• New York, United States of America
  • October 29, 2024

R&D Solutions for Dairy Cattle

 

Dairy farming is an important part of the development of animal husbandry and the dairy industry which has a very important economic value. Conventional breeding methods have inevitable drawbacks, such as low breeding efficiency and waste of germplasm resources. With the rapid development of molecular genetics, modern biotechnology, and bioinformatics and their penetration and application in animal breeding, molecular breeding and modern reproduction technologies have become research hotspots and frontiers in the field of animal breeding and reproduction. In addition, common diseases in dairy cattle such as mastitis and heat stress in cows are also challenges in the dairy industry.

BioVenic's advanced technology platform and extensive experience in animal-related research and development allow us to develop customized dairy cattle breeding and genetic research solutions to produce more calves from elite cows with excellent reproductive performance and shorten the genetic interval. We also offer dairy cattle drug development solutions dealing with common diseases in dairy cattle. Furthermore, our nutritional development solutions for pregnant and lactating cows enable high birth and survival rates as well as high quality and high production of milk. We are devoted to providing services and products to meet our customers' research and development needs.

 

Breeding Goals of Dairy Cattle

Economic Considerations

  • Growth Performance
  • Milk Composition
  • Calving Performance
  • Milk Coagulation Properties
  • Feed Conversion Ratio
  • Milk Yield
  • Longevity
  • Milking Speed

Animal Health Considerations

  • Disease Resistance, Such as Mastitis and Heat Stress
  • Parasite Resistance
  • Immunological Status
  • The Degree of Calving Difficulty

Sustainable Considerations

  • Resource Waste
  • Greenhouse Gas Emission
  • Water Usage

Other Considerations

  • Genomic Stability
  • Genetic Diversity
  • Biosecurity of Genetically Engineered Animals
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