Digestibility of De-Oiled Modified Distillers Grains PlusSolubles in Forage-Based Diets
Meredith L. Bremer, Sarah Jo Peterson, Adam L. Shreck, Galen E. Erickson, Terry J. Klopfenstein, J. C. MacDonald
Abstract
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Meredith L. Bremer, Sarah Jo Peterson, Adam L. Shreck, Galen E. Erickson, Terry J. Klopfenstein, J. C. MacDonald
Abstract
Open-access reader
Over half of Nebraska’s ethanol plants are removing oil from distillers grains via centrifugation of the thin stillage constituent. Removing oil by this method does not impact intake or total tract digestibility in beef cattle growing diets. However, increasing the concentration of de-oiled distillers grains in the diet significantly improved intake and digestibility. Thus, concentration of distillers grain in the diet has a greater impact on total tract digestibility than the fat content in forage-based diets.
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Over half of Nebraska’s ethanol plants are removing oil from distillers grains via centrifugation of the thin stillage constituent. Removing oil by this method does not impact intake or total tract digestibility in beef cattle growing diets. However, increasing the concentration of de-oiled distillers grains in the diet significantly improved intake and digestibility. Thus, concentration of distillers grain in the diet has a greater impact on total tract digestibility than the fat content in forage-based diets.
Key concepts: Distillers grains, Forage, Food science, Environmental science, Agricultural science, Agronomy, Animal science, Business