Saulo Zoca
Saulo Menegatti Zoca is an Assistant Professor and Extension Beef Cattle Specialist in the Department of Animal Science at the University of Tennessee. His program focuses on advancing reproductive efficiency in beef cattle by integrating applied and translational research with producer-driven Extension. Dr. Zoca’s work has examined bull fertility from multiple angles, including the identification of sperm proteins and metabolites associated with fertility, the use of proteomics and flow cytometry to predict reproductive outcomes, and the impacts of nutrition, management, and herd health on pregnancy establishment and loss. Through the coordination of statewide bull and heifer development programs, applied field studies, and educational efforts, his work delivers practical strategies to improve breeding management, enhance herd fertility, and support the long-term sustainability of beef production systems.
- How does bull fertility play a role in overall herd fertility?
- How can new fertility markers, alongside semen quality, improve predictions of bull fertility?
- How can reproductive management strategies be integrated to reduce pregnancy loss and improve fertility in beef cows and heifers?
1000 Main Entrance Drive
Spring Hill, TN 37174
- PhD, Reproductive Physiology, South Dakota State University, 2021
- MS, Animal Science, University of Idaho, 2018
- DVM, Veterinary Science, Sao Paulo State University (UNESP) - Botucatu, 2014
- Agriculture and Natural Resources
Saulo Zoca
1000 Main Entrance Drive
Spring Hill, TN 37174
- PhD, Reproductive Physiology, South Dakota State University, 2021
- MS, Animal Science, University of Idaho, 2018
- DVM, Veterinary Science, Sao Paulo State University (UNESP) - Botucatu, 2014
- Agriculture and Natural Resources
Saulo Menegatti Zoca is an Assistant Professor and Extension Beef Cattle Specialist in the Department of Animal Science at the University of Tennessee. His program focuses on advancing reproductive efficiency in beef cattle by integrating applied and translational research with producer-driven Extension. Dr. Zoca’s work has examined bull fertility from multiple angles, including the identification of sperm proteins and metabolites associated with fertility, the use of proteomics and flow cytometry to predict reproductive outcomes, and the impacts of nutrition, management, and herd health on pregnancy establishment and loss. Through the coordination of statewide bull and heifer development programs, applied field studies, and educational efforts, his work delivers practical strategies to improve breeding management, enhance herd fertility, and support the long-term sustainability of beef production systems.
- How does bull fertility play a role in overall herd fertility?
- How can new fertility markers, alongside semen quality, improve predictions of bull fertility?
- How can reproductive management strategies be integrated to reduce pregnancy loss and improve fertility in beef cows and heifers?