Non-Ruminant Nutrition
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The research program in non-ruminant nutrition includes both applied and basic research in poultry and swine species. Research projects directed by faculty members offer a wide range of opportunities for both undergraduate and graduate students. Undergraduate employment opportunities include feeding and routine daily animal care, data collection of feeds and animals, sample preparation, lab analysis, carcass data collection, and internships. Recent and ongoing research projects include: Swine Research
Poultry Research
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Omega Eggs
Omega eggs are a type of "designer egg," in which the yolk's fatty acid profile has been modified by altering the hens' diet. The University of Nebraska holds the patent to a diet and management program used in creating these eggs. In the human diet, one Omega egg serving would be equivalent to a one ounce serving of high oil fish (salmon) to provide essential n-3 fatty acids. Omega Eggs are sold at Hy-Vee stores in the regular Egg case or the Health Market refrigerated case.
For further information on the health benefits of Omega 3 fatty acids, check out "The Omega Plan" book by Dr. Artemis P. Simopoulos available at local bookstores and the University of Nebraska NebFact #NF97-354 titled "Omega Eggs -- A Dietary Source of n-3 Fatty Acids" by Dr. Sheila E. Scheideler and Dr. Nancy M. Lewis which is available by contacting Dr. Sheila E. Scheideler at the Department of Animal Science, University of Nebraska, Lincoln, NE 68583-0908.
Gut Function Initiative
In collaboration with the faculty members in the Departments of Food Science and Technology, Nutrition and Health Sciences, Biological Sciences, Veterinary and Biomedical Sciences, and Statistics, the Gut Function Initiative was recently founded as a dynamic, interdisciplinary group of scientists studying the relationships of the gut microbiota to the health and performance of the host. Major projects are already underway to study the effects of (i) bioactive food compounds and probiotics/prebiotics on gut microbiota, (ii) host genetic control of gut microbiota development, and (iii) the impact of gut bacteria on caloric utilization and animal performance. The Gut Function Initiative is directed toward filling substantial knowledge gaps and to provide substrates for marketable probiotics and bioactives for animal and human health and performance.






