Skin cancer prevention in extreme sports: Intervention in a 24‐h race

Author:

Martínez Alba Rodríguez1ORCID,Pardal Carmen Vaz23ORCID,Arjona José Aguilera4ORCID,Ruiz Francisco Rivas15ORCID,Molinero Diego Doncel36,Paulano Manuel Ruiz6,Subert Andras1ORCID,Manzanedo Jose Vicente Gutiérrez37ORCID,Cambil Martín Jacobo38ORCID,de Gálvez Aranda Maria Victoria4ORCID,López Leocricia Jiménez9,Sánchez Nuria Blázquez310ORCID,de Troya Martín Magdalena310ORCID

Affiliation:

1. Research Unit Hospital Costa del Sol Marbella Spain

2. Andalusian Centre for Sports Medicine Cádiz Spain

3. PAIDI Group: CTS‐1081: Photoprotection and prevention of skin cancer (PHOTOPROTECTION) Marbella Spain

4. Department of Medicine and Dermatology University of Málaga Málaga Spain

5. Red de Investigación en Servicios Sanitarios en Enfermedades Crónicas (REDISSEC) Marbella Spain

6. Hospital Costa del Sol Marbella Spain

7. Department of Physical Education, Faculty of Education Sciences University of Cádiz Cádiz Spain

8. Nursing Department, Health Science Faculty University of Granada Granada Spain

9. Andalusian Centre for Sports Medicine Seville Spain

10. Department of Dermatology Hospital Costa del Sol Marbella Spain

Abstract

AbstractIntroductionExcessive sun exposure and sunburns are the main preventable causes of skin cancer. The growing popularity of outdoor sports in developed countries has motivated the objective of this work to study the risk of photoexposure and the skin cancer prevention needs of athletes in an extreme race and evaluate an intervention targeted at this population.MethodsAn observational study was conducted during the XXIII edition of the 101 km de Ronda race, which consisted of trail running and mountain biking categories. Environmental and personal dosimetry, monitoring of meteorological conditions, evaluation of the athletes' photoprotection and skin examination habits, a dermatological checkup, and a satisfaction questionnaire were performed.ResultsThe ultra‐endurance race was carried out under adverse conditions (maximum ultraviolet index (UVI) = 9.2, temperatures above 30°C, and relative humidity >35%). The mean effective erythema dose received by race athletes (n = 11) was 2959.2 ± 404.2 J/m2, equivalent to 29.6 standard erythema doses (SED). The CHACES questionnaire (n = 1145) showed a sunburn rate of 58% and poor protective habits: 62.9% of athletes do not usually use sunscreen and 67.2% do not self‐examine their skin. Actinic keratoses (4.7%) and suspicious skin cancer lesions (4.2%) were found in dermatologic screening exams (n = 170). On the satisfaction questionnaire (n = 111), this intervention was rated as excellent (95.5%).ConclusionThis research highlights the extreme risk of photoexposure that athletes are subjected to during ultra‐endurance competitions. In the same way, it shows the need to carry out interventions aimed at the acquisition of healthy photoprotection habits and skin surveillance in this target group.

Publisher

Wiley

Subject

Dermatology,Radiology, Nuclear Medicine and imaging,Immunology,General Medicine,Immunology and Allergy

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