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Study on the effects of different feeding regim on the immune response of cultured marone labrax (fingerlings) to yersinia ruckeri vaccine [electronic resource].

By:

Khalil, R.H

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Language: English Summary language: Arabic Description: P.523-535Other title:

دراسة تأثير ترددات التغذية المختلفة على الاستجابة المناعية لأصبعيات اسماك القاروص المستزرع للتحصين بميكروب اليارسينياروكراى [Added title page title]

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Veterinary medical journal, 2007 v.55 (2) [electronic resource].

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In: Veterinary Medical Journal 2007.v.55(2)Summary: The effect of different daily feeding frequencies or one time (I X). 2 times (2 X) and 4 times (4 X) on total leucocytes, differential leucocytic counts, phagocytic assay, total proteins. albumin. globulin. Al/GI ratio and antibody titers before and after immunization by intraperitoneally injection (IP) of formalin killed Yersinia ruckri vaccine were studied as well as histopathological changes. The results proved that (2 X) feeding frequency causes a marked immunopotentiating effects more than (IX) or (4X) feeding frequencies as well as control groups (I% feeding rates) after IP vaccinations. The immunopotentiating effects of feeding frequencies covered both, the humoral and the cell-mediated immunity response and a marked rise in the antibody liters at day 28 after vaccination which reached to (8.0 ± 0.0) in (2X) feeding frequencies after IP. vaccination

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The effect of different daily feeding frequencies or one time (I X). 2 times (2 X) and 4 times (4 X) on total leucocytes, differential leucocytic counts, phagocytic assay, total proteins. albumin. globulin. Al/GI ratio and antibody titers before and after immunization by intraperitoneally injection (IP) of formalin killed Yersinia ruckri vaccine were studied as well as histopathological changes. The results proved that (2 X) feeding frequency causes a marked immunopotentiating effects more than (IX) or (4X) feeding frequencies as well as control groups (I% feeding rates) after IP vaccinations. The immunopotentiating effects of feeding frequencies covered both, the humoral and the cell-mediated immunity response and a marked rise in the antibody liters at day 28 after vaccination which reached to (8.0 ± 0.0) in (2X) feeding frequencies after IP. vaccination

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