Multimodal Validation of Oxidative Stress as a Pathophysiological Model of Chronic Fatigue Syndrome

Keywords

addition aimed among analyses anterior antioxidant anxiety beth blood brain capacity cerebral chronic cohort college common compelling complex conduct consistent content continuous control controls corrected correlate correlation cortex cortical criteria cross damage decrease decreased deficit depressive derived detection differed disorder disorders document documented documenting dress dysfunction editing elevated elevations emerging energy explain expressed extensive fatigue feature finding flow fluid free global health healthy hypotheses illness in vivo included independent institutional inversely investigate lactate lead lobe location major measure measured mechanistic medical medicine metabolites might model normalization normalized objectives observations occipital often overlap oxidant oxidative pall parametric participants patients phosphates poorly post postulated postulates potentially precursors presence previous prior psychiatry rationale reductions regional replicate replication reported reports reserves role school secondary sectional served shed significance significantly software spin statistical strategies stress studies subjects suggesting supporting supports sustained syndrome system targeted third toward towards treatment trend uncorrected understanding understood validity ventricular version weak whether whose