Acaryochloris marina: AM1_3837
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Entry
AM1_3837 CDS
T00617
Name
(GenBank) 5-oxoprolinase
KO
K01469
5-oxoprolinase (ATP-hydrolysing) [EC:
3.5.2.9
]
Organism
amr
Acaryochloris marina
Pathway
amr00480
Glutathione metabolism
amr01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
amr00001
]
09100 Metabolism
09106 Metabolism of other amino acids
00480 Glutathione metabolism
AM1_3837
Enzymes [BR:
amr01000
]
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)
AM1_3837
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Hydantoinase_B
Hydantoinase_A
Hydant_A_N
Hydant_A_C
Motif
Other DBs
NCBI-ProteinID:
ABW28822
UniProt:
B0C6Y3
LinkDB
All DBs
Position
complement(3886779..3890489)
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AA seq
1236 aa
AA seq
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MSNTELKKWQFWIDRGGTFTDIVAQSPDGSIVLHKLLSENPDRYPDAPLQGIRDLMGIDS
DQPIPADQLTVVKMGTTVATNALLERKGDRTLLITTKGFRDGLRIGYQNRPDIFARQIQL
PEMLYEQVLEVDERVTAEGEVLRPITPTIESQVREGLQEVYDLGIRSCAIAFLHGYRYPA
HEQQVAALAQQVGFTQISMSHRVSPLIKWVSRGDTTVVDAYLSPILRRYIDRIEQELRPT
EAKAESQPQLLFMQSNGGLTPARFFQGKDSILSGPAGGIVGAVQTCLAAGFQKLITFDMG
GTSTDVAHFNGERDGTYERVLETEVAGVRLRAPMMAIHTVAAGGGSILKFDGSRYQVGPE
SAGAYPGPTCYRHGGPLTVTDCNVMVGKIQPQFFPQVFGAEGNQPLDLEIVQQGFAALSD
EIATATGDQRSAAQVAEGFLAIAIDNMANAIKKISVQRGYDVSDYALCCFGAAGGQHACR
LAESLGMKTIVIHPYAGVLSAYGMGLADRRVLKEQSLEIALTADGMTRLTSETQSLGKAA
LMELKQQGASDIQTFEVVKQVHLRYEGTDSSLIVNFGSLTEMQKQFEQQYQQRFGLIQPN
KGLIVATITAEAVGQTATLEQAKASQPVTTLPTQIANIPLFSEDQWWDTPVFQRQELPAG
TTVHGPAVILEQTGTNVIEPGWSASATETGVLVVQHQSEQPQQSETKASTLVALTSTTPD
PVRLEIFNNLFQSIAEQMGFTLQNTSSSVNIKERLDFSCAIFDCQGYLVANAPHIPVHLG
SMGESVQALIADQTAPFQPGDVFVSNNPYNGGTHLPDVTAITPVFVVGQPLFFVASRGHH
ADIGGITPGSMPPHSTHLDQEGVLLDNFKLVDQGVLQEQGLCDRISASPYPARNPDQNLA
DLQAQIAANTKGAQELHRMVDQFGLSIVQAYMQHVQDNAEQAVRRVIAHLCDHAGESLVS
TYQVPMDCGATIHVQVTLNPDDDSAIIDFAGTSSQQPSNFNAPLAVCKAAVLYVFRTLVN
TPIPLNAGCLKPLEIRIPQGCLLNPTYPAAVVAGNVETSQAVTDALYAALNVLAASQGTM
NNFTFGNQQYQYYETICGGSGAGPGFAGTDAVQTHMTNSRLTDPEVLELRFPVLVEEFSI
RSESGGKGQYDGGNGVIRRIQFREAMTANILSGRRQVKPFGLAGGESGQTGQTQVIRADG
STTDIAATDTIEVDTGDAIAIFTPGGGGYGFSTTAT
NT seq
3711 nt
NT seq
+upstream
nt +downstream
nt
atgagcaatacagaattaaaaaaatggcaattctggattgatcggggaggaacctttact
gatattgtggcccaaagccctgatggctccatcgttctgcataaacttctctcagaaaat
ccagaccggtatcctgatgctcccctgcagggaattcgagatctgatgggtattgattcg
gaccaacccatcccggcggatcaacttacggtggtcaagatgggaaccacggtagcgacc
aatgctctgttagaacggaaaggcgatcgcaccctcttgatcactactaaaggcttccga
gatggcctgcggattggctatcagaatcgacctgatatttttgcgcgtcagattcagcta
ccggaaatgctctacgaacaggtgctggaggtcgatgagcgagtcacggctgaaggggag
gtgttgcgaccgattaccccgacgattgaaagtcaagtccgagaagggttgcaagaggtt
tatgacctggggattcggagttgtgcgatcgcatttctgcatggctaccgatatcctgcc
catgagcagcaggtggcggctctggctcagcaggtgggatttacccaaatctcgatgtct
catagggttagccccttaattaaatgggtgagcagaggcgataccaccgttgtggatgcc
tatctgtctcccattctgcggcgatatatagaccgaattgaacaggagcttagacctacc
gaagccaaagccgaatcccagccccagctactatttatgcaatccaatgggggactgacc
cccgcccggtttttccaaggaaaagacagtattttgtcggggccagcgggagggattgtg
