Abstract
Abstract Although the anthocyanins of red radishes (ARR) rich in polyacylated pelargonidin glucosides are used as commercial food pigment, they are unstable. We found that the anthocyanin purity of the crude ARR extract can be rapidly increased by 5 times using D101 macroporous resin (mass ratio of extract:resin = 1:2.2). Capsule constructed by chitosan (CTS), pectin (PT) and yeast glucan particles (YGP) presented a high efficiency to encapsulate ARR. Liquid chromatography-mass spectrometry analysis verified that polyacylated pelargonidin glucosides in ARR were packed into the capsule. Microstructure observation and Fourier transforms infrared spectroscopy further confirmed the encapsulated structure. Co-encapsulation of CTS, PT and YGP showed effective protection for ARR against heat, oxygen, ascorbic acid, and physiological pH. This encapsulation also significantly improved the gastric and intestinal bioaccessibilities of ARR. These results suggested that the triplex-coated YGPs might be a promising strategy to protect and deliver polyacylated anthocyanin.
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