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The Relation of B-Vitamins and Dietary Fat to the Lipotropic Action of Choline1

R. W. Engel

Laboratory of Animal Nutrition, Alabama Polytechnic Institute, Auburn

When thiamine, riboflavin, pantothenic acid, pyridoxine, corn oil, and choline were fed to rats receiving a purified diet containing 18% of casein for a 3-week experimental period, an abnormal accumulation of liver-fat resulted. Under these conditions 2 mg. of choline chloride per rat daily failed to prevent the kidney hemorrhages of choline deficiency; at least 10 mg. of choline chloride was necessary for this factor to exert its maximum lipotropic action but normal liver-fat levels were still not obtained.

The addition of 3 mg. of inositol per rat daily to the diet adequate in choline and containing the above B-vitamins reduced the liver fat to the normal level found in rats receiving an adequate stock diet.

Prolonged feeding of a diet deficient in pyridoxine or essential fatty acids resulted in fatty livers, even though the diet contained adequate choline.

It is concluded that pyridoxine and a source of essential fatty acids are necessary in the diet for choline to function properly as a lipotropic agent. Inositol, in addition to choline, is a necessary dietary constituent for the rat receiving purified diets supplemented with the other B-vitamins known to be required by this species.


1 Published with the approval of the Director of the Alabama Agricultural Experiment Station. A preliminary report of this work was presented before the 35th meeting of the American Society of Biological Chemists at Chicago, Illinois (J. Biol. Chem., vol. 140, p. xxxvii, 1941).

Manuscript received 9 March 1942.


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