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United States Department of Agriculture

Agricultural Research Service

Research Project: FUNGAL ENDOPHYTES OF MAIZE: GENE PRODUCTS CONFERRING RESISTANCE TO AFLATOXIN AND FUMONISIN Title: Effect of Corn Dry Fractionation on the Distribution of Mycotoxins in Pre-fermentation Ethanol Co-products

Authors
item Kendra, David
item Busman, Mark
item Duensing, W - CEREAL PROCESS TECH

Submitted to: International Congress of Plant Pathology Abstracts and Proceedings
Publication Type: Abstract Only
Publication Acceptance Date: March 20, 2008
Publication Date: August 24, 2008
Citation: Kendra, D.F., Busman, M., Duensing, W.J. 2008. Effect of Corn Dry Fractionation on the Distribution of Mycotoxins in Pre-fermentation Ethanol Co-products [abstract]. International Congress of Plant Pathology. 90(Special Issue 2).

Technical Abstract: Ethanol production is projected to increase through the next decade. Associated with this increase will be a proportionate increase in byproducts, including distillers dried grains with solubles (DDGS). Because of high fiber content and low market value, DDGS are normally included in ruminant animal diets. In order to increase its economical viability, the fuel ethanol industry is developing added-value from the byproducts and implementing new pre-fermentation fractionation technologies to improve process efficiencies and develop high-value co-products. Mycotoxin contamination of grain and byproducts is a major issue affecting both production and utilization. Limited data suggests that mycotoxins are concentrated three-fold in by-products of the conventional dry-grind ethanol production process. This concentrating effect severely limits using mycotoxin-contaminated DDGS in non-ruminant animal diets. This presentation will examine the effect of the dry fractionation processes on the distribution of mycotoxins in pre-fermentation co-products, including germ, bran and degermed, debranned corn (DDC).

Last Modified: 12/18/2014
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