Proper neuronal migration and laminar formation during corticogenesis is essential for
normal brain function. Disruption of these developmental processes is thought to be …

Neuronal migration is a fundamental process that determines the final allocation of neurons
in the nervous system, establishing the basis for the subsequent wiring of neural circuitry …

Neuronal migration is critical for establishing neocortical cell layers and migration defects
can cause neurological and psychiatric diseases. Recent studies show that radially …

Birthdate-dependent neuronal layering is fundamental to neocortical functions. The
extracellular protein Reelin is essential for the establishment of the eventual neuronal …

Cobblestone lissencephaly represents a peculiar brain malformation with characteristic
radiological anomalies, defined as cortical dysplasia combined with dysmyelination …

The architectonics of the mammalian brain arise from a remarkable range of directed cell
migrations, which orchestrate the emergence of cortical neuronal layers and pattern brain …

In the conventional model of transcriptional activation, transcription factors bind to response
elements and recruit co-factors, including histone acetyltransferases. Contrary to this model …

Reelin is a large secreted glycoprotein that is essential for correct neuronal positioning
during neurodevelopment and is important for synaptic plasticity in the mature brain …

The mammalian neocortex has a laminar structure that develops in a birth-date-dependent
“inside-out” pattern. Its layered structure is established by neuronal migration accompanied …

Altered microRNA profiles have been implicated in human brain disorders. However, the
functional contribution of individual microRNAs to neuronal development and function is …