16 distinct electrical models · 9 additional Allen reconstructions · 12 H01 neurite components. Browse real source anatomy and open fitted cells in the Cortex Laboratory.
Electrical models retain published axon stubs. Numerical agreement is not biological validation; extracellular spatial-threshold convergence remains unresolved. Morphology-only references cannot simulate firing here.
37 entries
Each preview is an XY projection of source coordinates, independently fitted to its frame; its largest XY extent is shown in µm. H01 previews retain the atlas’s 0.7 µm simplification. Allen previews show source tracing, not the fitted model’s replacement axon.
Allen human EAP · Mosher 2020
Human neocortex, L2; surgical tissue
Measured human dendrites and published fitted channels; source-prescribed synthetic 60 µm axon stub. Numerical comparisons do not establish biological or spatial-selectivity validation.
Allen human EAP · Mosher 2020
Human neocortex, L3; surgical tissue
Measured human dendrites and published fitted channels; source-prescribed synthetic 60 µm axon stub. Numerical comparisons do not establish biological or spatial-selectivity validation.
Allen human EAP · Mosher 2020
Human neocortex, L3; surgical tissue
Measured human dendrites and published fitted channels; source-prescribed synthetic 60 µm axon stub. Numerical comparisons do not establish biological or spatial-selectivity validation.
Allen human EAP · Mosher 2020
Human neocortex, L3; surgical tissue
Measured human dendrites and published fitted channels; source-prescribed synthetic 60 µm axon stub. Numerical comparisons do not establish biological or spatial-selectivity validation.
Allen human EAP · Mosher 2020
Human neocortex, L3; surgical tissue
Measured human dendrites and published fitted channels; source-prescribed synthetic 60 µm axon stub. Numerical comparisons do not establish biological or spatial-selectivity validation.
Allen human EAP · Mosher 2020
Human neocortex, L3; surgical tissue
Measured human dendrites and published fitted channels; source-prescribed synthetic 60 µm axon stub. Numerical comparisons do not establish biological or spatial-selectivity validation.
Allen human EAP · Mosher 2020
Human neocortex, L2; surgical tissue
Measured human dendrites and published fitted channels; source-prescribed synthetic 60 µm axon stub. Numerical comparisons do not establish biological or spatial-selectivity validation.
Allen human EAP · Mosher 2020
Human neocortex, L3; surgical tissue
Measured human dendrites and published fitted channels; source-prescribed synthetic 60 µm axon stub. Numerical comparisons do not establish biological or spatial-selectivity validation.
Allen human EAP · Mosher 2020
Human neocortex, L3; surgical tissue
Measured human dendrites and published fitted channels; source-prescribed synthetic 60 µm axon stub. Numerical comparisons do not establish biological or spatial-selectivity validation.
Allen human EAP · Mosher 2020
Human neocortex, L2; surgical tissue
Measured human dendrites and published fitted channels; source-prescribed synthetic 60 µm axon stub. Numerical comparisons do not establish biological or spatial-selectivity validation.
Allen human EAP · Mosher 2020
Human neocortex, L3; surgical tissue
Measured human dendrites and published fitted channels; source-prescribed synthetic 60 µm axon stub. Numerical comparisons do not establish biological or spatial-selectivity validation.
Allen human EAP · Mosher 2020
Human neocortex, L3; surgical tissue
Measured human dendrites and published fitted channels; source-prescribed synthetic 60 µm axon stub. Numerical comparisons do not establish biological or spatial-selectivity validation.
Allen human EAP · Mosher 2020
Human neocortex, L3; surgical tissue
Measured human dendrites and published fitted channels; source-prescribed synthetic 60 µm axon stub. Numerical comparisons do not establish biological or spatial-selectivity validation.
Allen human EAP · Mosher 2020
Human neocortex, L3; surgical tissue
Measured human dendrites and published fitted channels; source-prescribed synthetic 60 µm axon stub. Numerical comparisons do not establish biological or spatial-selectivity validation.
Human epilepsy circuitry · 2023
Middle temporal gyrus, layer 3; surgical epilepsy tissue
Published basket-cell fit paired with the current Allen reconstruction of the same specimen; the original historical morphology revision is unavailable. Source-prescribed 60 µm axon stub with measured source diameters; numerical adaptation, not a claim of exact reproduction of the historical model.
