Radial migration of pyramidal neurons is an important event during the development of
cerebral cortex. Neurons experience series of morphological and directional transitions to …

The extracellular matrix protein Reelin is an important orchestrator of neuronal migration
during the development of the central nervous system. While its role and mechanism of …

The mammalian cerebral neocortex has a well-organized laminar structure, achieved by the
highly coordinated control of neuronal migration. During cortical development, excitatory …

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 …

The mechanisms controlling cortical dendrite initiation and targeting are poorly understood.
Multiphoton imaging of developing mouse cortex reveals that apical dendrites emerge by …

The role of Reelin during cerebral cortical neuron migration has long been studied, but the
Reelin signaling pathway and its possible interactions are just beginning to be unraveled …

Neuronal migration is an essential step of brain development and is controlled by a variety
of cellular proteins and extracellular matrix molecules. Reelin, an extracellular matrix …

Neuronal migration contributes to the establishment of mammalian brain. The extracellular
protein Reelin sends signals to various downstream molecules by binding to its receptors …

Reelin controls neuronal migration and layer formation. Previous studies in reeler mice
deficient in Reelin focused on the result of the developmental process in fixed tissue …

The characteristic six-layered appearance of the neocortex arises from the correct
positioning of pyramidal neurons during development and alterations in this process can …