28 research outputs found
Mediation analysis of the association between objective socioeconomic status (SES) and depressive symptoms as mediated by subjective social status (SSS).
<p>Standardized coefficients, adjusted for age, age<sup>2</sup>, residential region, immigrant status, chronic conditions, global activity limitations (plus sex and sex*age in the total sample). Coefficients for direct associations in parentheses. *p < 0.05; **p < 0.01; ***p < 0.001.</p
Correlations between indicators of objective and subjective socioeconomic status, for the total sample and by sex (correlation coefficients).
<p>Correlations between indicators of objective and subjective socioeconomic status, for the total sample and by sex (correlation coefficients).</p
Adjusted odds ratios of depressive symptoms according to individual dimensions of objective socioeconomic status and subjective social status, for the total sample and by sex.
<p>Adjusted odds ratios of depressive symptoms according to individual dimensions of objective socioeconomic status and subjective social status, for the total sample and by sex.</p
Characteristics of the study population (n = 4,952; n<sub>men</sub> = 2,183; n<sub>women</sub> = 2,769).
<p>Characteristics of the study population (n = 4,952; n<sub>men</sub> = 2,183; n<sub>women</sub> = 2,769).</p
Prevalence of depressive symptoms according to age group and indicators of objective and subjective socioeconomic status, for the total sample and by sex.
<p>Prevalence of depressive symptoms according to age group and indicators of objective and subjective socioeconomic status, for the total sample and by sex.</p
Sociodemographic characteristics of the study population (n = 6754).
<p>Sociodemographic characteristics of the study population (n = 6754).</p
Stepwise adjusted odds ratios (OR) of fruit-and-vegetable and alcohol intake according to education, men and women aged 18–79.
a<p>Model adjusted for age groups and regional strata east vs. west Germany.</p>b<p>Adjusted as Model 1 and also for sports activity, sitting time weekdays (among men), total energy expenditure (among women), BMI, smoking status, sugar-rich food intake, fat-rich food intake and alcohol intake.</p>c<p>Adjusted as Model 1 and also for sitting time weekdays (among men), vigorous work activity (among women), total energy expenditure (among men), self-perceived health, smoking status, sugar-rich food intake, fat-rich food intake and fruit-and-vegetable intake (among men).</p>*<p>Significant on a 95% level of confidence.</p
Selected variables of participants aged 18–79 in relation to key outcome variables.
<p>Selected variables of participants aged 18–79 in relation to key outcome variables.</p
Pathways of physical activity and dietary behaviour according to socioeconomic position (SEP).
<p>Pathways of physical activity and dietary behaviour according to socioeconomic position (SEP).</p
Stepwise adjusted odds ratios (OR) of sugar-rich and fat-rich food intake according to education, men and women aged 18–79.
a<p>Model adjusted for age groups and regional strata east vs. west Germany.</p>b<p>Adjusted as Model 1 and also for vigorous work activity (among men), sports activity (among women), BMI, smoking status (among men), self-perceived health (among women), fat-rich food intake, fruit-and-vegetable intake (among women) and alcohol intake.</p>c<p>Adjusted as Model 1 and also for sports activity (among men), sitting time weekdays (among women), BMI, self-perceived health (among men), smoking status, sugar-rich food intake and fruit-and-vegetable intake.</p>*<p>Significant on a 95% level of confidence.</p