Vibrio fluvialis: AL536_09620
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Entry
AL536_09620 CDS
T04379
Symbol
ushA
Name
(GenBank) bifunctional UDP-sugar hydrolase/5'-nucleotidase
KO
K11751
5'-nucleotidase / UDP-sugar diphosphatase [EC:
3.1.3.5
3.6.1.45
]
Organism
vfl
Vibrio fluvialis
Pathway
vfl00230
Purine metabolism
vfl00240
Pyrimidine metabolism
vfl00760
Nicotinate and nicotinamide metabolism
vfl01100
Metabolic pathways
vfl01110
Biosynthesis of secondary metabolites
vfl01232
Nucleotide metabolism
Module
vfl_M00958
Adenine ribonucleotide degradation, AMP => Urate
vfl_M00959
Guanine ribonucleotide degradation, GMP => Urate
Brite
KEGG Orthology (KO) [BR:
vfl00001
]
09100 Metabolism
09104 Nucleotide metabolism
00230 Purine metabolism
AL536_09620 (ushA)
00240 Pyrimidine metabolism
AL536_09620 (ushA)
09108 Metabolism of cofactors and vitamins
00760 Nicotinate and nicotinamide metabolism
AL536_09620 (ushA)
Enzymes [BR:
vfl01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.3 Phosphoric-monoester hydrolases
3.1.3.5 5'-nucleotidase
AL536_09620 (ushA)
3.6 Acting on acid anhydrides
3.6.1 In phosphorus-containing anhydrides
3.6.1.45 UDP-sugar diphosphatase
AL536_09620 (ushA)
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Motif
Pfam:
5_nucleotid_C
Metallophos
PGA_cap
NadN_nucleosid_C
Motif
Other DBs
NCBI-ProteinID:
AMF93761
UniProt:
A0AAX2LKY6
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Position
2:420258..421919
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AA seq
553 aa
AA seq
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MKQGLLLKSVLSAAIIASLAGCASQPAHEWQQDKTYKLTILHTNDHHGRFWQNNYGEYGM
AARKTLIDQIRADVEAQGGSVLLLSGGDINTGVPESDLQDAEPDFKGMSQIGYDAMAIGN
HEFDNPLEVLFKQEEWANFPMLSANIYDKATGKRLFQPYHIFDKQGIKIAVIGLTTEDTA
KIGNPEYIGGIDFRDPKAEAKKVIEELKDNEHPDLIIAVTHMGHYQNGEHGINAPGDVAL
ARFLPAGELDMIVGGHSQEPVCMEGPNLVKKNFVPGDECKPDIQNGTYIVQAYEWGKYVG
RADYEFRNGELNMVSYNLIPVNLKKKVKVNGESKRVFATSEIKEDQAMLEFLRPYQEKGS
AQLNVKIAETNGKLEGDRDVVRFQQTNLGRMIAMAHMQRAKADFAIMNSGGVRDSIPAGD
VTYKDVLKVQPFGNIVSYVDMTGQEVMDYLNVVATKPVDSGAYAQFAGITMTVAEGKVSN
VFIGGKQLRLDENYRFTVPSFNAAGGDGYPKITDHPGFVNTGFVDAEVLKDYLEANSPVD
VNRFAPAGEIVYK
NT seq
1662 nt
NT seq
+upstream
nt +downstream
nt
atgaaacaaggcttactcctgaaatccgtgttaagtgcagcgattattgcgtcgctggct
ggttgtgcttcgcagccagcgcatgaatggcaacaagacaaaacgtacaaattgaccatt
ctgcataccaatgaccatcatggacgcttctggcaaaataactacggtgaatacggcatg
gctgcgcgtaagaccctgattgaccagattcgtgccgatgttgaagcgcaaggcggcagt
gtgctgctgctgtcgggcggtgacatcaacactggtgtaccagaatctgacctgcaggat
gcagagcctgattttaaaggtatgagccagattggctacgacgcgatggcgatcggtaac
catgaattcgataacccgcttgaagtcctgtttaagcaggaagagtgggcaaacttccct
atgctgtcggctaacatttacgacaaggcgacgggcaaacgcctgttccagccttatcac
attttcgacaagcagggcatcaagattgcggttatcggtctgacgacggaagacaccgct
aagattggcaacccggaatacatcggtggcatcgatttccgcgatccaaaagcggaagcg
aaaaaagtgatcgaagagcttaaagataacgagcatccggatctgatcatcgccgtaacg
cacatggggcactaccaaaatggcgaacacggcatcaatgcgccgggcgacgtagcactg
gcgcgcttcctgcctgcgggtgaactggatatgatcgttggcggtcactcgcaagagccg
gtctgtatggaaggcccgaacctggtgaagaaaaacttcgttccgggtgacgagtgtaaa
ccggacattcaaaacgggacttacatcgttcaggcatacgagtggggtaaatacgtgggc
cgtgccgattacgaattccgtaacggtgaactgaatatggtgagttacaacctgatcccg
gttaacctgaagaaaaaagtgaaggtcaatggtgaaagcaagcgcgtatttgcaacgtct
gaaatcaaagaagaccaagcgatgctcgagttcctgcgcccatatcaggaaaaaggttcg
gctcagctgaatgtcaagattgcagaaaccaacggtaagctggaaggcgaccgcgatgtg
gtgcgtttccaacaaaccaatctgggccgaatgatcgcgatggcgcacatgcaacgcgct
aaagcggattttgccatcatgaactcaggcggcgtgcgtgattccattcctgctggtgat
gtgacctacaaagacgtgttgaaagtacagccatttggcaacatcgtgagctatgtggac
atgacgggccaggaagtgatggactaccttaatgtggtggcaaccaagccagtggactct
ggtgcttatgcacaatttgccggcatcacaatgacggtggcagaaggcaaagtgtcgaat
gtgttcatcggtggcaaacagctgcgtctggatgagaactaccgcttcactgtgccaagc
ttcaacgctgcgggcggtgacggttatccgaaaatcactgatcacccgggttttgtgaac
acaggtttcgtggacgcggaagtgctgaaagattacctggaagcgaacagcccggttgat
gttaaccgcttcgcaccagcaggcgagattgtttataagtaa
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