Distribution of a) global PLI values and b) global wPLI values between subjects at baseline in different frequency bands; all bands are significantly different (see text).

<p>Distribution of a) global PLI values and b) global wPLI values between subjects at baseline in different frequency bands; all bands are significantly different (see text).</p

Test-retest-reliability of global PLI and PLI-based graph measures over time by frequency band expressed by the intraclass-correlation coefficient (ICC; CI: confidence interval estimated from bootstrapping; SWI: small-world-index).

<p>Test-retest-reliability of global PLI and PLI-based graph measures over time by frequency band expressed by the intraclass-correlation coefficient (ICC; CI: confidence interval estimated from bootstrapping; SWI: small-world-index).</p

Test-retest-reliability of regional PLI over time by frequency band.

<p>The median (range) intraclass-correlation coefficients over 22 regional degrees and 231 inter-regional links are given.</p><p>Test-retest-reliability of regional PLI over time by frequency band.</p

Topographic plots of the grand mean PLI connectomes (green: 3% strongest links are plotted) and grand mean PLI value per electrode (nodal degree, values are color-coded) over all subjects at baseline by frequency band: a) theta, b) alpha1, c) alpha2, d) beta.

<p>Topographic plots of the grand mean PLI connectomes (green: 3% strongest links are plotted) and grand mean PLI value per electrode (nodal degree, values are color-coded) over all subjects at baseline by frequency band: a) theta, b) alpha1, c) alpha2, d) beta.</p

Test-retest-reliability of global wPLI and wPLI-based graph measures over time by frequency band expressed by the intraclass-correlation coefficient (ICC; CI: confidence interval estimated from bootstrapping; SWI: small-world-index).

<p>Test-retest-reliability of global wPLI and wPLI-based graph measures over time by frequency band expressed by the intraclass-correlation coefficient (ICC; CI: confidence interval estimated from bootstrapping; SWI: small-world-index).</p

Additional file 1 of Engaging men in women’s empowerment: impact of a complex gender transformative intervention on household socio-economic and health outcomes in the eastern democratic republic of the Congo using a longitudinal survey

Additional file 1: Disaggregated scales women participation in decision-making, cohesion and tolerance GB

Changes of copeptin during the menstrual cycle.

<p>All 15 participants are shown (1–15). EFP: early follicular phase. MFP: midfollicular phase. LFP: late follicular phase. LH: surge of luteinizing hormone. ELP: early luteal phase. MLP: midluteal phase. LLP: late luteal phase.</p

Baseline characteristics.

<p>Normally distributed data are shown as mean ±SD, otherwise as median (interquartile range).</p><p>EFP: Early Follicular Phase.</p

Copeptin values in the menstrual cycle.

<p>Number of participants n = 15 except in LLP, which was only reached by 6 participants. The median (interquartile range) copeptin levels throughout the menstrual cycle were lower in the 6 women who had a LLP compared to the 9 women who did not (2.7 (1.8 to 3.5) pmol/L compared to 4.1 (3.3–5.2) pmol/L, p<0.05).</p

Crude odds ratios beliefs about HIV and ARVs.

*<p>statistical significance p<0.05.</p>#<p>reported per one unit increase in scale 1 to 5.</p>1<p>score included:ARVs can make sick; ARVs are not good for children; ARVs can make impotent; ARVs can kill.</p>2<p>score included: TM can cure HIV/AIDS; TM are easier to take; TM are easier to access.</p>3<p>score included: HIV/AIDS was release to eradicate the black race; People who take ARVs are guinea pigs for the government and other organizations.</p