The Effect of Incubation on the Vitamin Content of Eggs
- 1 November 1941
- journal article
- research article
- Published by Elsevier in Journal of Nutrition
- Vol. 22 (5) , 483-489
- https://doi.org/10.1093/jn/22.5.483
Abstract
The total amount of pantothenic acid and of riboflavin present in hen eggs does not change during incubation. The amount of biotin also remains constant or decreases somewhat. Nicotinic acid is synthesized by the chick embryo, so that the final amount present in the newly-hatched chick is over twenty times that originally present in the unincubated egg. Inositol likewise appears to be synthesized by the chick embryo. Presumably these synthetic powers of the embryo are retained by the chick. If this is so, it would indicate that nicotinic acid and inositol, unlike riboflavin, pantothenic acid and biotin, are not required in the diet of the chick. Whether such synthetic powers are sufficient to supply the needs of the chick for optimal or maximal growth is, of course, not determined by the present data.Keywords
This publication has 15 references indexed in Scilit:
- Studies on a Dermatitis in Chicks Distinct from Pantothenic Acid DeficiencyJournal of Nutrition, 1940
- Egg-White Injury in Chicks and Its Relationship to a Deficiency of Vitamin H (Biotin)Science, 1940
- AN ASSAY METHOD FOR PANTOTHENIC ACIDPublished by Elsevier ,1940
- A Quantitative Test for Biotin and Observations Regarding its Occurrence and PropertiesJournal of the American Chemical Society, 1940
- The Role of the Antidermatosis Vitamin and a New Water-soluble Growth Factor in the Nutrition of the Mature FowlJournal of Nutrition, 1939
- A Microbiological Assay for RiboflavinIndustrial & Engineering Chemistry Analytical Edition, 1939
- The effect of riboflavin and the filtrate factor on egg production and hatchabilityHilgardia, 1938
- Loss of Weight of Hen’s Eggs During Incubation Under Different Conditions of Humidity and TemperaturePoultry Science, 1937
- Pantothenic Acid Content of Animal TissuesExperimental Biology and Medicine, 1934
- The Occurrence of a Pellagra-Like Syndrome in ChicksPoultry Science, 1931