| Article ID | Journal | Published Year | Pages | File Type | 
|---|---|---|---|---|
| 6286320 | Neuroscience Research | 2014 | 12 Pages | 
Abstract
												Neuroinflammation is central to the common pathology of several acute and chronic brain diseases. This review examines the consequences of excessive and prolonged neuroinflammation, particularly its damaging effects on cellular and/or brain function, as well as its relevance to disease progression and possible interventions. The evidence gathered here indicates that neuroinflammation causes and accelerates long-term neurodegenerative disease, playing a central role in the very early development of chronic conditions including dementia. The wide scope and numerous complexities of neuroinflammation suggest that combinations of different preventative and therapeutic approaches may be efficacious.
											Keywords
												SGZGSK3cdk5IFN-γIL-1βiNOSFADDPAMPsPOCDAβNSAIDSLPSCOXTNFTRADDMAPKNPCsTLRscyclooxygenasePostoperative cognitive dysfunctionSystemic inflammationNeuroinflammationpathogen-associated molecular patternsinterferon-γinterleukininterleukin-1betaamyloid betaAlzheimer's diseaselong-term potentiationLTPNon-steroidal anti-inflammatory drugsCNSNeural progenitor cellscentral nervous systemcyclin-dependent kinase 5tumour necrosis factorTRAILlipopolysaccharideMultiple sclerosisMicrogliaNitric oxidenitric oxide synthaseFas-associated protein with death domainC-reactive proteinCRPglycogen synthase kinase-3Toll-like receptors
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											Authors
												Monty Lyman, Dafydd G. Lloyd, Xunming Ji, Marcela P. Vizcaychipi, Daqing Ma, 
											