The U.S. Congress selected the University of Missouri to host the National Center for Soybean Biotechnology (NCSB) based on our record of interdisciplinary research on soybean genetics, genomic, and related sciences. The ultimate goal of the NCSB is to provide innovative molecular approaches that can be applied toward soybean improvement.
Corn-Soybean Futures Rise as US Econimc Growth Accelerates
February 26th, 2010
February 26th, 2010
Acreage Projections for U.S. 2010 Crops
February 19th, 2010
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February 19th, 2010
Soybean Cyst Nematode Management: Take the Test. Beat the Pest
Here’s the situation: Soybean cyst nematode (SCN) is the worst pest of soybeans in Missouri as well as the USA – negatively impacting an almost $30 billion industry.
Fortunately, this pest can be managed, but farmers must take steps before planting to protect their 2010 soybean crop against these nematodes.
Here’s the situation: Soybean cyst nematode (SCN) is the worst pest of soybeans in Missouri as well as the USA – negatively impacting an almost $30 billion industry.
Fortunately, this pest can be managed, but farmers must take steps before planting to protect their 2010 soybean crop against these nematodes.
Bradyrhizobium japonicum functional genomics
Bradyrhizobium Microarray Initiative team is dedicated towards sharing and dissemination of public information on all aspects of Bradyrhizobium genomics.
Bradyrhizobium Microarray Initiative team is dedicated towards sharing and dissemination of public information on all aspects of Bradyrhizobium genomics.
Soybean Structural Genomics
This project combines the strengths of researchers at Purdue University in Indiana, the Universities of Missouri-Columbia and Arizona, USDA- ARS/Iowa State University, and the National Center for Genome Resources in New Mexico.
This project combines the strengths of researchers at Purdue University in Indiana, the Universities of Missouri-Columbia and Arizona, USDA- ARS/Iowa State University, and the National Center for Genome Resources in New Mexico.
Root Hair Biology
This NSF-funded project uses functional genomics to investigate the process of legume root hair infection by nitrogen-fixing rhizobia.
This NSF-funded project uses functional genomics to investigate the process of legume root hair infection by nitrogen-fixing rhizobia.
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All rights reserved. DMCA and other copyright information. An equal opportunity/affirmative action institution.
Design and support provided by Express Academic Services