Photostability of avobenzone in a commercial sunscreen SPF 50 with the addition of quencher upon sun exposure

Siltiwi Mandar, Putri Wulandari, Vivin Firman Savitri, H. Aziz, Refilda, Yani Rahmawati
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Abstract

Background: Sunscreen can prevent acute and chronic skin damage, acute skin damage includes the burning effect that is felt on the skin, chronic skin damage due to exposure to UV A and UV B rays, namely skin cancer. Avobenzone is a UV filter that is often used but is unstable when exposed to sunlight, for this reason a quencher is added as an avobenzone photostabilizer in commercial sunscreen SPF 50. Methods: Photostability of avobenzone sunscreen formula SPF 50 before and after adding the quencher was tested in the sun using a quartz plate, then analyzed using UV vis spectrophotometer and high-performance liquid chromatography (HPLC). Results: Testing using a UV vis spectrophotometer, SPF 50 sunscreen with the addition of solastay S1® is the best quencher because it can reduce the photodegradation of avobenzone compared to octocrylene, polycrylene (Polyester-8) and Sinoxyl HSS® (trimethoxybenzylidene pentanedione). FSOL2 is the best formula than FSOL1 and FSOL3 because it is more photostable in reducing avobenzone photodegradation. Follow-up testing with HPLC, FSOL2 can retain 50.56% avobenzone after 120 min of sun exposure. Conclusions: The addition of solastay as a quencher is proven to reduce the photodegradation of avobenzone under sunlight.
阿伏苯宗在SPF 50的商用防晒霜中加入猝灭剂后在阳光下的光稳定性
背景:防晒霜可以预防急性和慢性皮肤损伤,急性皮肤损伤包括皮肤上感受到的灼烧效应,慢性皮肤损伤是由于暴露于紫外线A和紫外线B射线,即皮肤癌。阿伏苯宗是一种经常使用的紫外线过滤器,但暴露在阳光下不稳定,因此在SPF 50的商用防晒霜中添加了猝灭剂作为阿伏苯宗光稳定剂。方法:用石英板测定加入猝灭剂前后的防晒配方SPF 50的光稳定性,并用紫外可见分光光度计和高效液相色谱(HPLC)进行分析。结果:用紫外可见分光光度计测试,与八烯、聚烯(聚酯-8)和Sinoxyl HSS®(三甲氧基苄基戊二酮)相比,添加solastay S1®的SPF 50防晒霜是最好的猝灭剂,因为它可以减少阿伏苯酮的光降解。与FSOL1和FSOL3相比,FSOL2在减少阿伏苯宗的光降解方面具有更强的光稳定性,是最佳配方。后续HPLC检测,经120 min的光照后,FSOL2可保留50.56%的阿伏苯酮。结论:添加solastay作为猝灭剂可以减少阿伏苯宗在阳光下的光降解。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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