ARS Home
» Research
Plant Genetic Resources, Genomics and Genetic Improvement
(National Program 301) in MO
Plant Genetics Research
- Characterize Rootworm Larvae For BT Tolerance and Artificial Diets for Improved Understanding of Rootworm Biology and Management
- Mapping the Genetic Loci Controlling Highland Adaptation in Maize
- Utilize the University of Missouri Institutional Animal Care and Use Committee
- Institutional Biological Safety Committee (IBC) Agreement - University of Missouri
- Institutional Biological Safety Committee (IBC) Agreement - Donald Danforth Plant Science Center
- Missouri Maize Center - Joint Administration of the Genetics Farm
- Plant Genetics Resources Unit Federal Building Utility Agreement
- Generation and Characterization of Soybean Containing Edited Genes for Seed Quality Improvement
- HOLL Plus Soybean Variety Development
- Accelerating Value-Added Soybean Germplasm Development and High-Level Soybean Genetic Studies Through High-Throughput Seed Analysis Technology
- Evaluating The Benefits of Soybean with High Protein and High Sulfur Amino Acid Content on Gain and Feed Efficiency of Poultry
- Genomics for Improved Soybean Seed Composition
- Development of Soybean Lines Without Both Trypsin and Chymotrypsin Inhibitors
- Establishing Baselines for Soybean Compositions for Plant-based Protein
- Refinement of Trypsin Inhibitor Measurement Procedure to Improve the Assay Consistency Leading to Industry Adoption
- Characterization of Lipid Turnover in Soybeans Over Development
- Molecular Characterization of Soybean for Seed Quality Improvement
- HOLL Plus Soybean Variety Development
- Leveraging Genomics to Enhance the U.S. Soybean Quality Reputation
- Beyond Static Metabolic Maps - Understanding the Cellular Organization and Dynamics of Lipid Flux For Enhanced Seed Oil Production
- Adaptation of Grain Crops to Varying Environments Including Climates, Stressors, and Human Uses
- Environmentally Aware Deep Learning Based Genomic Selection And Management Optimization For Maize Yield
- Redesigning Soybeans for a Resilient Future of Food, Feeds, and Bio-Industry
- Improving Soybean Seed Composition, Plant Productivity, and Resilience to Climate Change Through Biological Network Modification
- The Landrace Heirlooms of Maize of the United States (Columbia, MO)
- Reducing Maize Grain Nitrogen In Support of CERCA, The Circular Economy That Re-imagines Corn Agriculture
- Negative Effects of Protease Inhibitors On Monogastric Animal Growth Performance: Truth or Myth?
- Utilizing Genes from the Soybean Germplasm Collection to Mitigate Drought Stress – Phase II (Columbia, MO)
- Negative Effects of Protease Inhibitors on Monogastric Animal Growth Performance: Truth or Myth?
- Development of Integrative and Big-Data Driven Technologies for Soybean Product Development
- Utilizing Genes from the Soybean Germplasm Collection to Mitigate Drought Stress – Phase II
- Utilizing Genes from the Soybean Germplasm Collection to Mitigate Drought Stress – Phase II
- Heirlooms of the United States, Southeast Evaluation
- Heirlooms of the United States, Midwest Evaluation
- Development of Integrative Big-Data Driven Technologies for Soybean Product Development
- Comparative and Functional Genomics for Gene Disocovery
- Detection and Removal of Anti-Nutritional Components of Dry Beans
- Discovery of Genes and Networks Underlying Seed Development and Seed Composition
