<p>*: Reference group; OR (odds ratios); 95% CI (95% confidence intervals); bold type = significant.</p><p>V<sub>A</sub> (area level variance); SE (standard error); MOR (median odds ratio).</p><p><b>Model 0:</b> crude OR (95% CI), unadjusted odds ratios with their 95% confidence intervals</p><p><b>Model 1</b>: area level deprivation, adjusted for age</p><p><b>Model 2</b>: additionally adjusted for educational level, lifestyle covariates (excl. BMI) and partner</p><p><b>Model 3</b>: additionally adjusted for BMI</p
<p>β is unstandardized coefficient. CI–confidence interval. All regressions adjusted for age, sex an...
<p>Abbreviations: NGM, normal glucose metabolism; IGM, impaired glucose metabolism; DM2, type 2 diab...
<p>Heterogeneity between centres: <i>I</i><sup>2</sup> = 48% (<i>p</i> = 0.012). HRs estimated from ...
<p>*: Reference group; OR (odds ratios); 95% CI (95% confidence intervals); bold type = significant....
<p>*: Reference group; OR (odds ratios); 95% CI (95% confidence intervals); bold type = significant....
<p>*: Reference group; OR (odds ratios); 95% CI (95% confidence intervals); bold type = significant....
<p>Model 1: unadjusted. Model 2: adjusted for family history of diabetes, baseline age, marriage sta...
<p>Adjusted ORs (model 1) for diabetes were determined after adjusting for age, place, marital statu...
<p>Model 1: unadjusted. Model 2: adjusted for baseline age, family history of diabetes, marriage sta...
<p>Prentice-weighted Cox regression models are adjusted for age, sex, and centre. F, female; M, male...
a<p>Adjusted for age, sex, ethnicity, family history of diabetes, and prevalent conditions.</p>b<p>A...
a<p>Model adjusted for age, sex, ethnicity, family history of diabetes, and prevalent conditions.</p...
<p>The ORs were calculated using logistic regression analysis with FH0 as the reference. Model 1: no...
a<p>Estimated from separate logistic regression models including study group, age, sex, migration ba...
<p>Regression logistic models: Odds Ratio for one SD increase in anthropometric measurements. Model ...
<p>β is unstandardized coefficient. CI–confidence interval. All regressions adjusted for age, sex an...
<p>Abbreviations: NGM, normal glucose metabolism; IGM, impaired glucose metabolism; DM2, type 2 diab...
<p>Heterogeneity between centres: <i>I</i><sup>2</sup> = 48% (<i>p</i> = 0.012). HRs estimated from ...
<p>*: Reference group; OR (odds ratios); 95% CI (95% confidence intervals); bold type = significant....
<p>*: Reference group; OR (odds ratios); 95% CI (95% confidence intervals); bold type = significant....
<p>*: Reference group; OR (odds ratios); 95% CI (95% confidence intervals); bold type = significant....
<p>Model 1: unadjusted. Model 2: adjusted for family history of diabetes, baseline age, marriage sta...
<p>Adjusted ORs (model 1) for diabetes were determined after adjusting for age, place, marital statu...
<p>Model 1: unadjusted. Model 2: adjusted for baseline age, family history of diabetes, marriage sta...
<p>Prentice-weighted Cox regression models are adjusted for age, sex, and centre. F, female; M, male...
a<p>Adjusted for age, sex, ethnicity, family history of diabetes, and prevalent conditions.</p>b<p>A...
a<p>Model adjusted for age, sex, ethnicity, family history of diabetes, and prevalent conditions.</p...
<p>The ORs were calculated using logistic regression analysis with FH0 as the reference. Model 1: no...
a<p>Estimated from separate logistic regression models including study group, age, sex, migration ba...
<p>Regression logistic models: Odds Ratio for one SD increase in anthropometric measurements. Model ...
<p>β is unstandardized coefficient. CI–confidence interval. All regressions adjusted for age, sex an...
<p>Abbreviations: NGM, normal glucose metabolism; IGM, impaired glucose metabolism; DM2, type 2 diab...
<p>Heterogeneity between centres: <i>I</i><sup>2</sup> = 48% (<i>p</i> = 0.012). HRs estimated from ...