Combating ochratoxicosis by some known antioxidant feed additives [electronic resource].

By: Contributor(s): Language: English Description: P.29-40Uniform titles:
  • Veterinary medical journal, 2003 v.51 (1) [electronic resource].
Subject(s): Online resources: In: Veterinary Medical Journal 2003.v.51(1)Summary: Aspergillus ochraceous was isolated from 8 (16%) of the examined 50 poultry feed samples. Two of them (25%) were high ochratoxin A producers that yielded 45 PPM of the toxin. An experiment with a completely randomized block design was used to evaluate the use of vitamin E (100 or 1000 I.U.). vitamin C (100 or 1000 mg) alone or in combination (500 I.U. of E + 500 mg of C) / kg ration. as feed additives to broiler chickens of one-week old during exposure to ochratoxin A contaminated ration (2.5 mg / kg ration). The Production performance (daily weight gain). hematology and serum biochemistry were evaluated.
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Aspergillus ochraceous was isolated from 8 (16%) of the examined 50 poultry feed samples. Two of them (25%) were high ochratoxin A producers that yielded 45 PPM of the toxin. An experiment with a completely randomized block design was used to evaluate the use of vitamin E (100 or 1000 I.U.). vitamin C (100 or 1000 mg) alone or in combination (500 I.U. of E + 500 mg of C) / kg ration. as feed additives to broiler chickens of one-week old during exposure to ochratoxin A contaminated ration (2.5 mg / kg ration). The Production performance (daily weight gain). hematology and serum biochemistry were evaluated.

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