Early corticogenesis was studied in human embryos and early fetuses from Carnegie stages
16 to 22 (5–8 gestational weeks) by using immunohistochemistry for Reelin (Reln), calretinin …

Layer I, which plays an important role in the development of the cerebral cortex, expands in
size and diversity in primates. We found that, unlike in rodents, in the macaque monkey …

The timing of neocortical regional specification was examined using a monoclonal antibody,
designated PC3. 1, that binds a 29-kDa polypeptide and recognizes a neuronal …

We describe a distinctive, widespread population of neurons situated beneath the pial
surface of the human embryonic forebrain even before complete closure of the neural tube …

The dual origin, structural organization, and evolving ascending stratification of the
mammalian neocortex are explored from a developmental perspective. Layer I and subplate …

During development, a cerebral cortex appears in the wall of the telencephalic vesicle in
reptiles and mammals. It arises from a cell-dense cortical plate, which develops within a …

We have employed immunohistochemistry for multiple markers to investigate the structure
and possible function of the different compartments of human cerebral wall from the …

The adult mammalian neocortex consists of numerous' areas' distinguished from one
another largely on the basis of distinctions in cytoarchitecture and connections. The …

The earliest-generated neurons of the cat cerebral cortex have been studied here during
development using a combination of 3H-thymidine birthdating with immunohistochemistry …

The cerebral cortex is a complex structure that contains different classes of neurons
distributed within six layers and regionally organized into highly specialized areas. Cortical …