Changes in lipid profiles have not been reported for the known increas
es in total lipid content in livers of alcoholics. We have reported a
lowering of the P-oxidative capacity of alcoholic livers, and therefor
e would expect a lower turnover of fatty acids in these livers, and th
us a change in lipid profile. The percentage composition of saturated
and unsaturated fatty acids in the liver of alcohol-fed miniature pigs
versus the controls, as well as the function of distance from the mai
n hepatic vein, have both been determined in this study involving the
feeding of ethanol for one year. Livers of alcohol-fed miniature pigs
contained more total lipids than those of controls. Results also indic
ated significantly higher percentages of free fatty acids and triglyce
rides in the alcohol-fed miniature pigs, and also an increase in perce
ntage total neutral lipids. The effect of distance from the main blood
source (and therefore oxygenation) gave a fatty acid profile that sho
wed an increase in the ratio of saturated to unsaturated fatty acids w
ith increasing distance from the right hepatic vein. This change in ra
tio was independent of alcohol feeding.