1
Increased FA and KA significantly correlated with decline in MI and MM09.
2
There were no voxels of significantly increased FA in patients compared with controls.
3
Increased FA values in the left IFOF and the forceps minor correlated positively with verbal fluency scores.
4
Finally, we show that a forced switch from glycolytic to OXPHOS metabolism increases FA cell oxidative stress.
5
The WM tracts with increased FA may be more associated with RD, rather than AD in young smokers.
6
As a consequence of increased FA oxidation and reduced PPARa activity, Acot1 knockdown enhanced hepatic oxidative stress and inflammation.
7
As expected, diets containing fat supplements increased FA abomasal flow of C18:0 and total FA.
8
Hepatic accumulation of lipid droplets by HFD feeding was reduced by Sphk2-mediated up-regulation of fatty acid (FA) oxidizing genes and increased FA oxidation in liver.