Methanolobus mangrovi: RE476_09490
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Entry
RE476_09490 CDS
T09569
Name
(GenBank) hydantoinase B/oxoprolinase family protein
KO
K01469
5-oxoprolinase (ATP-hydrolysing) [EC:
3.5.2.9
]
Organism
mmav
Methanolobus mangrovi
Pathway
mmav00480
Glutathione metabolism
mmav01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
mmav00001
]
09100 Metabolism
09106 Metabolism of other amino acids
00480 Glutathione metabolism
RE476_09490
Enzymes [BR:
mmav01000
]
3. Hydrolases
3.5 Acting on carbon-nitrogen bonds, other than peptide bonds
3.5.2 In cyclic amides
3.5.2.9 5-oxoprolinase (ATP-hydrolysing)
RE476_09490
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GFIT
Motif
Pfam:
Hydantoinase_B
Hydantoinase_A
Hydant_A_N
Hydant_A_C
zf-C2H2_12
DUF7529
Motif
Other DBs
NCBI-ProteinID:
WMW21616
UniProt:
A0AA51YG43
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All DBs
Position
1959303..1962953
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AA seq
1216 aa
AA seq
DB search
MSSKNEKWQFWIDRGGTFTDIVARKPDGRLIAHKLLSVDPEHYADAAMHGIRTLLGIETE
STMPTEIISSIKMGTTVGTNALLERKGEPTALVITEGFRDSLRIGYQNRPDIFALKIELP
DLLYDEVIEIRERYSASGEELVALDVEDARKGLERIYSHGIRSLAIVLMHAYRYPEHELQ
LRKIAEDIGFTQISLSHEVSPLMKLISSGETTVVDAYLSPVLRRYIDMIGDTLEAGGDNT
KLMFMQSNGGLVEAAQFKGKDCILSGPAGGIVGAVETSVMAGFEKVVTFDMGGTSTDVAH
YNGEYERSFETEVAGVHLRSPMLYIHTVAAGGGSILHFDAGRFRVGPDSAGSEPGPACYR
KGGPLTITDCNLMLGKIDPQHFPHVFGHSADMPLDTVAVKRKFSALAEEVSIFTGEKHSA
EQVAEGFLKIAIENMANAVKRISIQRGYDIKDYALCCFGGAGAQHACGVADALGIKRILI
HPFAGVLSAYGMGLADQRIMKEHAVEKKLGRELIAEIRAIAAELEKSGREEMLMQGVSDM
DISALHKVHVKYQDAGTSIIVDLGNEEEIRNHFENEHKSRFGFTMENKELVIEAVSTEVI
GAGESMQESKIVDVIMEKAGKLPDTTMYTCGAFHSTPVYRREELVTGTETGVIGPAIIVE
TNTTVVIEPGWKAEITDNKELVLERTIPLPKRESVDTEADPVMLEIFNNRFMSIAQQMGY
TLQNTSYSVNIKERLDFSCALFDEAGNLIANAPHIPVHLGSMGEGVRSIIRKFPDMESGD
VFMLNSPFEGGTHLPDITVVTPVFREGRVAFYVASRGHHADIGGITPGSIPPESRHIEEE
GVLTSGQKIVWQGKFLENEMKEWLASGKYPARNPFQNIADLKAQVAANEKGARELEKLVE
HFSMETVQAYMQHVMDNAEESVRRVIEVLKDGEYSLSFDDGTVIHVRVNIDHMERTAHID
FTGTSRQHPGNMNAPVAVCKAAVLYVFRSLVEKDIPLNEGCMRPLMLTIPEKSILNPEYP
AAVVAGNVETSQYIVDALFGALGVMAGSQGTMNNFTFGDEEFQYYETICGGSGAGDGFDG
TNAVQTHMTNSRITDPEVLEWRFPVRLEEFSVRKGSGGGGEYSGGCGVVRKIRFLRPMRA
AIISSHRKIPPAGLNGGENGKVGHNYVVRAGEIMNADGKIEELEGRALVDMNKGDLFVVE
TPGAGGFGQRRKESIK
NT seq
3651 nt
NT seq
+upstream
nt +downstream
nt
atgtcctcaaaaaatgaaaaatggcaattctggatagacagaggaggtacattcaccgat
attgttgcccgcaaacccgacggacgactgattgcacataagcttctgtcagtggacccg
gaacattatgcagatgctgcaatgcacggtatcaggaccttacttggaatagaaaccgaa
tccacgatgccaacggagatcatatcgtcaatcaagatgggaaccactgttggaactaat
gcattgcttgaacgtaaaggagagccaacagcacttgttattacagaaggcttcagggat
tcactgaggattggataccagaacaggcctgatatctttgctttgaaaattgaactgccg
gacctgctctatgatgaggtcatcgagataagggaacgctacagtgcatcaggtgaagaa
ctggttgcccttgatgtggaggatgccaggaagggacttgaaaggatatattcccatgga
atacgctcgcttgccatcgtccttatgcatgcataccgttatcctgaacatgaacttcag
ctcaggaaaattgcagaggatatcggttttacccagatatcactttcacacgaagtcagc
cctttgatgaagcttataagcagcggagagacaactgttgtagatgcttatctttccccg
gtgctgcgaagatatatagacatgataggcgacactcttgaagccggcggagataataca
