Cole Yonesha, Ilyas Amber M, Ilyas Erum N
Dermatology, Drexel University College of Medicine, Philadelphia, USA.
Health and Environmental Impact, AmberNoon LLC, King of Prussia, USA.
Cureus. 2023 Aug 25;15(8):e44137. doi: 10.7759/cureus.44137. eCollection 2023 Aug.
Excess ultraviolet (UV) radiation exposure during childhood poses a particular long-term risk of developing skin cancer later in life however recent studies have called attention to the absorption of chemical sunscreen ingredients into the bloodstream with unclear significance. This has led to recommendations to consider sun protection in the form of clothing to reduce the need for sunscreen products.
Ten brands of routine summer clothing not labeled as sun protective from five distributors marketed for children were identified with varying price ranges. Summer clothing items consisting of T-shirts and tops were evaluated for fiber composition, cost, and UPF testing was performed to determine UVA and UVB transmittance. Results: Around 88.2% of blended textile compositions compared to 60% of 100% cotton textiles offered adequate UV protection with an Ultraviolet Protection Factor (UPF) greater than 15. 58% of blended fabrics compared to 50% of cotton textiles offered a UPF greater than 30. There was no correlation between brand and cost with UPF values. Conclusions: In the absence of regulations for testing and labeling of all children's garments for UV protection, guidelines for the pediatric population for choosing clothing for the summer should reflect the information available to consumers that is easy to understand and more likely to result in higher UPF values. Based on fiber composition, blended textiles are more likely to have adequate UV protection compared to 100% cotton or 100% polyester.
儿童时期过度暴露于紫外线(UV)辐射下会带来日后患皮肤癌的特定长期风险,然而最近的研究已引起人们对化学防晒成分被吸收进入血液的关注,但其意义尚不清楚。这导致了关于考虑以衣物形式进行防晒以减少对防晒产品需求的建议。
从五个面向儿童销售的经销商处识别出十个品牌的常规夏季服装,这些服装未标明具有防晒功能,价格范围各异。对由T恤和上衣组成的夏季服装进行纤维成分、成本评估,并进行UPF测试以确定UVA和UVB的透过率。
约88.2%的混纺织物成分相比60%的100%棉织物提供了足够的紫外线防护,紫外线防护系数(UPF)大于15。58%的混纺织物相比50%的棉织物提供了大于30的UPF。品牌和成本与UPF值之间没有相关性。
在缺乏对所有儿童服装进行紫外线防护测试和标签规定的情况下,针对儿科人群选择夏季服装的指南应反映消费者可获取的、易于理解且更有可能带来更高UPF值的信息。基于纤维成分,与100%棉或100%聚酯相比,混纺织物更有可能具有足够的紫外线防护。