2015•Journal of the South China Agricultural UniversityRequires access

Effects of different selenium sources on production performance,thyroid level and immune function in sows during lactation

Lin Jiny

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Abstract

【Objective】This experiment was conducted to study the effects of different Se sources on production performance,thyroid level and immune function in sows during lactation.【Method】A total of 200LY( Landrace × Yorkshire) binary hybrid multiparous sows( healthy,with similar body condition,close due date,3- 6 parities) were allotted to 10 groups randomly,with 20 replications in each group. Groupone was the control group fed with basal diet without supplementation of Se. The other 9 groups were supplemented with 0. 3,0. 5 or 0. 7 mg·kg- 1Se-containing sodium selenite,yeast selenium or nano-selenium respectively. The whole feeding experiment lasted for 58 days.【Result and conclusion】The birth mass of group supplemented with yeast selenium by 0. 3,0. 5 mg·kg- 1or nano-selenium by 0. 5,0. 7 mg·kg- 1was significantly higher than that of the control group( P 0. 05). The group with 0. 5 mg·kg- 1selenium yeast was significantly higher than those of the control group and the group with sodium selenite in mass of weaning litter,litter mass gain and daily gain( P 0. 05). The effect of different sources of selenium on3,3',5-triiodothyronine( T3) and 3,5,3',5'-thyroxine( T4) mass concentrations in serum of lactation sows and sucking piglets was extremely significant( P 0. 01). Compared with the control group,groups with sodium selenite or selenium yeast,the serum T3 mass concentration of sows fed on the diets supplemented with nano-selenium group significantly( P 0. 01) increased by 29. 52%,17. 24% or 23. 63%,respectively,but the serum T4 mass concentration significantly( P 0. 01) decreased by 24. 71%,30. 88% or 33. 86% respectively. Compared with the group with sodium selenite or selenium yeast,the serum Ig A and Ig M mass concentration of sows fed on the diets with nano-selenium increased by 85. 39%and 79. 35%( P 0. 01) or 24. 19% and 50. 98%( P 0. 01) respectively. Compared with the control group,the serum Ig G mass concentration of sucking piglets from the sows fed on the diets with sodium selenite,nano-selenium or selenium yeast significantly( P 0. 01) increased by 19. 11%,43. 39% or34. 63% respectively,while the serum Ig A and Ig M mass concentration increased by 93. 67%,160. 75%or 132. 91% and 90. 91%,140. 91% or 102. 27% respectively. The results indicate that nano-selenium or selenium yeast supplemented in diets can significantly improve the reproductive performance and immune function of sows,and regulating the secretion of thyroxine.

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【Objective】This experiment was conducted to study the effects of different Se sources on production performance,thyroid level and immune function in sows during lactation.【Method】A total of 200LY( Landrace × Yorkshire) binary hybrid multiparous sows( healthy,with similar body condition,close due date,3- 6 parities) were allotted to 10 groups randomly,with 20 replications in each group. Groupone was the control group fed with basal diet without supplementation of Se. The other 9 groups were supplemented with 0. 3,0. 5 or 0. 7 mg·kg- 1Se-containing sodium selenite,yeast selenium or nano-selenium respectively. The whole feeding experiment lasted for 58 days.【Result and conclusion】The birth mass of group supplemented with yeast selenium by 0. 3,0. 5 mg·kg- 1or nano-selenium by 0. 5,0. 7 mg·kg- 1was significantly higher than that of the control group( P 0. 05). The group with 0. 5 mg·kg- 1selenium yeast was significantly higher than those of the control group and the group with sodium selenite in mass of weaning litter,litter mass gain and daily gain( P 0. 05). The effect of different sources of selenium on3,3',5-triiodothyronine( T3) and 3,5,3',5'-thyroxine( T4) mass concentrations in serum of lactation sows and sucking piglets was extremely significant( P 0. 01). Compared with the control group,groups with sodium selenite or selenium yeast,the serum T3 mass concentration of sows fed on the diets supplemented with nano-selenium group significantly( P 0. 01) increased by 29. 52%,17. 24% or 23. 63%,respectively,but the serum T4 mass concentration significantly( P 0. 01) decreased by 24. 71%,30. 88% or 33. 86% respectively. Compared with the group with sodium selenite or selenium yeast,the serum Ig A and Ig M mass concentration of sows fed on the diets with nano-selenium increased by 85. 39%and 79. 35%( P 0. 01) or 24. 19% and 50. 98%( P 0. 01) respectively. Compared with the control group,the serum Ig G mass concentration of sucking piglets from the sows fed on the diets with sodium selenite,nano-selenium or selenium yeast significantly( P 0. 01) increased by 19. 11%,43. 39% or34. 63% respectively,while the serum Ig A and Ig M mass concentration increased by 93. 67%,160. 75%or 132. 91% and 90. 91%,140. 91% or 102. 27% respectively. The results indicate that nano-selenium or selenium yeast supplemented in diets can significantly improve the reproductive performance and immune function of sows,and regulating the secretion of thyroxine.

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Available abstract

【Objective】This experiment was conducted to study the effects of different Se sources on production performance,thyroid level and immune function in sows during lactation.【Method】A total of 200LY( Landrace × Yorkshire) binary hybrid multiparous sows( healthy,with similar body condition,close due date,3- 6 parities) were allotted to 10 groups randomly,with 20 replications in each group. Groupone was the control group fed with basal diet without supplementation of Se. The other 9 groups were supplemented with 0. 3,0. 5 or 0. 7 mg·kg- 1Se-containing sodium selenite,yeast selenium or nano-selenium respectively. The whole feeding experiment lasted for 58 days.【Result and conclusion】The birth mass of group supplemented with yeast selenium by 0. 3,0. 5 mg·kg- 1or nano-selenium by 0. 5,0. 7 mg·kg- 1was significantly higher than that of the control group( P 0. 05). The group with 0. 5 mg·kg- 1selenium yeast was significantly higher than those of the control group and the group with sodium selenite in mass of weaning litter,litter mass gain and daily gain( P 0. 05). The effect of different sources of selenium on3,3',5-triiodothyronine( T3) and 3,5,3',5'-thyroxine( T4) mass concentrations in serum of lactation sows and sucking piglets was extremely significant( P 0. 01). Compared with the control group,groups with sodium selenite or selenium yeast,the serum T3 mass concentration of sows fed on the diets supplemented with nano-selenium group significantly( P 0. 01) increased by 29. 52%,17. 24% or 23. 63%,respectively,but the serum T4 mass concentration significantly( P 0. 01) decreased by 24. 71%,30. 88% or 33. 86% respectively. Compared with the group with sodium selenite or selenium yeast,the serum Ig A and Ig M mass concentration of sows fed on the diets with nano-selenium increased by 85. 39%and 79. 35%( P 0. 01) or 24. 19% and 50. 98%( P 0. 01) respectively. Compared with the control group,the serum Ig G mass concentration of sucking piglets from the sows fed on the diets with sodium selenite,nano-selenium or selenium yeast significantly( P 0. 01) increased by 19. 11%,43. 39% or34. 63% respectively,while the serum Ig A and Ig M mass concentration increased by 93. 67%,160. 75%or 132. 91% and 90. 91%,140. 91% or 102. 27% respectively. The results indicate that nano-selenium or selenium yeast supplemented in diets can significantly improve the reproductive performance and immune function of sows,and regulating the secretion of thyroxine.

Key concepts: Selenium, Lactation, Animal science, Litter, Weaning, Internal medicine, Thyroid function, Endocrinology

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