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1999
This 1999 edition of The Neural Crest contains comprehensive information about the neural crest, a structure unique to the vertebrate embryo, which has only a transient existence in early embryonic life. The ontogeny of the neural crest embodies the most important issues in developmental biology, as the neural crest is considered to have played a ...
Nicole Le Douarin, Chaya Kalcheim
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This 1999 edition of The Neural Crest contains comprehensive information about the neural crest, a structure unique to the vertebrate embryo, which has only a transient existence in early embryonic life. The ontogeny of the neural crest embodies the most important issues in developmental biology, as the neural crest is considered to have played a ...
Nicole Le Douarin, Chaya Kalcheim
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2003
Neural crest arises at the interface of the ectoderm and neural tissue via inductive interactions between the two tissues (Fig. 8; Rosenquist 1981; Moury and Jacobson 1990; Selleck and Bronner-Fraser 1995; Mancilla and Mayor 1996). In fact, placement of the ectoderm and the neural plate together in in vivo or in vitro recombination assays can induce ...
P. H. Francis-West +2 more
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Neural crest arises at the interface of the ectoderm and neural tissue via inductive interactions between the two tissues (Fig. 8; Rosenquist 1981; Moury and Jacobson 1990; Selleck and Bronner-Fraser 1995; Mancilla and Mayor 1996). In fact, placement of the ectoderm and the neural plate together in in vivo or in vitro recombination assays can induce ...
P. H. Francis-West +2 more
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Current topics in developmental biology, 1999
This chapter discusses some of the basic principles that have emerged from the study of neural crest biology. It discusses the origin of the neural crest in the embryo and considers some of the general principles underlying neural crest diversification.
Groves, Andrew K. +1 more
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This chapter discusses some of the basic principles that have emerged from the study of neural crest biology. It discusses the origin of the neural crest in the embryo and considers some of the general principles underlying neural crest diversification.
Groves, Andrew K. +1 more
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2002
The neural crest was first recognized as an embryological entity in 1868 when Wilhelm His traced the origin of the spinal and cranial ganglia to this structure. His distinguished between a period of proliferation and a period of “trophic growth” or differentiation and neurite outgrowth in the development of the neural crest. Between these periods was a
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The neural crest was first recognized as an embryological entity in 1868 when Wilhelm His traced the origin of the spinal and cranial ganglia to this structure. His distinguished between a period of proliferation and a period of “trophic growth” or differentiation and neurite outgrowth in the development of the neural crest. Between these periods was a
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Journal of the Neurological Sciences, 1976
Abstract Skeletal and internal structures are shown to be linked anatomically through segmental levels of innervation, or “neurotomes”, and are related embryologically to the neural crest. Congenital abnormalities within the same or adjacent neurotomes would explain the distribution of defects in thalidomide embryopathy and morphologically similar ...
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Abstract Skeletal and internal structures are shown to be linked anatomically through segmental levels of innervation, or “neurotomes”, and are related embryologically to the neural crest. Congenital abnormalities within the same or adjacent neurotomes would explain the distribution of defects in thalidomide embryopathy and morphologically similar ...
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1992
Neurofilaments or GFAP have been detected in Schwann cells and neurons derived from the neural crest (Yen and Fields 1981; Barber and Lindsey 1982; for review see Achtstaetter et al. 1986). It is still not known whether any other neuronal crest derivative in adult tissues is able to express cytokeratins, excepting the arachnoidal cells and the corneal ...
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Neurofilaments or GFAP have been detected in Schwann cells and neurons derived from the neural crest (Yen and Fields 1981; Barber and Lindsey 1982; for review see Achtstaetter et al. 1986). It is still not known whether any other neuronal crest derivative in adult tissues is able to express cytokeratins, excepting the arachnoidal cells and the corneal ...
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Evolutionary Origins of the Neural Crest and Neural Crest Cells
Evolutionary Biology, 2008I evaluate the lines of evidence—cell types, genes, gene pathways, fossils—in putative chordate ancestors—cephalochordates and ascidians—pertaining to the evolutionary origin of the vertebrate neural crest. Given the intimate relationship between the neural crest and the dorsal nervous system during development, I discuss the dorsal nervous system in ...
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2005
Abstract A central question in developmental biology is how a single cell, the fertilized egg, can give rise to multiple types of tissues in the complex adult organism. This is exemplified by the forming brain, where seemingly homogeneous neuroepithelial cells eventually differentiate into myriad of mature neurons and glia of the central
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Abstract A central question in developmental biology is how a single cell, the fertilized egg, can give rise to multiple types of tissues in the complex adult organism. This is exemplified by the forming brain, where seemingly homogeneous neuroepithelial cells eventually differentiate into myriad of mature neurons and glia of the central
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