Review Article
p300/CBP as a Key Nutritional Sensor for Hepatic Energy Homeostasis and Liver Fibrosis
Table 1
Overview of p300/CBP regulates liver lipid, glucose metabolism, and liver fibrosis through regulating different targets.
| Progress | Activity | Targets | Effect | Nutritional state | Metabolic response | Reference |
| Lipid metabolism | Acetylation | FXR | Inhibitory | High glucose and insulin | Lipogenesis↑ Gluconeogenesis↑ | [17, 18] | Acetylation | ChREBP | Stimulatory | High glucose and insulin | Lipogenesis↑ | [19] | Acetylation | SREBP1c | Stimulatory | High glucose and insulin | Lipogenesis↑ | [20] | Binding | DDX3 | Stimulatory | / | Lipid export↑ | [21] |
| Glucose metabolism | Acetylation | FOXO1 | Stimulatory | Fasting state | Gluconeogenesis↑ | [22] | Binding | CREB | Stimulatory | Feeding state | Gluconeogenesis↑ | [23] |
| Liver fibrosis | Binding | NF-κB | Stimulatory | High-fat diet | Proinflammatory response↑ | [24] | Binding | β-Catenin | Stimulatory | / | Liver fibrosis↑ | [25] | Acetylation | SMAD3 | Stimulatory | High-fat high-carbohydrate | Liver fibrosis↑ | [26] | Binding | HIF-1α | Stimulatory | / | Liver fibrosis↑ | [27] |
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