Connectomic resolution: MICrONS and the mouse cortical wiring matrix

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^{1Citationpaper:paper-a80aa5d68f45The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference} The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...
^{2Citationpaper:paper-117c0465999eThe horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference} The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...
^{3Citationpaper:paper-d2a8c6775359The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference} The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...
^{4Citationpaper:paper-aecac0566e4aThe horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference} The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...
^{5Citationpaper:paper-7ac22819c082The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference} The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...
^{5Citationpaper:paper-7ac22819c082The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference} The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...
^{6Citationpaper:paper-31c9e0b4d258The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference} The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...
^{7Citationpaper:paper-c4ad527c9bfbThe horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference} The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...
^{3Citationpaper:paper-d2a8c6775359The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference} The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...
^{8Citationpaper:paper-14e5fb681943The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference} The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...
^{2Citationpaper:paper-117c0465999eThe horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}0 The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...
^{2Citationpaper:paper-117c0465999eThe horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}1 The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...
^{2Citationpaper:paper-117c0465999eThe horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}2 Three early datasets set the methodological grammar that MICrONS later inherited. The first, ^{2Citationpaper:paper-117c0465999eThe horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}3, imaged a 450 × 350 × 52 µm volume of mouse V1 containing approximately 1,500 cell bodies and used it to test whether inhibitory interneurons receive convergent excitatory input from pyramidal cells with widely varying orientation preferences. The Bock 2011 volume answered that question affirmatively for excitatio...
^{2Citationpaper:paper-117c0465999eThe horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}4 Three early datasets set the methodological grammar that MICrONS later inherited. The first, ^{2Citationpaper:paper-117c0465999eThe horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}5, imaged a 450 × 350 × 52 µm volume of mouse V1 containing approximately 1,500 cell bodies and used it to test whether inhibitory interneurons receive convergent excitatory input from pyramidal cells with widely varying orientation preferences. The Bock 2011 volume answered that question affirmatively for excitatio...
^{2Citationpaper:paper-117c0465999eThe horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}6 Three early datasets set the methodological grammar that MICrONS later inherited. The first, ^{2Citationpaper:paper-117c0465999eThe horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}7, imaged a 450 × 350 × 52 µm volume of mouse V1 containing approximately 1,500 cell bodies and used it to test whether inhibitory interneurons receive convergent excitatory input from pyramidal cells with widely varying orientation preferences. The Bock 2011 volume answered that question affirmatively for excitatio...
^{2Citationpaper:paper-117c0465999eThe horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}8 Three early datasets set the methodological grammar that MICrONS later inherited. The first, ^{2Citationpaper:paper-117c0465999eThe horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}9, imaged a 450 × 350 × 52 µm volume of mouse V1 containing approximately 1,500 cell bodies and used it to test whether inhibitory interneurons receive convergent excitatory input from pyramidal cells with widely varying orientation preferences. The Bock 2011 volume answered that question affirmatively for excitatio...
^{3Citationpaper:paper-d2a8c6775359The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}0 Three early datasets set the methodological grammar that MICrONS later inherited. The first, ^{3Citationpaper:paper-d2a8c6775359The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}1, imaged a 450 × 350 × 52 µm volume of mouse V1 containing approximately 1,500 cell bodies and used it to test whether inhibitory interneurons receive convergent excitatory input from pyramidal cells with widely varying orientation preferences. The Bock 2011 volume answered that question affirmatively for excitatio...
^{3Citationpaper:paper-d2a8c6775359The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}2 Three early datasets set the methodological grammar that MICrONS later inherited. The first, ^{3Citationpaper:paper-d2a8c6775359The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}3, imaged a 450 × 350 × 52 µm volume of mouse V1 containing approximately 1,500 cell bodies and used it to test whether inhibitory interneurons receive convergent excitatory input from pyramidal cells with widely varying orientation preferences. The Bock 2011 volume answered that question affirmatively for excitatio...
^{3Citationpaper:paper-d2a8c6775359The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}4 Three early datasets set the methodological grammar that MICrONS later inherited. The first, ^{3Citationpaper:paper-d2a8c6775359The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}5, imaged a 450 × 350 × 52 µm volume of mouse V1 containing approximately 1,500 cell bodies and used it to test whether inhibitory interneurons receive convergent excitatory input from pyramidal cells with widely varying orientation preferences. The Bock 2011 volume answered that question affirmatively for excitatio...
