1.21.4.2: glycine reductase
This is an abbreviated version!
For detailed information about glycine reductase, go to the full flat file.
Word Map on EC 1.21.4.2
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1.21.4.2
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selenocysteine
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clostridial
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sticklandii
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eubacterium
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acidaminophilum
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selenium-dependent
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purinolyticum
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selenocysteine-containing
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d-proline
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opal
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selenols
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selenoenzymes
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selenoether
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sporogenes
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selenium-containing
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cylindrosporum
- 1.21.4.2
- selenocysteine
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clostridial
- sticklandii
- eubacterium
- acidaminophilum
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selenium-dependent
- purinolyticum
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selenocysteine-containing
- d-proline
-
opal
-
selenols
-
selenoenzymes
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selenoether
- sporogenes
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selenium-containing
- cylindrosporum
Reaction
Synonyms
glycine reductase, GrdA
ECTree
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Engineering
Engineering on EC 1.21.4.2 - glycine reductase
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C242S
cleavage on the N-terminal side of a cysteine under similar conditions with more extended half-times than wild-type enzyme
C242T
cleavage on the N-terminal side of a cysteine under similar conditions with more extended half-times than wild-type enzyme
C242S
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cleavage on the N-terminal side of a cysteine under similar conditions with more extended half-times than wild-type enzyme
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C242T
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cleavage on the N-terminal side of a cysteine under similar conditions with more extended half-times than wild-type enzyme
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C353
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mutation of potentially redox-active motif UxxCxxC, 44% of wild-type peroxidase activity
C356
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mutation of potentially redox-active motif UxxCxxC, 40% of wild-type peroxidase activity
C359A
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grdD of protein component C, mutant enzyme completely inactive, accessible to iodoacetate only under native conditions, suggesting that Cys359 of GrdD is the thiol responsible for the formation of the acetyl thioester during catalysis of arsenate-dependent hydrolysis of acetyl phosphate
C98S
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grdD of protein component C, activity is unchanged, accessible to iodoacetate only after denaturation
U350
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mutation of potentially redox-active motif UxxCxxC, 60% of wild-type peroxidase activity
additional information
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mutation of potentially redox-active motif UxxCxxC results in still significant, but decreased peroxidase activity
additional information
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mutation of the potentially redox-active UxxCxxC motif in subunit GrdB of the B protein complex results in still signifiant, but decreased peroxidase activity, overview