File:Schematic illustration of differences in neuronal specification and migration patterns between the mammalian and avian pallium.png
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DescriptionSchematic illustration of differences in neuronal specification and migration patterns between the mammalian and avian pallium.png |
English: 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.
Русский: Схематическая иллюстрация отличий процессов нейрональной спецификации и паттернов миграции у млекопитающих и птиц.
В развивающемся конечном мозге млекопитающих, рилин-позитивные нейроны берут начало в нескольких областях включая вентральный паллиум, а Er81-и Brn2-позитивные нейроны изотопически генерируются по всему вентральному паллиуму, с разнесением по времени. Напротив, в развивающемся конечном мозге птиц, рилин-позитивные нейроны не генерируются вентральным паллиумом, а Er81- и Brn2-позитивные нейроны возникают в специфических участках паллиума, и этот процесс регулируется не временем, а пространственным положением. |
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Source | Nomura T, Takahashi M, Hara Y, Osumi N. Patterns of neurogenesis and amplitude of Reelin expression are essential for making a mammalian-type cortex. PLoS ONE. 2008 Jan 16;3(1):e1454. PMID 18197264 doi: 10.1371/journal.pone.0001454 http://www.pubmedcentral.nih.gov/articlerender.fcgi?artid=2175532&rendertype=figure&id=pone-0001454-g005 | ||
Author | Nomura T et al | ||
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current | 16:51, 11 August 2008 | 2,989 × 1,814 (1.03 MB) | CopperKettle (talk | contribs) | {{Information |Description={{en|1=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 |
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