Abstract

Cancer is a multifactorial disease and depends on multiple stages. Eliminating risk factors contributes to reduce the incidence of disease or modifies its progression. Identifying risk factors for head and neck cancer associated with definite occupations might complement surveillance actions and help in the implementation of preventive measures in the workplace. To identify the occupations of patients with oral cavity (OCC) or oropharyngeal (OPC) cancer in Curitiba, Parana, Brazil. Cross-sectional study in which we analyzed 896 cases of OCC and OPC based on the Population-based Cancer Registry, 1998-2012. The located occupations were categorized in four risk groups following the classification formulated by the Ministry of Labor. We also analyzed variables smoking and alcohol consumption. The highest rates of oral cancer corresponded to occupations associated with cleaning, construction, administration, agriculture and transport. Most occupations, 52.2%, were categorized as risk grade 3. This rate increased to 65.5% when smoking and alcohol consumption were included in analysis. Workers in trade, construction, cleaning services and mechanics accounted for the largest number of OCC and OPC cases in the analyzed municipality. We found 131 occupations associated with cases of oral cancer, most of which were categorized as risk grade 3. In consequence, occupational risk should be considered in the planning of preventive actions.

Highlights

  • Changes in the Brazilian demographic profile occurred as a result of industrialization, scientific and technological development and urbanization

  • RCBP comprises 2,872 records of Curitiba residents diagnosed with oral cavity cancer (OCC) or oropharyngeal cancer (OPC) along the analyzed period

  • We identified a total of 131 occupations distributed across the four grades of risk

Read more

Summary

Introduction

Changes in the Brazilian demographic profile occurred as a result of industrialization, scientific and technological development and urbanization. Within such scenario, the population is continuously adopting new contemporary behaviors and lifestyles, which are associated with considerable exposure to hazards. Another study reported that the cases associated with occupational exposure might represent 10.8% of all male cancer patients (excluding non-melanoma skin cancer) and 2.2% of the female patients. Another study reported that the cases associated with occupational exposure might represent 10.8% of all male cancer patients (excluding non-melanoma skin cancer) and 2.2% of the female patients4 These are relative proportions estimated against the risk of the overall population. One should consider exposure in the workplace alone, as occupational risk exclusively concerns people who are effectively working and exposed, while its relevance fades away when estimates are made for the overall population

Objectives
Methods
Results
Conclusion
Full Text
Published version (Free)

Talk to us

Join us for a 30 min session where you can share your feedback and ask us any queries you have

Schedule a call