Effect of low dietary phosphorus on carcass characteristics and cost economics of broiler production
H. Lalpanmawia, Manpal Sridhar, Sreejaajith, Divya Shet, A.V. Elangovan
Abstract
H. Lalpanmawia, Manpal Sridhar, Sreejaajith, Divya Shet, A.V. Elangovan
Abstract
A study was conducted with a total of 192 day old broiler chicks divided into four dietary treatments consisting of one positive control group, Group T1 without any phytase enzyme (0.45% available P during starter and 0.40% during finisher phase), one negative control group, Group T2 (0.32% available P during starter and 0.28% during finisher phase) and two treatments with negative control diets, supplemented with two different enzymes, Group T3 (laboratory produced phytase) and Group T4 (commercial phytase) to meet the phosphorus requirements. Each treatment had six replicates with eight chicks in each replicate. Experimental duration was of 5 weeks. The body weight of chicks at 5wk of age was significantly higher (P 0.05) observed among different treatments in case of drumstick weight, gizzard, giblet, intestinal and caecal weight. The results indicated that optimum dietary phosphorus level is essential for higher edible and breast yield with lower cost of production.
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A study was conducted with a total of 192 day old broiler chicks divided into four dietary treatments consisting of one positive control group, Group T1 without any phytase enzyme (0.45% available P during starter and 0.40% during finisher phase), one negative control group, Group T2 (0.32% available P during starter and 0.28% during finisher phase) and two treatments with negative control diets, supplemented with two different enzymes, Group T3 (laboratory produced phytase) and Group T4 (commercial phytase) to meet the phosphorus requirements. Each treatment had six replicates with eight chicks in each replicate. Experimental duration was of 5 weeks. The body weight of chicks at 5wk of age was significantly higher (P 0.05) observed among different treatments in case of drumstick weight, gizzard, giblet, intestinal and caecal weight. The results indicated that optimum dietary phosphorus level is essential for higher edible and breast yield with lower cost of production.
Key concepts: Phytase, Starter, Broiler, Gizzard, Phosphorus, Animal science, Feed conversion ratio, Body weight