Sulfur is present in the amino acids cysteine and methionine and in a large range of
essential coenzymes and cofactors and is therefore essential for all organisms. It is also a …

The first product of sulfate assimilation in plants, cysteine, is a proteinogenic amino acid and
a source of reduced sulfur for plant metabolism. Cysteine synthesis is the convergence point …

Photoautotrophic organisms must efficiently allocate their resources between stress-
response pathways and growth-promoting pathways to be successful in a constantly …

Despite involvement of melatonin (MT) in plant growth and stress tolerance, its role in sulfur
(S) acquisition and assimilation remains unclear. Here we report that low-S conditions cause …

Sulfur is an essential element for all organisms. Plants must assimilate this nutrient from the
environment and convert it into metabolically useful forms for the biosynthesis of a wide …

The lignin biosynthetic pathway is highly conserved in angiosperms, yet pathway
manipulations give rise to a variety of taxon-specific outcomes. Knockout of lignin …

Plants require several essential mineral nutrients for their growth and development. These
nutrients are required to maintain physiological processes and structural integrity in plants …

Sulfur dioxide (SO 2) and its derivatives are known to be hazardous but their common
application in food, especially the grape industry, is conditionally allowed. Potential hazards …

The ability of plants to release chemicals that affect the growth of other plants offers potential
benefits for weed management and sustainable agriculture. This review explores the use of …

Sulfur is essential in plants because of its presence in numerous molecules including the
two amino acids, cysteine, and methionine. Cysteine serves also for the synthesis of …