Review Article
Role of NMDA Receptor-Mediated Glutamatergic Signaling in Chronic and Acute Neuropathologies
Table 1
Proteins involve in location-dependent NMDAR signaling activation.
| Protein | Location of stimulated NMDA receptor | NMDA receptor activation induces ↑ or ↓ | Closest partners upstream | Reference |
| CREB | Syn | ↑ | CBP phosphorylation by CaMKIV | [42, 43] | Extrasyn | ↓ | CREB dephosphorylation by Jacob | [39] |
| ERK 1/2 (MEK phosphorylation) | Syn | ↑ | Ras-GTP | [32, 44] | Extra | ↓ | Ras-GDP by SynGAP |
| Ras | Syn | ↑ | Increase in Ca2+ Ras-GTP | [32, 44] | Extrasynaptic | ↓ | Less Ca2+ Ras-GDP |
| FOXO1/FOXO3 (transcription factor, apoptosis inducer) | Syn | ↓ | FOXO1/3 phosphorylation by akt inducing nuclear export | [35] | Extrasynaptic | ↑ | FOXO3a nuclear translocation | [45] |
| Calpain | Extrasynaptic | ↑ | Calpain Ca2+ activated | [46] |
| STEP | Extrasynaptic | ↑ | STEP cleaved by calpain | [36] |
| NCX3 | Extrasynaptic | ↑ | NCX3 cleaved by calpain | [21] |
| Akt/PI3K | Syn | ↑ | Akt/PI3K activated through IRS-1 | [35, 47, 48] |
| SynGap | Syn | ↑ | Activated by CamKII | [49] |
| CaMKII | Syn | ↑ | Increase in Ca2+ | [50] |
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