Halomonas alkalicola: B6N23_10825
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Entry
B6N23_10825 CDS
T09267
Name
(GenBank) hydantoinase/oxoprolinase family protein
KO
K01473
N-methylhydantoinase A [EC:
3.5.2.14
]
Organism
halw
Halomonas alkalicola
Pathway
halw00330
Arginine and proline metabolism
halw01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
halw00001
]
09100 Metabolism
09105 Amino acid metabolism
00330 Arginine and proline metabolism
B6N23_10825
Enzymes [BR:
halw01000
]
3. Hydrolases
3.5 Acting on carbon-nitrogen bonds, other than peptide bonds
3.5.2 In cyclic amides
3.5.2.14 N-methylhydantoinase (ATP-hydrolysing)
B6N23_10825
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Gene cluster
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Motif
Pfam:
Hydantoinase_A
Hydant_A_N
Hydant_A_C
Motif
Other DBs
NCBI-ProteinID:
WLI72289
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Position
2266567..2268660
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AA seq
697 aa
AA seq
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MARIGGDVGGTNTDIILETFSSDSVGAGTFRHKVPSTTQDQSIGVLQGVLEVCDKAGIQR
SEVSTIVHGTTVATNISIEHNGAEVGMLTTKGFRDILHIGRHKRPHNFSLHFDVPWQSNP
LVKRRHRIPISERILPPSGEVEVPLDEEEVRQAARKFKDAGIKSVIVGFLFSFLNKDHEL
RAKEIVLEEMPDAYVCCSCEVVDAMREYERFSTTAMNAYVGPKTSMYLNNLERQLKEHGI
DADLRIIQSNGGLATVDSCCEKPVNILMSGPAGGVIGGSFFADLDAEKNIITVDIGGTSA
DISTLAEGDIKIMNPRDSYVAGHPVMVPMIDLITIGAGGGSIAYIDEAGGFQVGPRSAGS
MPGPACYGRGGEEPTVTDANILLGRLDPDQMLGGDLKIDASLSHKAIKEKIADPLGMSVK
DAALGIIKIVNNNMALAIRSNSVARGVDPREFMLMPFGGAGPVHGPALAEEVNAKGVIAP
PAPGITSAAGLLTTSLQYEVTRSYLCELTSIRGNQFEVLQSLLKDLDDEATNKLIKDGVE
PSHIRLTRFAECRYHGQGFELRAEIPDGELSSDSIQQVIENFHRQHDTDYGYRYDEAEVE
LVTLRVVGESASRILEWKELAPAEGNSLEEAFMYERETTFDAGQTLITPRYDRSKLMRGH
VISGPALIMQDDSTSLVPPGWSASVSRFGNLMISKSS
NT seq
2094 nt
NT seq
+upstream
nt +downstream
nt
atggctcgtattggaggagatgtcggagggaccaacaccgatatcattctggagactttc
tcttctgattccgtaggcgctggaaccttccggcacaaggtgccgagtacgacgcaggac
cagtcgataggcgttctgcaaggtgttctggaggtatgtgacaaggcaggaatccagagg
agtgaggtcagcactatcgtgcacggcacaaccgtggcgacgaatatctccatagaacac
aacggggccgaagtgggcatgctgaccaccaagggcttcagggatattctccatatcggc
aggcacaagcggcctcacaacttttccctccactttgatgttccctggcaatccaatccg
ctggtgaagcgacggcaccgaattcccatttccgagcgaatcctgcccccctccggtgag
gtggaagtgcccctcgatgaagaagaggtccggcaggcagccagaaaattcaaggacgca
gggatcaagtcggtaattgtcggttttctcttctcctttctcaacaaggaccatgagctc
agggcgaaagagatcgtactggaagagatgccggacgcttatgtgtgttgctcatgtgaa
gttgtagatgccatgagggaatacgagcggttttccaccaccgcgatgaacgcctatgta
ggtcccaagacatcaatgtacctgaataatctcgagcgtcagctcaaggagcatggcatt
gatgctgacttgagaatcattcaatccaatggcgggctagcgacagtagatagctgctgt
gagaagccggtaaatattctgatgtcagggccggccggcggtgttatcggtggaagcttc
tttgccgatctcgatgcggaaaagaatattatcaccgtggatatcggtgggacctcggcc
gatatatctaccctggcagagggtgatatcaagatcatgaatccacgggattcttatgtg
gctgggcatccggtgatggttcccatgattgacctgatcaccatcggtgccggcggtggt
tcaattgcctatatcgatgaggcaggtggttttcaggtgggaccgcgctcggcggggtca
atgcctggcccggcctgctatgggcgtggaggggaagagccgacggtaacagacgccaat
attcttctgggccggctggatccggaccagatgctgggtggggatctgaagatcgacgct
agcctgtcccataaggccatcaaggaaaagattgctgaccccctcggaatgagtgtcaag
gacgctgcgctcggaataatcaagatcgtcaataacaacatggcacttgccattcgctcc
aattcggtcgccaggggagtggaccccagggagttcatgctgatgccattcggaggggct
gggcccgttcatggcccagcactggcagaggaagtgaatgcaaaaggcgtgatcgcccct
cctgcacctggcatcacgtcagccgccgggctgttgaccaccagccttcagtacgaggtg
acgaggtcatatctgtgcgaactgacctcaattcgtggcaatcagttcgaggtgcttcag
tcgctgctcaaggatcttgatgacgaggccacaaacaagctgatcaaggatggtgtggag
ccttctcacatcagactgactcggtttgccgagtgtcgctatcatggccaaggcttcgag
cttcgagccgaaataccagacggtgaactgagcagcgattcgattcaacaagtgatcgag
aatttccaccggcagcatgataccgattacggctatcgatacgatgaggctgaagtcgag
ctcgtgacacttcgtgtcgtcggcgagtctgcctcaagaattctggaatggaaggagctg
gcgccagccgaaggcaacagtcttgaagaagctttcatgtatgaaagagaaaccacgttt
gacgctggtcaaactctcattacgcctcgctacgaccgaagcaaactcatgaggggccat
gttatttccggtcctgcactgatcatgcaggatgactccacgtctctagtgccgccgggg
tggagcgcatctgtatcaagattcggaaatctgatgatctcgaaatccagctaa
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