Sulfur cycling in plants is essential, not only to distribute this nutrient to the sites of its
demand in growth and development, but also to signal the sulfur status of the plant and to …

Trans-membrane movement of sulfate is a fundamental process that controls delivery of
sulfate to sulfur assimilatory pathways. It is facilitated primarily by the members of the …

This proceedings volume contains a selection of invited and contributed papers of the 9 th
International Workshop on Sulfur Metabolism in Plants, which was hosted by Heinz …

Sulfur is an essential element for plant growth, and plant requirements for sulfur are closely
linked to nitrogen availability and growth rate. Adaptive mechanisms exist to optimize supply …

Skip the header click to show the menu Menu Cart Login Login/Register Institutional Access
Access Options Enter words / phrases / DOI / ISBN / keywords / authors / etc Search Advanced …

Sulfur remains an important issue on the agenda for crop plant nutrition. In addition to
avoidance of sulfur deficiency, which will impact on yield and quality, there are requirements …

Early key research milestones for sulfate transport in plants include the first description of
kinetics of sulfate uptake into plant roots (Leggett and Epstein, Plant Physiol 31: 222–226 …

Sulfur is taken up by the plant and transported in the cell and around the plant mainly as
sulfate. These processes are dependent on the sulfate transporters, and therefore the …

The sulfur requirement of plants varies strongly between species and can be defined as
relative growth rate times the plants' sulfur content. In general sulfate taken up by the roots is …

Sulfur was at the basis of early life on earth as an energy source and as a reactant in
biochemical processes. Remnants of this life under reducing atmospheric conditions are …