2.1.1.248: methylamine-corrinoid protein Co-methyltransferase
This is an abbreviated version!
For detailed information about methylamine-corrinoid protein Co-methyltransferase, go to the full flat file.
Word Map on EC 2.1.1.248
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2.1.1.248
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methanosarcina
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barkeri
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methyltransferases
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pyrrolysine
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amber
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methanogenesis
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methanogen
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in-frame
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trnapyl
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dimethylamine
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acetivorans
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pyrrolysyl-trna
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aminoacylated
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lysyl-trna
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dimethylarsinic
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synthetases
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arsenite
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monomethylarsonate
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lysrs1
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selenocysteine
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pylts
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synthetase-like
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methylarsonic
- 2.1.1.248
- methanosarcina
- barkeri
- methyltransferases
- pyrrolysine
-
amber
-
methanogenesis
-
methanogen
-
in-frame
- trnapyl
- dimethylamine
- acetivorans
-
pyrrolysyl-trna
-
aminoacylated
- lysyl-trna
-
dimethylarsinic
- synthetases
- arsenite
- monomethylarsonate
- lysrs1
- selenocysteine
-
pylts
-
synthetase-like
-
methylarsonic
Reaction
Synonyms
corrinoid-dependent methylamine methyltransferase, MMA methyltransferase, MMA:CoM methyltransferase, MMA:MMCP methyltransferase, MMAMT, monomethylamine methyltransferase, monomethylamine:coenzyme M methyl transferase, monomethylamine:MMCP methyltransferase, MtmB, mtmB1, mtmB2
ECTree
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Expression
Expression on EC 2.1.1.248 - methylamine-corrinoid protein Co-methyltransferase
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transcription of the mtmB1C1 operon is not affected by the nitrogen source but appears to be increased when trimethylamine is the sole carbon and energy source. Under nitrogen limitation, a 543fold up-regulation of the mtmB2C2 operon encoding MMA methyltransferase 2 is obtained when methanol was used as carbon source, whereas transcription of the homologous mtmB1C1 operon occurs at a constant level independently of the nitrogen source
transcription of the mtmB1C1 operon is not affected by the nitrogen source but appears to be increased when trimethylamine is the sole carbon and energy source. Under nitrogen limitation, a 543fold up-regulation of the mtmB2C2 operon encoding MMA methyltransferase 2 is obtained when methanol was used as carbon source, whereas transcription of the homologous mtmB1C1 operon occurs at a constant level independently of the nitrogen source
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transcription of the mtmB1C1 operon is not affected by the nitrogen source but appears to be increased when trimethylamine is the sole carbon and energy source. Under nitrogen limitation, a 543fold up-regulation of the mtmB2C2 operon encoding MMA methyltransferase 2 is obtained when methanol was used as carbon source, whereas transcription of the homologous mtmB1C1 operon occurs at a constant level independently of the nitrogen source
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