Key takeaways
- The forebrain is composed of intricate structures that are necessary for the most advanced functions in mammals.
- Two types of migrations take place in the forebrain: radial migration and tangential migration.
- Radial migration creates a cytoarchitectonical framework, while tangential migration increases complexity by allowing dispersion of multiple neuronal types.
- This paper reviews cellular and molecular mechanisms underlying these two forms of migrations to understand how they shape normal or pathological development in the forebrain.
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