E3S Web of Conferences (Jan 2021)

Application of a plant-tissue composition in combination with the use of an aerosol of an electrochemical activated solution of neutral anolyte in the association of respiratory tract infections and wound infections of the distal extremities of cattle

  • Alekseev Anatoly,
  • Petrova Olga,
  • Usevich Vera,
  • Barashkin Mikhail,
  • Milstein Igor

DOI
https://doi.org/10.1051/e3sconf/202125408030
Journal volume & issue
Vol. 254
p. 08030

Abstract

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Bovine respiratory infections occupy the second place in the nosological picture after diseases of the digestive system and cause huge economic damage, which in the Russian Federation, according to our estimates, amounts to several billion rubles a year. Very often, respiratory pathologies in highly productive cows are complicated by wound infections of the distal extremities, which primarily include necrobacteriosis, streptococcosis and staphylococcosis, which also bring economic losses to farms due to reduced animal productivity and culling of highly productive cows.The primary causecontributing to the development of wound infections of the distal extremities in cattle is respiratory infections. According to our long-term observations, all farms where outbreaks of necrobacteriosis were recorded were unfavorable for bovine respiratory infections, such as infectious rhinotracheitis (IRT), viral diarrhea(VD), parainfluenza type 3 (PG-3) and respiratory syncytial infection (RSI). Comprehensive prevention of wound infectionsof the dental extremities of cattle (cattle) should include mandatory prevention of respiratory infections. For complex prevention of mixed infection, we proposed the use of an ECHO (electrochemically activated) solution of neutral anolyte (ANK+) in the form of a fine aerosol in combination with the use of a plant-tissue preparation “Vidoral”, (Patent RU 2,625,022 C2 dated 11.07.2017, copyright holder of the Federal State Budgetary Institution of Higher Education of the UralState Agrarian University ) with immunomodulatory properties.