Search Results

1. Oxidized flavor in milk. I. The probable relation of lecithin to oxidized flavor.

2. Oxidized flavor in milk. II. The effects of homogenization, agitation and freezing of milk on its subsequent susceptibility to oxidized flavor development.

3. Oxidized flavor in milk. III. The time of copper contamination during production and processing, and aeration versus no aeration as related to oxidized flavor development.

4. Oxidized flavor in milk. IV. Studies of the relation of the feed of the cow to oxidized flavor.

5. Oxidized flavor in milk. V. The effect of metal-developed oxidized flavor on the iodine number of the milk fat.

6. Oxidized flavor in milk. VI. A study of the relation of titratable acidity to metal-developed oxidized flavor in milk.

7. Oxidized flavor in milk. VII. Studies of the effect of carotene and ascorbic acid in the feed of the cow on the susceptibility of the milk to metal-induced oxidized flavor.

8. Oxidized flavor in milk. VIII. The effect of the degree of saturation of fat in the ration of the cow upon the iodine number of the butter fat and the susceptibility of the milk to metal-induced oxidized flavor.

9. Oxidized flavor in milk. IX. The effect of the quality of hay and early stage of lactation on the carotene content of butterfat and on the ascorbic acid content of the milk and their relationship to the development of metal-induced oxidized flavor.

10. Oxidized flavor in milk. X. The effect of feeding potassium iodide supplements to dairy cows on the carotene content of the butter fat and on the ascorbic acid content of the milk and the relationship to metal-induced oxidized flavor.