Titlebook: Gliogenesis: Historical Perspectives, 1839 - 1985; Henry deF. Webster,Karl E. ?str?m Book 2009 The Editor(s) (if applicable) and The Autho

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ting neurons, neurosecretory neurons, and glandular epithelial cells, are occasionally seen; they are most frequent in the third ventricle, have been reviewed by Knowles and Anand Kumar (1967), and are not described further here.

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Book 2009ience, major advances were associated with the discovery of new methods. These are summarized first. Most of this account describes development of glia in the CNS. We begin with astroglia because of their known presence and significance in early embryonic stages. Some of ?str?m‘ s unpublished eviden

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978-3-540-87533-8The Editor(s) (if applicable) and The Author(s), under exclusive license to Springer-Verlag GmbH, DE

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Gliogenesis,godendroglia and Schwann cells could be identified. They became associated with neuronal perikarya and axons and some of them formed all of the myelin sheaths found in central and peripheral nervous tissue.

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Astroglia,he simple shape of the early neural tube is soon modified locally along the neuraxis. Investigators studied changes in cell morphology, arrangement, and number to learn what roles different types of developing cells have in creating these regional differences. These modifications appear early and re

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Oligodendroglia,ht and electron microscopic studies (Bunge 1968; Billings-Gagliardi et al. 1983; Puelles 1978; Spacek 1971; Stensaas and Stensaas 1968b; Wood and Bunge 1984). Early light microscopic observations also showed that in gray matter, oligodendroglia were found clustered around neuronal perikarya. These “