SIMPUR (Dillenia indica Linn)的METANOL部分防晒霜的活动。以及对其化合物的分类

Salatiana Salatiana, Endah Sayekti, Gusrizal Gusrizal
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引用次数: 0

摘要

通过测定辛帕叶中甲醇提取物、正己烷、二氯甲烷馏分和甲醇馏分的防晒系数(SPF)、红斑透射率(%Te)和色素透射率(%Tp)的值,对辛帕叶(Dillenia indica Linn.)的防晒活性进行了测试。本试验采用紫外可见分光光度计(λ = 200-400 nm),样品浓度变化为50;75和100ppm。100 ppm甲醇馏分的SPF值最高,为4.630±0.043,%Te和%Tp值最低,分别为32.316±0.297和52.699±0.160。从甲醇馏分中分离得到相对纯净的黄酮类化合物(Rf = 0.901),编码G1,为黄绿色固体/粉末(1.5 mg)。用FTIR分光光度计对G1分离物进行了表征,结果表明G1存在醇O- h基团(3446.79 cm-1)、脂肪族C- h (2958.80 ~ 2858.51 cm-1)、C=C芳(1635.64 cm-1)、C=C芳(1635.64 cm-1)、C= O (1730.15 cm-1)、C-O醇(1122.57 cm-1)、脂肪族C- h (1463.97 ~ 1382.96 cm-1)的振动。通过与文献的光谱比较,推测G1为黄酮类化合物,属于黄烷或黄烷醇基团
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AKTIVITAS TABIR SURYA FRAKSI METANOL DARI DAUN SIMPUR (Dillenia indica Linn.) DAN KARAKTERISASI SENYAWA ISOLATNYA
Sunscreen activity has been tested on simpur leaves (Dillenia indica Linn.) by determining the value of sun protection factor (SPF), erythema transmission percentage (%Te) and pigmentation transmission percentage (%Tp) of each methanol extract, n-hexane, dichloromethane fraction, and methanol fraction from simpur leaves. This test was carried out using a UV-Vis spectrophotometer (λ = 200-400 nm), a variation of sample concentration of 50; 75 and 100 ppm. The methanol fraction at a concentration of 100 ppm showed the highest SPF value of 4.630 ± 0.043 and the lowest %Te and %Tp values of 32.316 ± 0.297 and 52.699 ± 0.160, respectively. Isolation of flavonoids from the methanol fraction produced a relatively pure isolate (Rf = 0.901) with code G1 in the form of a yellowish-green solid/powder (1.5 mg). Characterization of isolate G1 using the FTIR spectrophotometer showed that there were vibrations of the alcohol O-H groups (3446.79 cm-1), aliphatic C-H (2958.80-2858.51 cm-1), C=C aromatic (1635.64 cm-1), C=C aromatic (1635.64 cm-1), C =O (1730.15 cm-1), C-O alcohol (1122.57 cm-1), and aliphatic C-H (1463.97-1382.96 cm-1). Based on a comparison of the spectra of isolate G1 with the spectra from the literature, isolate G1 was predicted as a flavonoid compound in the flavan or flavanol groups
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