Empirical Study of Natural Adsorbents Efficiency in Animal Husbandry under Anthropogenic Heavy Metal Pollution

Marina Kokaeva (), Sergey Kononenko (), Eduard Beslaneev (), Gil midin Tukfatulin () and Natalya Lyashenko ()
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Marina Kokaeva: North Caucasian Mining and Metallurgical Institute State Technological University Russian Federation, Postal: RU
Sergey Kononenko: North Caucasian Research Institute of Animal Husbandry Russian Federation, Postal: RU
Eduard Beslaneev: Kabardino Balkarian State Agrarian University named after V M Kokov Russian Federation, Postal: RU
Gil midin Tukfatulin: Gorsky State Agrarian University Russian Federation, Postal: RU
Natalya Lyashenko: Maykop State Technological University Russian Federation, Postal: RU

Journal of Advanced Research in Management, 2017, vol. 8, issue 3, 583-589

Abstract: Increasing the quality of food products through the prudent use of natural adsorbents is becoming a topical problem in agriculture in conditions of anthropogenic heavy metal contamination The purpose of the study is to work out a method for detoxifying heavy metals by using natural adsorbents such as local zeolite and vitamin C as an example of the implementation of standards and requirements for environmental food safety in animal husbandry in the territories with high anthropogenic pollution Using the analogue method three groups of cows were formed with account of origin age body weight and lactation performance To determine the heavy metal concentration the spectrophotometric method was applied It was experimentally established that in order to enhance the quality of dairy products in the territory with the man made contamination it is advisable to supplement the diets of lactating cows with zeolite and vitamin C the recommended doses are 3 and 0 04 of the dry matter norm respectively Due to the combined use of these natural adsorbents zinc concentration in the cows blood decreased 2 04 times lead 2 53 times and cadmium 3 65 times The cow milk increased in mass fraction of fat by 0 22 and protein by 0 20 at the same time zinc concentration lowered 3 47 times lead 2 76 times and cadmium 3 09 times At that the content of these toxicants in dairy products was lower than the maximum allowable concentration MAC

Date: 2017
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Persistent link: https://EconPapers.repec.org/RePEc:srs:jemt00:v:8:y:2017:i:3:p:583-589

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