^{3Citationpaper:paper-d2a8c6775359The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}6 These three studies — together with conjugate light-electron array tomography that mapped synaptic protein composition onto EM-reconstructed spines ^{3Citationpaper:paper-d2a8c6775359The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}7 and the earlier hippocampal-neuropil reconstructions that calibrated synapse density estimates against ground-truth EM ^{3Citationpaper:paper-d2a8c6775359The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}8 — established the working tradeoff that has shaped every subsequent dataset. Sub-millimetre volumes can resolve every spi...
^{3Citationpaper:paper-d2a8c6775359The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}9 These three studies — together with conjugate light-electron array tomography that mapped synaptic protein composition onto EM-reconstructed spines ^{4Citationpaper:paper-aecac0566e4aThe horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}0 and the earlier hippocampal-neuropil reconstructions that calibrated synapse density estimates against ground-truth EM ^{4Citationpaper:paper-aecac0566e4aThe horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}1 — established the working tradeoff that has shaped every subsequent dataset. Sub-millimetre volumes can resolve every spi...
^{4Citationpaper:paper-aecac0566e4aThe horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}2 These three studies — together with conjugate light-electron array tomography that mapped synaptic protein composition onto EM-reconstructed spines ^{4Citationpaper:paper-aecac0566e4aThe horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}3 and the earlier hippocampal-neuropil reconstructions that calibrated synapse density estimates against ground-truth EM ^{4Citationpaper:paper-aecac0566e4aThe horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}4 — established the working tradeoff that has shaped every subsequent dataset. Sub-millimetre volumes can resolve every spi...
^{4Citationpaper:paper-aecac0566e4aThe horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}5 These three studies — together with conjugate light-electron array tomography that mapped synaptic protein composition onto EM-reconstructed spines ^{4Citationpaper:paper-aecac0566e4aThe horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}6 and the earlier hippocampal-neuropil reconstructions that calibrated synapse density estimates against ground-truth EM ^{4Citationpaper:paper-aecac0566e4aThe horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}7 — established the working tradeoff that has shaped every subsequent dataset. Sub-millimetre volumes can resolve every spi...
^{4Citationpaper:paper-aecac0566e4aThe horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}8 These three studies — together with conjugate light-electron array tomography that mapped synaptic protein composition onto EM-reconstructed spines ^{4Citationpaper:paper-aecac0566e4aThe horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}9 and the earlier hippocampal-neuropil reconstructions that calibrated synapse density estimates against ground-truth EM ^{5Citationpaper:paper-7ac22819c082The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}0 — established the working tradeoff that has shaped every subsequent dataset. Sub-millimetre volumes can resolve every spi...
^{5Citationpaper:paper-7ac22819c082The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}1 These three studies — together with conjugate light-electron array tomography that mapped synaptic protein composition onto EM-reconstructed spines ^{5Citationpaper:paper-7ac22819c082The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}2 and the earlier hippocampal-neuropil reconstructions that calibrated synapse density estimates against ground-truth EM ^{5Citationpaper:paper-7ac22819c082The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}3 — established the working tradeoff that has shaped every subsequent dataset. Sub-millimetre volumes can resolve every spi...
^{5Citationpaper:paper-7ac22819c082The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}4 These three studies — together with conjugate light-electron array tomography that mapped synaptic protein composition onto EM-reconstructed spines ^{5Citationpaper:paper-7ac22819c082The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}5 and the earlier hippocampal-neuropil reconstructions that calibrated synapse density estimates against ground-truth EM ^{5Citationpaper:paper-7ac22819c082The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}6 — established the working tradeoff that has shaped every subsequent dataset. Sub-millimetre volumes can resolve every spi...
^{5Citationpaper:paper-7ac22819c082The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}7 These three studies — together with conjugate light-electron array tomography that mapped synaptic protein composition onto EM-reconstructed spines ^{5Citationpaper:paper-7ac22819c082The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}8 and the earlier hippocampal-neuropil reconstructions that calibrated synapse density estimates against ground-truth EM ^{5Citationpaper:paper-7ac22819c082The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}9 — established the working tradeoff that has shaped every subsequent dataset. Sub-millimetre volumes can resolve every spi...
