Journal of Advanced Veterinary and Animal Research · 2019 · 24 citations · 22 references
AgricultureAnimal SciencesPoultry ScienceAnimal NutritionBroiler ProductionPoultry NutritionBroiler Carcass QualityBroiler FeedingBroiler Growth PerformanceBroiler NutritionTrace Element NutritionTrace Element SupplementationBroiler Starter DietsCarcass Growth TraitsCarcass Yield EvaluationEdible YieldGrowth Performance AssessmentPoultry DietsStarter Diet Effects On GrowthTrace Minerals
OBJECTIVE: The experiment was conducted to investigate the comparative effects of inorganic trace minerals (ITM) and three forms of organic trace minerals (OTM) (propionate, metho-chelated, and proteinate) on growth performance, edible meat yield, immunity, and profitability of commercial broilers. MATERIALS AND METHODS: ). Growth performance, carcass yield, and antibody titer (AT) data were recorded. Data were analyzed and interpreted using SAS Computer Package Program version 9.1. RESULTS: Feeding propionate and proteinate OTM showed similar performance. Birds fed these two types (propionate and proteinate) or OTM had better performance in comparison with those receiving ITM and metho-chelated one. Proteinate group produced more wing meat and propionate group showed higher breast and drumstick meat yield as compared with those received the metho-chelated trace mineral and ITM. The birds belonging to OTM groups showed significantly higher AT level against infectious bursal disease. Proteinate minerals groups showed higher profitability followed by propionate fed broilers. CONCLUSION: Two forms of OTM, propionate and proteinate improved performance of commercial broilers over those of ITM and metho-chelated one.
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Yumin Bao, M. Choct, Paul Iji et al. · The Journal of Applied Poultry Research · 2007 · 266 citations · Full text
Leo M.L. Nollet, J.D. van der Klis, M. Lensing et al. · The Journal of Applied Poultry Research · 2007 · 172 citations · Full text