Biotechnology in Animal Husbandry · 2011 · 11 citations · 17 references
AgricultureNutritionNutritional SciencesEnzymologyMetabolismPoultry NutritionDigestion Of MacronutrientsEnergy MetabolismEnergy NutritionEnzyme SupplementationNutrient DigestionNutrient UtilizationCellulase SupplementationEnzyme Supplementation Effects On DigestibilityEnzymesExogenous EnzymesLivestock Enzyme SupplementationMetabolizable Energy IntakeMetabolizable Energy RequirementPoultry Enzyme Supplementation
In this 3?2 factorial design trial with three different levels of metabolizable energy (13.4, 13.00, 12.6 MJ/kg), with and without exogenous enzymes (nutrition density was reduced by introducing sunflower meal in different percentage to diet (0, 8 ? 16%)), the goal was to investigate the effects of exogenous enzymes Roxazyme G2G (cellulase (endo-1,4-(?-glucanase), ?- glucanase (endo-1,3(4)-?-glucanase) and xylanase (endo-1,4- ? xylanase)) on digestibility and energy utilization. Effects of enzymes were most visible in diet with 13.00 MJ/kg and 12.6 MJ/kg while this effect was unnoticed in the group with 13.4 MJ/kg. Reducing of ME caused the decrease in digestibility and metabolizability (ME/GE). The results suggest that exogenous enzymes, used in this trial, increase digestibility of crude proteins, NDF, hemicelluloses and ash (?<0.05), but the effects were most evident in diets with the reduced level of metabolizable energy.
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Effect of enzyme supplementation of broiler diets based on corn and soybeans
I. Zanella, FG Silversides, A Fiqueirdo et al. · Poultry Science · 1999 · 334 citations · Full text
G.P.J. Marsman, Harry Gruppen, AF van der Poel et al. · Poultry Science · 1997 · 198 citations · Full text