


Hello Friends,
Oxybenzone = bad stuff. Lately, I have been doing a bit of research about oxybenzone. The following is a description of the possible negative health consequences of oxybenzone. I think the most disarming point is that oxybenzone can cause cell damage. Using sunscreen is to protect our skin from cell damage, so why would we want to use a product that causes cell damage? DUH. It seems I am reading more and more of these articles recently.
So I removed and threw away all my sunscreens and moisturizers with oxybenzone and purchased new ones without oxybenzone. Usually that ingredient is replaced with titanium dioxide or zinc ozide. However, don't be confused by similar words such as Octocrylene or octinoxate or octisalate. It's Oxybenzone I am referring to, but I can see and hear how all these words sound similar.
The above three products are ones I use now, all of which do not have oxybenzone: Shiseido White Lucent Brightening Protective Emulsion SPF 15, Elizabeth Arden Eight Hour Cream Sun Defense for Face SPF 50, and Clarins UV Plus Day Screen High Protection SPF 40.
Read the following and tell me if you want that ingredient on your skin?
Oxybenzone is a chemical in the family of benzophenones that is used in the vast majority of common sunscreens, as well as other skincare products, lip balm, etc. It is in the majority of sunscreens because of its ability to absorb and dissipate UV light, which causes sunburn and eventually skin cancers. Ideally, the chemical would simply sit on the skin and block sun rays until being washed off. Unfortunately, a study from the CDC suggests that the chemical is actually absorbed into our system, and can stay there for an unknown amount of time. The CDC randomly tested thousands of blood samples and found traces of benzophenones in 95 percent of the samples. It is certainly a scary thought that this chemical is being absorbed into our systems and causing unknown effects.
Currently, there are no studies showing a direct relationship between oxybenzone in sunscreen and negative health consequences. However, there is evidence that benzophenones can cause damage to cells and affect hormones in a lab setting. This means that if you expose animal cells to oxybenzone in a lab, you may see toxic effects. The caveat is that this does not always translate into cellular damage in the real world, usually because the concentration of the substance is much higher in lab studies. Many commonly used substances have been shown to cause cancer in rats, most famously the artificial sweetener aspartame.



