4.2.1.95: kievitone hydratase
This is an abbreviated version!
For detailed information about kievitone hydratase, go to the full flat file.
Reaction
Synonyms
FsKHS, hydratase, kievitone, KHase, NhKHS
ECTree
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Localization
Localization on EC 4.2.1.95 - kievitone hydratase
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additional information
the enzyme contains a 19 amino acid-long N-terminal signal peptide whose cleavage site is predicted between alanine 19 and lysine 20. Absence of nucleotide cofactors is assumed due to the absence of a conserved nucleotide binding motif
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additional information
the enzyme contains a 19 amino acid-long N-terminal signal peptide whose cleavage site is predicted between alanine 19 and lysine 20. Absence of nucleotide cofactors is assumed due to the absence of a conserved nucleotide binding motif
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additional information
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the enzyme contains a 19 amino acid-long N-terminal signal peptide whose cleavage site is predicted between alanine 19 and lysine 20. Absence of nucleotide cofactors is assumed due to the absence of a conserved nucleotide binding motif
-
additional information
the enzyme contains a 19 amino acid-long N-terminal signal peptide whose cleavage site is predicted between alanine 19 and serine 20. The signal peptide is absent from the predominantly secreted mature enzyme
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additional information
the enzyme contains a 19 amino acid-long N-terminal signal peptide whose cleavage site is predicted between alanine 19 and serine 20. The signal peptide is absent from the predominantly secreted mature enzyme
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additional information
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the enzyme contains a 19 amino acid-long N-terminal signal peptide whose cleavage site is predicted between alanine 19 and serine 20. The signal peptide is absent from the predominantly secreted mature enzyme
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additional information
Fusarium solani 77-13-4 / ATCC MYA-4622 / FGSC 9596 / MPVI
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the enzyme contains a 19 amino acid-long N-terminal signal peptide whose cleavage site is predicted between alanine 19 and lysine 20. Absence of nucleotide cofactors is assumed due to the absence of a conserved nucleotide binding motif
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