Login / Signup

Psychological correlates of adherence to photoprotection in a rare disease: International survey of people with Xeroderma Pigmentosum.

Jessica WalburnMartha CanfieldSam NortonKirby SainsburyVera Araújo-SoaresLesley FosterMark BerneburgAlain SarasinNatalie Morrison-BowenFalko F SniehottaRobert SarkanyJohn Weinman
Published in: British journal of health psychology (2019)
Approximately half of all known cases across three European countries participated. Identified modifiable predictors of photoprotection may be targeted by interventions to reduce the incidence of skin cancers in the immediate future, when a treatment breakthrough is unlikely. Statement of contribution What is already known on this subject? Adherence to photoprotection in other populations at elevated risk from skin cancer is poor; however, the level in XP is unknown. Research across chronic conditions shows that adherence to treatment and lifestyle recommendations are influenced by illness perceptions, self-efficacy, and treatment beliefs. Studies on photoprotection conducted with the general population have found that perceived risk, perceptions of ultraviolet radiation (UVR) protection, self-efficacy for the behaviour, and automaticity (behaviours that are enacted with little conscious awareness) are related to better photoprotection. What does this study add? This is the first international survey to examine adherence and its correlates in people with XP (an under-researched group at very high risk of fatal skin cancer). Adherence varies and at least one third have potential for improvement. Perceptions about XP, photoprotection beliefs, self-efficacy, intention, and automaticity were associated with photoprotection of the face and body when outdoors. Negative emotional representations of XP were associated with avoidance of going outside during daylight hours.
Keyphrases
  • skin cancer
  • healthcare
  • primary care
  • metabolic syndrome
  • type diabetes
  • cross sectional
  • combination therapy
  • social support
  • weight loss
  • radiation induced
  • climate change
  • soft tissue
  • cancer therapy
  • human health