Irein Kusuma Angreini, Aniek Prasetyaningsih, V. C. Prakasita
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引用次数: 0
摘要
紫外线过滤器是必需的,因为紫外线对人体皮肤有害。商业防晒产品中的紫外线过滤化合物会造成不良影响。因此,需要含有黄酮类化合物的天然紫外线过滤器,例如鸡蛋花(Plumeria alba Linn.)叶子。本研究考察了白叶总黄酮在体外和体内对紫外线的过滤作用。用70%乙醇浸渍,液液萃取纯化黄酮类化合物。测试参数为总黄酮、SPF值和黑素生成抑制评分的临床症状。纯化率为43.6%。纯提取物中黄酮类化合物浓度(64.4 mg QE/g)高于粗提取物(57.6 mg QE/g)。在1400 mg/mL时,纯提取物的SPF值最高,为33.88,而相同浓度的粗提取物的SPF值较低,为33.06。Pearson相关分析(0.536)表明SPF值与提取物浓度成正比关系。体内分析根据红斑的严重程度在0-4之间进行评分。光照21 d后,阴性对照组红斑最严重,评分为1.292。以纯提取物1400 mg/ml处理组效果最佳(0.542)。
Effectiveness of Frangipani Leaf Extract (Plumeria alba Linn.) as a UV Filter
UV filters are necessary since UV rays are harmful to human skin. UV filter compounds in commercial sunscreen products can cause adverse effects. Thus, natural UV filters containing flavonoids, e.g. Frangipani (Plumeria alba Linn.) leaves, are needed. This research examined the use of flavonoids from P. alba leaf as a UV filter with in vitro and in vivo. Maceration was performed with 70% ethyl alco-hol and liquid-liquid extraction for flavonoid purification. Parameters tested were total flavonoid compounds, SPF value, and clinical symptoms of the melanogenesis inhibition scoring. The purification result was 43.6%. The flavonoid concentration in pure extract (64.4 mg QE /g) was higher than crude extract (57.6 mg QE/g). The highest SPF value (33.88) was observed in pure extract at 1400 mg/mL, while the same concentration of crude extract resulted in a lower SPF value (33.06). Pearson correlation analysis (0.536) indicated a di-rectly proportional relationship between SPF value and extract concentration. In vivo analysis was performed by scoring between 0-4 following the severity of erythema. After 21 days of sunlight exposure, the worst erythema was found in the negative control group (score 1.292). The best result was found in the group treated with pure extract 1400 mg/ml (score 0.542).