Normal and abnormal development of the cortex
The contributions to this book, the seventh in the series, deal with cell proliferation prior to neuronal migration, cellular and molecular factors characteristic of neuronal migration, and with postmigrational neuronal and axonal plasticity. There is a section devoted to disorders of neuronal migration and plasticity and the genetics of some developmental disorders. Great strides have been made in this realitvely young branch of modern neuroscience.
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Cell Proliferation in Cortical Development
The Nature and Nurture of Cortical Development
Mechanisms of Neuronal Migration
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abnormalities Acad Sci USA adult afferent apoptosis area 17 axons Bergmann fibers Cajal-Retzius cells callosal callosal axons Caviness cell cycle cell death cell migration cellular Cepko cerebellar cerebellum cerebral cortex cerebral wall Comp Neurol connections cortical areas cortical development cortical neurons cortical plate corticogenesis CR-cells Dehay developmental differentiation double cortex early embryonic Evrard fetal functional Galaburda gene genetic glia glial cells glial fibers granule cells Gressens growth Hatten human immunoreactivity Innocenti input isocortex Kennedy H labeled laminar lissencephaly mammalian mechanisms medial mice microgyria migrating neurons molecular monkey mouse mutant Natl Acad Sci neocortex neocortical neurogenesis neuronal migration neuronogenetic interval Neurosci normal O'Leary pathways pattern phenotype postnatal precursors primate Proc Natl Acad projections proliferation proliferative protein radial glial Rakic receptor reeler region regulation role Shatz specific striate cortex studies subcortical subplate Takahashi target terminal thalamic thalamocortical tion transplantation ventricular zone visual cortex vitro white matter