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Abstract
Productive energy: Exploring reasons for its superiority beyond apparent metabo-lizable energy and classic net energy
Martinez, D., N. Suesuttajit, C. Umberson and C. Coon
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Abstract
Productive energy (Arkansas Net Energy) value of diet and soybean meal for broilers as predicted by digestible nutrients
Martinez, D., N. Suesuttajit, C. Umberson and C. Coon
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Abstract
Productive energy (Arkansas Net Energy) is more sensitive than classic net energy determination to performance and actual net energy fractions for gain and maintenance
Martinez, D., N. Suesuttajit, C. Umberson and C. Coon
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Abstract
Effects of Increasing Energy or 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
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Abstract
Assessment of net energy and amino acid formulation in Cobb 500 broilers for a 31-41d finisher period
Costa, M., S. Crafton, K. Nelson, B. Angel, Y.Mercier and M. Kidd
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Abstract
Productive energy (Arkansas Net Energy) is a better predictor of broiler feed intake and feed conversion ratio compared to metabolizable energy and classic net energy
Martinez, D., N. Suesuttajit, C. Umberson and C.Coon
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Abstract
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Abstract
Enhancing sustainability through reduced dietary protein via net energy
Kidd, M. and M. Costa
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Abstract
Practical impacts of formulating in NE in broilers
Srichana, P.
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Editorial
Amino acid levels and energy specifications in soybean meal for poultry and pigs
R. Dean Boyd, Mamduh Sifri, David Holzgraefe, Bart Borg and Micah Pope
U.S. Soy Center for Animal Nutrition and Health