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Food Animal Production
(National Program 101) in NE
Nutrition, Growth and Physiology
- Methyl Donor Availability in utero and Programming of Postnatal Performance in Beef Cattle
- Methyl Donor Availability in Utero and Programming of Postnatal Performance in Beef Cattle
- Optimizing Nutrient Management and Efficiency of Beef Cattle and Swine
- Identification of Genetic Predictors and Molecular Indicators of Liver Abscesses in Beef Cattle
- Understanding Host, Microbial, Environmental, and Management Factors Towards Methane Mitigation in Ruminants
- US Meat Animal Research Center (Nutrition Growth and Physiology Research Unit) Contribution to Enteric Methane Monitoring – Midwest Area
- Relationships Between Feedlot Steer Activity, Feed Efficiency, Molecular Profiles, and Meat Quality
Livestock Bio-Systems
- Improving Livestock Production through the Development of Precision Rangeland Management Technologies
- Influence of Maternal- and Embryonic- Derived Extracellular Vesicles on the Initiation of Porcine Conceptus Elongation.
- Quantifying Genetic and Non-Genetic Factors Associated with Lamb Growth and Carcass Characteristics
- Applying Nutritional Strategies to Improve Early Embryonic Development and Progeny Performance in Beef Cows
- Discovery of Novel Traits to Improve Efficiency and Sustainability of Different Sheep Production Systems
- Improving Lifetime Productivity in Swine using Systems Biology and Precision Management Approaches
- Improving Robustness and Climatic Resilience in U.S. Sheep Populations through Genomics
- Improving Robustness and Climatic Resilience in U.S. Sheep Populations through Genomics
- Enhancing Boar Fertility in the Face of Climate Change through the Mitigation of In utero Heat Stress
- Use of Gene Knockout Pigs to Understand Reproductive Development in Swine
- Improving Livestock Production through the Development of Precision Rangeland Management Technologies
Meat Safety and Quality
Genetics and Animal Breeding
- Assessing the Utility of Geophones to Determine Animal Activity in Swine Farrowing Pens for Precision Management Monitoring - Stanford University
- Assembly and Annotation of Rumen Protist Genomes to Determine Their Metabolic Contribution and Environmental Presence
- Developing an Ovine Pangenome
- Developing a Genetic Solution to the Billion-dollar Horn Fly Problem
- Developing a Systems Biology Approach to Enhance Efficiency and Sustainability of Beef and Lamb Production
- Genomes to Phenomes in Beef Cattle Research
- Multi-Dimension Phenotyping to Enhance Prediction of Performance in Swine
- Ruminant T2T Workshop 2023
- Support Effort for Developing Scientific Information and New Technology to Solve High Priority Problems for U.S. Beef, Sheep, and Swine Industries
- The Swine Reference Pangenome (SRP) Project
