(a) Locations of cortical samples for which laminar cellular data were available. (b) Neuronal segmentation across cortical layers in an example sample. (c) Variation of laminar neuronal density and size along the principal axis of laminar thickness covariation among the available samples. The data and code needed to generate this figure can be found in https://zenodo.org/record/8410965. (TIF)</p
Histological sections offer high spatial resolution to examine laminar architecture of the human cer...
Histological sections offer high spatial resolution to examine laminar architecture of the human cer...
The mammalian neocortex is organized into layers which include circuits that form functional columns...
(a) The principal axis of combined laminar thickness and intensity covariance matrices (LTIC G1) and...
Left top: The first 3 gradients collectively explained 63.7% of the variance in laminar thickness co...
The laminar thickness covariance maps (left hemisphere) are shown for the centroid vertex of selecte...
(a) The laminar thickness maps based on the postmortem histological atlas of BigBrain. (b, c) For ea...
Laminar thickness covariance (LTC) homogeneity was calculated as the difference of average LTC betwe...
(a) The average regional microstructural profiles show variations of BigBrain image intensity across...
(a) The map of cortical types (left hemisphere) shows increasing laminar differentiation from agranu...
Laminar thickness covariance (LTC) and its principal axis was calculated separately on the left and ...
The cortex of the brain consists of layers of cells which differ in morphology and their connectivit...
(a) The structural covariance matrix based on cortical thickness (left) in association with the lami...
(a) The distortion score of K-means clustering for the different number of clusters. The optimal num...
(A) Cortical regions of the human cortex based on the Desikan-Killiany atlas [48]. Cortical regions ...
Histological sections offer high spatial resolution to examine laminar architecture of the human cer...
Histological sections offer high spatial resolution to examine laminar architecture of the human cer...
The mammalian neocortex is organized into layers which include circuits that form functional columns...
(a) The principal axis of combined laminar thickness and intensity covariance matrices (LTIC G1) and...
Left top: The first 3 gradients collectively explained 63.7% of the variance in laminar thickness co...
The laminar thickness covariance maps (left hemisphere) are shown for the centroid vertex of selecte...
(a) The laminar thickness maps based on the postmortem histological atlas of BigBrain. (b, c) For ea...
Laminar thickness covariance (LTC) homogeneity was calculated as the difference of average LTC betwe...
(a) The average regional microstructural profiles show variations of BigBrain image intensity across...
(a) The map of cortical types (left hemisphere) shows increasing laminar differentiation from agranu...
Laminar thickness covariance (LTC) and its principal axis was calculated separately on the left and ...
The cortex of the brain consists of layers of cells which differ in morphology and their connectivit...
(a) The structural covariance matrix based on cortical thickness (left) in association with the lami...
(a) The distortion score of K-means clustering for the different number of clusters. The optimal num...
(A) Cortical regions of the human cortex based on the Desikan-Killiany atlas [48]. Cortical regions ...
Histological sections offer high spatial resolution to examine laminar architecture of the human cer...
Histological sections offer high spatial resolution to examine laminar architecture of the human cer...
The mammalian neocortex is organized into layers which include circuits that form functional columns...