descriptions of cortical VIP-expressing interneurons recognised a small set of recurring forms. [Kawaguchi1996] described four morphological classes in rat frontal cortex — vertically bipolar cells with predominantly descending axonal collaterals, double-bouquet cells, small-basket cells with short and dense local arbors, and arcade-shaped cells with arching axonal trees — and showed that VI...”
- [Stachniak2021] “The earliest single-cell descriptions of cortical VIP-expressing interneurons recognised a small set of recurring forms. [Kawaguchi1996] described four morphological classes in rat frontal cortex — vertically bipolar cells with predominantly descending axonal collaterals, double-bouquet cells, small-basket cells with short and dense local arbors, and arcade-shaped cells with arching axonal trees — and showed that VI...”
- [Fishell2020] “The earliest single-cell descriptions of cortical VIP-expressing interneurons recognised a small set of recurring forms. [Kawaguchi1996] described four morphological classes in rat frontal cortex — vertically bipolar cells with predominantly descending axonal collaterals, double-bouquet cells, small-basket cells with short and dense local arbors, and arcade-shaped cells with arching axonal trees — and showed that VI...”
- [Wong2022] “The bipolar/bitufted morphotype dominates in numerical surveys but does not exhaust the class. Reviews of the rodent literature converge on a list of bipolar, bitufted, multipolar, small-basket, and arcade morphologies, with VIP-positive basket cells representing a numerical minority of the class [Rudy2011,Cauli2014,Apicella2022,Fishell2020]. An earlier report, using VIP-Cre × tdTomato barrel cortex slices, reported...”
- [Zhou2017] “**Morphological diversity of cortical VIP interneurons.** **(A)** Idealised exemplar morphologies — bipolar, bitufted, small-basket, and arcade — drawn to illustrate the canonical VIP morphological repertoire described by earlier studies and [Cauli2014]. **(B)** Textual side-by-side of predominant VIP morphological subtype reported in two genetically defined VIP-Cre datasets in mouse primary sensory neocortex: a pre...”
- [Xu2010a] “**Morphological diversity of cortical VIP interneurons.** **(A)** Idealised exemplar morphologies — bipolar, bitufted, small-basket, and arcade — drawn to illustrate the canonical VIP morphological repertoire described by earlier studies and [Cauli2014]. **(B)** Textual side-by-side of predominant VIP morphological subtype reported in two genetically defined VIP-Cre datasets in mouse primary sensory neocortex: a pre...”
- [Gonchar2008] “Numerical estimates of how the canonical morphologies partition the VIP class differ substantially across studies, reflecting genuine biology and methodological choice. [Gonchar2008] reported that VIP-expressing GABAergic neurons account for roughly 11% of cortical interneurons in mouse V1 and are concentrated in supragranular layers, with CR-, VIP-, ChAT- and CCK-immunoreactive populations enriched in L2/3 [Gonchar...”
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