ClinEEG_SupplementalTables_revised – Supplemental material for Evaluating the Contribution of EEG Power Profiles to Characterize and Discriminate Posttraumatic Stress Symptom Factors in a Combat-Exposed Population

<p>Supplemental material, ClinEEG_SupplementalTables_revised for Evaluating the Contribution of EEG Power Profiles to Characterize and Discriminate Posttraumatic Stress Symptom Factors in a Combat-Exposed Population by Christina M. Sheerin, Laura M. Franke, Steven H. Aggen, Ananda B. Amstadter and William C. Walker in Clinical EEG and Neuroscience</p

Supplemental_Figure_1 – Supplemental material for Evaluating the Contribution of EEG Power Profiles to Characterize and Discriminate Posttraumatic Stress Symptom Factors in a Combat-Exposed Population

<p>Supplemental material, Supplemental_Figure_1 for Evaluating the Contribution of EEG Power Profiles to Characterize and Discriminate Posttraumatic Stress Symptom Factors in a Combat-Exposed Population by Christina M. Sheerin, Laura M. Franke, Steven H. Aggen, Ananda B. Amstadter and William C. Walker in Clinical EEG and Neuroscience</p

GO term enrichment analysis based on the results from the meta-analysis of gene-based GWAS in European and African American samples.

<p>GWAS, genome-wide association study; FS, factor score analysis; CC, case-control analysis.</p><p>B, biological process; M, molecular function; C, cellular component.</p><p>GO term enrichment analysis based on the results from the meta-analysis of gene-based GWAS in European and African American samples.</p

Meta-analysis of gene-based GWA analyses in European-American (EA) and African-American (AA) samples.

<p>Genes with <i>q</i>-values <5% or <25% in either EA, AA, or meta-analysis of the two populations were shown.</p><p>GWA, genome-wide association; Chr, chromosome; bp, base position; nSNPs, number of SNPs located within the gene.</p><p>FS, factor score analysis; CC, case-control analysis.</p><p>Meta-analysis of gene-based GWA analyses in European-American (EA) and African-American (AA) samples.</p

Demographic characteristics of European and African American samples.

<p>s.d., standard deviation.</p><p>Demographic characteristics of European and African American samples.</p

MN frequencies for discordant MZ twin pairs and age-matched controls.

<p>The mean level is indicated by a horizontal bar for controls (mean [SD] 14.2 [9.4]), CSA nonexposed (14.9 [5.6]) and CSA exposed (22.0 [11.3]) twins. CSA exposure status was significant in this combined sample (<i>P</i><0.001), while there was no indication of an additional effect attributable to the familial environment (<i>P = </i>0.406) based on results from generalized mixed-effect models.</p

Relationship between MN frequency and age for CSA exposed and nonexposed twins.

<p>A significant interaction effect was observed (coefficient [SE] = 0.030 [0.009], <i>P</i> = 0.0006) with the MN level in CSA exposed twins increasing with age while the MN level remained constant across the limited age range evaluated in CSA nonexposed twins.</p

Lifestyle characteristics and adult psychiatric and substance use disorders in CSA discordant MZ twin pairs.

1<p>indicates pairs discordant for CSA and item where the exposed twin was positive for the item (n₂₁).</p>2<p>indicates pairs discordant for CSA and item where the nonexposed twin was positive for the item (n₁₂).</p>3<p>odds ratio for twin pairs doubly discordant for CSA and item (n₂₁/n₁₂).</p>4<p>prescription and non-prescription use for more than 1 year excluding birth control.</p><p>+/− ∞, value is positive/negative and infinite due to a null value in at least one category.</p>*<p>two-sided P value from exact binomial test.</p