volume 23 issue 3 & 4 (2004) :

CHICKEN AND PIG BY-PRODUCTS AS UNDERGRATED PROTEIN SOURCES FOR RUMINATIA

A
Anigbogu N.M.*
1Agro Allied Nigeria Ltd., Agbara, Lagos (In association with N.V. Verse-Lega, Belgium)
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Cite article:- N.M.* Anigbogu (2025). CHICKEN AND PIG BY-PRODUCTS AS UNDERGRATED PROTEIN SOURCES FOR RUMINATIA. Asian Journal of Dairy and Food Research. 23(3): . doi: .
The percentage meal recovery and zoochemistry of chicken and pig by-products in comparison to microbials, soybean meal, fish and skin milk meals for ruminatia rations revealed that the chicken and pig by-products have comparable crude protein with equivalent convertional feed materials. Where the crude protein of chicken and pig blood stands at 93.69%, the energy levels of the by-products are similar with those of the convertional feeds. Hence the total carbohydrates were low among the chicken and pig by-products, it appears to cause no disturbance to total digestability. The fats of the by-products are high with the exception of those of the chicken and pi g blood (below 1.5%). Mineral composition of these by-products are similar to equivalent convertional feedstuffs. These by-products appear to be adequate in all the essential amino acids which is the index of the crude protein composition
    volume 23 issue 3 & 4 (2004) :

    CHICKEN AND PIG BY-PRODUCTS AS UNDERGRATED PROTEIN SOURCES FOR RUMINATIA

    A
    Anigbogu N.M.*
    1Agro Allied Nigeria Ltd., Agbara, Lagos (In association with N.V. Verse-Lega, Belgium)
    • Submitted|

    • First Online |

    • doi

    Cite article:- N.M.* Anigbogu (2025). CHICKEN AND PIG BY-PRODUCTS AS UNDERGRATED PROTEIN SOURCES FOR RUMINATIA. Asian Journal of Dairy and Food Research. 23(3): . doi: .
    The percentage meal recovery and zoochemistry of chicken and pig by-products in comparison to microbials, soybean meal, fish and skin milk meals for ruminatia rations revealed that the chicken and pig by-products have comparable crude protein with equivalent convertional feed materials. Where the crude protein of chicken and pig blood stands at 93.69%, the energy levels of the by-products are similar with those of the convertional feeds. Hence the total carbohydrates were low among the chicken and pig by-products, it appears to cause no disturbance to total digestability. The fats of the by-products are high with the exception of those of the chicken and pi g blood (below 1.5%). Mineral composition of these by-products are similar to equivalent convertional feedstuffs. These by-products appear to be adequate in all the essential amino acids which is the index of the crude protein composition
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