Thermosynechococcus sp. NK55: NK55_07510
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Entry
NK55_07510 CDS
T02977
Name
(GenBank) hydrantoinase/oxoprolinase family protein
KO
K01469
5-oxoprolinase (ATP-hydrolysing) [EC:
3.5.2.9
]
Organism
thn
Thermosynechococcus sp. NK55
Pathway
thn00480
Glutathione metabolism
thn01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
thn00001
]
09100 Metabolism
09106 Metabolism of other amino acids
00480 Glutathione metabolism
NK55_07510
Enzymes [BR:
thn01000
]
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)
NK55_07510
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Ortholog
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Gene cluster
GFIT
Motif
Pfam:
Hydantoinase_B
Hydantoinase_A
Hydant_A_N
Hydant_A_C
Motif
Other DBs
NCBI-ProteinID:
AHB88793
UniProt:
V5V5W1
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All DBs
Position
1566982..1570626
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AA seq
1214 aa
AA seq
DB search
MSSHQIQGKWQFWIDRGGTFTDIVARRPDGHIVVHKLLSENPEQYRDAAVAGIRTLMGLA
GDAPIPSEAVEIVKLGTTVATNALLERKGEPTVLLITQGFGDALAIGYQNRPDLFALGIE
QPPPLYTKVIEVKERVSAQGEILVPLDLAALKPQLAAVYNQGIRSCAIVFVHGYRYPDHE
QQVAALAREMGFTQVSVSHEVSGLIKLVSRGDTTVVDAYLSPVLGRYLQGVQAELGEIPL
YCMQSNGGVVAASCFRGKDSLLSGPAGGMVGVVRTALAAGIERLIGLDMGGTSTDVCHYR
HNSDAPWPEYERWQETTIAGVRLRSPLLAVHTVAAGGGSILRFDQGRYQVGPESAGANPG
PAAYRRGGPLTITDANLLLGKIQPAYFPAVFGADGQQPLDRKTVEQRFAQLRQEIYESTG
DARSVADVAAGFIEVAVNTMAQAIKKISLEQGHDVREYTLCSFGGAGGQHACLIAEALGM
AQVYIHPYAGVLSAYGIGQAELRVLKEQTIEQPLIPDGFAELQGQIERLKAQVVAELAAQ
GVDPSQIQSQVRIGLGYIGTDTTLWVPWSDQETMAASFAQAHCDRYGFNLRGRSLRVGQI
AVEAVALQAMPSVTVPAATGELIPLDHVPVYSKGQWHQAPVYARDRLPAHQVIAGVALIL
DTTGTNVVEAGWQAKVDEQGGLWLRPLQALAATPKQIAPTVADPVQLGIFQQLFRAIAEQ
MGVTLQQTSASVNIKERLDFSCALFDGAGNLVANAPHIPVHLGSMSESVKALLAEKNNAL
RAGQVFATNNPYRGGTHLPDITVITPVFLKGEAHPAFFVASRGHHADIGGISPGSMPANS
TDVRQEGILFDNVLLVDGGEFQGEAIYQLLTQGPWPARYPEQNIADLQAQIAANQRGAQE
LIALCDRYGRAVVAAYMEFSQANAAECVRQCLRSLPGGRFCVAMDNGSQIQVQITIDTTQ
GVACLDFAGTSKQTHDNFNAPLAITKAAVLYVLRTLVQEDIPLNAGCLRPIELRVPEGCL
LNPTFPAAVVAGNVETSQTLANALYGALGIMAAAQGTMNNLSFGSDRYQYYETICGGAGA
GATFAGASTVQTHMTNSRLTDVEVLESRYPVIVWEFCRRRGSGGKGQQSGGDGAIRVLEF
REPMTVSLLSQSRKIPPFGLFGGEGGAVGENQWLKPGAPPSPLPGTATITVAAGDRLRIC
TPGGGGFGVPHLSD
NT seq
3645 nt
NT seq
+upstream
nt +downstream
nt
atgagcagtcatcagatccaaggtaaatggcaattttggatcgatcgcggcggcacgttc
acggatatcgtcgcccgccgtcccgatggccacatagtggtacacaagctgctctcagag
aatccagagcagtatcgcgatgcggcggtagcgggaattcgtaccctcatggggttggca
ggggatgcccccattcccagtgaagccgttgaaattgtgaaactggggacaacggtggcc
accaatgctcttttggagcgcaaaggcgagccaacggttctccttatcacccaaggcttt
ggggatgcgctagccattggctaccaaaaccgccccgatctctttgccctaggaattgag
caaccgccgcctctttacaccaaggttattgaagttaaagagcgggtcagtgcccaaggg
gaaattctcgtcccccttgatttggcggcgctgaaaccacaactggcagcggtttataac
caaggtatccgcagttgtgccattgtcttcgtccatggctaccgttaccctgaccatgag
caacaggtggccgccttggcaagggaaatgggctttacccaagtgtccgtttcccatgag
gtgagtggcctcattaagctggtgagccgcggtgatacgacggttgtcgatgcctatttg
tcaccggtactgggtcgctatcttcagggggtgcaggcggagctaggggagattcccctt
