Titlebook: Metabolic Reactions in the Nervous System; Abel Lajtha Book 1970 Plenum Press, New York 1970 biochemistry.myelin.nervous system

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cortex

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Metabolism of Aromatic Amino Acids,substance readily from the blood. It is clear that this ready uptake is due to the functioning of transport mechanisms specific for amino acids. Related aromatic acids and amines are virtually excluded from entry into the brain.

抱狗不敢前

Glutamate and Glutamine,rporation of carbon or nitrogen from a variety of precursors in these amino acids is fast and extensive, indicating a rapid turnover of these compounds. The conversion of glutamate to glutamine is thought to be important for the detoxification of ammonia in the brain.

LANCE

Sphingomyelin: Enzymatic Reactions,haracterized. Most preparations are overwhelmingly crude. Nevertheless, substantial progress has been made toward understanding the enzymatic reactions of sphingomyelin. Some highlights of this progress are outlined here.

小卷发

Fatty Acids,s. These changes reflect, in part, differences in permeability of the nervous system to fatty acids and to precursors and the need for specific complex fatty acid derivatives for structural elements as development proceeds. The timing of these events differs in the peripheral nervous system.

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macabre

Fibrin

Carbohydrate Metabolism,this was obtained mainly by investigating the overall metabolism of the brain . Further evidence which has more recently become available relates to the intermediate steps and enzymic mechanisms underlying the metabolism of glucose in the brain. The recent advances can be attributed to several facto

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