Preservation of Brown Cattle Population:

    • Established a brown dairy breed in Ukraine.
    • Created the Sumy intrabreed type of the Ukrainian black and spotted dairy breed.

Substantiation for the Improvement and Protection of the Brown Cattle Population Methodology in the Northeastern Region of Ukraine

Project Manager: Volodymyr Ladyka Doctor of Agricultural Sciences, Professor, Academician of the National Academy of Agrarian Sciences of Ukraine

Project Aim: The project aims to preserve the genetic pool of local and endangered brown cattle breeds, enhancing the set of actions dedicated to their protection. The disappearance of these breeds poses a threat to genetic biodiversity. The comprehensive study of genetic resources for Lebedyn and Ukrainian brown dairy breeds, control of the breeding situation, and improvement of breeding gene pool methods in closed and open populations are key objectives. These actions will contribute to conserving the unique genetic structure of the Lebedyn breed and improving the productive qualities and body types of animals in the Ukrainian brown dairy breed.

Breed Qualities:

Scientific Achievements:

Department: Technology of Production and Processing of Animal Products and Cinology Department

 

Regulation of Food Product Safety and Quality, and Control Systems for Animal and Poultry Diseases:

    • Developed 19 antimicrobial agents, 17 antiparasitic agents, 6 disinfectants, and 5 immunomodulators to regulate safety and quality in food products.
    • Established control systems for infectious diseases in animals and poultry.

Regulation of Livestock Products Quality and Safety through Innovative Methods and Systems for Controlling Infectious Animal Diseases

Principal Investigator: Fotina Tetiana Doctor of Veterinary Sciences, Professor

Project Aim: The project aims to develop control systems for economically significant infectious animal diseases using innovative methods, with a focus on regulating the quality and safety of livestock products.

Objectives:

  1. Monitoring particularly dangerous infectious diseases of farm animals.
  2. Development and implementation of a livestock product quality and safety control and monitoring system.
  3. Scientific and experimental justification for the creation of new therapeutic, prophylactic, and disinfectant drugs.
  4. Economic evaluation of the use of modern antibacterial and disinfectant agents for environmentally friendly and high-quality livestock product production in accordance with international standards.

Key Findings:

  • Development of antimicrobial, antiparasitic, disinfectant, and immunomodulator drugs.
  • Application of developed therapeutic and prophylactic drugs in 15 countries, allowing the production of livestock products free from pathogens, allergens, and GMOs.

Department: Department of Veterinary Examination, Microbiology, Zoohygiene, and Safety and Quality of Livestock Products