^{5Citationpaper:paper-7ac22819c082The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}0 These three studies — together with conjugate light-electron array tomography that mapped synaptic protein composition onto EM-reconstructed spines ^{5Citationpaper:paper-7ac22819c082The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}1 and the earlier hippocampal-neuropil reconstructions that calibrated synapse density estimates against ground-truth EM ^{5Citationpaper:paper-7ac22819c082The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}2 — established the working tradeoff that has shaped every subsequent dataset. Sub-millimetre volumes can resolve every spi...
^{5Citationpaper:paper-7ac22819c082The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}3 These three studies — together with conjugate light-electron array tomography that mapped synaptic protein composition onto EM-reconstructed spines ^{5Citationpaper:paper-7ac22819c082The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}4 and the earlier hippocampal-neuropil reconstructions that calibrated synapse density estimates against ground-truth EM ^{5Citationpaper:paper-7ac22819c082The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}5 — established the working tradeoff that has shaped every subsequent dataset. Sub-millimetre volumes can resolve every spi...
^{5Citationpaper:paper-7ac22819c082The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}6 These three studies — together with conjugate light-electron array tomography that mapped synaptic protein composition onto EM-reconstructed spines ^{5Citationpaper:paper-7ac22819c082The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}7 and the earlier hippocampal-neuropil reconstructions that calibrated synapse density estimates against ground-truth EM ^{5Citationpaper:paper-7ac22819c082The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}8 — established the working tradeoff that has shaped every subsequent dataset. Sub-millimetre volumes can resolve every spi...
^{5Citationpaper:paper-7ac22819c082The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}9 These three studies — together with conjugate light-electron array tomography that mapped synaptic protein composition onto EM-reconstructed spines ^{6Citationpaper:paper-31c9e0b4d258The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}0 and the earlier hippocampal-neuropil reconstructions that calibrated synapse density estimates against ground-truth EM ^{6Citationpaper:paper-31c9e0b4d258The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}1 — established the working tradeoff that has shaped every subsequent dataset. Sub-millimetre volumes can resolve every spi...
^{6Citationpaper:paper-31c9e0b4d258The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}2 These three studies — together with conjugate light-electron array tomography that mapped synaptic protein composition onto EM-reconstructed spines ^{6Citationpaper:paper-31c9e0b4d258The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}3 and the earlier hippocampal-neuropil reconstructions that calibrated synapse density estimates against ground-truth EM ^{6Citationpaper:paper-31c9e0b4d258The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}4 — established the working tradeoff that has shaped every subsequent dataset. Sub-millimetre volumes can resolve every spi...
^{6Citationpaper:paper-31c9e0b4d258The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}5 The MICrONS dataset spans a cubic-millimetre volume of mouse visual cortex (1.3 × 0.87 × 0.82 mm in vivo) co-registering two-photon calcium imaging with serial-section transmission EM, and bridges the function-to-connectivity gap that the earlier landmarks could only sketch within single cortical layers ^{6Citationpaper:paper-31c9e0b4d258The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}6. Automated detection identified ~524 million synaptic clefts across the two MICrONS s...
^{6Citationpaper:paper-31c9e0b4d258The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}7 The MICrONS dataset spans a cubic-millimetre volume of mouse visual cortex (1.3 × 0.87 × 0.82 mm in vivo) co-registering two-photon calcium imaging with serial-section transmission EM, and bridges the function-to-connectivity gap that the earlier landmarks could only sketch within single cortical layers ^{6Citationpaper:paper-31c9e0b4d258The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}8. Automated detection identified ~524 million synaptic clefts across the two MICrONS s...
^{6Citationpaper:paper-31c9e0b4d258The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}9 The MICrONS dataset spans a cubic-millimetre volume of mouse visual cortex (1.3 × 0.87 × 0.82 mm in vivo) co-registering two-photon calcium imaging with serial-section transmission EM, and bridges the function-to-connectivity gap that the earlier landmarks could only sketch within single cortical layers ^{7Citationpaper:paper-c4ad527c9bfbThe horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}0. Automated detection identified ~524 million synaptic clefts across the two MICrONS s...
