United Animal Health’s research platform brings together microbial science, applied nutrition, and bioactive innovation to develop solutions for modern livestock production. From discovery through on-farm validation, our approach is built to ensure technologies perform under real-world production conditions.
Understanding production challenges requires more than controlled research, it requires visibility into what’s happening in the field. United Animal Health integrates market surveillance into its research approach, identifying patterns, pressures, and emerging challenges across production systems.
Through advanced tools like PathKinex®, we connect microbial and production data to better understand the factors influencing animal health, helping separate signal from noise and guide the development of practical solutions.
Our approach brings together scientific expertise, advanced facilities, and real-world production systems to develop solutions grounded in both precision and application.
Experts in microbiology, nutrition, veterinary medicine, and production systems, translating scientific discovery into practical solutions for livestock production.
Advanced laboratory environments where microbial, nutritional, and bioactive technologies are identified, screened, and refined for real-world application.
Production-scale environments where technologies are evaluated under real-world conditions to ensure relevance and consistency before implementation.
Controlled feeding environments that enable precise diet formulation and large-scale evaluation of nutritional and bioactive technologies.
Ongoing field-based surveillance that identifies emerging patterns, pressures, and microbial dynamics, helping guide research and focus innovation on real-world production challenges.
United Animal Health develops technologies across multiple scientific platforms, including microbial solutions, applied nutrition, and dairy bioactives. By integrating these approaches within a unified research system, we create solutions designed to address the complexity of modern production environments.