Impact of fish meal replacement by uncounentional ingradients on performance of nile telepia [electronic reource].

By: Contributor(s): Description: p.149-160Uniform titles:
  • Alexandria journal of veterinary science, 2008 v. 27 (1) [electronic reource].
Subject(s): Online resources: In: Alexandria Journal of Veterinary Science 2008.v.27(1)Summary: The effect of partial or total replacing fish meal with dried rumen content (RC) and or Azolla meal (AM) in diets of Nile tilapia of initial weight (7.35g ± 0.23) was investigated in 12-week experiment. Eight experimental diets were formulated to be isonitrogenous and isocaloric. Beside the basal diet, each of RC and AM were incorporated at levels of 5,10 and 15%. A combination of 5% RC and 5% AM (RC-AM) was served to replace 10% fish meal. The control group achieved the significant highest final body weight gain, protein efficiency and food conversion ratio followed by the group fed 10% RC. Azolla incorporation failed to improve any of the performance parameters. The group fed 15% AM was the worth regarding performance parameters, CP and EE retention of final body composition and dietary CP digestibility. The group fed a combination of 5% RC and 5% AM sustained intermediate pattern among treated groups with improved in FCR (4.05). The results indicate some benefits from replacing dietary 10% fish meal with either 10% RC or a combination of RC-AM on Nile tilapia performance as well as reducing feed cost.
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The effect of partial or total replacing fish meal with dried rumen content (RC) and or Azolla meal (AM) in diets of Nile tilapia of initial weight (7.35g ± 0.23) was investigated in 12-week experiment. Eight experimental diets were formulated to be isonitrogenous and isocaloric. Beside the basal diet, each of RC and AM were incorporated at levels of 5,10 and 15%. A combination of 5% RC and 5% AM (RC-AM) was served to replace 10% fish meal. The control group achieved the significant highest final body weight gain, protein efficiency and food conversion ratio followed by the group fed 10% RC. Azolla incorporation failed to improve any of the performance parameters. The group fed 15% AM was the worth regarding performance parameters, CP and EE retention of final body composition and dietary CP digestibility. The group fed a combination of 5% RC and 5% AM sustained intermediate pattern among treated groups with improved in FCR (4.05). The results indicate some benefits from replacing dietary 10% fish meal with either 10% RC or a combination of RC-AM on Nile tilapia performance as well as reducing feed cost.

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