Review Article
The Dual Role of Nrf2 in Nonalcoholic Fatty Liver Disease: Regulation of Antioxidant Defenses and Hepatic Lipid Metabolism
Table 1
The effect of Nrf2 activation/deficiency on hepatic lipid accumulation in C57BL/6 mice.
| Gender | Age (weeks) | Hepatic lipid accumulation | Expression of FA synthesis genes | Reference |
| (a) Standard diet | | | | | Male | 8 | Increased steatosis in Nrf2−/−. No difference in TGs | Higher in Nrf2−/− | [18] | Male | 9 | Reduced by Nrf2 activation | Reduced by Nrf2 activation | [19] | Male | 10 | Not reported | Higher in Nrf2−/− | [20] | Male | 12 | No difference in TGs | No difference | [21] | Male | 19 | Tendency for increased TGs in Nrf2−/− | Tendency for higher levels in Nrf2−/− | [22] | Male | 25 | No difference in TGs | No difference | [23] | (b) High-fat diet | | | | | Male | 12 | Increased FFAs. No difference in TGs | Higher in Nrf2−/− | [21] | Male | 19 | Tendency for increased TGs in Nrf2−/− | No difference | [22] | Female | 21 | Reduced lipid content by Nrf2 activation | Reduced by Nrf2 activation | [24] | Male | 25 | No difference in TGs | No difference | [23] | Male | 26 | Reduced total lipid and TGs in Nrf2−/− | Lower in Nrf2−/− | [25] |
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FFA, free fatty acids; TG, triglyceride.
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