TABLE 37.

Additional aspects of sulfur metabolism

EnzymeEC no.NCU no.BLAST match
Best overallS. cerevisiaeS. pombeAnimalaPlantb
Glutathione S-transferase (microsomal)2.5.1.1801320.1O. sativa Gst/3e-15c2e-123e-15
Glutathione S-transferase (mito.)2.5.1.1806494.1H. sapiens GST13/5e-135e-13
Glutathionine S-transferase2.5.1.1802888.1G. fujikuroi GST/2e-55
MET-10 (unknown function)09311.1S. pombe SPAPB18E9.01/5e-739e-615e-734e-544e-43
Thioredoxin reductase (CYS-9)1.6.4.508352.1P. chrysogenum TrxB/e-132e-120e-113e-103
Thioredoxin00598.1S. pombe SPC57.08c/1e-161e-151e-168e-143e-13
Thioredoxin06556.1P. anserina Trx2/1e-271e-196e-211e-168e-113
Halotolerance PAPS phosphatase (CYS-1?)3.1.3.704069.1S. pombe SPCC1753.04/1e-832e-621e-834e-59
Sulfide dehydrogenase1.8.5.-07112.1A. oryzae BAC55902/3e-1757e-1021e-78
Cysteine desulfurase4.4.1.-04636.1C. albicans NFS1/0.05e-1802e-1771e-157
Methionine sulfoxide1.8.4.6100029.1S. pombe SPAC30.09c/4e-416e-384e-412e-271e-29
  • a Caenorhabditis elegans, Drosophila melanogaster, Mus musculus, or Homo sapiens.

  • b Arabidopsis thaliana or Oryza sativa.

  • c Values below e-10 are represented as —.