Human epilepsy circuitry · 2023
Middle temporal gyrus, layer 3; surgical epilepsy tissue
Published basket-cell fit paired with the current Allen reconstruction of the same specimen; the original historical morphology revision is unavailable. Source-prescribed 60 µm axon stub with measured source diameters; numerical adaptation, not a claim of exact reproduction of the historical model.
Allen · Finger Atlas
Human middle temporal gyrus
Measured tracing, no matched active fit here. Atlas display surfaces and optional spines are not measured EM membranes.
Allen · Finger Atlas
Human middle temporal gyrus
Measured tracing, no matched active fit here. Atlas display surfaces and optional spines are not measured EM membranes.
Allen · Finger Atlas
Human middle temporal gyrus
Measured tracing, no matched active fit here. Atlas display surfaces and optional spines are not measured EM membranes.
Allen · Finger Atlas
Human middle temporal gyrus
Measured tracing, no matched active fit here. Atlas display surfaces and optional spines are not measured EM membranes.
Allen · Finger Atlas
Human middle temporal gyrus
Measured tracing, no matched active fit here. Atlas display surfaces and optional spines are not measured EM membranes.
Allen · Finger Atlas
Human middle temporal gyrus
Measured tracing, no matched active fit here. Atlas display surfaces and optional spines are not measured EM membranes.
Allen · Finger Atlas
Human middle temporal gyrus
Measured tracing, no matched active fit here. Atlas display surfaces and optional spines are not measured EM membranes.
Allen · Finger Atlas
Human middle temporal gyrus
Measured tracing, no matched active fit here. Atlas display surfaces and optional spines are not measured EM membranes.
Allen · Finger Atlas
Human middle temporal gyrus
Measured tracing, no matched active fit here. Atlas display surfaces and optional spines are not measured EM membranes.
H01 · proofread EM skeletons
human temporal cortex
Largest connected component; incomplete cell, no fitted membrane dynamics. Preview uses the retained simplified skeleton. Temporal cortex, not measured M1/S1.
H01 · proofread EM skeletons
human temporal cortex
Largest connected component; incomplete cell, no fitted membrane dynamics. Preview uses the retained simplified skeleton. Temporal cortex, not measured M1/S1.
H01 · proofread EM skeletons
human temporal cortex
Largest connected component; incomplete cell, no fitted membrane dynamics. Preview uses the retained simplified skeleton. Temporal cortex, not measured M1/S1.
H01 · proofread EM skeletons
human temporal cortex
Largest connected component; incomplete cell, no fitted membrane dynamics. Preview uses the retained simplified skeleton. Temporal cortex, not measured M1/S1.
H01 · proofread EM skeletons
human temporal cortex
Largest connected component; incomplete cell, no fitted membrane dynamics. Preview uses the retained simplified skeleton. Temporal cortex, not measured M1/S1.
H01 · proofread EM skeletons
human temporal cortex
Largest connected component; incomplete cell, no fitted membrane dynamics. Preview uses the retained simplified skeleton. Temporal cortex, not measured M1/S1.
H01 · proofread EM skeletons
human temporal cortex
Largest connected component; incomplete cell, no fitted membrane dynamics. Preview uses the retained simplified skeleton. Temporal cortex, not measured M1/S1.
H01 · proofread EM skeletons
human temporal cortex
Largest connected component; incomplete cell, no fitted membrane dynamics. Preview uses the retained simplified skeleton. Temporal cortex, not measured M1/S1.
H01 · proofread EM skeletons
human temporal cortex
Largest connected component; incomplete cell, no fitted membrane dynamics. Preview uses the retained simplified skeleton. Temporal cortex, not measured M1/S1.
H01 · proofread EM skeletons
human temporal cortex
Largest connected component; incomplete cell, no fitted membrane dynamics. Preview uses the retained simplified skeleton. Temporal cortex, not measured M1/S1.
H01 · proofread EM skeletons
human temporal cortex
Largest connected component; incomplete cell, no fitted membrane dynamics. Preview uses the retained simplified skeleton. Temporal cortex, not measured M1/S1.
H01 · proofread EM skeletons
human temporal cortex
Largest connected component; incomplete cell, no fitted membrane dynamics. Preview uses the retained simplified skeleton. Temporal cortex, not measured M1/S1.