File:Schematic illustration of differences in neuronal specification and migration patterns between the mammalian and avian pallium.png
![File:Schematic illustration of differences in neuronal specification and migration patterns between the mammalian and avian pallium.png](/w/images/thumb/e/e9/Schematic_illustration_of_differences_in_neuronal_specification_and_migration_patterns_between_the_mammalian_and_avian_pallium.png/800px-Schematic_illustration_of_differences_in_neuronal_specification_and_migration_patterns_between_the_mammalian_and_avian_pallium.png)
Summary
Schematic illustration of differences in neuronal specification and migration patterns between the mammalian and avian pallium. In the developing mammalian telencephalon, Reelin-positive neurons are derived from several origins including ventral pallium, and Er81 and Brn2-positive neurons are isotopically generated from entire pallial regions in a temporal manner. In contrast, in the developing avian telencephalon, Reelin-positive neurons are not derived from the ventral pallium, and Er81 and Brn2-positive neurons are generated from distinct pallial regions in a spatially regulated manner.
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Date/Time | Thumbnail | Dimensions | User | Comment | |
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current | 06:33, 8 January 2017 | ![]() | 2,989 × 1,814 (1.03 MB) | 127.0.0.1 (talk) | Schematic illustration of differences in neuronal specification and migration patterns between the mammalian and avian pallium. In the developing mammalian telencephalon, Reelin-positive neurons are derived from several origins including ventral pallium, and Er81 and Brn2-positive neurons are isotopically generated from entire pallial regions in a temporal manner. In contrast, in the developing avian telencephalon, Reelin-positive neurons are not derived from the ventral pallium, and Er81 and Brn2-positive neurons are generated from distinct pallial regions in a spatially regulated manner. |
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