<div><p>A-C) Linear regression analysis showing that the basal mEPSC frequency is not related to the absolute frequency change during the 1<sup>st</sup> min post-HFS (A) or duration of the change (B). In contrast, there is a negative correlation between the control baseline values and the changes normalized to control (C).</p><p>C and D and E) Linear regression analysis showing that both absolute (D) and normalized responses (E) during the 1<sup>st</sup> min are positively related to how long the response persists.</p><p>E) Linear regression analysis showing no relationship between the basal mEPSC frequency and the duration of response.</p></div
<p>Data were averaged across channels (Fz, Cz, Pz & Oz) and conditions (‘true new’ vs. ‘true old’). ...
<p>“ns” denotes a non-significant relationship.</p><p>Results of linear regression analysis for dete...
<p>Relationship between peak tail amplitude and ejection fraction in the overall HF patients.</p
<div><p>In all graphs in this figure and <a href="http://www.plosone.org/article/info:doi/10.1371/jo...
<div><p>A) Superimposed mEPSCs (grey lines) from control (left panel) and late post-HFS (middle pane...
<p>The four plots represent the highest concentration of significant correlations, specifically betw...
<p>Both HF (Fig. 6A) and LF/HF (Fig. 6B) were not significantly different between the two groups dur...
<p>Changes during each pulse of corticosterone (% relative to the corresponding baseline) are only s...
<p>(A) fPSP amplitude throughout baseline (30 min) and post-HFS monitoring (240 min), depicting ampl...
<div><p>A1-3) A representative magnocellular neuron that shows an extended mEPSC amplitude potentiat...
<p>Values were obtained by Pearson correlation analysis.</p><p>Relationships in the after-effects of...
Correlation coefficients between time estimate change, PEP change and HF-HRV change.</p
<p>Relationship between MEP amplitude of ECR and FCR during the imagery of DF and of the actual DF. ...
<p>(A) <i>Upper</i>; the red circle shows the differential activity in the right dmPFC for the IC vs...
The mean MEP amplitudes at pre, immediately after the intervention (post0), and 5 min (post5), 10 mi...
<p>Data were averaged across channels (Fz, Cz, Pz & Oz) and conditions (‘true new’ vs. ‘true old’). ...
<p>“ns” denotes a non-significant relationship.</p><p>Results of linear regression analysis for dete...
<p>Relationship between peak tail amplitude and ejection fraction in the overall HF patients.</p
<div><p>In all graphs in this figure and <a href="http://www.plosone.org/article/info:doi/10.1371/jo...
<div><p>A) Superimposed mEPSCs (grey lines) from control (left panel) and late post-HFS (middle pane...
<p>The four plots represent the highest concentration of significant correlations, specifically betw...
<p>Both HF (Fig. 6A) and LF/HF (Fig. 6B) were not significantly different between the two groups dur...
<p>Changes during each pulse of corticosterone (% relative to the corresponding baseline) are only s...
<p>(A) fPSP amplitude throughout baseline (30 min) and post-HFS monitoring (240 min), depicting ampl...
<div><p>A1-3) A representative magnocellular neuron that shows an extended mEPSC amplitude potentiat...
<p>Values were obtained by Pearson correlation analysis.</p><p>Relationships in the after-effects of...
Correlation coefficients between time estimate change, PEP change and HF-HRV change.</p
<p>Relationship between MEP amplitude of ECR and FCR during the imagery of DF and of the actual DF. ...
<p>(A) <i>Upper</i>; the red circle shows the differential activity in the right dmPFC for the IC vs...
The mean MEP amplitudes at pre, immediately after the intervention (post0), and 5 min (post5), 10 mi...
<p>Data were averaged across channels (Fz, Cz, Pz & Oz) and conditions (‘true new’ vs. ‘true old’). ...
<p>“ns” denotes a non-significant relationship.</p><p>Results of linear regression analysis for dete...
<p>Relationship between peak tail amplitude and ejection fraction in the overall HF patients.</p