Article ID | Journal | Published Year | Pages | File Type |
---|---|---|---|---|
4333872 | Brain Research Reviews | 2008 | 15 Pages |
Abstract
Receptor assemblies seem to play a key role in the integration and modulation of molecular signals of cell-cell communications. This may be confirmed by recent discoveries of the immunological synapse and cytokine networks which can be also treated within a sort of meta-system-neuroimmune molecular network. On the examples of receptor superfamilies expressed both in the neural and immune cells, our review paper aims to show some implications of receptor-receptor interactions for basal ganglia functions in health and disease.
Keywords
EGFLPSPBMCMCPTCrSDFEPOSNCSSTGBRMPTPGPCRSRBCPAMPTLRTGFGM-CSFPRRNKCCTH-irIRAK1TRAF6PDGFHLA-DRIL-1 receptor associated kinaseRAGETAK1NTRCR3LRREpoROPRMac1SR-A1TNFopioid peptide receptorJanus kinaseG-protein coupled receptorROSSTATHuman leukocyte antigenHLAerythropoietinamyotrophic lateral sclerosispathogen-associated molecular patternsAIDSImmunoglobulineinterferonIFNcornu ammonisAlzheimer's diseaseALSParkinson's diseasesubstantia nigrasubstantia nigra pars compactaleucine-rich repeatTIRToll-like receptorHADCNSHIV-associated dementiaDopaminergicPeripheral blood mononuclear cellDendritic cellAgeacquired immunodeficiency syndromeSomatostatincytokine-induced neutrophil chemoattractantcentral nervous systemStromal cell-derived factorGranulocyte macrophage colony stimulating factorepidermal growth factortumor growth factornuclear factorTNF receptor-associated factorbasal gangliaSuperfamilyplatelet-derived growth factortumor necrosis factorlipopolysaccharideSignal transducer and activator of transcriptionAdvanced glycation endproductsReceptor MosaicMultiple sclerosisneurotensinSynapseHIVhuman immunodeficiency virusmethyl-accepting chemotaxis proteinG-proteinAmyloid-beta proteinguanine nucleotide-binding proteinmonocyte chemoattractant proteinCINCJAKCannabinoidGABAsheep red blood cellsReactive oxygen speciesToll/IL-1 receptorErythropoietin Receptorreceptor for AGEComplement receptorT-cell receptorPRR, Pattern recognition receptor
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Authors
Luigi F. Agnati, Kjell G. Fuxe, Larisa B. Goncharova, Alexander O. Tarakanov,