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[Ergotrophic action of flavophospholipol during the fattening of geese].

Abstract
Experiments were carried out with a total of 144 geese of the Benkovska breed divided into 6 groups of 24 birds each. The average weight was 3.5 kg, the birds being compulsory fattened with steamed maize over an average period of 27 days. Flavophospholipol (flavofarm-NIHFI) was given at rates of 0, 4, 8, 12, and 16 ppm. The method of positive control check was employed--a group which was offered zinc-bacitracin--(bacifarmin) at 30 ppm. Under the effect of flavophospholipol the weight gain was 2.2 to 21.2 per cent higher, and the weight of the liver rose by 1.4-23.1 per cent. The intake of maize per kg of gain dropped by 2.5 to 15.7 per cent, and it was 1.8 to 16.9 per cent lower per kg of liver. When flavophospholipol was given at 16 ppm, a maximum effect was produced--21.0 percent higher gain, 23.1 per cent increase of the liver weight, 15.7 per cent drop of maize intake per kg of gain, and 16.9 per cent drop of maize intake per kg of liver. With geese that were offered bacifarmin these indices were 3.3, 11.9,, 4.8, and 10.7 per cent, respectively. The amount of flavophospholipol used correlated positively with its ergotropic effect. The liver quality with geese treated with flavophospholipol and bacifarmin was higher. No residual amounts of flavophospholipol were found in the meat, liver and viscera of the treated birds.
AuthorsK Kostadinov, D Drumev, D Pashov
JournalVeterinarno-meditsinski nauki (Vet Med Nauki) Vol. 22 Issue 2 Pg. 74-80 ( 1985) ISSN: 0324-1068 [Print] Bulgaria
Vernacular TitleErgotropnoto deĭstvie na flavofosfolipola pri ugoiavane na gŭski.
PMID3873134 (Publication Type: Comparative Study, English Abstract, Journal Article)
Chemical References
  • Anti-Bacterial Agents
  • Bambermycins
  • Bacitracin
Topics
  • Animal Feed
  • Animals
  • Anti-Bacterial Agents (pharmacology)
  • Bacitracin (analysis, pharmacology)
  • Bambermycins (analysis, pharmacology)
  • Body Burden
  • Body Weight (drug effects)
  • Feeding Behavior (drug effects)
  • Female
  • Geese (metabolism)
  • Male

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