| Literature DB >> 26555640 |
Laura King1, Fan Xiang2, Ashwin Swaminathan3, Robyn M Lucas2.
Abstract
Sun exposure has risks and benefits for health. Testing these associations requires tools for measuring sun exposure that are feasible and relevant to the time-course of the health outcome. Recent sun exposure, e.g. the last week, is best captured by dosimeters and sun diaries. These can also be used for medium-term sun exposure e.g. over several weeks, but incur a high participant burden. Self-reported data on "typical time outdoors" for working and non-working days, is less detailed and not influenced by day-to-day variation. Over a longer period, e.g. the lifetime, or for particular life stages, proxies of sun exposure, such as latitude of residence or ambient ultraviolet (UV) radiation levels (from satellites or ground-level monitoring) can be used, with additional detail provided by lifetime sun exposure calendars that include locations of residence, usual time outdoors, and detail of sunburn episodes. Objective measures of lifetime sun exposure include microtopography of sun-exposed skin (e.g. using silicone casts) or conjunctival UV autofluorescence. Potential modifiers of the association between sun exposure and the health outcome, such as clothing coverage and skin colour, may also need to be measured. We provide a systematic approach to selecting sun exposure measures for use in epidemiological health research.Entities:
Keywords: Dosimeter; Epidemiology; Measurement; Sun diary; Sun exposure; Ultraviolet radiation
Mesh:
Year: 2015 PMID: 26555640 DOI: 10.1016/j.jphotobiol.2015.10.024
Source DB: PubMed Journal: J Photochem Photobiol B ISSN: 1011-1344 Impact factor: 6.252