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EC Number
Posttranslational Modification
Commentary
Reference
2.6.1.42
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enzyme activity is associated with an immunoreactive band of 41000 Da, and an immunoreactive band of 43000 Da corresponds to inactive enzyme
662753
2.6.1.42
more
the enzyme is subject to posttranslational modification by reactive oxygen and nitrogen species
758657
2.6.1.42
S-nitrosylation
of the BCAT proteins at the CXXC redox-active motif
758657
2.6.1.42
side-chain modification
S-glutathionylation of the BCAT proteins at the CXXC redox-active motif
758657
2.6.1.42
side-chain modification
S-glutathionylation of the BCAT proteins at the CXXC redox-active motif. Dimerization of BCATc occurs concurrently with GSNO-mediated S-glutathionylation, which is abolished when substituted with the double mutant C335S/C338S. S-glutathionylation of BCATc increases as the environment became more oxidizing. S-glutathionylation of BCATc is a mechanism to preserve BCAT integrity under cellular stress
758657
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