Key result
Physically demanding jobs linked to ~195% higher risk of reduced employment in male cancer survivors.
Why the study?
The study was conducted to compare cancer survivors with cancer-free employees regarding employment prospects and the differential impact of working conditions on employment over a 15-year period.
Does cancer diagnosis reduce employment in Norwegian adults?
Cohort (n=262,780)
Does cancer diagnosis reduce employment in Norwegian adults?
Answers are grounded in this paper and cite their sources.
Male cancer survivors in physically demanding occupations face a significantly higher risk of reduced employment over time, highlighting the need for long-term, occupation-specific support during the return-to-work process.
PURPOSE: The purpose of this study is to compare a cohort of cancer survivors with a cohort of cancer-free employees (1) with respect to employment prospects over a 15-year period and (2) with respect to the differential impact of working conditions on employment over this time period. METHODS: The cancer cohort is retrieved from the Cancer Registry of Norway, while data on the non-cancer cohort are retrieved from register data managed by Statistics Norway. Job exposure matrices were used to remedy the lack of working-conditions information in the register data. We use nearest-neighbor matching to match the non-cancer cohort (the control group) to the cancer-survivor cohort (the treatment group). Cox regression analysis was applied to examine the relationships between working conditions, employment, and cancer. The results are reported separately for mechanical-job exposures and psychosocial exposures, as well as by gender. RESULTS: Cancer survivors are more likely to experience reduced employment as compared to individuals without a history of cancer. Male cancer survivors in physically demanding occupations have an increased risk of reduced employment after being diagnosed with cancer. This does not apply to female cancer survivors. Regarding the impact of psychosocial exposures on employment, we find no differences over time between cancer survivors and the non-cancer population. CONCLUSIONS: Male cancer survivors in physically demanding occupations have an increased risk of reduced employment after being diagnosed with cancer, whereas this is not the case for female cancer survivors. Psychosocial exposures do not impact the relative risk of reduced employment over time. IMPLICATIONS FOR CANCER SURVIVORS: We suggest that return to work after cancer should be considered a process rather than only the re-entry step of resuming work. Thus, it is important to provide long-term support for cancer survivors. We recommend providing more attention to working conditions, particularly in occupations that involve a high level of mechanical-job exposures.
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Le et al. (2023) conducted a cohort in Cancer (n=262,780). Cancer diagnosis and mechanical job exposure vs. Cancer-free employees was evaluated on Reduced employment (annual income from work ≤ 3.5 basic amounts) (HR 2.95, 95% CI 1.75-4.95, p=<0.001). Male cancer survivors in physically demanding occupations have a increased risk of reduced employment compared to cancer-free peers.
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