5.1.99.3: allantoin racemase
This is an abbreviated version!
For detailed information about allantoin racemase, go to the full flat file.
Word Map on EC 5.1.99.3
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5.1.99.3
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racemization
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allantoinase
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purine
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allantoate
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urate
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sephadex
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nonenzymatic
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uric
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enantiomer
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klebsiella
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deae-cellulose
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utilis
- 5.1.99.3
-
racemization
- allantoinase
- purine
- allantoate
- urate
- sephadex
-
nonenzymatic
-
uric
-
enantiomer
-
klebsiella
- deae-cellulose
- utilis
Reaction
Synonyms
allantoin racemase, AllR, BFW91_04965, HpxA, HpxA enzyme, KPN_01788, Racemase, allantoin
ECTree
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Engineering
Engineering on EC 5.1.99.3 - allantoin racemase
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C79S/C184S
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the double mutation leads to total loss of activity
C184S
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the mutation leads to total loss of activity
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C79S
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the mutation leads to total loss of activity
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C79S/C184S
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the double mutation leads to total loss of activity
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C184S
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the mutation leads to total loss of activity
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C79S
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the mutation leads to total loss of activity
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C79S/C184S
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the double mutation leads to total loss of activity
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E78D
mutant shows diminished catalytic activity affecting kcat and KM for both enantiomers
E78D
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mutant shows diminished catalytic activity affecting kcat and KM for both enantiomers
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additional information
gene insertion mutant, gene hpxA is not essential for growth on allantoin
additional information
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gene insertion mutant, gene hpxA is not essential for growth on allantoin
additional information
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gene insertion mutant, gene hpxA is not essential for growth on allantoin
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additional information
The Pseudomonas protein lacks a cysteine residue (C79 in the Klebsiella pneumoniae AllR sequence) that is essential for the two-base catalytic mechanism of KpAllR. The residue is substituted with glycine
additional information
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The Pseudomonas protein lacks a cysteine residue (C79 in the Klebsiella pneumoniae AllR sequence) that is essential for the two-base catalytic mechanism of KpAllR. The residue is substituted with glycine
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