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作者（2019）在《Influence of dietary hydrogenated palm oil supplementation on serum biochemistry and progesterone levels in dairy goats》一文中研究指出：The aim of this research was to investigate the influence of hydrogenated palm oil(HPO)added to a dairy goat diet on serum biochemistry and progesterone levels.Thirty pregnant Cilentana dairy goats were equally divided into 2 groups(control [CTR]and HPO groups).After kidding,concentrated feed for both groups was gradually increased up to 400 g/(animal d).and the HPO group received 50 g/(animal·d)of HPO.Supplementation with HPO significantly increased cholesterol levels(mg/dL, 63.80 vs.54.68 at 30 d.P<0.05;78.20 vs.58.00 at 60 d.P<0.05;83.80 vs.57.83 at 120 d.P<0.01)compared with the CTR group although no significant differences were detected for liver and kidney function indicators.Moreover,other biochemical parameters were not affected by HPO supplementation thus suggesting no change occurred in lipid and protein metabolism.Furthermore,a significant correlation was found between progesterone levels and serum cholesterol(r = 0.65,P≤0.01)although these were not significantly higher in HPO supplemented goats.The dose and time of HPO supplementation appears critical as regards assessing the limits between the risks and benefits of HPO supplementation in dairy goats.At the tested dose.HPO was well tolerated by the animals and may represent a useful tool to increase energy availability during highly demanding periods.
Abstract
The aim of this research was to investigate the influence of hydrogenated palm oil(HPO)added to a dairy goat diet on serum biochemistry and progesterone levels.Thirty pregnant Cilentana dairy goats were equally divided into 2 groups(control [CTR]and HPO groups).After kidding,concentrated feed for both groups was gradually increased up to 400 g/(animal d).and the HPO group received 50 g/(animal·d)of HPO.Supplementation with HPO significantly increased cholesterol levels(mg/dL, 63.80 vs.54.68 at 30 d.P<0.05;78.20 vs.58.00 at 60 d.P<0.05;83.80 vs.57.83 at 120 d.P<0.01)compared with the CTR group although no significant differences were detected for liver and kidney function indicators.Moreover,other biochemical parameters were not affected by HPO supplementation thus suggesting no change occurred in lipid and protein metabolism.Furthermore,a significant correlation was found between progesterone levels and serum cholesterol(r = 0.65,P≤0.01)although these were not significantly higher in HPO supplemented goats.The dose and time of HPO supplementation appears critical as regards assessing the limits between the risks and benefits of HPO supplementation in dairy goats.At the tested dose.HPO was well tolerated by the animals and may represent a useful tool to increase energy availability during highly demanding periods.
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