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International Journal of Food Science
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International Journal of Food Science
/
2013
/
Article
/
Tab 5
/
Review Article
Ethoxyquin: An Antioxidant Used in Animal Feed
Table 5
Comparison of different activities of ethoxyquin and its derivatives based on the data presented by Błaszczyk and Skolimowski [
19
,
71
,
80
–
82
] and Błaszczyk et al. [
79
].
Activitity
Activity from the lowest (left) to the highest (right) one
Cytotoxicity
EQ-F < EQ-HCl < EQ-C < EQ-S < EQ-T < EQ-Q < EQ-R < EQ-H < EQ
Genotoxicity
EQ-F < EQ-C < EQ-H < EQ-HCl < EQ-Q < EQ-T < EQ-S < EQ-R < EQ
Antioxidant activity
EQ-F < EQ-HCl < EQ-R < EQ-T < EQ-S < EQ-C < EQ-Q < EQ < EQ-H
EQ-F: ethoxyquin phosphate; EQ-HCl: ethoxyquin hydrochloride; EQ-C: ethoxyquin L-ascorbate; EQ-S: ethoxyquin salicylate; EQ-T: ethoxyquin salt of Trolox C; EQ-Q: ethoxyquin complex with quercetin; EQ-R: ethoxyquin complex with rutin; EQ-H: ethoxyquin
-hexanoate; EQ: ethoxyquin.