^{7Citationpaper:paper-c4ad527c9bfbThe horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}1 The MICrONS dataset spans a cubic-millimetre volume of mouse visual cortex (1.3 × 0.87 × 0.82 mm in vivo) co-registering two-photon calcium imaging with serial-section transmission EM, and bridges the function-to-connectivity gap that the earlier landmarks could only sketch within single cortical layers ^{7Citationpaper:paper-c4ad527c9bfbThe horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}2. Automated detection identified ~524 million synaptic clefts across the two MICrONS s...
^{7Citationpaper:paper-c4ad527c9bfbThe horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}3 The MICrONS dataset spans a cubic-millimetre volume of mouse visual cortex (1.3 × 0.87 × 0.82 mm in vivo) co-registering two-photon calcium imaging with serial-section transmission EM, and bridges the function-to-connectivity gap that the earlier landmarks could only sketch within single cortical layers ^{7Citationpaper:paper-c4ad527c9bfbThe horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}4. Automated detection identified ~524 million synaptic clefts across the two MICrONS s...
^{7Citationpaper:paper-c4ad527c9bfbThe horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}5 The infrastructure that surrounds the volume is, for present purposes, as important as the volume itself. NEURD provides automated proofreading of merge errors and feature extraction for ~80,000 neurons across the MICrONS volume and ~15,000 neurons in the H01 human-cortex volume, defining a shared neuron-feature schema across datasets ^{7Citationpaper:paper-c4ad527c9bfbThe horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}6. Perisomatic-ultrastructure feature classification reaches 94,010 high...
^{7Citationpaper:paper-c4ad527c9bfbThe horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}7 The infrastructure that surrounds the volume is, for present purposes, as important as the volume itself. NEURD provides automated proofreading of merge errors and feature extraction for ~80,000 neurons across the MICrONS volume and ~15,000 neurons in the H01 human-cortex volume, defining a shared neuron-feature schema across datasets ^{7Citationpaper:paper-c4ad527c9bfbThe horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}8. Perisomatic-ultrastructure feature classification reaches 94,010 high...
^{7Citationpaper:paper-c4ad527c9bfbThe horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}9 The infrastructure that surrounds the volume is, for present purposes, as important as the volume itself. NEURD provides automated proofreading of merge errors and feature extraction for ~80,000 neurons across the MICrONS volume and ~15,000 neurons in the H01 human-cortex volume, defining a shared neuron-feature schema across datasets ^{3Citationpaper:paper-d2a8c6775359The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}0. Perisomatic-ultrastructure feature classification reaches 94,010 high...
^{3Citationpaper:paper-d2a8c6775359The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}1 The infrastructure that surrounds the volume is, for present purposes, as important as the volume itself. NEURD provides automated proofreading of merge errors and feature extraction for ~80,000 neurons across the MICrONS volume and ~15,000 neurons in the H01 human-cortex volume, defining a shared neuron-feature schema across datasets ^{3Citationpaper:paper-d2a8c6775359The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}2. Perisomatic-ultrastructure feature classification reaches 94,010 high...
^{3Citationpaper:paper-d2a8c6775359The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}3 The infrastructure that surrounds the volume is, for present purposes, as important as the volume itself. NEURD provides automated proofreading of merge errors and feature extraction for ~80,000 neurons across the MICrONS volume and ~15,000 neurons in the H01 human-cortex volume, defining a shared neuron-feature schema across datasets ^{3Citationpaper:paper-d2a8c6775359The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}4. Perisomatic-ultrastructure feature classification reaches 94,010 high...
^{3Citationpaper:paper-d2a8c6775359The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}5 The infrastructure that surrounds the volume is, for present purposes, as important as the volume itself. NEURD provides automated proofreading of merge errors and feature extraction for ~80,000 neurons across the MICrONS volume and ~15,000 neurons in the H01 human-cortex volume, defining a shared neuron-feature schema across datasets ^{3Citationpaper:paper-d2a8c6775359The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}6. Perisomatic-ultrastructure feature classification reaches 94,010 high...
^{3Citationpaper:paper-d2a8c6775359The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}7 The infrastructure that surrounds the volume is, for present purposes, as important as the volume itself. NEURD provides automated proofreading of merge errors and feature extraction for ~80,000 neurons across the MICrONS volume and ~15,000 neurons in the H01 human-cortex volume, defining a shared neuron-feature schema across datasets ^{3Citationpaper:paper-d2a8c6775359The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}8. Perisomatic-ultrastructure feature classification reaches 94,010 high...
