Titlebook: Complex Carbohydrates of Nervous Tissue; Richard U. Margolis,Renée K. Margolis Book 1979 Plenum Press, New York 1979 adenosine.brain.carbo

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Dna262

[Tyrosine 3-monooxygenase] kinase,ave been characterized by the isolation of a specific storage product or products and by a specific enzyme deficiency. The fundamental basis for the neurological degeneration is unknown, although recent studies (Purpura and Suzuki, 1976) indicate that secondary neuronal membrane changes (meganeurite

Humble

Phosphomannan mannosephosphotransferase,gree in cellular membranes in organs other than brain. Sialosyl lactosyl and gangliotriaosyl ceramides (G. and G.) occur largely in nonneural as well as neural cells. For a discussion of the structures and distribution of the (“brain”) gangliosides, see Chapter 1.

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Dietmar Schomburg,Ida Scomburg,Antje Chang the structures, metabolism, and regional and subcellular location of the brain membrane glycoproteins will be prerequisite to understanding their precise neurological functions. Many of these aspects of glycoprotein neurochemistry are covered in detail elsewhere in this volume.

impaction

poliosis

Biosynthesis and Metabolism of Gangliosides,gree in cellular membranes in organs other than brain. Sialosyl lactosyl and gangliotriaosyl ceramides (G. and G.) occur largely in nonneural as well as neural cells. For a discussion of the structures and distribution of the (“brain”) gangliosides, see Chapter 1.

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Biosynthesis of Glycoproteins, the structures, metabolism, and regional and subcellular location of the brain membrane glycoproteins will be prerequisite to understanding their precise neurological functions. Many of these aspects of glycoprotein neurochemistry are covered in detail elsewhere in this volume.

habile

Axonal Transport of Complex Carbohydrates,Burger, 1958; Weiss, 1961; Miani, 1962; Droz and Leblond, 1963; Taylor and Weiss, 1965). These studies led to a general acceptance of the use of radioisotopes to label axonally transported molecules, producing a flood of publications from the mid-1960’s up to the present.

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facilitate

https://doi.org/10.1007/978-3-540-71524-5issues, gangliosides account for less than 10% of the total (Puro .., 1969). Although sialoglycocongugates are often viewed as membrane-specific compounds, it is noteworthy that brain, despite its abundance of membranous processes, does not greatly exceed other tissues in total sialic acid content.