• T. Ignatyeva Kharkov State Zoo-veterinary Academy, Kharkov
Keywords: natural resistance, immunostimulants, microclimate, safety, average daily growth, calves, erythrocytopoiesis.


The purpose of the research is to study the influence of an immune-stimulant “Arselan” on resistance, morphological and biochemical indicators of blood of calves on the background of normative microclimate. To achieve this aim we used hygienic, clinical, hematologic, biochemical, immunological indicators, natural resistance, variation and static. The article is devoted to justification of use of different doses of “Arselan” for stimulation of natural resistance in organisms of calves, intensity of their growth and prevention of functional dyspepsia.It is established by the researchers that “Arselan” is the complex preparation (its formulation includes Na and K selenit, interferon, nanoparticles of Ag, Fe, Cu, retinol acetate, £-tocopherol-acetate) at intramuscular introduction, in a dose of 2 mlon the 2nd and the 14th day of life positively influences erythrocyte-poiesis and lymphocyto-poiesis. At parenteral introduction to an organism of calves the preparation affects:-to increase of the content in peripheral blood of hemoglobin on 13,6% (P≤0,05), to increase in quantity of erythrocytes on 17,7% (P≤0,05), leucocytes on 1,4%, platelets on 3,5%;- to strengthen in organisms of calves of synthesis of the general protein on 15,6% (P≤0,05), to increase within standard of activity of ASAT on 6%, ALAT on 3,7%;– to reduce of deficiency of phosphorus inorganic on 16%, calcium on 4%, ferrum et cuprum respectively on 5,4% and 12,1 (P≤0,05), zinc on 3,6%. The application of “Arselan” to calves in the early post-natal period activates proliferation, maturing of blood and lymphoid cells, reducing thus influence of zoohygienic abiotic factors of environment that positively affects average daily growth and high (90-100%) safety.


Download data is not yet available.

Author Biography

T. Ignatyeva, Kharkov State Zoo-veterinary Academy, Kharkov


Волков Г. К. Стресс-факторы и поиск путей снижения их действия на организм животных / Г.К. Волков // Научные труды Чуваской ГСХА. Чебоксары. – 1995. – С. 34–35.

Зуйкевич Т. А. Повышение продуктивности новорожденных телят с использованием пробиотического препарата “Лактимет” / Т. А. Зуйкевич // Уч. записки Витебской гос. академии вет. медицины. Витебск. – 2010. – Т.46. – Вып. 2. – С. 228–229.

Кораблева Т. Р. Влияние фотоиммуностимулятора на функциональную активность нейтрофилов крови телят / Т. Р. Кораблева // Вісник Сумського НАУ. Суми. – 2012. – Вип. 1. – С. 12–15.

Комкова Е. Возможности микроэлементной стимуляции роста и развития молодняка КРС / Е. Комкова // Молочное и мясное скотоводство. – 2009. – №7. – С. 21–23.

Соколов В. Д. Иммуностимуляторы в ветеринарии / В. Д. Соколов // Ветеринария. – 1992. – №2. – С. 49–50.

Плященко С. И. Получение и выращивание здоровых телят / С. И. Плященко, А. Ф. Трофимов. – Минск. – 250 с.

Чорний М. В. Санітарно-гігієнічне забезпечення телят при використанні пробіотиків і антиоксидантів / М. В. Чорний // Ветеринарна медицина України. – 2014. – №9. – С. 30–33.

Щейграцова Л. Н. Продуктивность и резистентность качества телят при использовании иммуностимулирующего комплекса БАВ / Л. Н. Щейграцова // Животноводство и ветеринарная медицина, Горки. – 2011. – №3. – С. 31–35.

Park D. Effects of supplementary enzymes or probiotics on the performance and ammonia gas production in Weanling / D. Park // Korean journal of Animal Science. – 2000. – Vol. 43. –P. 485–496.

Abstract views: 109
PDF Downloads: 49
How to Cite
Ignatyeva, T. (1). RESISTANCE OF CALVES AND THE USE OF IMMUNOSTIMULANT“ARSELAN” ON THE BACKGROUND OF NORMATIVE MICROCLIMATE. Theoretical and Applied Veterinary Medicine, 4(2), 90-94. Retrieved from