^{3Citationpaper:paper-d2a8c6775359The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}9 The infrastructure that surrounds the volume is, for present purposes, as important as the volume itself. NEURD provides automated proofreading of merge errors and feature extraction for ~80,000 neurons across the MICrONS volume and ~15,000 neurons in the H01 human-cortex volume, defining a shared neuron-feature schema across datasets ^{8Citationpaper:paper-14e5fb681943The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}0. Perisomatic-ultrastructure feature classification reaches 94,010 high...
^{8Citationpaper:paper-14e5fb681943The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}1 The infrastructure that surrounds the volume is, for present purposes, as important as the volume itself. NEURD provides automated proofreading of merge errors and feature extraction for ~80,000 neurons across the MICrONS volume and ~15,000 neurons in the H01 human-cortex volume, defining a shared neuron-feature schema across datasets ^{8Citationpaper:paper-14e5fb681943The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}2. Perisomatic-ultrastructure feature classification reaches 94,010 high...
^{8Citationpaper:paper-14e5fb681943The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}3 The infrastructure that surrounds the volume is, for present purposes, as important as the volume itself. NEURD provides automated proofreading of merge errors and feature extraction for ~80,000 neurons across the MICrONS volume and ~15,000 neurons in the H01 human-cortex volume, defining a shared neuron-feature schema across datasets ^{8Citationpaper:paper-14e5fb681943The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}4. Perisomatic-ultrastructure feature classification reaches 94,010 high...
^{8Citationpaper:paper-14e5fb681943The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}5 The infrastructure that surrounds the volume is, for present purposes, as important as the volume itself. NEURD provides automated proofreading of merge errors and feature extraction for ~80,000 neurons across the MICrONS volume and ~15,000 neurons in the H01 human-cortex volume, defining a shared neuron-feature schema across datasets ^{8Citationpaper:paper-14e5fb681943The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}6. Perisomatic-ultrastructure feature classification reaches 94,010 high...
^{8Citationpaper:paper-14e5fb681943The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}7 The infrastructure that surrounds the volume is, for present purposes, as important as the volume itself. NEURD provides automated proofreading of merge errors and feature extraction for ~80,000 neurons across the MICrONS volume and ~15,000 neurons in the H01 human-cortex volume, defining a shared neuron-feature schema across datasets ^{8Citationpaper:paper-14e5fb681943The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}8. Perisomatic-ultrastructure feature classification reaches 94,010 high...
^{8Citationpaper:paper-14e5fb681943The horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}9 The same MICrONS volume supports two non-aligned accounts of excitatory cell-type structure: the unsupervised dendritic-skeleton analysis of ^{2Citationpaper:paper-117c0465999eThe horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}00 reads excitatory morphology as a continuum across V1, AL, and RL, while the morphology-classifier pipeline used to predict MET-types in inhibitory cells ^{2Citationpaper:paper-117c0465999eThe horizontal wiring rules surveyed in {ref}sec-horizontal were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...content/06_connectomic_micons.md:line 5Open reference}01 is more naturally applied if excitatory categories are discrete. Whether the wiring rules in this sec...
... 138 additional anchors in refs_json

References

[Bock2011] paper:paper-a80aa5d68f45 “The horizontal wiring rules surveyed in {ref}`sec-horizontal` were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...”
[Kasthuri2015] paper:paper-117c0465999e “The horizontal wiring rules surveyed in {ref}`sec-horizontal` were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...”
[Lee2016] paper:paper-d2a8c6775359 “The horizontal wiring rules surveyed in {ref}`sec-horizontal` were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...”
[TheMICrONSConsortium2025] paper:paper-aecac0566e4a “The horizontal wiring rules surveyed in {ref}`sec-horizontal` were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...”
[Ding2025] paper:paper-7ac22819c082 “The horizontal wiring rules surveyed in {ref}`sec-horizontal` were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...”
[Ko2011] paper:paper-31c9e0b4d258 “The horizontal wiring rules surveyed in {ref}`sec-horizontal` were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...”
[Cossell2015] paper:paper-c4ad527c9bfb “The horizontal wiring rules surveyed in {ref}`sec-horizontal` were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...”
