Rubrobacter xylanophilus: Rxyl_1696
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Entry
Rxyl_1696 CDS
T00368
Name
(GenBank) 5-oxoprolinase (ATP-hydrolyzing)
KO
K01473
N-methylhydantoinase A [EC:
3.5.2.14
]
Organism
rxy
Rubrobacter xylanophilus
Pathway
rxy00330
Arginine and proline metabolism
rxy01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
rxy00001
]
09100 Metabolism
09105 Amino acid metabolism
00330 Arginine and proline metabolism
Rxyl_1696
Enzymes [BR:
rxy01000
]
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)
Rxyl_1696
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Gene cluster
GFIT
Motif
Pfam:
Hydantoinase_A
Hydant_A_N
Hydant_A_C
MutL
BcrAD_BadFG
Motif
Other DBs
NCBI-ProteinID:
ABG04656
UniProt:
Q1AVC2
LinkDB
All DBs
Position
complement(1719600..1721654)
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AA seq
684 aa
AA seq
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MAYNVAVDVGGTFTDVLVFNEESGELIEDKVLSTPDDPSRGVVEGITAACQKAGISFSDL
HLLFHGTTVVTNMILTNTGSRVGLLTTRGHEQILHLARAWTPGPLYGWMALVKPDSPADP
SDTVGISERIGATGEVIQELDEEEVRKAVRLLVDRGVESLAIGFLNSYVNPAHEMRAREI
AREMFPDLSVSISSDAGQEYGEYERTLTTVVNTAVQPRTVLYMKNFESSIRDRKFGGSLS
IVRSDGGAMSTEAVAERPIQISLSGPSGGVTGSAYLARTIGIPDVLTFDMGGTSTDVSLV
LGGETPLRREIQLGYFQFKVPAVDVHSVGAGGGSIAFVSTSGALQVGPASAGADPGPACY
GRGGEDPTVTDANVVLHRIPPGVALGGTLEMDEGAARRAVGKIADQMSMGVEEAAEAILE
IVNENMHAALRVVSVERGHDPRNFGLVAFGGAGPMHANALGRLIGARPVVVPPTPGVMSA
FGFLSSDIQNEFPETYLRIAEETPASELRRTVEDLVSQANAWLESEGVEEEQKRFDLFAD
CRYYLQNIQIPCRFELDELEGEDCAFLRQRFEEAHRQRYNFDLPDSPLEIATVRVIGRGR
IRGVSLVESENGAGRDASGAVLRTERVYFSGSWVDTPIYQRSRLRPGNVVAGPSIVVQDD
TTTVIEPGYEGSVDSYGNILIGEA
NT seq
2055 nt
NT seq
+upstream
nt +downstream
nt
ttggcatataacgtagctgtagacgtgggaggtacctttaccgacgtcctcgtattcaac
gaggagagcggagagctgatcgaagataaggttctctccacccccgacgacccatcccgg
ggcgttgtcgagggaatcacggctgcctgccagaaagcaggcatctctttctctgacctg
cacctcctcttccacggcaccacggtcgtaacaaacatgatacttacaaacacggggtcg
cgggttggtctgttgacgacccgtgggcatgagcagatcctccatcttgcccgcgcctgg
accccggggcccctgtacggttggatggcactcgtcaagcctgattcgcccgcagatcca
tcagacaccgtgggaatctccgagcgcataggcgccactggagaggttatccaggagctc
gatgaggaagaggttcgcaaagccgtaaggcttctggtcgacaggggagtggagtcgctc
gcaataggtttcctcaactcctacgtcaatcccgcgcacgagatgagggcccgcgagata
gcccgggagatgttcccagacctctcggtttccatatcctctgatgcaggccaggaatac
ggtgagtacgagcgtacgctgaccaccgttgtgaacaccgccgtccagcctcggaccgtg
ctttacatgaagaacttcgagtcttcgataagagatcgaaagttcggaggctctctgagc
atagtacgttctgacggaggggcgatgagcacggaggcggtcgcggagcggccgatacag
atctcgctctccggaccgtcgggcggcgtgacggggtccgcttatctcgccaggaccata
ggcataccagatgttctgacctttgatatggggggcacgtctacggatgtctcgctggtg
ctcgggggagagaccccgctgcggcgcgagatccagctcggatacttccagttcaaggtt
cccgccgtggacgtgcacagcgtgggtgcgggcggtggatctatagccttcgtgtctacc
agcggcgctttgcaggtgggcccggccagcgcaggcgccgatcccggtcccgcctgttat
gggcgtggcggagaggatccaaccgtcaccgacgctaatgtggtgctgcaccgtatacct
cccggcgtggcccttggcgggacactcgagatggacgaaggagcggcccgcagagcggtc
ggcaagatcgccgaccagatgagcatgggtgtcgaggaggccgcagaagccatactcgag
atcgtcaacgagaacatgcacgccgcgcttcgggtggtgagcgtggagcgcggccacgac
ccgcgcaatttcggcctggtagcgttcggcggggcgggaccgatgcatgcaaacgccctg
ggaaggctcattggggcgcggccggtggtcgttcctcctaccccgggcgtgatgagcgct
ttcggctttctctcctcggacatacagaacgagttccccgagacttacctgcgcatcgcc
gaggaaacgccggcctctgagctcaggagaacggttgaggatctcgtctcgcaggccaac
gcctggctggagagcgagggcgtagaggaggagcagaagcgcttcgatctttttgccgac
tgcagatactacctgcagaacatacagatcccctgccgcttcgagctggacgagcttgaa
ggcgaggactgcgctttcctgcgccagcgcttcgaggaggcgcatcgccagcgctataac
tttgaccttccggactctcccctggagatagccaccgttcgggtcataggacgcggtcgg
ataaggggcgtgagcctcgtggagagcgagaacggcgctggacgggacgcttcgggtgcg
gttctcaggaccgagagagtatatttcagcgggtcctgggtcgacactcccatctaccag
cgctcgcgcctgcgccctggaaacgttgttgcagggccttcaatcgtcgtccaggacgac
accacgaccgtcatagaaccggggtacgaggggtcggtggatagctacggaaacatactt
ataggggaggcctag
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