Additional file 7: Supplemental Figure 3. Active periods for controls. Log-log plots of cumulative probability (P) vs. duration of activeperiods (£35 min) for controls. The straight line represents the linearregression line, using the least squares method
Figure S1. Bland Altman plots of agreement for overall physical activity level (cpm) for different d...
Multiple logistic regression analysis for ADHD morbidity using the CBCL Diagnostic Statistical Manua...
Supplemental material, JAD_Supplementary_Table for Individual Variability in Reaction Time and Predi...
Additional file 9: Supplemental Figure 5. Inactiveperiods for controls. Log-log plots of cumulativep...
Additional file 8: Supplemental Figure 4. Active periods for patients without ADHD. Log-log plots of...
Additional file 10: Supplemental Figure 6. Inactiveperiods for patients without ADHD. Log-log plots ...
Additional file 5: Supplemental Figure 1. Log-log plots cumulativeprobability (P) vs. duration acti...
Additional file 6: Supplemental Figure 2. Log-log plots cumulativeprobability (P) vs. duration inac...
Additional file 1: Supplemental Table 1. Effect of age using analysis of covariance ANCOVA
Additional file 3: Supplemental Table 3. Effect of age using analysis of covariance ANCOVA
Additional file 4: Supplemental Table 4. Effect of gender using analysis of covariance ANCOVA
Background Most research on patterns of motor activity has been conducted on adults with mood disord...
<p>Double logarithmic plots represent (panels a, c) cumulative distribution of rest periods as a fu...
Distribution of active periods (METs level ≥1.5) in a day, expressed as the amount of active minutes...
(a) The real graph of obtained data about autonomic nervous system (ANS) activity and life events. T...
Figure S1. Bland Altman plots of agreement for overall physical activity level (cpm) for different d...
Multiple logistic regression analysis for ADHD morbidity using the CBCL Diagnostic Statistical Manua...
Supplemental material, JAD_Supplementary_Table for Individual Variability in Reaction Time and Predi...
Additional file 9: Supplemental Figure 5. Inactiveperiods for controls. Log-log plots of cumulativep...
Additional file 8: Supplemental Figure 4. Active periods for patients without ADHD. Log-log plots of...
Additional file 10: Supplemental Figure 6. Inactiveperiods for patients without ADHD. Log-log plots ...
Additional file 5: Supplemental Figure 1. Log-log plots cumulativeprobability (P) vs. duration acti...
Additional file 6: Supplemental Figure 2. Log-log plots cumulativeprobability (P) vs. duration inac...
Additional file 1: Supplemental Table 1. Effect of age using analysis of covariance ANCOVA
Additional file 3: Supplemental Table 3. Effect of age using analysis of covariance ANCOVA
Additional file 4: Supplemental Table 4. Effect of gender using analysis of covariance ANCOVA
Background Most research on patterns of motor activity has been conducted on adults with mood disord...
<p>Double logarithmic plots represent (panels a, c) cumulative distribution of rest periods as a fu...
Distribution of active periods (METs level ≥1.5) in a day, expressed as the amount of active minutes...
(a) The real graph of obtained data about autonomic nervous system (ANS) activity and life events. T...
Figure S1. Bland Altman plots of agreement for overall physical activity level (cpm) for different d...
Multiple logistic regression analysis for ADHD morbidity using the CBCL Diagnostic Statistical Manua...
Supplemental material, JAD_Supplementary_Table for Individual Variability in Reaction Time and Predi...