EC Number |
Natural Substrates |
---|
2.7.9.3 | ATP + selenide |
- |
2.7.9.3 | ATP + selenide |
SelD is a key factor for Se utilization by generating a Se donor compound and therefore discriminating Se from sulfur for further use |
2.7.9.3 | ATP + selenide |
selenophosphate synthetase catalyzes the activation of selenide with ATP to synthesize selenophosphate, the reactive selenium donor for biosyntheses of both the 21st amino acid selenocysteine and 2-selenouridine nucleotides in tRNA anticodons |
2.7.9.3 | ATP + selenide |
selenophosphate synthetase produces the biologically active selenium donor compound, monoselenophosphate, from ATP and selenide, for the synthesis of selenocysteine |
2.7.9.3 | ATP + selenide |
SPS2 |
2.7.9.3 | ATP + selenide |
SPS2 acts as an autoregulator of selenoprotein synthesis, selenocysteine biosynthesis, overview |
2.7.9.3 | ATP + selenide + H2O |
- |
2.7.9.3 | ATP + selenide + H2O |
provides the selenium donor substrate for the rRNA 2-selenouridine synthase reaction |
2.7.9.3 | ATP + selenide + H2O |
the enzyme provides the biologically active selenium donor compound monoseleniumphosphate |
2.7.9.3 | ATP + selenide + H2O |
required for synthesis of selenocysteine and seleno-tRNAs |