Abstract

BackgroundThe role of occupational stressors (OS) on blood pressure (BP) is often suspected, but asserting its impact remains uncertain. Our goal was to evaluate their impact on BP increase and on incident cases of hypertension over a 5-year period.MethodsOne thousand, one hundred and fifty-six men and women from the French prospective VISAT study were followed up over five-years (T1 to T2). Exposures to a large panel of OS (physical, organizational, psychosocial and employment categories) were collected. Linear and logistic regressions were used to assess associations between OS and T2-T1 SBP difference and incident cases of hypertension. They were performed to determine the role of OS first considered separately, then in combination, in crude and adjusted models for main cardiovascular risk factors (gender, age, education, BMI, lifestyle habits and medical history).ResultsFor initial SBP level < 130 mmHg, carrying loads, intense noise exposure, working more than 48 h/week, active and high strain tended to be associated with an SBP difference increase, while job recognition was associated with a decrease. After adjustment, only significant associations with job strain and job recognition persisted. For initial SBP level ≥ 130 mmHg, being exposed to an active job strain was positively associated with T2-T1 SBP difference only in unadjusted model. Considering all the OS, the recognition of completed tasks had a major protective role. No impact of OS on incident cases of hypertension was observed.ConclusionAssociations between OS and SBP were observed mainly when initial SBP is within the normal range, and are mainly explained by cardiovascular factors, requiring physician’s particular attention to people exposed to these OS. VISAT study is registered in “LE PORTAIL EPIDEMIOLOGIE – FRANCE- AVIESAN –ID 3666”.

Highlights

  • The role of occupational stressors (OS) on blood pressure (BP) is often suspected, but asserting its impact remains uncertain

  • Overall participants with initial Systolic blood pressure (SBP) level ≥ 130 mmHg were more exposed to OS (Additional file 3)

  • Concerning hypertension, 33.0% (381) prevalent cases were inventoried at T1 (36.6% of them were treated at T2); 134 (17.3%) incident cases of hypertension occurred between T1 and T2 among people without hypertension at T1 (15.7% of them were treated for hypertension at T2)

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Summary

Introduction

The role of occupational stressors (OS) on blood pressure (BP) is often suspected, but asserting its impact remains uncertain. Research has increasingly been focusing on the impact of occupational environmental stressors (OS) ( named occupational risks) on health, highlighting their potential role in the development of prevention strategies and in the promotion of public. Concerning blood pressure (BP), the impact of OS has been little investigated. Shift work was one of the most investigated with a suspected higher risk of hypertension among shift workers compared to day workers [8]. Concerning occupational physical stressors such as the exposure to intense noise or carrying heavy loads, a specific effect on BP has not been well established yet [9,10,11]

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