Abstract
IntroductionThe possible role of Radiofrequency electromagnetic fields (RF-EMF) exposure as potential human carcinogen has been extensively studied considering mobile phones use, while until now less effort was devoted to an...
Highlights
A few epidemiologic studies have reported increased risk of circulatory disease among population exposed to ionizing radiation the mechanism has not been established
We investigated the association between occupational radiation exposure and inflammatory biomarkers in medical workers at interventional radiology departments
A total of 73 male medical workers (52 radiologists, 21 radiologic technologists) were included in this study and they have been worked for a mean of 11.1 years at the department of interventional radiology
Summary
A few epidemiologic studies have reported increased risk of circulatory disease among population exposed to ionizing radiation the mechanism has not been established. The possible role of Radiofrequency electromagnetic fields (RF-EMF) exposure as potential human carcinogen has been extensively studied considering mobile phones use, while until now less effort was devoted to an evaluation of the risk related to other occupational exposures. The impact of the COVID-19 pandemic on education resulted in school closures and the forced implementation of virtual teaching and teleworking. This situation together with the diversity of social and economic contexts in schools, has emphasized inequality in access to quality education and increased stress and anxiety among teachers. Musculoskeletal disorders (MSDs) are the first medical reason for work stoppage among military personnel and are one of the main reasons for dismissal from army service. Prevalence of MSDs, in particular those of the upper limbs (UL-MSDs), among military officers, is insufficiently known, as well as their risk factors, given the complexity of the military service
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