Hazard ratios with 95% confidence intervals for estimated associations between birth order and sickness absence, results from Cox regression models stratified by shared mother and father identification.

Hazard ratios with 95% confidence intervals for estimated associations between birth order and sickness absence, results from Cox regression models stratified by shared mother and father identification.</p

Hazard ratios with 95% confidence intervals for estimated associations of birth order and sickness absence by sex, results from Cox regression models stratified by shared mother and father identification.

Hazard ratios with 95% confidence intervals for estimated associations of birth order and sickness absence by sex, results from Cox regression models stratified by shared mother and father identification.</p

Hazard ratios with 95% confidence intervals for estimated associations between birth order and sickness absence, by birth spacing, results from Cox regression models stratified by shared mother and father identification.

(DOCX)</p

Hazard ratios with 95% confidence intervals for estimated associations between birth order and sickness absence- by sibling group size- results from Cox regression models stratified by shared mother and father identification.

(DOCX)</p

Characteristics of persons with and without sibling loss.

<p>% refers to percentage of total risk time. Deaths refer to deaths from stroke. Rate is number of deaths per person years multiplied by 1,000.</p><p>Descriptive statistics for region of residence and calendar year are not displayed.</p><p>Of all sibling deaths, 4.9% were due to stroke and 15.5% were due to an external cause. Stroke refers to ICD 8 and ICD 9 codes 430–438, and ICD 10 codes I60–I69. External cause refers to ICD 8 codes E800–E999, ICD 9 codes E807–E999, and ICD 10 codes V01-Y98.</p

supplementary material from A matter of time: Bateman's principles and mating success as count and duration across social strata in contemporary Finland

Contains further analyses and description of the dat

Reproduction package from A matter of time: Bateman's principles and mating success as count and duration across social strata in contemporary Finland

Contains code and data to reproduce the figures and table

Regression coefficients and standard errors estimated from multiple linear regressions for the association between bereavement time or frequency and BMI.

<p>The outcome was the BMI (kg/m²) in LNU 2000. The covariates were included based on informations provided by LNU 2000. The Swedish Level of Living Survey. The models were fitted separately by bereavement variable (reference group in bereavement variables: individuals who have not had such bereavement experiences).</p>a<p>p<0.001; ^bp<0.05; ^cp<0.10 n =  number of observations; β =  coefficient estimated; SE =  estimation error.</p><p>Model 1: Bereavement variable.</p><p>Model 2: Bereavement variable + sex + age + social class.</p><p>Model 3: Bereavement variable + marital status + age + social class + marital status.</p><p>Model 4: Bereavement variable + marital status + age + social class + marital status + number of siblings.</p><p>Model 5: Bereavement variable + age + social class + marital status + number of siblings + emotional support.</p

Regression coefficients and standard errors estimated from interactions between bereavement and socio-demographic variables on BMI.

<p>The outcome was the BMI (kg/m²) in LNU 2000 - The Swedish Level of Living Survey.*The reference categories for the analysis are women for gender, non-manual for social class and no bereaved for all bereavement variables. The models were fitted separately by bereavement variables and social demographic ones. The models were adjusted by marital status, number of sibling and emotional support. ^ap<0.001; ^bp<0.05; β =  coefficient estimated SE =  estimation error.</p