Limnospira platensis: NIES39_Q00470
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Entry
NIES39_Q00470 CDS
T02608
Name
(GenBank) hypothetical protein
KO
K01469
5-oxoprolinase (ATP-hydrolysing) [EC:
3.5.2.9
]
Organism
arp
Limnospira platensis
Pathway
arp00480
Glutathione metabolism
arp01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
arp00001
]
09100 Metabolism
09106 Metabolism of other amino acids
00480 Glutathione metabolism
NIES39_Q00470
Enzymes [BR:
arp01000
]
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)
NIES39_Q00470
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Paralog
Gene cluster
GFIT
Motif
Pfam:
Hydantoinase_B
Hydantoinase_A
Hydant_A_N
Hydant_A_C
Motif
Other DBs
NCBI-ProteinID:
BAI94055
LinkDB
All DBs
Position
6321969..6325634
Genome browser
AA seq
1221 aa
AA seq
DB search
MAENFAGKYQFWVDRGGTFTDIVARKPDGSLVTHKLLSENPQRYQDAVVAGIKEILGIGG
NEPIPENCISEVKMGTTVATNALLERQGDRTLLIITKGFKDALRIGYQNRPDIFAQEIIL
PSLLYERVIEAEERYSAQGEELQPLQLEPLQAALQQAYQDGIRSCAIALMHSYRYPKHEQ
QIAELAAQIGFTQISTSHQISPLMKLISRGDTTVVDAYLSPILKRYIDKVAQELYGNHTP
RDGVSSPPQNLPKLMFMQSNGALTNAQNFQGKDSILSGPAGGIVGAVKTSQQAGFDKIIT
FDMGGTSTDVAHYNGEYERQFETEIAGVRMRTPILSIYTVAAGGGSILVFDGFRYRVGPQ
SAGADPGPACYGGGGPLTVTDCNVMLGKIRPEFFPQVFGPQANLPLDAEVVKTKFNQLAA
DITQATGDPRQPEEVAAGFIAIAVENMANAIKKISLQRGYDVSEYTLCCFGGAGGQHACA
IADTLGITRVFIHPYAGVLSAYGMALADVGNIREKAIEAPLNEHLLADITPVLADLETEM
RSELDPHNSPNDIVFYRANLKYQGTDSTLTVPFSRQVEPMKVAFETEHRTRYGFIKNDKQ
LIVESVSVEIVRQMENPPETILSRRHNQPPTPIATVPIFTNQKWQQTPVFPRDILQPGDE
LIGPAIILEPTGTNIIEPGWSAQLTERNHLVLAKISQPQTSPIDCKISTTKPDPVRLEIF
KNLFQFIAEQMGITLQNTASSVNIKERLDFSCAIFDQFGELVANAPHIPVHLGSMGESVR
SLIKAKAETLKAGDVYMLNNPYDGGTHLPDITVITPVFDTAGLNILFYVASRGHHADLGG
ITPGSMPPHSKTVLEEGILIDNFQLVDSGKFREAQLLKLLTNHPYPARNPQTNIADLQAQ
IAANEKGVTELHKMVAQYGLATVQTYMQFVQDNAEESVRRAIDVLRDGEFIYLLDNAGVI
QVAISINRQNRSAKIDFTGTSRQLDSNFNAPQAVCKAAVLYVFRTLVADSIPLNAGCLKP
LEIIIPEGCMLNPKFPAAVVAGNVETSQAVVDALYGALGVMAASQGTMNNFTFGSDRYQY
YETICGGSGAGPNFHGTDAVHTHMTNSRLTDPEVLEWRYPVLIEAFVIRPHSGGNGKYRG
GNGIIRQIRFLEEMTATILSGHRIIPPFGMAGGEPGMVGRNSITRQNGTVEDLHSSAIAL
MGIGDVLTIQTPGGGGYGAPQ
NT seq
3666 nt
NT seq
+upstream
nt +downstream
nt
atggctgaaaacttcgcaggtaaatatcaattttgggtagatagaggcggtacatttaca
gatattgtcgcccgcaaaccagacggtagtttagtgacccataaactcctatcagaaaat
cctcaacgttatcaggatgctgtggtagctggtatcaaagaaattttaggaattggcggc
aatgaacccatcccagaaaattgtatttctgaggtaaaaatgggaaccacagtagcaact
aatgcactgctggaacgtcaaggcgatcgcaccctattaattatcaccaaaggctttaaa
gatgctctccgcattggctatcaaaatcgccccgatatttttgcccaagaaatcatttta
ccatccctgctatatgaaagggtaatcgaagcagaagaacgctacagcgcccaaggggaa
gaactgcaacctctccaattagaacccttacaagcagccctacaacaggcttatcaagac
gggattcgcagttgtgcgatcgccctaatgcacagttaccgctaccccaaacacgaacaa
caaatagccgaactcgccgcccaaattggctttacccaaatttccacatcccaccaaatt
agccccttaatgaaactaatcagccggggagataccaccgtagtcgatgcttacctatca
cccattttaaagcgttatatcgacaaagtagcccaggaattatatggcaaccatacccca
agagatggagtatctagcccgccccaaaatctgcctaaattaatgtttatgcagtctaat
ggagccctaactaacgcccaaaacttccaaggaaaagatagcattttatcagggcctgct
