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Podcast
The Soybean Meal NE Conundrum
The Swine Nutrition Blackbelt Podcast, Aaron Gaines
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Impact of Soybean Meal Energy on Lysine and Phosphorus for PIC Growing Pigs
Pig Improvement Company
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Presentation
Soybean meal net energy and productive energy are higher in commercial pork production systems.
Aaron Gaines, PhD, Managing Partner, Ani-Tek, LLC, Shelbina, MO and Hans Stein, PhD, Professor, University of Illinois, Champaign, IL
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Abstract
Soybean meal net energy and productive energy are higher in commercial pork production systems
Gaines, A., H. Stein and R. Boyd
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Abstract
Assessing productive energy for extruded full-fat soybean meals obtained from six different soybean sources in the U.S.
Scott, A., C. Umberson, C. Selby, J. Weil1, N. Suesuttajet, D. Martinez, M. Riaz and C. Coon
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Abstract
Evaluation of net energy, standardized ileal digestible lysine, and soybean meal content interaction in 13 to 25 kg pigs using a central composite design
Cordoba, H., M. Tokach, J. Woodworth, R. Goodband, J. DeRouchey, J. Gebhardt, H. Cemin and J. Soto
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Abstract
Estimating net energy of soybean meal for 47 to 110 kg growing pigs using a growth assay
Guo, J., A. Wantanasak, F. Zhang, T. Wang and G. Stoner
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Abstract
Soybean meal energy value under field conditions: where are we at and where are we going?
Cemin, H., J. Soto, E. Hansen and M. Tokach
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Abstract
Net energy of soybean meal
Stein, H.
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Abstract
Effects of increasing net energy or standardized ileal digestible lysine in soybean meal-based diets on early and late finishing pig performance
Kim, T., J. Faccin, R. Goodband, M. Tokach, J. DeRouchey, J. Woodworth and J. Gebhardt
U.S. Soy Center for Animal Nutrition and Health