cellular
• decrease in malonyl-CoA levels in skeletal and cardiac muscle
|
• increase in fatty acid oxidation in isolated soleus muscle
• increase in whole-body fatty acid oxidation in the dark cycle
|
growth/size/body
N |
• despite changes in fatty acid oxidation, no changes in body weight or responses to a high fat diet are detected
|
homeostasis/metabolism
N |
• despite changes in fatty acid oxidation, no change in energy expenditure is detected
|
• utilization of glucose for lipid synthesis is increased
|
• muscle glycogen stores are elevated
|
• utilization of glucose for lipid synthesis is increased
|
• increase in fatty acid oxidation in isolated soleus muscle
• increase in whole-body fatty acid oxidation in the dark cycle
|
muscle
• muscle glycogen stores are elevated
|