Main conclusion This review highlights the sulfur transporters, key enzymes and their
encoding genes involved in plant sulfur anabolism, focusing on their occurrence, chemistry …

Plants assimilate inorganic sulfur and metabolize it further to organic sulfur compounds
essential for plant growth, development, and stress mitigation. Animals including humans in …

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 essential macronutrient sulfur enters plants as inorganic sulfate, which is assimilated by
reduction to sulfide and incorporation into cysteine or by transfer to various metabolites as …

Sulfur is an essential nutrient for plant growth and development. In plant sulfur assimilation,
cysteine biosynthesis plays a central role in fixing inorganic sulfur from the environment into …

Covering: 1966 to 2012 Sulfur is an essential element that must be assimilated by all
organisms; however, the metabolic pathways for this task vary significantly, even among …

In plants, sulfur is an essential nutrient that must be converted into usable metabolic forms
for the formation of sulfur-containing amino acids and peptides (primary route) and for the …

▪ Abstract Sulfur is essential for life. Its oxidation state is in constant flux as it circulates
through the global sulfur cycle. Plants play a key role in the cycle since they are primary …

Sulfur is an essential nutrient for all organisms. Plants are able to take up inorganic sulfate
and assimilate it into a range of bio-organic molecules either after reduction to sulfide or …

Cysteine synthesis in plants represents the final step of assimilatory sulfate reduction and
the almost exclusive entry reaction of reduced sulfur into metabolism not only of plants, but …