Performance of the four models of wrist acceleration.

<p>Explained variance shown is between-individual explained variance from ANOVA repeated measures.</p

Violin plots and boxplots showing the estimation bias of model 4 across the whole test group (top left), by sex (top right), by age tertiles (bottom left) and BMI categories (bottom right).

<p>Violin plots and boxplots showing the estimation bias of model 4 across the whole test group (top left), by sex (top right), by age tertiles (bottom left) and BMI categories (bottom right).</p

Summary statistics of the cohort, provided separately for the training and test datasets, by sex.

<p>Summary statistics of the cohort, provided separately for the training and test datasets, by sex.</p

Example of simultaneous PAEE and wrist acceleration signal over 5 days.

<p>Example of simultaneous PAEE and wrist acceleration signal over 5 days.</p

Forest plot showing the beta point estimates and their respective confidence intervals of the effect size of PAEE on BMI.

<p>Forest plot showing the beta point estimates and their respective confidence intervals of the effect size of PAEE on BMI.</p

Adjusted hazard ratios (95% CI) of incident diabetes for total diet diversity and for diversity within each major food group in the EPIC-Norfolk study.

<p>Adjusted hazard ratios (95% CI) of incident diabetes for total diet diversity and for diversity within each major food group in the EPIC-Norfolk study.</p

Baseline characteristics of total diet diversity in participants in the EPIC-Norfolk study.

<p>Baseline characteristics of total diet diversity in participants in the EPIC-Norfolk study.</p

Adjusted mean daily diet cost (95% CI) of total diet diversity and of diversity within each major food group in the EPIC-Norfolk study.

<p>Adjusted mean daily diet cost (95% CI) of total diet diversity and of diversity within each major food group in the EPIC-Norfolk study.</p

Adjusted hazard ratios (95% CI) of incident diabetes for total diet diversity in the EPIC-Norfolk study, independent of diversity within specific food groups.

<p>Adjusted hazard ratios (95% CI) of incident diabetes for total diet diversity in the EPIC-Norfolk study, independent of diversity within specific food groups.</p

Adjusted hazard ratios (95% CI) of incident diabetes for diversity of dairy products, fruits, vegetables, grains, and meat products in the EPIC-Norfolk study, independent of total diet diversity and diversity within other food groups.

<p>Adjusted hazard ratios (95% CI) of incident diabetes for diversity of dairy products, fruits, vegetables, grains, and meat products in the EPIC-Norfolk study, independent of total diet diversity and diversity within other food groups.</p