Titlebook: Oligodendroglia; William T. Norton Book 1984 Springer Science+Business Media New York 1984 biochemistry.brain.nervous system.neurochemistr

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Book 1984eu­ robiological interest. Since its initiation, neurochemistry and neuroscience have come of age, and the editors initiate with this volume the concept of a central theme. It is planned that each subsequent volume will also be topical. We note with sadness the passing of Dr. Henry Mahler who served

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978-1-4757-6068-2Springer Science+Business Media New York 1984

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Advances in Neurochemistryhttp://image.papertrans.cn/o/image/700859.jpg

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The Biology of the Oligodendrocyte, as the cell responsible for the formation and maintenance of central myelin. Direct demonstration of the connections between oligodendrocyte somas and myelin sheaths is inherently very difficult, however, and it is possible that there are substantial numbers of cells in white matter, resident among

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In Vivo Metabolism of Oligodendroglial Lipids,se glial cells. This is not a trivial assumption. The cytoplasmic connection between the oligodendroglial cell perikaryon and myelin can be visualized in the developing CNS (Bunge, 1968). However, “connections between these elements have never been demonstrated in a normal adult animal, unlike the P

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Patterns of Oligodendrocyte Function Seen by Immunocytochemistry,teria. The functions usually associated with oligodendrocytes are: (1) myelin formation by interfascicular oligodendrocytes and (2) nutrition of neurons by satellite oligodendrocytes in the gray matter, the satellite cells being presumed not to participate in myelination (for a review, see Raine, 19

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Oligodendrocyte-Associated Enzymes,nd gray matter (Kuffler and Nicholls, 1966; Bunge, 1968; Ludwin, 1978) (also see Chapter 1). The once-popular concept that glial cells also furnish direct biochemical support to neurons (e.g., Hyden and Pigon, 1960) has remained mostly speculation. With this perspective, therefore, the enzymes that