锌和锰螯合物对肉鸡蛋白质和矿物质交换的影响

V. Sakara, A. Melnyk, F. Markhenkov
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引用次数: 1

摘要

本文介绍了锌锰螯合物在Cobb 500杂交肉鸡体内蛋白质、宏量和微量矿物质交换中的应用结果。政府锌和锰螯合物的剂量的0,2毫升/ l鸡肉鸡23天的年龄(实验1组)14天期间影响总蛋白质含量的增加35岁,3±0,8 g / l,这是与控制- 32相比,高出8% 5±0 7 g / l (p < 0 01)的血清总钙的浓度的肉鸡37-day-old(试验结束)在第一个实验组高7 3%(2,05年±0,06更易/ l)控制- 1相比,9±0,03更易与l。在第二组中,螯合剂以0.4 ml/l的剂量给药,钙含量为2.0±0.02 mmol/l,比对照组高5%。施用锌、锰螯合剂两周后,与对照组相比,第一组血清无机磷水平升高至2.6±0.12 mmol/l(+ 11.5%)。螯合物Zn和Mn以0.2 ml/l的剂量给药后,锌含量比对照组(22.5±0.34 μmol/l)提高了4.3%(23.5±0.2 μmol/l) (p< 0.01)。第二组在螯合剂剂量为0.4 ml/l时,锌浓度为23.6±0.16 μmol/l,高于对照组的4.6% (p< 0.01)。试验结束时,第一组肉鸡血清锰含量为1.9±0.07 μmol/l (p< 0.05),比对照组(第3次取样)1.7±0.06 μmol/l提高了10.4%。第二组中该元素含量为2,0±0,08 μmol/l (p< 0.01),比对照组高16.7%。实验结束时,第一、第二试验组的联剂浓度分别比对照组(7,0±0,37 μmol/l)高12.6、9.3%。与对照组相比,第一组血清铁含量提高了9.3%(19.3±0.69 μmol/l),第二组提高了6.7%(18.8±0.47 μmol/l)。关键词:肉鸡,螯合物,锌,锰,铜,铁,代谢
本文章由计算机程序翻译,如有差异,请以英文原文为准。
State of protein and mineral exchange in broiler-chickens for the use of Zinc and Mangane chelates
The results of the application of a complex of Zinc and Manganese chelates to protein, macro- and micro-mineral exchanges in the body of broiler chickens of the Cobb 500 cross-breed are presented. The administration of Zn and Mn chelates in a dose of 0,2 ml/l for chicken broilers of 23 days of age (1st experimental group) during 14 days influenced the increase in the total protein content to 35,3±0,8 g/l, which is 8 % higher compared with the control – 32,5±0,7 g/l (p<0,01 ) The concentration of total Calcium in serum of broiler chickens 37-day-old (end of trial) was higher in the first experimental group by 7,3 % (2,05±0,06 mmol/l) compared to control – 1,9±0,03 mmol/l. In the second group, where chelates were administered in a dose of 0,4 ml/l of water, the Calcium content was 2,0±0,02 mmol/l, which is 5 % more than the control group. The two-week application of Zn and Mn chelates also led to an increase in the level of inorganic Phosphorus in the serum of the first group to 2,6±0,12 mmol/l (+ 11,5 %) compared with the control group. After administration of chelates Zn and Mn at doses of 0,2 ml/l water, the Zinc content was higher by 4,3% (23,5±0,2 μmol/l) compared to control – 22,5±0,34 μmol/l (p<0,01). In the second group, where the dose of chelates was 0,4 ml/l, the concentration of Zinc was 23,6±0,16 μmol/l, which is more than 4,6 % for control (p<0,01). At the end of the study, the content of Manganese in serum of broiler chickens in the first group was 1,9±0,07 μmol/l (p<0,05), which is 10,4% higher compared with the control – 1,7±0,06 μmol/l (3rd sampling). The level of this element in the second group was 2,0±0,08 μmol/l (p<0,01), which is higher by 16,7 % relative to the control. At the end of the experiment, the coupon concentration in the first and second experimental groups was 12,6 and 9,3 % higher, compared with control, 7,0±0,37 μmol/l. In turn, the serum Ferrum content of the first group was greater by 9,3 % (19,3±0,69 μmol/l), and the second by 6,7 % (18,8±0,47 μmol/l) compared to the bird of the control group. Key words: chicken broilers, chelates, Zinc, Manganese, Cuprom, Ferrum, metabolism.
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