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. Author manuscript; available in PMC: 2017 Oct 1.
Published in final edited form as: Trends Endocrinol Metab. 2016 Jun 27;27(10):696–705. doi: 10.1016/j.tem.2016.06.003

Table 1.

Summary of studies of different genetic mouse models of autophagy and the effects on hepatic lipid accumulation.

Animal model Genetic alteration Effect on autophagy Diet Effect Ref.
Atg7F/F-Alb-Cre mouse Hepatocyte-specific Atg7 knockout Decrease Normal diet Increased steatosis, hepatic TGs and cholesterol [9]
Atg14 shRNA adenovirus-infected mouse Atg14 hepatic knockout Decrease Normal diet Increased hepatic TGs [46]
Atg14 expressing adenovirus-infected mouse Atg14 hepatic overexpression Increase High fat diet Decreased hepatic TGs [46]
Atg7 adenovirus-infected ob/ob mouse Atg7 hepatic overexpression Increase Normal diet Decreased steatosis and liver TGs [48]
Tcfeb-LiKO mouse Hepatocyte Tfeb knockout Decrease Starvation or high fat diet Increased steatosis and hepatic TGs [47]
HDAd-TFEB mouse Adenoviral TFEB overexpression Increase High fat diet Decreased hepatic TGs [47]
FILKO mouse FIP200 hepatocyte knockout Decrease Normal diet with or without starvation Decreased liver TGs with starvation [49]
Cre adenovirus-infected FIP200F/F mouse FIP200 hepatocyte knockout Decrease High fat diet Decreased liver TGs [49]
Atg7Δhep mouse Atg7 hepatocyte knockout Decrease High fat diet or starvation Decreased steatosis [50]

Abbreviations: Tcfeb-LiKO, Tcfeb liver-specific knockout; FILKO, liver-specific FIP200 knockout