aagctaatgttcatgcagtccaacggcggactggtggaagctgcacagttcaaaggaaag
gactgtattctttcaggaccagccggaggaatagttggagctgtggaaacatccgtaatg
gcaggctttgagaaagttgtgacttttgatatggggggaacatccactgatgtagcccat
tacaacggagaatatgagaggagttttgagacagaagttgcaggcgttcacctgcgctca
cccatgctttatattcatacagtggcagcgggtggaggttccatacttcatttcgatgca
gggagattcagggttggaccggattccgcaggttctgagccgggacctgcttgttaccgt
aagggcggaccactcacaattaccgactgtaacctgatgctcggaaagatagatccacag
catttcccacatgtattcggccacagtgcagacatgccacttgatactgttgctgtgaag
aggaagttctcagcccttgcagaagaggtcagtatatttactggggagaagcacagtgct
gagcaggttgccgaaggattcctgaaaattgccattgagaacatggcaaatgccgtcaaa
agaatatccatccagcgtgggtatgacataaaggattacgccctttgctgctttggagga
gcgggggctcagcatgcatgtggtgtcgcggatgctcttggaattaagagaatattgata
catccctttgcaggagtgctttctgcatacggaatgggacttgcggaccagcgtataatg
aaagaacatgctgtggaaaagaaacttggaagagaacttatagcagaaatccgggccatt
gctgctgaactggaaaaaagcggccgggaagagatgctcatgcagggcgtttcagatatg
gatataagtgcactgcataaggtccatgtcaagtatcaggatgctggaacttctattatt
gttgaccttgggaacgaggaagagatcaggaaccactttgaaaatgagcataagagccgt
tttggctttaccatggaaaacaaggaacttgtgatagaggcggtttccactgaggttatt
ggtgcaggagaatctatgcaggaatccaaaatagtggatgttatcatggagaaagcaggc
aagctacctgataccaccatgtacacctgcggtgcttttcacagcacacctgtttacagg
agggaagaacttgttaccggaacggaaaccggggttattggacctgctattatcgtggaa
acaaatactactgttgtaatcgaaccgggatggaaggccgagattacggataataaggaa
ctggtgcttgaaaggactatacccctgcctaagagggaatctgttgatactgaagcagac
ccggtgatgcttgagatattcaataacaggttcatgtccattgcacagcagatgggatac
acactccagaatacatcttattctgtgaatatcaaggagaggcttgacttctcatgtgcc
ctttttgacgaggccgggaatctaattgccaacgcgcctcacatacctgtgcatcttgga
tctatgggggaaggtgtcaggtcgataatcaggaaattcccagatatggaatcaggagat
gtttttatgctcaattctccctttgaaggcgggacgcatctccctgatattacggtcgtt
actcctgttttccgtgaaggcagggttgcattctatgtggcttcaagggggcatcatgcg
gatattggaggaattacaccggggtccattccaccggaaagcaggcatatcgaggaggag
ggcgtgctgaccagtgggcagaagatagtctggcaggggaagttccttgaaaatgagatg
aaagagtggctggcttcgggaaaatatccggcacgtaatccattccagaatatagcggac
ctgaaggcacaggttgccgccaatgagaagggcgccagggagcttgaaaagcttgttgaa
catttttccatggaaacggtacaggcatacatgcagcatgtgatggataatgcggaagag
tcggtgagaagggttatcgaggtccttaaggacggggaatactcactttcctttgatgac
gggacagttatccatgtgagggttaacattgaccacatggaaaggacagcacacatcgat
ttcaccggaacttccaggcagcatccaggtaatatgaatgctccggtggctgtgtgcaag
gcggctgttctctatgtgttcaggtcgctcgtggagaaggatattccgcttaatgaagga
tgcatgcgaccgcttatgcttacgattcctgaaaagagcatactgaaccctgaatatcct
gcggctgtggtggcagggaatgttgagacttcgcagtacatcgttgatgcgcttttcgga
gcgctgggtgtgatggcagggtcgcagggtacgatgaacaatttcactttcggggatgag
gagttccagtattatgagaccatttgcggtggttccggtgcaggggatggttttgatgga
actaatgctgtgcagacccatatgacaaattcaaggataaccgaccctgaggtgctggaa
tggagattccctgtgaggctggaagagttctctgtcaggaaaggaagcggcggtggagga
gaatatagcggtggatgtggagttgtgagaaagatacggttcctcaggcctatgagagca
gctattatttctagccacaggaaaatcccaccggcaggtttgaatggtggagagaacgga
aaggtggggcacaattatgttgtcagagctggagagattatgaacgctgacggaaagatt
gaggaacttgaaggaagagcacttgttgatatgaataagggagacctgttcgtggtggag
acacccggagcaggtgggtttggtcaaagaagaaaagaaagtattaagtaa
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