Abstract
As a major #excitatory transmitter, glutamate plays an essential role in the functioning of the central nervous system [1]. Glutamate has an immediate impact as an #excitatory amino acid and has a
role in long-term #neuronal potentiation, as a proposed molecular
substrate for learning and memory. This neurotransmitter is also known
to participate in many metabolic pathways and it plays a pivotal role in
the #pathophysiology of several neurological diseases-including
epilepsy, acute central nervous system trauma, and #hepatic encephalopathy [1]. Not only does glutamate play a role in the functioning of the central
nervous system, but it is also believed to have an influence on
knowledge acquisition and development in humans [2].
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Glutamate: A Mini-Review by Daniel Jaffe in BJSTR
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