Pseudemcibacter aquimaris: KW060_13260
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Entry
KW060_13260 CDS
T08836
Name
(GenBank) hydantoinase B/oxoprolinase family protein
KO
K01469
5-oxoprolinase (ATP-hydrolysing) [EC:
3.5.2.9
]
Organism
paqi
Pseudemcibacter aquimaris
Pathway
paqi00480
Glutathione metabolism
paqi01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
paqi00001
]
09100 Metabolism
09106 Metabolism of other amino acids
00480 Glutathione metabolism
KW060_13260
Enzymes [BR:
paqi01000
]
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)
KW060_13260
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Gene cluster
GFIT
Motif
Pfam:
Hydantoinase_B
Hydantoinase_A
Hydant_A_N
Hydant_A_C
CaM-KIIN
PH_PKH3_C
Motif
Other DBs
NCBI-ProteinID:
WDU58156
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All DBs
Position
2826404..2829976
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AA seq
1190 aa
AA seq
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MDNKWQFWIDRGGTFTDVVARDPDGDIKTHKLLSENPDQYHDAALEAIRRLMGTSSNTPI
KHSEIASVKMGTTVATNALLERKGDRTLLLITKGFRDALKIGYQARPRLFDLNVILPEQL
YERVIEVEERIGPNGALITPLDVETVRPDLEQALKDGITSVAIVCMHGYRYTDHEAKLSH
LAREVGFPQISTSHETSPLMKLVGRGDTTVVDAYLSPILRRYIDRVQSELGEVPLYFMQS
NGGLAGADHFQGKDAILSGPAGGIVGAVKTAALSGYEKLIGFDMGGTSTDVSHYDGEYER
SYETVVAGVRMRVPMMNIHTVAAGGGSILEFDGSRYRVGPDSAGAAPGPASYRNGGSLTV
TDCNVQLGFINTDYFPKSFGPSANLPLNKDIVSEKFEILRDQINKSEEVENIAEGFLDIA
IENMAAAIKKISTEKGYDVRDYTLVSFGGAGGQHACKIADNLGIKRIFLHPFAGVLSAFG
MGLADLRSIREETLEISLNADVQTTLNEIHTRLLQETNASLAAQKVTDINHIAKAHIKYK
GSDSTLEVDINSPDIMKSDFEIFHQQQFGFISTDKELIIEKIHVESYGGAGDVKLKIPQA
SNEFTKEKTKIFRHGKWQDATIIHRNDLGNHINDIKGPAIIREDHGTNYLELGWRAFNDD
QNNLIFERVDEMERRHAIGTTVDPVQLEIFNNLFMSIAEQMGAVLENVAHSVNMKERLDF
SCALFDGDGNLVANAPHMPVHLGSMGRSIKTVIDNRKDTMKRGDVYMLNDPYNGGTHLPD
ITIISPWFNDGDNNPSFYVATRGHHADIGGITPGSMPPMSKHIDEEGILFNDFLLMQDGK
FLEQELKAALLLGPYPARNPEQNIADLKGQIAANEKGLNELTRISNHYGTETVLAYMDHV
QNNAEEAVRRVIHKLSNAEYEYPFDNGAVIKVKVTIDQETRSATLDFTGTSAELDNNFNA
PLAICHAAVLYVFRCMVDDDIPLNQGCLKPVKIIVPEKTFLNPSHPRAVVAGNVETSQAI
VNCLFLAFGAMAASQGTMNNFTFGDDALQYYETVAGGMGATANGNGADAIQTHMTNSRLT
DPEVLEWRYPVLLRNFKIRADSGGKGKHNGGNGVERRIEFLKNMQAAIISNNRLNAPMGL
KGGQDAMCGENSILRENGTHETLSSSEETTMLKGDVFIIKTPGGGGYGKS
NT seq
3573 nt
NT seq
+upstream
nt +downstream
nt
atggataataaatggcagttttggatcgatcgcggtggaacatttaccgatgttgttgcc
cgtgacccagatggggatatcaaaacccataaattattatccgaaaacccggatcaatat
catgatgcagcattagaagccattcgccgcctgatgggaacatcatccaatacgcccatc
aaacattcagaaattgcatccgtaaaaatgggcaccaccgttgcaaccaatgcattattg
gaacgcaaaggggatagaacattactactgatcaccaaagggtttcgtgacgcattaaaa
attgggtatcaggcaagaccccgccttttcgatttaaatgtcattttaccggaacaactt
tatgaacgcgtgatcgaggtcgaagaacgtatcggccccaacggtgcattaatcaccccg
cttgatgtagaaactgtgcgccctgacctcgagcaagccttaaaggacggcatcacatct
gtcgccatcgtttgcatgcatggttacagatacactgaccatgaagccaagctatcacac
cttgcacgagaagtcggtttcccgcaaatttcaaccagccatgaaaccagcccgctcatg
aaattggttgggcgtggtgacacaaccgtggtcgatgcttacctaagcccaattttaagg
cgttatatcgaccgcgttcaaagtgaacttggtgaagtgccattatatttcatgcaatca
