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Relationship between sensitive skin and sleep disorders, fatigue, dust, sweating, food, tobacco consumption or female hormonal changes: Results from a worldwide survey of 10 743 individuals
Author(s) -
Misery L.,
Morisset S.,
Séité S.,
Brenaut E.,
Ficheux A.S.,
Fluhr J. W.,
Delvigne V.,
Taieb C.
Publication year - 2021
Publication title -
journal of the european academy of dermatology and venereology
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 1.655
H-Index - 107
eISSN - 1468-3083
pISSN - 0926-9959
DOI - 10.1111/jdv.17162
Subject(s) - medicine , context (archaeology) , environmental health , population , cohort , demography , paleontology , sociology , biology
Background Sensitive skin is related to environmental factors. Objectives We aimed to investigate the roles of poorly known associated and triggering factors on sensitive skin in a large global population. Methods A survey was administrated to a representative sample of the adult population aged 18–75 years in five different countries (Brazil, China, France Russia, and the United States). All participants answered a web‐based questionnaire on sociodemographic characteristics, sensitive skin and environmental factors. Results Among the 10 743 included individuals (5285 men and 5458 women), 48.2% declared that they had sensitive skin. The group with sensitive skin reported significant increases in fatigue, dust or sweating and to a lesser extent food or tobacco consumption. The members of this group also declared that they experienced more sleep disorders than individuals without sensitive skin. Sensitive skin was very frequent in pregnant women, women with painful menstruations or women using contraceptive pills. Conclusions This large cohort study identified new factors, including female hormonal status, fatigue, sleep disorders and food, associated with sensitive skin. These associations suggest that sensitive skin is not restricted to an epidermal disorder but may be included in a larger context. The identified factors are potential upstream drivers of neurogenic inflammation in sensitive skin.