<p>Composition of the day by BMI groups as a) proportion of time spent in sleep, SB, LIPA and MVPA and b) compositional analysis of the relative importance of the group mean time spent in sleep, SB, LIPA and MVPA with respect to the overall mean time composition. In b) the left axis gives the log-ratio value and the right axis displays the actual proportion relative to the mean composition (e.g. 1.25 means 1.25 times the compositional mean or a proportion higher by 25%).</p
Compositional behavior model for bone mass variables for the proportion of the waking hours of day s...
Compositional behavior model for bone mass variables for the proportion of the waking hours of day s...
<div><p>The associations between time spent in sleep, sedentary behaviors (SB) and physical activity...
<p>The left axis gives the log-ratio value and the right axis displays the actual proportion relativ...
<p>The left axis gives the log-ratio value and the right axis displays the actual proportion relativ...
<p>The left axis gives the log-ratio value and the right axis displays the actual proportion relativ...
<p>The left axis gives the log.ratio value and the right axis displays the actual proportion relativ...
<p>The left axis gives the log-ratio value and the right axis displays the actual proportion relativ...
<p>The left axis gives the log-ratio value and the right axis displays the actual proportion relativ...
<p>The left axis gives the log-ratio value and the right axis displays the actual proportion relativ...
The time spent in different types of sleep, sedentary behaviour and physical activity during a day r...
<p>Estimated a) BMI and b) waist circumference as a function of composition of the waking day (16 ho...
<p>Compositional variation matrix of time spent in sleep, sedentary behaviors (SB), light activity (...
The health effects of daily activity behaviours (physical activity, sedentary time and sleep) are wi...
Compositional behavior model for bone mass variables for the proportion of the waking hours of day s...
Compositional behavior model for bone mass variables for the proportion of the waking hours of day s...
Compositional behavior model for bone mass variables for the proportion of the waking hours of day s...
<div><p>The associations between time spent in sleep, sedentary behaviors (SB) and physical activity...
<p>The left axis gives the log-ratio value and the right axis displays the actual proportion relativ...
<p>The left axis gives the log-ratio value and the right axis displays the actual proportion relativ...
<p>The left axis gives the log-ratio value and the right axis displays the actual proportion relativ...
<p>The left axis gives the log.ratio value and the right axis displays the actual proportion relativ...
<p>The left axis gives the log-ratio value and the right axis displays the actual proportion relativ...
<p>The left axis gives the log-ratio value and the right axis displays the actual proportion relativ...
<p>The left axis gives the log-ratio value and the right axis displays the actual proportion relativ...
The time spent in different types of sleep, sedentary behaviour and physical activity during a day r...
<p>Estimated a) BMI and b) waist circumference as a function of composition of the waking day (16 ho...
<p>Compositional variation matrix of time spent in sleep, sedentary behaviors (SB), light activity (...
The health effects of daily activity behaviours (physical activity, sedentary time and sleep) are wi...
Compositional behavior model for bone mass variables for the proportion of the waking hours of day s...
Compositional behavior model for bone mass variables for the proportion of the waking hours of day s...
Compositional behavior model for bone mass variables for the proportion of the waking hours of day s...
<div><p>The associations between time spent in sleep, sedentary behaviors (SB) and physical activity...