aatggcggacttgctggcgcagaccattttcaaggaaaagatgccattctatccggccca
gctggcgggattgttggggcggtgaaaacggccgctttatcaggttatgaaaaactgatc
ggttttgacatgggtggcacatcaacggatgtcagccattatgacggcgaatatgaacgc
agttatgaaacggtggttgcgggcgttcgcatgcgagttcccatgatgaatattcacacg
gtggctgccggcggcggttcaattcttgaatttgatggcagccgttaccgtgttgggccg
gatagcgcgggtgcagcacccggcccggcaagttaccgaaatggtggttcgcttacggtt
accgattgtaatgttcaacttgggtttattaataccgattatttcccgaagtcctttggc
ccaagtgcaaacctgccgcttaataaagatatcgtttcagaaaaatttgaaatccttcgc
gaccagatcaacaaatcagaagaagtagaaaatatcgcagaagggtttctcgatatcgcc
atcgaaaatatggcggcggccattaaaaaaatatccactgaaaaaggatatgatgttcgt
gattatacattggtcagttttggtggggctggcggacaacatgcctgtaaaattgccgat
aatttgggcatcaaacgtattttcctgcacccctttgctggtgttttaagtgcttttggc
atggggcttgcggatcttcgtagtattcgtgaagaaacattggaaatttcattaaatgct
gatgttcaaacaacattaaatgaaattcacacacgtcttttacaagaaaccaatgcgtca
cttgctgcgcaaaaagtaactgatataaatcatatagcaaaagcgcacatcaaatataaa
ggcagcgatagcaccctggaagttgatattaattcgccagatattatgaagtcagatttt
gaaatattccatcaacagcaatttggttttatttccactgataaagaattgatcatcgaa
aaaatacatgttgaatcatatggtggcgcgggtgatgttaaattaaaaatcccacaagca
agcaatgaatttaccaaagagaaaacaaaaattttccgccacggaaaatggcaggatgca
accattatccaccgaaatgacctgggtaaccatataaacgatatcaagggcccagccatt
atccgtgaagatcacggcacaaattatctggaattgggttggcgcgcttttaatgatgac
caaaacaatctgatttttgaacgtgttgatgaaatggaaaggcgccacgcaatcggcacc
actgtcgatccggtgcagctcgaaattttcaataacctgtttatgtccatcgctgaacaa
atgggtgctgtgctcgaaaatgttgcccattccgtcaatatgaaggaacgtcttgatttt
tcatgcgccctttttgatggtgatggtaatctggtcgccaatgcaccgcatatgcccgtg
catcttggttccatgggccgcagcatcaaaacggttattgataaccgcaaagataccatg
aaacgcggtgacgtttacatgttaaacgatccttataacggtggtacgcacttgccggat
attaccattatttccccgtggtttaatgatggcgataataatccatcattttatgtggca
acccgcggacaccatgcggatatcggtggcataacccctggttcaatgccgccaatgtca
aaacatattgatgaggaaggcatcctgtttaatgattttctgcttatgcaagatggaaaa
ttcctggagcaagaattaaaagccgccttattattaggcccctatcccgcaagaaacccc
gaacagaatatcgctgatcttaaagggcagattgccgccaatgaaaaaggtcttaatgaa
ttaacccgcatcagcaatcattacggtacagaaacggtactggcctatatggatcatgtg
caaaataacgctgaagaagccgttcgccgcgtgatccacaaattatcaaatgctgaatat
gaatatccgtttgataatggtgcggtaattaaagtgaaagtcaccattgatcaggaaacg
cgatcagcaacacttgatttcacaggtacaagtgcagaacttgataataacttcaatgcg
ccactggccatatgccatgcggcggtactttatgttttcagatgtatggtcgatgatgat
attccgttaaatcaagggtgcctaaaacctgtgaaaattattgtacctgaaaaaactttc
ctaaatccaagtcatccgcgtgccgttgttgccggaaatgttgaaacatcgcaggctatt
gtgaactgcttattccttgcttttggtgcaatggccgcatcacaaggcaccatgaataat
ttcacctttggtgatgatgctctgcaatattatgaaaccgttgcgggcggtatgggagca
accgcaaatgggaatggcgccgacgcgatccaaacccatatgaccaacagccgcctaacc
gatccggaagtgcttgagtggcgatatcctgtattgcttcgtaattttaaaatacgcgcg
gatagcggcggtaaaggaaagcataatggtggcaatggtgttgaacgccgcatagaattc
cttaaaaatatgcaagcagccattatttcaaataaccgtcttaacgcaccgatgggatta
aagggcgggcaagatgcaatgtgcggtgaaaacagcattttaagagaaaatggcacccac
gaaaccttatcaagttcagaagaaacaaccatgctaaagggtgatgtttttatcatcaaa
accccgggtggcggcggttatggaaaatcataa
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