A vitamin as neuromodulator: ascorbate release into the extracellular fluid of the brain regulates dopaminergic and glutamatergic transmission
GV Rebec, RC Pierce - Progress in neurobiology, 1994 - Elsevier
GV Rebec, RC Pierce
Progress in neurobiology, 1994•Elsevier5.1. Interaction with the dopaminergic system 5.1. 1. Dopamine receptor binding
experiments 5.1. 2. Behavioral and biochemical evidence 5.2. Interaction with the
glutamatergic system 5.2. 1. Regulation of NMDA receptors 5.2. 2. Ascorbate-glutamate-
dopamine interactions 6. Clinical implications
experiments 5.1. 2. Behavioral and biochemical evidence 5.2. Interaction with the
glutamatergic system 5.2. 1. Regulation of NMDA receptors 5.2. 2. Ascorbate-glutamate-
dopamine interactions 6. Clinical implications
5.1. Interaction with the dopaminergic system 5.1. 1. Dopamine receptor binding experiments 5.1. 2. Behavioral and biochemical evidence 5.2. Interaction with the glutamatergic system 5.2. 1. Regulation of NMDA receptors 5.2. 2. Ascorbate-glutamate-dopamine interactions 6. Clinical implications
Elsevier
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