The Use of Sedimentary Zeolite for Fattening Pigs

Schlenkina, T M; Lyubin, N.A.; Dezhatkina, S.V.; Sveschnikova, E V; Fasachutdinova, A N; Dezhatkin, M.E.

doi:10.18551/rjoas.2019-12.36

Cited by 6 publications

(7 citation statements)

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“…В ходе исследования было установлено достоверное повышение молочной продуктивности у коров при скармливании добавки: среднесуточный удой повысился на 24,7 % (при р<0,05), количество молочного жира на 16,2 %. Обсуждение В многочисленных исследованиях доказаны взаимосвязи жирнокислотного состава молока с плодовитостью, активностью ферментов и статусом здоровья животных [1,2,3,4,5,7]. Количественные и качественные характеристики жирнокислотного состава молока указывают на выстраивание интенсивности рубцовых процессов, в первую очередь на интенсивность синтеза летучих жирных кислот, а значит на активность и количество полезной микрофлоры.…”

Section: таблица 1 схема физиологического опытаunclassified

“…Такие нарушения в кормлении, как повышение уровня концентратов свыше 60% в рационе, закисленный силос, микотоксины в кормах, уменьшение доли грубых кормов сопровождаются низким уровнем рН в рубце, ингибированием целлюлозолитической активности микрофлоры, снижением переваривания клетчатки и даже отравлениями. В конечном итоге уменьшается количество полезной микрофлоры, снижаются интенсивность бродильных и синтетических процессов в рубце, синтез летучих жирных кислот (в первую очередь уксусной кислоты) и как следствие, возникает закисление организма, сопровождающееся нарушением обменных процессов ВЕСТНИК Ульяновской государственной сельскохозяйственной академии и падением жирности молока [1,2,3,4,5,6,7].…”

Section: Introductionunclassified

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Analysis of the Fatty Acid Composition of Cow’s Milk Against the Background of Modified Diatomite Additives

Ахметова¹,

Sau²,

Merchina³

et al. 2020

Vestnik of Ulyanovsk SAA

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The article presents the results of studying the effect of modified diatomite as part of a complex additive at the ratio of saturated and unsaturated fatty acids in cow’s milk. Production and physiological tests were carried out on the basis of a dairy farm LLC “Agrofirma Tetyushskoe” in the Ulyanovsk region on black-and-white cows of 2...3 lactation. For the physiological experiment, animals were selected by the method of analogues by live weight, number and month of lactation, pregnancy, and physiological state. The complex additive included modified diatomite, diacetophenonyl selenide containing organic selenium (DAFS), sunflower oil, and feed yeast. Additive based on 250 g/head/day mixed with feed once a day was administered in the diet of animals of the experimental group, the other group was a control and received no additive. The additive had an effect on the fatty acid composition of milk and contributed to an increase in the fraction of saturated fatty acids with a short chain. In the fat fraction, the amount of saturated short-chain fatty acids increases by 4.0% due to an increase in the content of capric (by 6.7%), lauric (by 12.3%, P<0.05), myristic (by 13.3%, P<0.05), palmitic (by 17.1%, P<0.05), which is a positive factor and indicates an active synthesis of volatile fatty acids, primarily acetate and 3-hydroxybutyrate. At the same time, there was a sharp decline in the content of stearic (27.3%, P<0.05) and arachinic (27.6%, P<0.05) acids. The milk of cows in the experimental group showed a decrease in the level of monounsaturated fatty acids by 7.4%.

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Section: таблица 1 схема физиологического опытаunclassified

Section: Introductionunclassified

Analysis of the Fatty Acid Composition of Cow’s Milk Against the Background of Modified Diatomite Additives

Ахметова¹,

Sau²,

Merchina³

et al. 2020

Vestnik of Ulyanovsk SAA

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“…Today, the increase and maintenance of high animal productivity mainly associated with the state and prospects for the entire compound feed industry development in Russia. The inclusion of grain feeds in the composition of compound feeds for different types of animals in order of normalized and complete feeding today is one of the main opportunities for increasing their productive effect [1][2][3].…”

Section: Introductionmentioning

confidence: 99%

Silicon-based natural zeolites in feeding store pigs

Lavrentev

Evdokimov

Larionov

et al. 2021

IOP Conf. Ser.: Earth Environ. Sci.

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To realize the genetic potential of pig productivity and balance diets, it is perhaps to use various additives, including silicon-containing zeolite trepel. The novelty of the work - the use of zeolite in feeding as a preventive and therapeutic additive allows you to increase productivity and reduce the cost of feed and feed costs compared to similar additives. For the experiment, 4 recipes of mixed feeds were developed: one without the content of zeolite trepel and 3 with 3, 4, 5% of this additive. It is proved that the best dose of this drug is 3% of the mass of feed. It was found that the body weight gain in II group increased by 13.5%, in III group by 7.2%, and in IV group decreased by 4.41% compared to the control group. The addition of silicon-containing zeolite in the II and III experimental groups did not affect the consumption of mixed feed, and in the IV experimental group, a decrease in the consumption of mixed feed was observed. Feed consumption in the I, III and IV experimental groups decreased by 12.1%, 6.7% and 0.3%.

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“…Нельзя использовать клонирование и методы генной инженерии, трансплантацию эмбрионов в животноводстве. Запрещается использовать упаковку из материалов, которые могут привести к загрязнению продукции и окружающей среды [5,6].…”

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Production of organic products in dairy cattle breeding by feeding natural silicon-containing additives

et al. 2021

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Relevance. Modern livestock breeders face an important task of producing organic products, in Russia this is regulated by the Federal Law “On Organic Products” (from 01.01.2020), it allows producers to enter in the state register and mark the products with the “organic” sign. There is a problem of deterioration of the quality of milk, low content of fat, protein, SOMO, deficiency of macro- and microelements, vitamins, which is associated with a violation of the proper feeding of animals. The use of innovative technologies for the activation and modification of silicon-containing minerals (diatomite and zeolite clinoptilolite) enhances their properties. This makes it possible to use them as an adsorbent, an ion exchanger and a source of readily available silicon and other mineral elements to produce high-quality organic products.Methods. To achieve this goal in the Ulyanovsk region we organized a production experiment in the conditions of a dairy farm of “Agrofirma Tetyushskoe” for a duration of 100 days. Three groups of 50 cows were formed: 1 — control, received only the basic diet (BD), 2 — experimental (BD + supplement based on modified zeolite enriched with amino acids), 3 — experimental (BD + supplement based on modified diatomite enriched with amino acids). The supplement was given once a day in the morning in a mixture with mixed feed, the input rate was 250 g/head/day. For the physiological experiment 5 analog cows were selected in a group. To enrich the minerals a complex of plant-derived amino acids of high purity and biological activity was used.Results. The intake of additives based on silicon-containing natural minerals (zeolite and diatomite), processed with innovative technologies and enriched with plant-based amino acids, increases the level of animal productivity and ensures the yield of organic products of high-quality. It has a prolonging effect.

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The Use of Sedimentary Zeolite for Fattening Pigs

Cited by 6 publications

References 0 publications

Analysis of the Fatty Acid Composition of Cow’s Milk Against the Background of Modified Diatomite Additives

Analysis of the Fatty Acid Composition of Cow’s Milk Against the Background of Modified Diatomite Additives

Silicon-based natural zeolites in feeding store pigs

Production of organic products in dairy cattle breeding by feeding natural silicon-containing additives

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