ARS HomeMidwest AreaColumbia, MissouriPlant Genetics ResearchResearch

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**Collaborations**
The Plant Genetics Research has a long and productive history of collaborative research involving stakeholders.

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Current collaborators and projects:
                            Utilizing Genes from the Soybean Germplasm Collection to Mitigate Drought Stress – Phase II                        
                            Development of Integrative and Big-Data Driven Technologies for Soybean Product Development                        
                            Characterization of Lipid Turnover in Soybeans Over Development                        
                            Generation and Characterization of Soybean Containing Edited Genes for Seed Quality Improvement                        
                            Molecular Characterization of Soybean for Seed Quality Improvement                        
                            Inter-Institutional Collaboration with the Donald Danforth Plant Science Center                        
                            Institutional Biological Safety Committee (IBC) Agreement - Donald Danforth Plant Science Center                        
                            Beyond Static Metabolic Maps - Understanding the Cellular Organization and Dynamics of Lipid Flux For Enhanced Seed Oil Production                        
                            Accelerating Value-Added Soybean Germplasm Development and High-Level Soybean Genetic Studies Through High-Throughput Seed Analysis Technology                        
                            HOLL Plus Soybean Variety Development                        
                            Environmentally Aware Deep Learning Based Genomic Selection And Management Optimization For Maize Yield                        
                            The Landrace Heirlooms of Maize of the United States (Columbia, MO)                        
                            Heirlooms of the United States, Southeast Evaluation                        
                            Genetic Regulation of Ovarian Follicular Progression in Japanese Quail                        
                            Establishment and Characterization of Liver Organoids from Layer Chickens                        
                            Evaluating The Benefits of Soybean with High Protein and High Sulfur Amino Acid Content on Gain and Feed Efficiency of Poultry                        
                            Development of Soybean Lines Without Both Trypsin and Chymotrypsin Inhibitors                        
                            Development of Integrative Big-Data Driven Technologies for Soybean Product Development                        
                            Refinement of Trypsin Inhibitor Measurement Procedure to Improve the Assay Consistency Leading to Industry Adoption                        
                            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 (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                        
                            Mapping the Genetic Loci Controlling Highland Adaptation in Maize                        
                            Evaluating the Benefits of Soybean with High Protein and High Sulfur Amino Acid Content on Gain and Feed Efficiency of Poultry                        
                            Plant Genetics Resources Unit Federal Building Utility Agreement                        
                            Institutional Biological Safety Committee (IBC) Agreement - University of Missouri                        
                            Leveraging Genomics to Enhance the U.S. Soybean Quality Reputation                        
                            Development of Gene-editing Technologies in Livestock to Address Agriculturally Relevant Problems                        
                            Discovery, Improvement, and Testing of Genetics that are Socially Acceptable for Genome Editing in Animal Agriculture                        
                            Validate Causative Mutations in Agriculturally-Important Vertebrates                        
                            Evaluating the Benefits of Soybean with High Protein and High Sulfur Amino Acid Content on Gain and Feed Efficiency of Poultry                        
                            Characterize Rootworm Larvae For BT Tolerance and Artificial Diets for Improved Understanding of Rootworm Biology and Management                        
                            Development of Gene-Editing Technologies in Poultry and Other Livestock                        
                            Development of Strategies for Coordinated Expression of Pathway Genes                        
                            Heirlooms of the United States, Midwest Evaluation                        
                            Genomics for Improved Soybean Seed Composition                        
                            Reducing Maize Grain Nitrogen In Support of CERCA, The Circular Economy That Re-imagines Corn Agriculture                        
                            HOLL Plus Soybean Variety Development                        
                            Establishing Baselines for Soybean Compositions for Plant-based Protein                        
                            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                        
                            Utilize the University of Missouri Institutional Animal Care and Use Committee                        
                            Negative Effects of Protease Inhibitors on Monogastric Animal Growth Performance: Truth or Myth?                        
                            Missouri Maize Center - Joint Administration of the Genetics Farm                        
                            Refinement of Trypsin Inhibitor Measurement Procedure to Improve the Assay Consistency Leading to Industry Adoption                        
                            Development of Soybean Lines Without Both Trypsin and Chymotrypsin Inhibitors                        
                            TET3-CXXC Domain is Essential for OrchestratingEpigenetic Status during Early Embryogenesis in Pigs - NFCA