Nursery feed steps up with balanced dietary fiber

Pharmaceutical use of zinc oxide in piglet nursery diets is on the way out in the European Union. Strategic use of dietary fiber is a strong alternative in protein-dense feed.
calendar icon 10 September 2021
clock icon 3 minute read
Figure 1.  Butyric acid production increased by 23% in 15kg piglets when fermenting soluble fibers (left) while protein fermentation was reduced by 19% (right). Control = no fiber, HP FiberBoost = soluble non-starch polysaccharides (NSP), Lignocellulose = insoluble NSP, SCFA = short chain fatty acids, BCFA = branched chain fatty acids
Figure 1. Butyric acid production increased by 23% in 15kg piglets when fermenting soluble fibers (left) while protein fermentation was reduced by 19% (right). Control = no fiber, HP FiberBoost = soluble non-starch polysaccharides (NSP), Lignocellulose = insoluble NSP, SCFA = short chain fatty acids, BCFA = branched chain fatty acids
Figure 2. Quantification of the total carbohydrate content (64%) of a commercial nursery diet by two analysis methods. With the proximate analysis (A), 16% of the fiber fraction remains unknown. The enzymatic-chemical analysis (B) identifies all carbohydrate fractions.
Figure 2. Quantification of the total carbohydrate content (64%) of a commercial nursery diet by two analysis methods. With the proximate analysis (A), 16% of the fiber fraction remains unknown. The enzymatic-chemical analysis (B) identifies all carbohydrate fractions.
© 2000 - 2024 - Global Ag Media. All Rights Reserved | No part of this site may be reproduced without permission.