The objectives were to investigate the lutein content of bovine milk as affected by the cows' dietary lutein supplementation in the presence or absence of antioxidants, vitamin E (Vit E), tea polyphenols ( TP ) and ethoxyquin ( EQ ), and to assess the impact of subsequent pasteurisation on the lutein content and sensory quality of the bovine milk. Among the dietary supplement formulations studied, lutein plus Vit E was the most effective, lutein plus TP was moderately effective, and lutein plus EQ was adversely effective at improving the milk's lutein content by 53–88%, relative to the basal diet. Co‐supplementation with antioxidant also mitigated the lutein loss caused by the milk's processing and storage. This study showed that supplementation of bovine feed with Vit E plus lutein resulted in milk with high lutein content, and a superior ability to resist heat‐induced lutein loss and sensory changes.
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Wang et al. (2018) studied this question.
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