Showing posts with label uva. Show all posts
Showing posts with label uva. Show all posts

Wednesday, 13 June 2018

Understanding Sun Protection Products - What Does it all Mean?

beach bundle
Summer Beach Set Image by Africa Photo, thanks to Shutterstock

After spending a week away in the South of France where we had mixed weather but still some horrid sunburn I’ve been prompted to write a post about sun protection products available here in the U.K. It’s a bit of a minefield really, you choose a well-known brand name like Ambre Solaire or Nivea and you assume that all is good and you have chosen well for your family but it might not be the case! Read on for a low down on what all the different terms on your packaging mean and how to make an informed choice this summer. Skin care is important for all ages.

UV Rays
There is so much information out there about the ultraviolet rays that come from the sun and it can get a bit confusing but I’ll just share the basics in layman’s terms. UV radiation from the sun comes in three wavelengths - UVA, UVB and UVC. UVC does not penetrate our ozone and thus we’re only concerned with the other two.

UVA (Ultraviolet A - long-wave)
Most of us are exposed to large amounts of UVA rays in our lifetimes and it has long been established as a cause of premature ageing and wrinkling but was less associated with damage to the epidermis (the outer layers of the skin) which is commonly associated with skin cancer.  However this is changing as newer research shows that UVA damages skin cells in the base layer of the epidermis as well as penetrating deeply.

UVA is the dominant tanning ray and whilst many of us love that brown glow our skin develops in the summer it is actually in response to our skins DNA being damaged and these imperfections can lead to skin cancer. UVA rays are present during daylight hours and they penetrate clouds and even glass.

UVB (Ultraviolet B - shortwave)
Are the rays that cause skin reddening and sunburn. They are just as damaging as UVA rays penetrating the outer layers of the skin and can significantly contribute to skin cancer.