Research Shows Potential New Sunscreen is Coral-Safe and Provides UVB/UVA Protection
A recent study conducted by the University of Maryland and Mblue Labs is shining the light on the powers of one of the oldest synthetic substances in medicine, Methylene Blue. When tested for its ability to block harmful UVA and UVB rays, it excelled, absorbing the harmful rays and repairing damage to DNA. The study, published in Nature Scientific Reports, also focused on the alternative sunscreen ingredient’s effect on coral reef, which is currently in severe condition throughout the world.
The deterioration of coral reefs links to several factors, one of which is exposure to Oxybenzone-rich sunscreens. These sunscreens seep into water easily when beachgoers slather them on to avoid sunburn and exposure to UV rays. Unfortunately, 80% of today’s sunscreen formulas incorporate Oxybenzone as a chemical UV-blocker, despite its effects on the world’s marine ecosystems. While several countries have stepped up and banned the use of sunscreens with Oxybenzone, it’s still a standard ingredient among several big names in the sunscreen industry.
Dr. Kan Cao, Founder of Mblue Labs and Bluelene Skincare, discussed the collaborative study and its findings. She claims that Methylene Blue “…shows a broad-spectrum absorption of both UVA and UVB rays, promotes DNA damage repair, combats reactive oxygen species (ROS) induced by UVA, and most importantly, poses no harm to coral reefs.” The study looked at both old and young fibroblasts, comparing their protection and repair with Methylene Blue and Oxybenzone. It also tested Xenia, a soft coral species, when exposed to different doses of both Methylene Blue and Oxybenzone.
“While several countries have stepped up and banned the use of sunscreens with Oxybenzone, it’s still a standard ingredient among several big names in the sunscreen industry.”
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