nervous system
N |
• mice exhibit no gross abnormalities in brain structure and anatomy, neuronal organization and basal synaptic transmission
|
• following 10 Hz or 1 Hz low-frequency stimulation, sections fail to exhibit an initial decrease in field excitatory postsynaptic potential (sEPSP) slope compared with sections from wild-type mice
• following 1 Hz paired pulse low-frequency stimulation, slices exhibit less of a decrease in sEPSP slope compared with slices from wild-type mice
• fEPSPs fail to return to pre-long term potentiation baseline after low frequency stimulation as in slices from wild-type mice
|
• basal synaptic activity of Gria2-lacking AMPA receptors is increased compared to in wild-type mice
|
• following 1 x 100 Hz, 1 s high frequency stimulation NMDAR-dependent long term potentiation is enhanced compared to in slices from wild-type mice
• however, no difference is observed with 50 Hz, 2 s stimulation
|
• following 1 Hz low-frequency stimulation
• however, there is no significant LTP or LTD relative to baseline following 10 Hz stimulation
|
• following 1 Hz paired pulse with a 50 ms interpulse interval
|