The study clearly shows that A154 yeast extract increases skin cell viability after UVA irradiation and exhibits antioxidant and UV-protective activities.
仅涉及作用机制3 篇
在体外和感染期间检测双相真菌病原体巴西副球孢子菌中的黑色素样色素
结论解读 · 中文
文献涉及真菌黑色素产生,但未测试防晒功效,仅涉及黑色素作为毒力因子的机理
结论解读 · EN
The literature involves fungal melanin production but does not test sun protection efficacy; only mechanism of melanin as virulence factor.
揭示新型隐球菌黑色素生物合成和信号网络
结论解读 · 中文
文献研究真菌黑色素合成调控,未测试防晒功效,仅涉及机理
结论解读 · EN
The literature studies regulation of fungal melanin synthesis, does not test sun protection efficacy; only mechanism.
新分离微生物细胞工厂产黑色链霉菌NEAE-H胞外黑色素色素的生物生产、表征、抗癌和抗氧化活性
结论解读 · 中文
摘要提到黑色素在UV区有吸收,但未直接测试防晒功效,仅涉及机理(吸收紫外线)
结论解读 · EN
Abstract mentions melanin absorption in UV region but does not directly test sun protection efficacy; only mechanism (UV absorption) is involved.
未提供数据4 篇
利用甘蔗糖蜜提高兽疫链球菌透明质酸产量
结论解读 · 中文
文献涉及透明质酸生产,未提及防晒功效
结论解读 · EN
The literature involves hyaluronic acid production, no mention of sun protection.
酵母提取物:特性、生产、应用和未来展望
结论解读 · 中文
综述未提及酵母提取物具有防晒功效
结论解读 · EN
Review does not mention sun protection efficacy of yeast extract.