[Hage2022] paper:paper-14e5fb681943 “The horizontal wiring rules surveyed in {ref}`sec-horizontal` were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...”
[Seeman2018] paper:paper-pm-30256194 “The horizontal wiring rules surveyed in {ref}`sec-horizontal` were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...”
[Lefort2009] paper:paper-bdc020492b80 “The horizontal wiring rules surveyed in {ref}`sec-horizontal` were inferred from quad-patch recordings and bulk axonal tracers; both estimate connectivity indirectly, the former through a sampling of pairs reachable by an electrode array and the latter through a fluorescence projection that conflates synaptic and non-synaptic axonal passage. Volumetric electron microscopy (EM) replaces these proxies with a determini...”
[Collman2015] paper:8938524e-4152-41cc-8aa4-720880d1fc9f “These three studies — together with conjugate light-electron array tomography that mapped synaptic protein composition onto EM-reconstructed spines [Collman2015] and the earlier hippocampal-neuropil reconstructions that calibrated synapse density estimates against ground-truth EM [Mishchenko2010] — established the working tradeoff that has shaped every subsequent dataset. Sub-millimetre volumes can resolve every spi...”
[Mishchenko2010] paper:paper-378289b083e6 “These three studies — together with conjugate light-electron array tomography that mapped synaptic protein composition onto EM-reconstructed spines [Collman2015] and the earlier hippocampal-neuropil reconstructions that calibrated synapse density estimates against ground-truth EM [Mishchenko2010] — established the working tradeoff that has shaped every subsequent dataset. Sub-millimetre volumes can resolve every spi...”
[Berning2015] paper:paper-bfe928f18dfa “These three studies — together with conjugate light-electron array tomography that mapped synaptic protein composition onto EM-reconstructed spines [Collman2015] and the earlier hippocampal-neuropil reconstructions that calibrated synapse density estimates against ground-truth EM [Mishchenko2010] — established the working tradeoff that has shaped every subsequent dataset. Sub-millimetre volumes can resolve every spi...”
[Schmidt2024] paper:paper-60e2868feb2a “These three studies — together with conjugate light-electron array tomography that mapped synaptic protein composition onto EM-reconstructed spines [Collman2015] and the earlier hippocampal-neuropil reconstructions that calibrated synapse density estimates against ground-truth EM [Mishchenko2010] — established the working tradeoff that has shaped every subsequent dataset. Sub-millimetre volumes can resolve every spi...”
[Meirovitch2023] paper:paper-9d3116d67471 “These three studies — together with conjugate light-electron array tomography that mapped synaptic protein composition onto EM-reconstructed spines [Collman2015] and the earlier hippocampal-neuropil reconstructions that calibrated synapse density estimates against ground-truth EM [Mishchenko2010] — established the working tradeoff that has shaped every subsequent dataset. Sub-millimetre volumes can resolve every spi...”
[Meirovitch2026] paper:paper-78d5cabf6f52 “These three studies — together with conjugate light-electron array tomography that mapped synaptic protein composition onto EM-reconstructed spines [Collman2015] and the earlier hippocampal-neuropil reconstructions that calibrated synapse density estimates against ground-truth EM [Mishchenko2010] — established the working tradeoff that has shaped every subsequent dataset. Sub-millimetre volumes can resolve every spi...”
[Yin2020] paper:paper-38c4084b5c1d “These three studies — together with conjugate light-electron array tomography that mapped synaptic protein composition onto EM-reconstructed spines [Collman2015] and the earlier hippocampal-neuropil reconstructions that calibrated synapse density estimates against ground-truth EM [Mishchenko2010] — established the working tradeoff that has shaped every subsequent dataset. Sub-millimetre volumes can resolve every spi...”
[Celii2025] paper:paper-b9087552a25f “The infrastructure that surrounds the volume is, for present purposes, as important as the volume itself. NEURD provides automated proofreading of merge errors and feature extraction for ~80,000 neurons across the MICrONS volume and ~15,000 neurons in the H01 human-cortex volume, defining a shared neuron-feature schema across datasets [Celii2025]. Perisomatic-ultrastructure feature classification reaches 94,010 high...”
