Registration Number
0224U001917,
(0121U108477)
, R & D reports
Title
Investigate the relationship of paratypic factors with the peculiarities of technological support in the production of livestock products
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Дослідити зв'язок паратипових факторів з особливостями технологічного забезпечення при виробництві продукції скотарства
Head
Piskun Viktor I., Доктор сільськогосподарських наук
Registration Date
02-02-2024
Organization
Institute of Animal Husbandry of the National Academy of Agrarian Sciences of Ukraine
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To establish relationship of paratypic factors with features of technological maintenance at manufacture of livestock products
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Probable influence of year, age, average monthly air temperature on the intensity of growth of repair young was established. In unattached housing, the influence of the age of the cow on daily life expectancy was 1.5%, the fat content in milk – 0.6%, the protein content – 1.2%, the number of somatic cells in milk – 1.2%, and for the force of influence was smaller and probably affected only the daily life expectancy and the content of somatic cells in milk. Regardless of the husbandry technology, the percentage of cases of diagnosis of mastitis in cows increases, but the number of cases of mastitis was lower with tethered husbandry. The influence of the month of a cow's lactation on the daily life expectancy for unattached housing was 10%, for the fat content in milk - 1.4%, for the protein content - 10.7%, and for tethered housing - 26.9%, 5, 2% and 16.1%, respectively (Р<0.001). The tendency to increase the incidence of mastitis in the second and third stages of lactation is due to the increase in the age of the animals. When cows are tied, the influence of this factor was 4.6%, 10.4%, and 5.8%, respectively, and when cows are not tied, the degree of influence is lower - 1.02%, 4.15%, and 2. 30%.
Mathematical models of the influence of the total nutrition of the ration, the content of raw and non-digested protein in the rumen, the average daily temperature and air humidity of the environment on the daily yield of milk in terms of basic fat content have been developed. Mathematical models have been developed for forecasting daily milk yield and milk quality indicators depending on paratypic factors.
The established relationships and features of the influence of the technology of keeping and feeding dairy cattle indicate greater energy efficiency of the untethered technology of keeping cows and young animals fed with full-rational feed mixtures. In experimental farms, insufficient attention is paid to balancing feeding rations, especially for young animals, which
Product Description
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ADMIN Oleksandr Ye.
ADMINA Наталія
Antonenko Serhii F.
ZOLOTAREV Andrii P.
KAMYShAN Nataliia V.
OSIPENKO Tetyana L.
POMITUN Larysa I.
Sedyuk Ihor Ye.
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2024-02-02
