Influence of Vitamins and Exogenous Enzymes Combination on alleviating Heat Stress in Lactating Ewes under Egyptian Summer Conditions
Hany Gado; SS Almustafa; AZM Salem; FA Khalil; EB Abdalla;
Abstract
The present experiment was designed to study the effects of vitamin mixtures and exogenous
enzymes ZADO® in alleviaties heat stress in ewes in summer temperatures (25-44°C) compared with
winter temperatures (8-22°C). Fifty lactating Ossimi ewes were divided randomly into 5 treatment groups.
In summer, the experiment included four treatments: (i) control i.e., normal summer conditions, no
supplements (control 2), (ii) ewes supplemented with 10 g/head/day of ZADO® mixed in the concentrate,
(iii) ewes supplemented with vitamin AD3E (250 mg/kg BW) and C (45 mg/kg BW) mixture, and (iv)
ewes supplemented with ZADO® and vitamin mixture as above. In winter, the treatment comprised of
assessments only under normal winter condition (8 to 22°C) without any additives (control 1). Blood and
milk samples from each ewe were collected biweekly throughout lactation. Results indicate that plasma
total protein, total lipids and glucose, and milk production and composition were decreased (P<0.01) in
summer compared with winter. Addition of ZADO® increased plasma total protein, glucose, milk production,
protein and lactose as compared with summer control (control 2). Vitamin mixture increased (P<0.01)
plasma total protein, milk production and milk protein, but had no effect on total lipids, glucose, milk
fat and lactose. Combination of vitamin mixture with ZADO® addition increased the ability of lactating
ewes to alleviate heat
enzymes ZADO® in alleviaties heat stress in ewes in summer temperatures (25-44°C) compared with
winter temperatures (8-22°C). Fifty lactating Ossimi ewes were divided randomly into 5 treatment groups.
In summer, the experiment included four treatments: (i) control i.e., normal summer conditions, no
supplements (control 2), (ii) ewes supplemented with 10 g/head/day of ZADO® mixed in the concentrate,
(iii) ewes supplemented with vitamin AD3E (250 mg/kg BW) and C (45 mg/kg BW) mixture, and (iv)
ewes supplemented with ZADO® and vitamin mixture as above. In winter, the treatment comprised of
assessments only under normal winter condition (8 to 22°C) without any additives (control 1). Blood and
milk samples from each ewe were collected biweekly throughout lactation. Results indicate that plasma
total protein, total lipids and glucose, and milk production and composition were decreased (P<0.01) in
summer compared with winter. Addition of ZADO® increased plasma total protein, glucose, milk production,
protein and lactose as compared with summer control (control 2). Vitamin mixture increased (P<0.01)
plasma total protein, milk production and milk protein, but had no effect on total lipids, glucose, milk
fat and lactose. Combination of vitamin mixture with ZADO® addition increased the ability of lactating
ewes to alleviate heat
Other data
| Title | Influence of Vitamins and Exogenous Enzymes Combination on alleviating Heat Stress in Lactating Ewes under Egyptian Summer Conditions | Authors | Hany Gado ; SS Almustafa ; AZM Salem ; FA Khalil ; EB Abdalla | Keywords | ZADO;Enzymes;Ewes;Milk composition;Milk yield;Vitamins | Issue Date | 1-Jan-2014 | Publisher | Animal Nutrition and Feed Technology |
Attached Files
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| Influence of Vitamins and Exogenous Enzymes Combination on alleviating Heat Stress in Lactating Ewes under Egyptian Summer Conditions.pdf | 131.51 kB | Adobe PDF | Request a copy |
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