5 research outputs found

    The patient journey : a report of skin cancer care across Europe

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    Summary - Background: There are poorly documented variations in the journey a skin cancer patient will follow from diagnosis to treatment in the European Union. Objectives: To investigate the possible difficulties or obstacles that a person with a skin malignancy in the European Union may have to overcome in order to receive adequate medical screening and care for his/her condition. In addition, we wished to explore differences in European health systems, which may lead to health inequalities and health inequities within Europe. Methods: Ten European countries took part in this investigation (in alphabetical order): Finland, Germany, Greece, Italy, Malta, Poland, Romania, Spain, the Netherlands and the U.K. The individual participants undertook local and national enquiries within their own country and completed a questionnaire. Results This exercise has identified important differences in the management of a skin cancer patient, reflecting major disparities in health care between European countries. Conclusions: Further investigation of health disparities and efforts to address health inequalities should lead to improvements in European health care quality and reduction in morbidity from skin cancer.This publication arises from the EPIDERM project, which was funded by the European Commission’s Executive Agency for Health and Consumers (EPIDERM project: PHEA 2007- A ⁄100994 HI). Funding for publication of this supplement was provided by the European Skin Cancer Foundation (ESCF).peer-reviewe

    Skin cancer risk in outdoor workers: A European multicenter case-control study

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    Background Exposure to ultraviolet radiation (UVR) is the most important external risk factor for skin cancer. Outdoor workers, who are exposed to high ambient UVR levels are at increased risk. Objective To compare outdoor with indoor workers in terms of: (i) skin cancer risk factors, and (ii) risk of developing skin cancer. Methods Using descriptive methods and a large multicenter European case-control study, we compared risk factor patterns between outdoor (N = 1416) and indoor workers (N = 1863). Risk of developing basal cell carcinoma (BCC), squamous cell carcinoma (SCC), melanoma and actinic keratosis (AK) were analysed by type of work using multivariate logistic regression models, for three categories of work: indoor; farming/construction; other outdoor work. Results Although skin phototype was equally distributed by type of work, significantly less outdoor than indoor workers used sunscreen in their own country (44.3% vs. 60.2%), but had more outdoor hobbies (66.2% vs. 58.2%). Outdoor workers had lower educational levels, and felt less confident in understanding medical information and filling medical forms (all P < 0.001). Outdoor workers had more signs of photodamage (78.1% vs. 65.5%) and among the skin cancer patients, 37.7% of outdoor workers vs. 28.6% of indoor workers had ≥2 skin cancers diagnosed during their lifetime. Multivariate logistic regression models showed significantly increased risk of outdoor vs. indoor work for AK (ORother outdoor = 1.55, ORfarming/construction = 2.58), SCC (ORother outdoor = 1.32, ORfarming/construction = 2.77) and BCC (ORother outdoor = 1.53, ORfarming/construction = 1.83). No significant associations were found for melanoma. The risk of all types of skin cancer and AK was significantly increased for workers with ≥5 years of outdoor work. Conclusions Outdoor workers had more risk behaviour with similar constitutional skin cancer risk factors: more UV exposure (both occupational and leisure) and less sunscreen use and lower health literacy. This results in higher exposure, more photodamage and an increased risk of developing AK, BCC and SCC.SCOPUS: ar.jFLWINinfo:eu-repo/semantics/publishe
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