Scientists have discovered a rapid molecular switch in plant roots that allows them to detect dry soils and redirect root ...

They once lived in the Seventh Ward in New Orleans, an area that is traditionally Catholic and a melting pot of people with African, Caribbean and European roots. Edwin Espinal Hernández ...

Root branching, such as the formation of lateral roots (LRs), is an important aspect of establishing root system architecture because it optimizes water and nutrient uptake from the soil environment.

which control lateral root (LR) formation. In Arabidopsis, ARF7 regulates the specification of prebranch sites (PBS) generating LRs through gene expression oscillations and plays a pivotal role during ...

"LSH1/LSH2 enlist a program in a root tissue called the cortex that facilitates the formation of a group of ... this involves inhibiting the default lateral root program, controlling the dynamics ...

Subscribe for FREE Secondly, the sucrose that is transported to the tip of the root then regulates the production of the plant hormone auxin. This hormone drives the rate of formation of new lateral ...

This Is remarkable as it suggests that some bacteria can manipulate lateral root formation independent of primary root development. Thus, this process is likely to be an important bacterial feature, ...

and lateral roots (LRs). Organogenesis begins with the local activation of cell proliferation in the plant body. In the following stages, proliferation is restricted to certain areas, which is ...

A small phenotypic characterization of the primary root phenotype could thus be ... in the longitudinal plane participate in LRP formation. So, if this is correct, the mutations apparently affect ...

von Wirén. Such local ammonium depots have been shown to enhance lateral root formation of field-grown crops as well as the mobilization and uptake of co-supplied phosphate. "Since local ...