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426 Bi-directional association between stress and musculoskeletal pain: 1-year prospective cohort study with weekly registrations
  1. J Pihl-Thingvad1,
  2. JH Andersen2,
  3. LL Andersen3,
  4. LPA Brandt1
  1. 1Department of Occupational and Environmental Medicine, Odense University Hospital, Odense,Denmark
  2. 2Department of Occupational Medicine, Regional Hospital West Jutland – University Clinic, Herning, Denmark
  3. 3National Research Centre for the Working Environment, Copenhagen, Denmark


Introduction Stress and musculoskeletal pain are major reasons for sickness absence. Although stress and pain are considered two different disorders and therefore treated and prevented separately, recent years research suggest that they may influence and reinforce each other. The objective of the present study was to investigate the prospective association between perceived stress and musculoskeletal pain.

Methods A cohort of 6943 technical assistants and machine technicians across Denmark participated in the NUDATA (Neck and Upper extremity Disorders Among Technical Assistants) study. Participants replied to a baseline and 12 month follow-up questionnaire about work and health. In between baseline and follow-up, they replied to weekly questions about perceived stress and musculoskeletal pain. The year was separated in three equal phases. Prospective associations between stress and pain were modelled using generalised estimating equations. The predictor variable was in phase 2 and the outcome variable in phase 3, always adjusted for phase 1. The models were further controlled for gender, age, physical and psychosocial work environment, lifestyle, education, chronic disease, mental health, multisite pain, musculoskeletal accidents, and baseline value of the outcome.

Result Perceived stress significantly increased the odds for pain in the neck (OR 2.10), shoulders (OR 2.02), elbow (OR 2.63), forearm (OR 1.93) and hand (OR 3.56). For the opposite association, shoulder pain (OR 2.37), forearm pain (OR 1.85) and hand pain (OR 1.90) significantly increased the odds of stress.

Discussion Our prospective study showed that while stress increases risk of pain in the neck and upper extremities, such pains also increases the risk of stress. The study supports existing findings from both experimental and brain research, proposing that development of stress and pain should be seen as separate but intertwined processes. Further research should be conducted to better understand the mechanisms of this interaction.

  • Occupational Health
  • Pain
  • Stress

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