Partial correlations were modeled between EPA+DHA concentration and SPECT regions. Two-sample t-tests were done to identify statistically significant differences in perfusion between the percentile groups. Quantitative brain SPECT was done on 128 regions based on a standard anatomical Atlas Persons with erythrocyte EPA+DHA concentrations were dichotomized based on membership in top 50th percentile versus bottom 50th percentile categories. To evaluate if SPECT brain imaging of cerebral perfusion and cognition varies as a function of omega-3 fatty acid levels.Ī random sample of 166 study participants was drawn from a psychiatric referral clinical for which erythrocyte quantification of omega-3 eicosapentaenoic acid (EPA) plus docosahexaenoic acid (DHA) (the Omega-3 Index) was available. The interrelationships between omega-3 fatty acids status, brain perfusion, and cognition are not well understood.
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