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A proteomic network approach resolves stage-specific molecular phenotypes in chronic traumatic encephalopathy.

Laura Gutierrez-QuicenoEric B DammerAshlyn Grace JohnsonJames A WebsterRhythm ShahDuc DuongLuming YinNicholas T SeyfriedVictor E AlvarezThor D SteinAnn C McKeeChadwick M Hales
Published in: Molecular neurodegeneration (2021)
Overall, we identified thousands of protein changes in CTE postmortem brain and demonstrated that CTE has a pattern of neurodegeneration in neuronal-synaptic and inflammation modules similar to AD. We also identified unique CTE progressive changes, including the enrichment of immunoglobulins and ECM proteins even in early CTE stages. Early and sustained changes in astrocyte modules were also observed. Overall, the prominent overlap with FTLD-MAPT cases confirmed that CTE is on the tauopathy continuum and identified CTE stage specific molecular phenotypes that provide novel insights into disease pathogenesis.
Keyphrases
  • spinal cord injury
  • oxidative stress
  • multiple sclerosis
  • network analysis
  • early onset
  • resting state
  • small molecule
  • protein protein
  • label free