ggcggcattgttggcgctgttaaaaccagtcaacaggcaggttttgacaaaattatcacc
tttgatatgggtggaacatccacagatgtcgcccattataacggcgaatatgaaagacaa
tttgagactgaaattgcgggggtcagaatgcgaacccccatcctttctatttatactgtc
gcagccgggggaggttcaattttagtctttgacggtttccgctatcgtgtcggtccacag
tctgcgggtgctgatccaggtcccgcttgctatggtggtgggggacctttaacagttact
gactgtaacgtaatgttaggcaaaattagacccgaatttttcccccaagtattcggaccc
caagccaatttaccccttgatgcagaagtagttaaaaccaaatttaatcagttagcggca
gatattactcaagccaccggagaccctcgccaacccgaagaagtggcggcgggttttatt
gcgatcgccgtagaaaatatggctaatgcgattaaaaaaatctccctacagcgcggttat
gacgtatccgaatataccctctgttgctttggcggtgcgggaggtcaacacgcctgcgcg
atcgcagatacattaggcattacacgggtgtttattcatccctacgctggcgttttatca
gcctatggcatggctctagcagatgtaggtaacatccgcgagaaagccatagaagccccg
ctaaacgaacatttattagccgatatcaccccagttttagccgacttagaaaccgaaatg
cgatcggaacttgacccccacaattcccccaacgacatagttttttatcgcgccaatttg
aaatatcaggggacagactccaccctcaccgtcccattttcccgccaagtcgaacccatg
aaagtcgcctttgaaaccgaacaccgcacccgttatggctttatcaaaaacgacaaacaa
ctaatagttgaatctgtatccgtcgaaatagtccgccagatggaaaatccccccgaaacc
atattatctcgtcgccacaatcaaccccctacccctattgccaccgtcccaatttttacc
aaccaaaaatggcaacaaacccccgtatttcccagagatattttacagccaggagatgaa
ttaatcggacccgcgattattctcgaacctaccggaactaatattatcgagccaggttgg
tctgctcaattaaccgaacgcaatcacttagttttagccaaaatttcccaaccccaaact
tcccccattgactgcaaaatctccaccacaaaacctgatccggtgcgtctcgaaatattt
aaaaacctgtttcagttcatcgctgaacaaatgggaattaccctacaaaatacggcatca
tcagttaacattaaagaacgcctagatttttcctgtgcaatttttgaccaattcggggaa
ctcgtagccaacgctccccatattcctgtacatttaggctctatgggagaaagtgtccgc
agcctaattaaagctaaagccgaaactctcaaagctggggatgtttatatgctaaataat
ccctatgatggcgggactcatttacctgatattaccgtcattactccagtgtttgatact
gccggattaaacattttattttatgtggcatctcgcggtcatcatgccgacctgggaggg
ataacgcccggttctatgccaccccatagtaaaacagtcttggaagaaggtattttaatc
gataattttcagttggttgatagcggtaaattccgagaagcacaattgctgaaattatta
actaatcatccctaccccgcccggaaccctcagactaatattgctgacctacaagcacaa
attgccgccaatgaaaaaggggtgacagaattacataaaatggtcgcacaatatggcttg
gctacagtccaaacttatatgcaatttgtccaggataatgcagaggagtccgtcagaagg
gctattgatgttctgcgggatggtgagtttatttatcttctggataatgcgggagttatt
caagtcgctattagcattaatcgccaaaaccgcagcgccaaaatagatttcaccggaact
tctcgacaattggacagcaactttaatgcaccccaggctgtttgtaaagcggcggttttg
tatgtatttcggactttggtggctgatagcattcccctcaatgctggatgtttaaaacct
ttagaaattatcatccctgaaggctgtatgcttaaccccaaatttccggcggctgtagtg
gctggaaatgtcgaaacttctcaggctgtggttgatgctttatatggcgctttgggagtt
atggcggcttcccagggaactatgaataattttacctttggaagcgatcgctatcaatat
tatgaaaccatctgcggcggatcgggcgcaggtcctaattttcacgggaccgacgcagta
catacccacatgactaattctcgcctaactgatccagaagtgctagaatggcgttatccg
gttctgatcgaggcttttgttattcgcccccacagcggcggtaacggaaagtatcgcggt
ggtaatggtattatccgccaaattcgatttttggaggaaatgacagccactatcctatcg
ggacatcgtatcatcccaccttttggtatggctggaggtgaacccggtatggtggggcgt
aattccattactcgccaaaatgggactgttgaagatctccatagtagtgcgatcgccctt
atgggtataggggatgtgttgaccatccaaactcccggcggcgggggatatggtgcccca
caataa
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