This NSF-funded project uses functional genomics to investigate the process of legume root hair infection by nitrogen-fixing rhizobia. This infection initiates the symbiosis between this bacterium and its host that will result in the de novo formation of a novel organ, the nodule. It is within the nodule that the bacterium fixes nitrogen providing its host plant an advantage in environments where this element is limiting. The establishment of the symbiosis involves a complex interplay between host and symbiont, which is orchestrated by the exchange of diffusible signal molecules.

 

 

 

AgBioForum

Biotech Program at the University of Missouri
Bradyrhizobium Microarray Initiative

College of Agriculture, Food and Natural Resources at the University of Missouri

Christopher S. Bond Life Science Center at the University of Missouri

Donald Danforth Plant Science Center
Educational Resources for the Plant Genome Grant

EMAC

Interdisciplinary Plant Group
Kazusa DNA Research Institute (e.g., L. japonicus genome sequence project)

Legumes Information System
Lotus japonicus website
Medicago truncatula web resources

Missouri Seed Improvement Association 

Missouri Soybean Merchandising Council / Missouri Soybean Association
National Center for Soybean Biotechnology

Rhizobase

Plant Sciences at the University of Missouri

Plant Transformation Core Facility at the University of Missouri
The Samuel Roberts Noble Foundation

Soybase Homepage

Soybean Genetics Newsletter

Soybean Genome Research at MU
SoyMAP: Soybean Physical Map resource

SpotLink: Tool for proteomics data organization and visualization

United Soybean Board

USDA-ARS Plant Genetics Research Unit at the University of Missouri

3rd Annual Soybean Biotechnology Symposium
NSF Functional Genomics of Root Hair Infection
university of missouri • columbia
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