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In a new study, scientists used nearly every tool in their toolkit—genomics, transcriptomics, greenhouse experiments and ...
Root nodule symbioses with nitrogen-fixing bacteria provide many plants with a source of nitrogen. This study uncovers evidence that changes in the gene SYMRK were involved in the evolution of ...
Root nodule symbiosis enables legumes to grow under nitrogen-limiting conditions where most of non-leguminous plants cannot survive. Researchers in Japan now have a better understanding of how the ...
Root nodule symbiosis enables legumes to grow under nitrogen-limiting conditions where most of non-leguminous plants cannot survive. Researchers in Japan now have a better understanding of how the ...
Legume-rhizobium symbiosis occurs in specialized root organs called nodules. To establish the symbiosis, two major genetically controlled events, rhizobial infection and organogenesis, must occur. For ...
When high dosages of wild-type Rhizobium meliloti RCR2011 were inoculated at two different times, 24 h apart, onto either the primary roots of alfalfa (Medicago sativa L.) seedlings or onto lateral ...
Genetic tweaking Dr Ané and his colleagues have also worked out the evolutionary origin of nodule formation. This is a result of mutations in genes that control the formation of lateral roots in ...
Legumes secretly rely on zinc to manage nitrogen fixation. A new discovery of the zinc sensor FUN could transform crop yields and soil sustainability.
As the root nodule further develops, you see GA accumulating at quite high concentrations and remaining at high levels in the mature nodule." ...
The genomic sequence of nmh 7, a MADS box gene whose expression has been localized to the infected cells of alfalfa (Medicago sativa) root nodules. Plant Physiology 116: 1604. Heard, J., Caspi, M., ...
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