2012Food Science and Technology InternationalRequires access

Elimination of red radish pigment's odor with supercritical CO2

Yanxiang Gao

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Abstract

Red radish pigment was extracted from red radish using citric acid as the extractant.The optimum extraction process was optimized.The influence on the properties of red radish pigment and the effect of elimination of extracting pressure,temperature and time were studied systematically under the condition of supercritical CO2.The results showed that 40 ℃,90 min and 25 MPa is appropriate to eliminate peculiar odor and influence on properties of red radish pigment is minimum.

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What this paper is about

Red radish pigment was extracted from red radish using citric acid as the extractant.The optimum extraction process was optimized.The influence on the properties of red radish pigment and the effect of elimination of extracting pressure,temperature and time were studied systematically under the condition of supercritical CO2.The results showed that 40 ℃,90 min and 25 MPa is appropriate to eliminate peculiar odor and influence on properties of red radish pigment is minimum.

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Available abstract

Red radish pigment was extracted from red radish using citric acid as the extractant.The optimum extraction process was optimized.The influence on the properties of red radish pigment and the effect of elimination of extracting pressure,temperature and time were studied systematically under the condition of supercritical CO2.The results showed that 40 ℃,90 min and 25 MPa is appropriate to eliminate peculiar odor and influence on properties of red radish pigment is minimum.

Key concepts: Pigment, Supercritical fluid, Citric acid, Chemistry, Odor, Extraction (chemistry), Red cabbage, Chromatography

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