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Exercise prevents fatty liver by changing the compensatory response of mitochondrial metabolism to accommodate excessive substrate availability
Photo courtesy of the German Diabetes Research Center
Exercise can not only exercise muscles, but also prevent the occurrence of fatty liver
One out of every four people in the world suffers from non-alcoholic liver disease (NAFLD, also known as metabolic liver disease MAFLD)
In order to prevent and treat NAFLD, it is recommended to change life>
Exercise can prevent fatty liver disease caused by overnutrition
The results show that training can regulate the important degrading enzymes of glucose and fructose in the liver and the metabolism of mitochondrial pyruvate
Systems biology data provides comprehensive insights into the molecular adaptations of liver and muscle to high-energy diets, training, and combined effects
The role of mitochondria is to provide energy to cells through cellular respiration
Magazine
Molecular metabolism
Subject of research
animal
Article title
Exercise prevents fatty liver by modifying the compensatory response of mitochondrial metabolism to excess substrate availability
