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STABILITY OF CIKRON-H UNDER STRESS CONDITIONS

机译:应力条件下CIKRON-H的稳定性

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CIKRON-H and its major component were evaluated under stress conditions through the chromatographic profile, tannin indicators and polymerized polyphenolic compounds. Liquid chromatography with a reverse phase colum (C18) and methanol at 60% as mobile phase was used. The indicators that better reflect the degradation of the major component in CIKRON-H were total tannins, percentage of polymerized polyphenolic compounds (PPC) and chromatographic profile. The major compound partially purified showed a higher effect to oxidation than the product, increasing its coloration. Hydrogen peroxide constituted the best model to simulate an oxidation in the product under stress conditions.
机译:在应力条件下,通过色谱图,单宁指示剂和聚合的多酚化合物对CIKRON-H及其主要成分进行了评估。使用反相色谱柱(C18)和60%甲醇作为流动相的液相色谱。更好地反映CIKRON-H中主要成分降解的指标是单宁总量,聚合多酚化合物(PPC)的百分比和色谱图。部分纯化的主要化合物显示出比产品更高的氧化作用,从而增加了其着色。过氧化氢是模拟应力条件下产品氧化的最佳模型。

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