Table S3. a Associations from cross-sectional analyses of the association between sport/exercise participation, minutes per day of MVPA on weekdays (mon-fri) and weekly (mon-sun) minutes per day of MVPA b: Associations from prospective analyses of the association between sport/exercise participation at age 9, minutes per day of MVPA on weekdays (mon-fri) at age 15 and weekly (mon-sun) minutes per day of MVPA at age 151. (DOCX 14 kb
Correlations between Predictors of Interest: Meeting Recommendations for Lifestyle Behaviors among G...
Background: The aim of this study was to investigate how sleep, screen time, active school travel an...
Background: The aim of this study was to investigate how sleep, screen time, active school travel an...
Table S1. Questions and possible answers from the questionnaire used to asses sleep duration, screen...
Association of physical activity (PA) and sitting time with socio-economic status measures among boy...
Table S4. Crude and adjusted analyses of the associations between performing individual versus team ...
Table S1. Age dependent associations of time spent in sedentary behaviour and anthropometric measure...
Interactions of within-person associations (i.e., compensation) among MVPA minutes/day across 5 prim...
Factors associated to T0 PA, BMI and daily sitting time data completion. (DOCX 18 kb
Temporal pattern of PA and SB in secondary school boys. Occurrences of the different intensity level...
Additional file 3: Table A3. Regressions of Sedentary Time on Each Weekday Period on Developmental S...
Table S1. Mean difference (95% confidence interval) in the children’s average sedentary minutes per ...
Simple models; Association of changes in the school environment with changes in activity intensity d...
AMSTAR score for each review. Table S2. Modified classification of the variables from each review ba...
Table S1. Characteristics of sample â observed and missing data. Table S2. Model Fit for models wi...
Correlations between Predictors of Interest: Meeting Recommendations for Lifestyle Behaviors among G...
Background: The aim of this study was to investigate how sleep, screen time, active school travel an...
Background: The aim of this study was to investigate how sleep, screen time, active school travel an...
Table S1. Questions and possible answers from the questionnaire used to asses sleep duration, screen...
Association of physical activity (PA) and sitting time with socio-economic status measures among boy...
Table S4. Crude and adjusted analyses of the associations between performing individual versus team ...
Table S1. Age dependent associations of time spent in sedentary behaviour and anthropometric measure...
Interactions of within-person associations (i.e., compensation) among MVPA minutes/day across 5 prim...
Factors associated to T0 PA, BMI and daily sitting time data completion. (DOCX 18 kb
Temporal pattern of PA and SB in secondary school boys. Occurrences of the different intensity level...
Additional file 3: Table A3. Regressions of Sedentary Time on Each Weekday Period on Developmental S...
Table S1. Mean difference (95% confidence interval) in the children’s average sedentary minutes per ...
Simple models; Association of changes in the school environment with changes in activity intensity d...
AMSTAR score for each review. Table S2. Modified classification of the variables from each review ba...
Table S1. Characteristics of sample â observed and missing data. Table S2. Model Fit for models wi...
Correlations between Predictors of Interest: Meeting Recommendations for Lifestyle Behaviors among G...
Background: The aim of this study was to investigate how sleep, screen time, active school travel an...
Background: The aim of this study was to investigate how sleep, screen time, active school travel an...