Agustin G Rius
Specialization: Nutritional and Environmental Physiology
As nutritionist, I have a long-term interest in macronutrients because amino acids, carbohydrates, and lipids play a variety of roles on production, immunity, and health. We investigate physiological, metabolic, and molecular changes elicited by heat stress in dairy cows and calves. Our findings strongly suggest that the intestinal barrier function is severely impaired and a critical target to develop interventions to mitigate heat stress effects on bovine productivity and well-being.
Honors and Awards:
2019 - High Impact Early Career Researcher
2017 - UTK Student/Faculty Research Award
2013 - Animal Science Award - New Zealand Society of Animal Production
Service to Professional Associations:
2021/2023 - Annual Meeting Programming Committee - Ruminant Nutrition, American Dairy Science Association
2021 - 2022 - President - Southern Branch, American Dairy Science Association
The focus of my research program is to understand the role of nutrients, hormones and regulatory mechanisms of key metabolic pathways to improve nutrient use efficiency in growing and lactating animals.
Comparative Animal Nutrition (ANSC330/338)
Comparative Nutritional Biochemistry and Metabolism (ANSC431/531) Dairy Management (ANSC 482)2506 River Dr
Knoxville, TN 37996-4574
- Doctorate, Animal Sciences, General, Virginia Polytech Inst & St Un, 2009
- MS, Animal Sciences, General, University of Illinois Urbana*, 2004
- Doctorate, Veterinary Medicine, General, Other, 1996
Agustin G Rius
2506 River Dr
Knoxville, TN 37996-4574
- Doctorate, Animal Sciences, General, Virginia Polytech Inst & St Un, 2009
- MS, Animal Sciences, General, University of Illinois Urbana*, 2004
- Doctorate, Veterinary Medicine, General, Other, 1996
As nutritionist, I have a long-term interest in macronutrients because amino acids, carbohydrates, and lipids play a variety of roles on production, immunity, and health. We investigate physiological, metabolic, and molecular changes elicited by heat stress in dairy cows and calves. Our findings strongly suggest that the intestinal barrier function is severely impaired and a critical target to develop interventions to mitigate heat stress effects on bovine productivity and well-being.
Honors and Awards:
2019 - High Impact Early Career Researcher
2017 - UTK Student/Faculty Research Award
2013 - Animal Science Award - New Zealand Society of Animal Production
Service to Professional Associations:
2021/2023 - Annual Meeting Programming Committee - Ruminant Nutrition, American Dairy Science Association
2021 - 2022 - President - Southern Branch, American Dairy Science Association
The focus of my research program is to understand the role of nutrients, hormones and regulatory mechanisms of key metabolic pathways to improve nutrient use efficiency in growing and lactating animals.
Comparative Animal Nutrition (ANSC330/338)
Comparative Nutritional Biochemistry and Metabolism (ANSC431/531) Dairy Management (ANSC 482)