TAP reading note: Job strain as a risk factor for coronary heart disease: a collaborative meta-analysis of individual participant data
Among European workers, job strain—high demands combined with low control—was associated with subsequent coronary heart disease. The age/sex-adjusted HR was 1.23, falling to 1.17 (95% CI 1.05–1.31) after socioeconomic adjustment. This is prospective evidence linking working conditions with long-term health.
Updated 2026-10-29 · Archived
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What the study found
Among European workers, job strain—high demands combined with low control—was associated with subsequent coronary heart disease. The age/sex-adjusted HR was 1.23, falling to 1.17 (95% CI 1.05–1.31) after socioeconomic adjustment. This is prospective evidence linking working conditions with long-term health.
Scope & limitations
13 cohorts and 197,473 workers free of coronary disease at baseline, with 2,358 incident events.
Strain was mainly measured once at baseline, leaving possible residual confounding, changing exposure and reverse causation. Published and unpublished data gave different estimates. The reported population-attributable fraction assumes causality and is not a demonstrated intervention-preventable fraction.
Population & sample
13 cohorts and 197,473 workers free of coronary disease at baseline, with 2,358 incident events.
Exposure or intervention
Baseline high demands plus low control versus no job strain, using individual-participant-data meta-analysis.
Outcomes
Incident coronary heart disease and estimates by subgroup, publication status and adjustment model.
Time frame
Mean follow-up of 7.5 years.
Research funding
EU New OSH ERA and occupational-health funding bodies in Finland, Sweden, Germany and Denmark; Academy of Finland 132944; BUPA Foundation 22094477; Dutch Ministry of Social Affairs and Employment; MRC and NIH R01HL036310/R01AG034454; Wellcome fellowship support to G. D. Batty. Cohorts had additional funding.
Research conflicts of interest
The authors declare no conflicts and report no funder role in research or publication decisions.
Reading scope
Full-text populations/endpoints, subgroup results, publication-status comparisons and discussion. Repeated exposure measurements and all cohort reports have not been individually reviewed.
References
Publication record
TAP-RDN-0060 · v1.0 · English
Author: TAP Editorial Team ·
The Allostasis Project is founded and supported by Resilio.
Record for v1.0 · Updated
Editorial responsibility: TAP Editorial Team
Scientific review
Not yet scientifically reviewed
Editorial note
Under the editorial responsibility of the TAP Editorial Team, this publication used AI assistance for content organization and editing. Scientific review is recorded separately on this page.
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Record integrity & available editions
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Captured: 2026-10-29T10:31:13.619Z
- v1.0 · 2026-10-29