首页> 外文会议>International Conference on Global Resource Conservation >FUCOXANTHIN FROM BROWN SEAWEED Sargassum cristaefolium TEA in ACID pH
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FUCOXANTHIN FROM BROWN SEAWEED Sargassum cristaefolium TEA in ACID pH

机译:来自棕色海藻芝麻群嵴蛋白酸的岩石pH值

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Dried tea Sargassum cristaefolium contains the pigment fucoxanthin, which is responsible for the red-orange color found in brown algae, and is a kind of photo synthetic pigment. Fucoxanthin can be used as an anti-obesity, anticancer, anti-cholesterol, and anti-diabetic agent and as a food colorant, but it is very unstable. The aim of this research was to determine the stability of fucoxanthin from dried tea brown algae at different pH (2, 6). This involved thin layer chromatography, peak absorption, wavelength analysis and reposition in FTIR. The research showed that fucoxanthin from fresh and dried tea Sargassum cristaefolium using chromatography columns had an orange color, Rf value of 0.26-0.28, and a spectral pattern in acetone solvent of 446.3-447.4 λmax. Fucoxanthin at pH 2 showed that there was no allenic group, as fucoxanthin solution had a pale yellow color. It is therefore shown that fucoxanthin is not stable in acid solution.
机译:干茶Sargassum cristaefolium含有颜料Fucoxantanin,它负责棕色藻类中发现的红橙色,是一种照片合成颜料。岩藻素可用作抗肥胖,抗癌,抗胆固醇和抗糖尿病剂,作为食品着色剂,但它是非常不稳定的。该研究的目的是在不同pH(2,6)的干茶棕海藻类中确定岩豆的稳定性(2,6)。这涉及FTIR中薄层色谱,峰值吸收,波长分析和重新定位。该研究表明,使用色谱柱的新鲜和干茶的糖蛋白来自新鲜和干燥的茶叶癌嵴的橙色颜色,RF值为0.26-0.28,以及446.3-447.4λmax的丙酮溶剂的光谱图案。在pH 2的岩藻素显示没有甲基,因为粪豆本素溶液具有浅黄色。因此表明岩藻素在酸溶液中不稳定。

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