AMINO ACIDS AS CENTRAL NERVOUS TRANSMITTERS: THE INFLUENCE OF IONS, AMINO ACID ANALOGUES, AND ONTOGENY ON TRANSPORT SYSTEMS for l ‐GLUTAMIC AND l ‐ASPARTIC ACIDS AND GLYCINE INTO CENTRAL NERVOUS SYNAPTOSOMES OF THE RAT1

P. Bennett, James; J. Logan, William; H. Snyder, Solomon

doi:10.1111/j.1471-4159.1973.tb06037.x

Public

AMINO ACIDS AS CENTRAL NERVOUS TRANSMITTERS: THE INFLUENCE OF IONS, AMINO ACID ANALOGUES, AND ONTOGENY ON TRANSPORT SYSTEMS for l ‐GLUTAMIC AND l ‐ASPARTIC ACIDS AND GLYCINE INTO CENTRAL NERVOUS SYNAPTOSOMES OF THE RAT1

Published in Journal of Neurochemistry • Dec 1, 1973

Authors:

James P. Bennett

William J. Logan

Solomon H. Snyder

Abstract

Abstract —The accumulation by synaptosomal fractions from rat central nervous system tissue of transmitter candidate amino acids and non‐candidate amino acids was studied with respect to ionic requirements, metabolic inhibitors, structural analogues, and ontogeny. For l‐glutamic and l‐aspartic acids...

Subject

Glycine

Amino acid

Glutamic acid

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