ORDB: Publication facts - Both ionotropic NMDA and non-NMDA autoreceptors are activated by glutamate released from primary and secondary dendrites. In contrast to non-NMDA autoreceptors, NMDA autoreceptors are almost exclusively located on secondary dendrites and their activation generates a large and sustained self-excitation. Both intracellularly evoked and miniature NMDA-R mediated synaptic potentials are blocked by intracellular BAPTA and result from a calcium-dependent release of glutamate

Data

Name

Both ionotropic NMDA and non-NMDA autoreceptors are activated by glutamate released from primary and secondary dendrites. In contrast to non-NMDA autoreceptors, NMDA autoreceptors are almost exclusively located on secondary dendrites and their activation generates a large and sustained self-excitation. Both intracellularly evoked and miniature NMDA-R mediated synaptic potentials are blocked by intracellular BAPTA and result from a calcium-dependent release of glutamate

Paper having this fact

Salin PA, Lledo PM, Vincent JD, Charpak S (2001) Show Other

Location within paper

Location length

Reference Id

189

Species

rat

Other categories referring to Both ionotropic NMDA and non-NMDA autoreceptors are activated by glutamate released from primary and secondary dendrites. In contrast to non-NMDA autoreceptors, NMDA autoreceptors are almost exclusively located on secondary dendrites and their activation generates a large and sustained self-excitation. Both intracellularly evoked and miniature NMDA-R mediated synaptic potentials are blocked by intracellular BAPTA and result from a calcium-dependent release of glutamate

Neuronal Receptors.Publication facts (2)

Revisions:	1
Last Time:	6/7/2018 11:21:05 AM
Reviewer:
Owner:	System Administrator