<p>Linear regressions are shown in equations and as grey lines. N = number of participants. P-value and R<sup>2</sup> are for the correlation from the linear regression. Statistical tests were two-sided.</p
Background Telomeres play a key role in the maintenance of chromosome integrity. Short telomeres are...
<p>Diabetes Prevention Study sample intervention cases (N = 190) are shown with red dots and control...
<p>Scatterplot of change in telomere length against baseline telomere length (r = 0.76; p<0.0001).</...
<p>Linear regression is shown in equation and as a grey line. N = number of participants. P-value an...
<p>Statistical evaluation: Linear regression. Mean (─) and standard deviation (-). aTL: Absolute tel...
<p>The scatter plot shows the entire adolescent’s sample (n = 74), each dot representing one individ...
<p>Results of logistic regression analyses with telomere length as the predictor, in 5634 twins.</p
<p>A) Individual relative telomere length (RTL) at diagnosis and at repeated follow up for up to fiv...
*<p>log transformed telomere length as continuous variable was used.</p>‡<p>mean (SD).</p>†<p>P for ...
*<p>Telomere length measured as relative T/S ratio multiplied by 10.</p>†<p>Analysis samples are wei...
<p>Baseline RTL versus RTL changes per month, showing a significant negative correlation. Follow up ...
<p>Estimates are per SD of telomere T/S ratio or age.</p><p>Results weighted to the baseline sample....
<p>Results of the same Pearson's correlation analysis after removing the outliner point (the individ...
<p>Relative T/S ratios were logarithm transformed prior to analysis. The effect sizes (betas) are re...
<p>Comparison between telomere length methods: linear regression and Bland-Altman analysis.</p
Background Telomeres play a key role in the maintenance of chromosome integrity. Short telomeres are...
<p>Diabetes Prevention Study sample intervention cases (N = 190) are shown with red dots and control...
<p>Scatterplot of change in telomere length against baseline telomere length (r = 0.76; p<0.0001).</...
<p>Linear regression is shown in equation and as a grey line. N = number of participants. P-value an...
<p>Statistical evaluation: Linear regression. Mean (─) and standard deviation (-). aTL: Absolute tel...
<p>The scatter plot shows the entire adolescent’s sample (n = 74), each dot representing one individ...
<p>Results of logistic regression analyses with telomere length as the predictor, in 5634 twins.</p
<p>A) Individual relative telomere length (RTL) at diagnosis and at repeated follow up for up to fiv...
*<p>log transformed telomere length as continuous variable was used.</p>‡<p>mean (SD).</p>†<p>P for ...
*<p>Telomere length measured as relative T/S ratio multiplied by 10.</p>†<p>Analysis samples are wei...
<p>Baseline RTL versus RTL changes per month, showing a significant negative correlation. Follow up ...
<p>Estimates are per SD of telomere T/S ratio or age.</p><p>Results weighted to the baseline sample....
<p>Results of the same Pearson's correlation analysis after removing the outliner point (the individ...
<p>Relative T/S ratios were logarithm transformed prior to analysis. The effect sizes (betas) are re...
<p>Comparison between telomere length methods: linear regression and Bland-Altman analysis.</p
Background Telomeres play a key role in the maintenance of chromosome integrity. Short telomeres are...
<p>Diabetes Prevention Study sample intervention cases (N = 190) are shown with red dots and control...
<p>Scatterplot of change in telomere length against baseline telomere length (r = 0.76; p<0.0001).</...
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