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Relationship Between Vitamin D Status and Skin Phototype in General Adult Population

Denis MalvyCE.R.I.E.S. †, Neuilly sur Seine, FranceChristiane GuinotFrom INSERM U330, University Bordeaux 2, Bordeaux, FrancePaul PreziosiSU.VI.MAX Co-ordination, ISTNA, CNAM, Paris, FrancePilar GalánSU.VI.MAX Co-ordination, ISTNA, CNAM, Paris, FranceM. C. ChapuyINSERM U403, Edouard Herriot Hospital, Lyon, FranceM. MaamerLaboratoire Innothera, Arcueil, FranceSolange ArnaudINSERM U403, Edouard Herriot Hospital, Lyon, FrancePierre J. MeunierINSERM U403, Edouard Herriot Hospital, Lyon, FranceSerge HerçbergSU.VI.MAX Co-ordination, ISTNA, CNAM, Paris, FranceErwin TschachlerDepartment of Dermatology, Vienna University, Vienna, Austria
2000en
ABI

Abstract

A link between bone mineral density and skin color has been reported recently, and pigmentation has been shown to affect cutaneous vitamin D production. In the present study, we investigated the relationship between phototype, global self-assessed sun exposure, geographical location and vitamin D serum levels in 1191 French adults. When the factors were analyzed separately, individuals with lower phototypes as well as those with lower sun exposure showed significantly lower levels of vitamin D than those with darker phototypes or those with higher sun exposure. However, when factors were analyzed as a whole, the vitamin D status was no longer linked with the phototype, but with sun exposure and geographical location. Since phototypes and global self-assessments of sun exposure were positively linked, our data suggest that lower vitamin D levels in fair-skinned individuals are due to their sun exposure behavior.

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