Prooxidant-antioxidant balance in the organism of bulls (young cattle) after using cadmium load

Gutyj, B. V.; Stybel, V. V.; Darmohray, L.M.; Lavryshyn, Y. Y.; Turko, I.; Hachak, Yuriy; Shcherbatyy, A. R.; Бушуєва, Інна Володимирівна; Парченко, В. В.; Kaplaushenko, A. G.; Krushelnytska, O. V.

doi:10.15421/2017_165

Cited by 24 publications

(23 citation statements)

References 18 publications

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“…The increase of anthropogenic pollution, which began in the midtwentieth century, is a real danger to all living organisms. The intensity of anthropogenic emissions, as a result of industrial and agricultural development, poses a risk to life in certain regions of Ukraine (Slivinska, 2007;Sachko et al, 2016;Gutyj et al, 2017b;Hashemi, 2018). The dependence of animal and human diseases on adverse environmental changes has been noted by scientists in centuries past.…”

Section: Introductionmentioning

confidence: 99%

Effect of zinc nanoaquacitrate on the biochemical and productive parameters of the organism of rabbits

Бойко¹,

Honchar²,

Lesyk

et al. 2020

Regul. Mech. Biosyst.

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Zinc is an essential microelement for the organism of animals, and its deficiency reduces the synthesis and degradation of proteins, lipids, carbohydrates and nucleic acids, and also decreases the metabolism of vital microelements. The objective of the study was determining the effect of various amounts of zinc nanoaquacitrate on the biochemical parameters of blood and productivity of the organism of rabbits after weaning on 50th to 86th days of life. Compared with the control group, intake of zinc nanoaquacitrate by the animals of the experimental groups exhibited dose-dependent effect on separate biochemical parameters which characterize the processes of lipid and mineral metabolisms, which manifested in the increase in their content in the blood on the 12th, 24th and 36th days of the experiment. Watering rabbits with zinc citrate in the dose of Zn 0.25 mg/kg after weaning determined its physiological effect on the biochemical parameters of their organism, expressed in the most statistically reliable changes compared with other tested amounts, particularly a higher level of the total protein, increase in the activities of glutathione reductase, alanine aminotransferase, catalase and alkaline phosphatase and decrease in the levels of cholesterol, lipid hydroperoxides, compared with the control, which may indicate the positive effect of the applied additives on certain biochemical parameters of the rabbits’ organism. Additional use of zinc citrate in the dose of 0.50 mg/kg of body weight was manifested in their blood by significant increase in the activities of catalase and glutathione reductase, lower level of lipid hydroperoxides and increase in the organism’s growth parameter by 3.1% in the final period of the study. Watering zinc citrate in the amount of 0.75 mg/kg of body weight provoked probable decrease in the level of cholesterol and triacylglycerols and increases in catalase and glutathione reductase, increase in activity of alanine aminotrasferase and decrease in lipid hydroperoxides, which determined the stimulating effect on the growth of the organism with 8.4% higher total gain of body weight after 36 days of the experiment. From a general perspective, the research indicates that intake of lowest amount of zinc citrate was characterized by the greatest effect on the biochemical blood parameters, whereas the use of greater amounts of organic compound of zinc showed positive effect on the processes of growth and development of the organism of rabbits after weaning. Of practical importance is the study of the effect of watering zinc nanoaquacitrate in the physiologically substantiated amounts on biochemical blood parameters and growth and survivability of the offspring and organism of the mother rabbit in the period of lactation.

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Section: Introductionmentioning

confidence: 99%

Effect of zinc nanoaquacitrate on the biochemical and productive parameters of the organism of rabbits

Бойко¹,

Honchar²,

Lesyk

et al. 2020

Regul. Mech. Biosyst.

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“…Результати багатьох досліджень вказують на істотні відмінності в ефектах метаболізму одноразових високих доз і тривалого впливу малих доз кадмію. За умов посиленого впливу сполук кадмію виникає анемія, пригнічення функціонального стану імунної системи інші розлади процесів кровотворення, порушення гомеостазу білків тощо (Mamenko & Portjannyk, 2008;Gutyj еt al., 2016;Gutyj et al, 2017;Lavryshyn et al, 2018;Ostapyuk & Gutyj, 2018;.…”