ggggccgtacaaacctgtctagccgcagggtttcagaagctgattaccttcgatatgggt
ggcacgtctactgatgtcgcccactttaatggcgaaagagacggcacctatgagcgagtt
ttagaaactgaagtcgctggcgtccgattacgggcaccaatgatggccattcataccgta
gcggcaggtggcggctcgattctcaagtttgatggttcacgctaccaagtgggaccagaa
tcagcaggggcctatccaggacccacctgttatcgtcatggcggtcccctaacggtgacg
gactgcaacgtgatggtgggtaaaattcaacctcagttttttccccaggtctttggggct
gaggggaatcaacccttggatttagagattgttcaacagggatttgctgctctttcagac
gagattgcgaccgcgacgggagatcaacggagtgcagctcaagtcgcagagggattcttg
gccattgccatcgataatatggcgaatgccatcaaaaagatctcggtacagcggggttat
gacgtcagtgactatgctctctgctgttttggtgcagctgggggacaacatgcctgtcgg
ttagcagaatctttggggatgaagacgatcgtgattcatccctatgcaggagtcctatcg
gcttacggtatgggattagcggatcggcgagtgctgaaggagcaatctttagaaattgcc
ttgactgcggacggcatgacccgattgacctcagagactcagagcttagggaaagccgca
ctcatggagctaaaacaacagggggctagcgatattcagacctttgaggttgtgaaacaa
gtccatctccgctatgaaggcaccgattcttctttgatcgtgaactttggttcattaact
gagatgcaaaaacagtttgagcagcagtatcaacagcgatttggcctgattcaacccaat
aaaggactgatagtggcgacgattactgccgaggccgtgggtcaaacagcgactctcgaa
caggccaaagcctctcagcctgtaacaactttaccgacacagatagccaacattccactc
ttctcagaggatcagtggtgggatacgcccgtttttcagcgccaagaattgccagcggga
acgacggtccatggtcctgccgtgatcttggagcaaaccggaactaatgtgattgagcca
gggtggtctgctagtgccacagaaacgggggtgttggtcgtccaacatcagtctgaacag
ccccaacaatcggaaaccaaggcatcgaccttagttgcgctgacttctaccactcccgat
ccggtgcgtttagagattttcaataatctctttcaatctattgccgagcagatgggattt
accctacaaaatactagctcgtctgtgaatatcaaggaacgtcttgatttctcctgcgct
atctttgattgccagggttatctcgtggccaatgcccctcatattccggtgcatttgggc
tcgatgggagagagcgttcaggccttgattgccgatcagacagccccctttcagcctgga
gatgtatttgtttccaataatccctataacggcggtacccatttacccgacgttacagcg
attactcccgtctttgtggtgggacagccgctgttttttgtggcgtcacggggtcatcat
gcggatattggcggcattacgcctggttcaatgccgccccacagcacccatctcgatcaa
gagggcgtgttactggataactttaagctggtggatcagggggtattacaagagcaaggg
ctgtgcgatcgcatctccgcatccccctatcccgctcgtaatccagatcaaaatttggct
gacttgcaagcccaaattgccgccaataccaagggggcacaggagctacaccggatggta
gatcagtttggcctgagtatcgtccaagcctatatgcagcatgttcaagacaatgcggaa
caagcagtccgccgcgtgattgcccacctgtgtgaccacgctggtgaaagtcttgtgtcc
acttatcaggtgccaatggattgcggggcaacgattcacgtccaggtaacccttaatcct
gacgacgatagtgccatcattgactttgcgggcacctcttcccaacagcctagtaatttc
aatgctcccctcgccgtttgtaaagcagcggttctctatgtctttcgcactttggtgaat
accccgattcccctaaatgcaggttgcttaaagcctttagagattcgcatccctcaaggt
tgtttactcaatcccacctacccagccgccgtggtggccggtaatgtagaaacctcccaa
gcggtgacggatgccctatatgcagcactgaacgttttagctgcatctcaaggcaccatg
aataacttcacctttggcaaccagcagtatcagtactacgaaaccatttgtggtggttcg
ggtgctggccctgggtttgcgggtaccgatgccgtgcaaacccatatgaccaattcccga
ttgacggatccagaagttctagaactgcgctttcccgtattggtggaagaattttcgatt
cgttctgaaagtggtggcaagggccagtatgacgggggcaatggcgtgatccgacggatt
cagtttcgtgaggcaatgacagccaatattttgtctggtcgccgacaggttaagcccttt
ggtctagcggggggagagtcgggtcaaaccggccagacccaagtgattcgggcggatggc
agcaccacagacatcgcagcaacagatacgatagaagtggatacgggggatgcgatcgca
atcttcactccaggcggtggtggctatggtttttcaacaaccgcaacctag
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