Peculiarities Of Metabolism In Young Pigs When Using Zeolite-Containing Additives.

Research Journal of Pharmaceutical, Biological and Chemical Sciences

article

Talyzina Tatyana L¹  Gamko Leonid N¹  Talyzin Viktor V¹  Podolnikov Valery E.¹ 

[1] Bryansk State Agrarian University

关键词: zeolite (clinoptilolite);    zeolite-whey additives;    young pigs;    productivity;    mineral elements;   

DOI  :  10.33887/rjpbcs/2019.10.3.43

学科分类：工程和技术（综合）

来源: Research Journal of Pharmaceutical, Biological and Chemical Sciences

【 摘 要 】

The article presents the results of studies of two experiments on young pigs when fed in thecomposition of the feed mixture of zeolite (clinoptilolite) and zeolite-whey additives. The intake ofmetabolizable energy and digestible protein with feed rations in the first and second experimentscorresponded to the physiological norm. It was established that when fed to the experimental group 6% of thedry matter of the diet of natural zeolite contributed to an increase in the average daily gain of 7.46%, anincrease in the amount of muscle tissue by 3.5% due to protein and a decrease in fatty tissue by 5.6% and.When fed to young pigs of the experimental group in the composition of the diet of 3% zeolite-serumsupplement, the average daily gain was higher by 25.5% (P<0,05) in comparison with the control group. Thestudied additives contributed to the change in the micromineral composition of tissues in experimentalanimals in comparison with the control ones. So, with the introduction of a zeolite-serum additive in the dietat a dose of 3% in the liver of young pigs, the concentration of zinc increased by 17.9% (P<0,05), while reducingchromium by 55.9% (p <0, 05); in muscle tissue, the copper content increased by 31.9% (P<0,05. When feeding6% of the zeolite additive, an increase in copper concentration by 12.5% (P<0,05) was found in the liver, andlead level decreased by 10, 94% (P<0,05) and cadmium by 20.9% (P<0,05); cobalt concentration in muscletissue increased by 33.3% (P<0,05), and manganese increased by 70.0 % (P<0,05) while reducing nickel by25.2% (P<0,05), lead by 72.4% (P<0,01), and cadmium by 53.3% (p <0 , 01) in comparison with similarindicators in the control group of animals.

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