Titlebook: Glycogen and its Related Enzymes of Metabolism in the Central Nervous System; M. Z. M. Ibrahim Book 1975 The Editor(s) (if applicable) and

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Summary,glycogen and its related enzymes of metabolism—phosphorylase, branching enzyme and glycogen synthetase—are composed of various subunits and forms, most of which are histochemically distinguishable in the normal mammalian CNS. They have an essentially similar distribution, a fact that may reflect cer

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Glycogen,ious sources was first achieved by Lazarow (1942). He demonstrated various size particles depending on the source but generally falling within two categories; this categorization is recognized now. There are large particles termed .-particles, with an average diameter of 1000 Å— i.e. almost visible

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Glycogen Synthetase (and Branching Enzyme),hatase. The reverse transformation can also be achieved, and, again, unlike the case of phosphorylase, by a synthetase (transferase)-I-kinase in the presence of ATP. The kinase, as that of phosphorylase, is stimulated by cAMP which, of course, is in turn, influenced by adenyl cyclase and phosphodies

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https://doi.org/10.1007/978-3-642-87295-2ious sources was first achieved by Lazarow (1942). He demonstrated various size particles depending on the source but generally falling within two categories; this categorization is recognized now. There are large particles termed .-particles, with an average diameter of 1000 Å— i.e. almost visible

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Physikalische Eigenschaften der Metalle,hatase. The reverse transformation can also be achieved, and, again, unlike the case of phosphorylase, by a synthetase (transferase)-I-kinase in the presence of ATP. The kinase, as that of phosphorylase, is stimulated by cAMP which, of course, is in turn, influenced by adenyl cyclase and phosphodies

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https://doi.org/10.1007/978-3-662-00683-2indirect evidence indicates that the active form of phosphorylase is bound preferentially (Tata, 1964). This same intimate relationship has also been demonstrated histochemically both grossly and cytologically in normal heart and liver (Eckner ., 1968, 1969), normal CNS (Shimizu and Okada, 1957; Ibr