tactgtatgcagtcgaatggcggtgtcgtggcggcttcctgctttcgcggtaaggatagt
ctgctgtcaggcccggcgggggggatggtgggggtggtgcgtaccgccttagctgcaggg
attgagcggctgattggtttagatatggggggcacctccaccgatgtctgccactatcgt
cacaattctgatgccccttggccagagtatgagcggtggcaggaaaccacgattgccggt
gtgcggttgcgatcgcccctcctggcagtgcatacggtggcagccggtgggggctccatt
ttgcggtttgatcagggtcgctaccaagtggggccagagtctgcgggtgccaatcccgga
ccagcggcctatcgtcggggtggccccctgacgattaccgatgccaatctcctcttgggg
aaaattcagcccgcctatttccctgctgtctttggggccgatggtcaacagcctttggat
cgcaagacggtcgaacagcgatttgctcaactgcgccaagaaatctacgagagcacgggg
gatgcccgcagtgtcgccgatgtggccgctggttttattgaggtggccgtgaatacaatg
gcacaggcaattaagaaaatttccctggagcaggggcatgatgtgcgcgagtacaccctc
tgctcttttggcggtgcaggagggcaacatgcctgtttaattgctgaagccctgggaatg
gcccaagtttatattcacccctacgcgggggtgctctcggcctacggcatcggtcaggcg
gagttgcgggtgctcaaggagcagacgattgaacaacctttgatccccgatgggtttgct
gaactccagggacaaattgagcgcctcaaggctcaagtggtggctgaactcgctgcccaa
ggggttgatccctcgcaaattcaaagtcaagtgcgcattggcctagggtatatcggcacc
gatacaacgctgtgggtgccttggtcagatcaagaaaccatggcagcgtcctttgcccaa
gcccattgcgatcgctatgggttcaatttacgggggcgatcgctgcgggtgggtcaaatt
gctgttgaggctgttgccctgcaggcgatgccaagcgtcaccgtacctgcagctactggc
gaactcattccccttgaccatgtaccagtttacagcaaaggccaatggcaccaagcgcca
gtctatgcgcgcgatcgcctgccggcccatcaggtcattgcaggggtggccctgatctta
gatacgacgggcaccaacgtggttgaggcgggctggcaggccaaagtggatgagcaaggg
gggctgtggctgcgtcctctccaggccttagcggcaacaccaaagcagattgctcctacg
gttgccgatcccgtacagttgggcatttttcagcagctgtttcgcgctattgctgagcaa
atgggggtcacactccagcagaccagtgcctcggtgaatatcaaagaacggttggatttt
tcctgtgctctctttgatggcgccggcaacctcgtggccaatgctccccatatccctgtg
catctggggtcaatgagcgaaagtgtcaaggcactcttggcagagaaaaacaatgccctc
cgtgcgggtcaggtttttgccacgaataatccctatcgcggtggtacccacctgccggat
attactgtgattacgccggtgtttctgaagggggaagcacaccctgctttctttgtcgct
tcgcgggggcaccatgctgacattgggggcatcagtcctgggtcaatgcctgccaatagt
accgatgtccgccaagaggggattctctttgacaatgtactgctggtagatggtggggag
tttcaaggggaggccatttatcagctattaacccaagggccttggccagcccgctatcct
gaacagaatatcgccgatttgcaagcgcaaattgccgctaaccagcgaggagcccaagaa
ctgattgcgctgtgcgatcgctatggtcgcgcggtagtcgctgcctatatggaatttagc
caggccaatgccgctgaatgtgtgcgccaatgcctgcgatcgctcccagggggccgcttt
tgcgttgccatggacaacggcagccaaattcaggtgcaaatcacgattgataccactcaa
ggtgtagcttgcctagattttgcgggaacctccaagcaaacccacgataacttcaatgcc
cccctcgccattactaaggcagcagtcctgtacgtcctgcggacactggtgcaggaggat
attcccctcaatgccggctgtctgcggcccattgagctgcgggtgccggaaggctgtcta
ttaaacccaacgtttccggcggcggtggtggctgggaatgtggaaacttcacaaactctg
gccaatgccctctatggtgccctcggtattatggcggcggctcagggaacgatgaacaac
cttagctttgggagcgatcgctatcaatactacgaaaccatctgtggtggcgctggggca
ggagccacctttgccggagccagtactgtgcaaacccacatgaccaactctcggctcact
gatgtggaagtgctggaaagccgctaccccgtgattgtttgggagttttgccgtcgccgg
ggcagtggtggcaagggacagcaatcaggcggcgatggggccattcgcgtccttgagttt
cgtgaacctatgaccgtcagcctcctcagccaatcgcggaaaatccccccttttggactg
tttgggggtgaaggtggggcagtgggtgaaaatcaatggctgaaacctggcgcccccccc
tctcctttgcccggaacggccaccattactgtcgcggcgggcgatcgcctgcggatttgt
acccccggcggtggtggctttggggtacctcatctctcagattag
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