Section: вступunclassified

Influence of feeding types of cows on the content of heavy metals in milk

Mamenko

Portiannyk

2019

SMLNUVMBA

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Around the industrial cities, the difficult environmental situation is due to the release of pollutants in the atmosphere that contain heavy metals, especially those that are dangerous to the environment, such as cadmium and lead. The increase in the accumulation of pollutant in soils of agricultural land also leads to the use of agrochemicals – pesticides and mineral fertilizers. Under such environmental conditions, it is necessary not only to grow crop production, but also to produce livestock products – milk. The production of environmentally safe, high-quality and competitive on the milk market requires the use of proven technological feeding and animal feeding methods. The selection of the optimal type of feeding of cows reduces the transition of heavy metals into dairy raw materials. In the experiment, it was found that the siln-root-type type of feeding had the smallest transition of Cd and Pb from feed rations into dairy raw materials, the transition factor of cadmium – 0.24, lead – 0.25. The most intense was the migration of Pb from the ration to milk from cows of the first control group with the silo-hinga-co-central type of feeding: the transition factor was 0.39 and Cd was 0.34. A similar situation was observed in cows of the first control groups with males and females feeding type, where the transition factor was 0.36 Cd and 0.34 Pb. The total supply of heavy metals with the diet for different types of feeding practically did not differ. The balancing of dietary rations with the specially developed mineral-vitamin premix “MP-A” contributed to the reduction of the transition of heavy metals Cd, Pb, Cu and Zn into milk, while the highest quality milk was obtained from cows with a haylage type of feeding. As a result of the experiment, it was possible to achieve a positive effect and reduce the content of heavy metals in milk of cows in all farms with different types of feeding animals for optimum quality and safety of milk, which met the requirements of the state standard, which convinces the transition factor, which was in the cows of the second experimental group on Cd 0,09 in animals with a sows-root-type type of feeding; 0.10 – silo-haylage; 0.12 – silage-hay type and 0.15 with silo-haylage-concentrate type, respectively; Pb – 0.01 in cows with a hill-and-hay type of feeding; 0.07 – silo-haylage-concentrate; 0.08 – silo-root crop and 0.09 with silo-hay type respectively; Cu – 0.01 in cows with silo-haylage and silo-root-crop type of feeding; 0.02 with silo-haylage-concentrate and silo-hay type respectively; Zn – 0.05 in animals with males and haylings type of feeding; 0.06 – silo-haylage-concentrate; 0.08 – silo-root crop and 0.010 with silo-hay type, respectively. In the third experimental group of cows, the average transition factor of heavy metals from milk to Cd, Pb, Cu and Zn was 0.04. The use of premix and bio-preparation has reduced the transition of heavy metals from milk to an average of 1.5–4.3 times. Productivity of animals was on average in cows of the second and third experimental groups of 17–22 kg per day compared with the control group – 14 kg. The content of Cd in the milk of dairy cows with a hay-concentrate-feeding type was 0.053 mg/kg in the first control group, in the second experimental group, where the mineral-vitamin premix “MP-A” was additionally fed to 0.024, and in the third, where Subcutaneous injection of biologically active drug “BP-9” was used up to 0.014 mg/kg; Pb from 1.794 mg/kg – to 0.331 and 0.032 mg/kg respectively; Cu from 2.63 mg/kg to 0.34 and 0.35 mg/kg respectively; Zn from 8.74 mg/kg to 4.97 and 3.87 mg/kg, respectively. Feeding cows to antioxidant premix allows approximately 2–2.5 times to reduce the transition from diet to dairy raw materials that are hazardous to animal health and the quality of milk toxicants for any type of feeding. Future studies are aimed at studying the effects of different types of feeding, taking into account the balancing of diets with a special premix for the production of high-quality, environmentally safe milk.

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“…Переробка та зберігання зернофуражу підвищеної вологості є однією з важливих проблем кормовиробництва, особливо в Карпатському регіоні з огляду на його надмірну зволоженість, тому у зв'язку з інтенсифікацією тваринницької галузі консервування кормів набуває все більшого значення. Розробка нових технологічних прийомів консервування зерна підвищеної вологості, пошук консервантів біологічної природи є актуальним, особливо для практики кормовиробництва та годівлі сільськогосподарських тварин у Карпатському регіоні (Konyukhov et al, 2004;Hlushko, 2006;Kulyk, 2006;Kashirskaja et al, 2017;Gutyj et al, 2017;Darmohray et al, 2018).…”

Section: вступunclassified

The effectiveness of the use of probiotics for wet maize grain preserving

et al. 2018

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The process of processing and storage of high moisture grain is one of the important problems of forage production, especially in the Carpathian region due to its excessive moisture, therefore, due to the intensification of the livestock industry, the conservation of feed is becoming increasingly important. The purpose of the research was to determine the effect of different doses of bacterial preparation KT-L 18/1 (produced by Chernihiv ISMAV NAAS) on the preservation of nutrients and microbiological parameters of maize grain of high humidity in dynamics. The investigation of influence different doses of bacterial preparation KT-L 18/1 on the nutrients and microbiological parameters protection in maize grain with high humidity were realized in the laboratory of animal feed and feed technology (containers with maize grain, treated with different doses of microbial preparation KT-L 18/1, were laid, their chemical composition and microbiological parameters were determined). The control was grain without drying and with the addition of a chemical preservative CAS. During storage of treated maize grain were determined their chemical composition, content of main fermentation acids, and microbiological parameters. It was found that dry matter reduce, an integral feed nutrition indicator, in maize grain samples, treated with KT-L-18/1 and chemical preservative were 1.0 and 1.1% respectively. The lowest number of harmful micromycetes was noted by using the KT-L-18/1 at dose 8 ml/kg. It was found that using of chemical preservative CAS suppresses all investigated microorganisms, including lactic acid bacteria. Probiotic preparation KT-L-18/1 at dose 8 ml/kg wet maize grain provides to nutrients preservation same level like chemical preservative through active development of lactic acid microorganisms. It is advisable for final conclusions to carry out the testing of this preparation during the harvesting of wet ivy corn grain under production conditions and in experiments on animals.

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Prooxidant-antioxidant balance in the organism of bulls (young cattle) after using cadmium load

Cited by 24 publications

References 18 publications

Effect of zinc nanoaquacitrate on the biochemical and productive parameters of the organism of rabbits

Effect of zinc nanoaquacitrate on the biochemical and productive parameters of the organism of rabbits

Influence of feeding types of cows on the content of heavy metals in milk

The effectiveness of the use of probiotics for wet maize grain preserving

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