glutamate refers to Amino acid neurotransmitter that excites many different neurons, leading to action .
Other /More definition:
Glutamate refers to one of more than 20 amino acids; the most abundant excitatory neurotransmitter. Glutamate is the major excitatory neurotransmitter of the brain.
Moreover, Glutamate refers to amino acid neurotransmitter that excites many different neurons, leading to action.
|Acetylcholine at psychology-glossary.com||■■■■■■|
Acetylcholine also known as ACh refers to one (1) of the major neurotransmitters of the autonomic nervous . . . Read More
|Gamma Amino Butyric Acid (GABA) at psychology-glossary.com||■■■■■|
- Gamma Amino Butyric Acid (GABA) : Gamma amino butyric acid (GABA) refers to the most abundant inhibitory . . . Read More
|Amino acids at psychology-glossary.com||■■■■■|
Amino acids refer to acids containing an amine group; a Group of neurotransmitters that plays a major . . . Read More
|Amyloid beta protein 42 at psychology-glossary.com||■■■■|
Amyloid beta protein 42: Amyloid beta protein 42 refers to protein with 42 amino acids , which accumulates . . . Read More
|Neuropeptide at psychology-glossary.com||■■■■|
Neuropeptide is the chemical formed of a chain of amino acids ; released by a neuron to diffuse widely, . . . Read More
|Depolarization at psychology-glossary.com||■■■■|
Depolarization refers to the reduction in the level of polarization across a membrane; when the inside . . . Read More
|Excitatory transmitter at psychology-glossary.com||■■■■|
Excitatory transmitter is defined as neurotransmitters that cause the inside of a neuron to become more . . . Read More
|Axon at psychology-glossary.com||■■■■|
Axon refers to a long, thin part of a neuron attached to the soma; divides into a few or many branches, . . . Read More
|Neurotransmitter at psychology-glossary.com||■■■■|
Neurotransmitter refers to a chemical in the brain that transmits nerve impulses; - - ; - Other /More . . . Read More
|GABA at psychology-glossary.com||■■■■|
GABA is short for Gamma-Aminobutyric Acid which is the most abundant inhibitory neurotransmitter in the . . . Read More