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Abstract
Sunscreen is used to protect against ultraviolet rays from the sun. Sunscreen works by using ultraviolet light. When applied to the skin, the first type of mechanism reflects UV rays, while the second type absorbs UV rays and transforms them into heat energy for the human body. The medication is more effective against UV rays when it is infused into sunscreen. The SPF is greater when medications are used in sunscreen than when standard sunscreens are sold on the market (1, 2). Frequent use of sunscreen will leave the skin smooth and hydrated, preserving its natural color and shielding it from UV-induced color damage. The possibility that a sunscreen product will succeed after development is confirmed by the four fundamental criteria of effectiveness, safety, registration, and patent freedom. Sunblock formulae must be created to prevent sunburn, sun tanning, skin melanoma, and early fine lines and wrinkles in addition to increasing the degree of sun protection factor (SPF) (4, 5). Sunscreens are frequently used to protect the skin from the sun's harmful rays and reduce the risk of sun-induced skin disorders. Broad-spectrum sunscreens are now being researched in an effort to mitigate the long-term effects of excessive UV exposure. Vitamin E is a fat-soluble antioxidant with photoprotective qualities that is vital to human health (3, 4).