[Elabbady2025] paper:paper-4a02fe2710a6 “The infrastructure that surrounds the volume is, for present purposes, as important as the volume itself. NEURD provides automated proofreading of merge errors and feature extraction for ~80,000 neurons across the MICrONS volume and ~15,000 neurons in the H01 human-cortex volume, defining a shared neuron-feature schema across datasets [Celii2025]. Perisomatic-ultrastructure feature classification reaches 94,010 high...”
[Dorkenwald2022] paper:paper-599f55d5bf0c “The infrastructure that surrounds the volume is, for present purposes, as important as the volume itself. NEURD provides automated proofreading of merge errors and feature extraction for ~80,000 neurons across the MICrONS volume and ~15,000 neurons in the H01 human-cortex volume, defining a shared neuron-feature schema across datasets [Celii2025]. Perisomatic-ultrastructure feature classification reaches 94,010 high...”
[Dorkenwald2023] paper:paper-bb0d1502c5b2 “The infrastructure that surrounds the volume is, for present purposes, as important as the volume itself. NEURD provides automated proofreading of merge errors and feature extraction for ~80,000 neurons across the MICrONS volume and ~15,000 neurons in the H01 human-cortex volume, defining a shared neuron-feature schema across datasets [Celii2025]. Perisomatic-ultrastructure feature classification reaches 94,010 high...”
[Pedigo2026] paper:paper-58c695863680 “The infrastructure that surrounds the volume is, for present purposes, as important as the volume itself. NEURD provides automated proofreading of merge errors and feature extraction for ~80,000 neurons across the MICrONS volume and ~15,000 neurons in the H01 human-cortex volume, defining a shared neuron-feature schema across datasets [Celii2025]. Perisomatic-ultrastructure feature classification reaches 94,010 high...”
[Mahalingam2022] paper:paper-pm-35880860 “The infrastructure that surrounds the volume is, for present purposes, as important as the volume itself. NEURD provides automated proofreading of merge errors and feature extraction for ~80,000 neurons across the MICrONS volume and ~15,000 neurons in the H01 human-cortex volume, defining a shared neuron-feature schema across datasets [Celii2025]. Perisomatic-ultrastructure feature classification reaches 94,010 high...”
[Gamlin2025] paper:paper-4797e572568a “The infrastructure that surrounds the volume is, for present purposes, as important as the volume itself. NEURD provides automated proofreading of merge errors and feature extraction for ~80,000 neurons across the MICrONS volume and ~15,000 neurons in the H01 human-cortex volume, defining a shared neuron-feature schema across datasets [Celii2025]. Perisomatic-ultrastructure feature classification reaches 94,010 high...”
[Weis2025] paper:paper-4be2ac5ab52e “The infrastructure that surrounds the volume is, for present purposes, as important as the volume itself. NEURD provides automated proofreading of merge errors and feature extraction for ~80,000 neurons across the MICrONS volume and ~15,000 neurons in the H01 human-cortex volume, defining a shared neuron-feature schema across datasets [Celii2025]. Perisomatic-ultrastructure feature classification reaches 94,010 high...”
[Tumma2025] paper:paper-f80c0eeb9a91 “The infrastructure that surrounds the volume is, for present purposes, as important as the volume itself. NEURD provides automated proofreading of merge errors and feature extraction for ~80,000 neurons across the MICrONS volume and ~15,000 neurons in the H01 human-cortex volume, defining a shared neuron-feature schema across datasets [Celii2025]. Perisomatic-ultrastructure feature classification reaches 94,010 high...”
[Wang2025b] paper:paper-a802f6ac77d4 “The infrastructure that surrounds the volume is, for present purposes, as important as the volume itself. NEURD provides automated proofreading of merge errors and feature extraction for ~80,000 neurons across the MICrONS volume and ~15,000 neurons in the H01 human-cortex volume, defining a shared neuron-feature schema across datasets [Celii2025]. Perisomatic-ultrastructure feature classification reaches 94,010 high...”
[Walker2019] paper:paper-a40cae2cbd30 “The infrastructure that surrounds the volume is, for present purposes, as important as the volume itself. NEURD provides automated proofreading of merge errors and feature extraction for ~80,000 neurons across the MICrONS volume and ~15,000 neurons in the H01 human-cortex volume, defining a shared neuron-feature schema across datasets [Celii2025]. Perisomatic-ultrastructure feature classification reaches 94,010 high...”

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