2019Journal of Advanced Veterinary and Animal ResearchOpen access

Production of probiotic-fortified composite poultry feed from food and agricultural waste material

Ihuoma Queen Onu-Okpara, S. U. Oranusi, Hilary I. Okagbue

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Abstract

OBJECTIVE: and determine the efficiency of formulated probiotic-fortified feed via animal feeding tests. MATERIALS AND METHODS: 0157:H7 on day 1 after which they were placed on treatment diets. Data collected were analyzed and interpreted using the SPSS Statistical tool version 25. RESULTS: < 0.05). CONCLUSION: was ascertained and the efficiency of the feed via animal feeding tests was proven.

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OBJECTIVE: and determine the efficiency of formulated probiotic-fortified feed via animal feeding tests. MATERIALS AND METHODS: 0157:H7 on day 1 after which they were placed on treatment diets. Data collected were analyzed and interpreted using the SPSS Statistical tool version 25. RESULTS: < 0.05). CONCLUSION: was ascertained and the efficiency of the feed via animal feeding tests was proven.

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Available abstract

OBJECTIVE: and determine the efficiency of formulated probiotic-fortified feed via animal feeding tests. MATERIALS AND METHODS: 0157:H7 on day 1 after which they were placed on treatment diets. Data collected were analyzed and interpreted using the SPSS Statistical tool version 25. RESULTS: < 0.05). CONCLUSION: was ascertained and the efficiency of the feed via animal feeding tests was proven.

Key concepts: Probiotic, Starter, Broiler, Lactobacillus fermentum, Feed conversion ratio, Food science, Biology, Completely randomized design

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