Abstract
A particular feature during brain development is the massive migration of neural progenitors generating the intricate connectivity that gives rise to complex brain sensorial and motor functions. The fact that more than 25 syndromes exist associated with neuronal migration disorders in humans highlights the importance of this cell locomotion. However, the lack of adequate models for studying migration has limited our understanding of the highly diverse nature of these developmental disorders. By combining expertise in developmental neurobiology (Berninger) and biomaterials (Mata) we aim to develop a platform for elucidating the migratory mechanisms of different neuronal types during development and disease.
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