How can you protect corn root health and improve your crop’s overall health and eventual yield? Learn about the threats to ...

Plants require phosphorus to grow and survive. In environments with low levels of available soil phosphorus, plants need to ...

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 ...

Lateral luxation treatment for permanent teeth In mature ... A similar method is followed for permanent teeth with incomplete root formation. However, the difference lies in the type of root canal ...

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 roots ...

Along with sugar reallocation, a basic molecular mechanism within plants controls the formation of new lateral roots. An international team of plant biologists has demonstrated that it is based on ...

The open growth strategy involves the spatiotemporal formation of new organs during the entire life cycle such as new lateral roots (LRs) on the primary root axis. The decision to make a new organ ...

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 ...

The formation of nitrogen-fixing nodules in the roots of legumes involves a gene that is usually active in the development of lateral roots, RIKEN plant biologists have found 1. This discovery may one ...