KEGG   Vibrio owensii: A9237_19860
Entry
A9237_19860       CDS       T04844                                 
Name
(GenBank) flavocytochrome c
  KO
K26355  acrylate reductase [EC:1.3.1.125]
Organism
vow  Vibrio owensii
Pathway
vow00640  Propanoate metabolism
vow01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:vow00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00640 Propanoate metabolism
    A9237_19860
Enzymes [BR:vow01000]
 1. Oxidoreductases
  1.3  Acting on the CH-CH group of donors
   1.3.1  With NAD+ or NADP+ as acceptor
    1.3.1.125  acrylate reductase
     A9237_19860
SSDB
Motif
Pfam: Oxidored_FMN FAD_binding_2 FMN_bind DAO FAD_oxidored Pyr_redox_2 HI0933_like Thi4 NAD_binding_8 DHO_dh Dus GMC_oxred_N KMPT-N GIDA His_biosynth FAD_binding_3
Other DBs
NCBI-ProteinID: AQW60291
Position
2:744163..747177
AA seq 1004 aa
MAQLVDEIVFQSGVKLHNRIVMAPMTIQSAFFDGGVTQEMINYYAARSGDAGAIIVESAF
VENYGRAFPGALGIDTDSKIAGLTKLADAIKAKGSKAILQIYHAGRMANPEFNGGHQPIS
ASPVAALRDNAETPLEMTKEQIEEMIERFGDAVNRAILAGFDGVEIHGANTYLIQQFFSP
HSNRRNDKWGGNIERRTSFPLAVLAKTKQVAEQHNKSDFIIGYRFSPEEIEQPGIRFDDT
MFLLDKLATHGLDYFHFSMGSWLRNSIVTPEDQEPLIDKYRKLQSESVAKVPVIGVGGIA
QRKDAENALDKGYDMVSVGKGYLVEPTWANKVLNDETCAEFADIAQQEALQIPTPLWEIM
DYMIVDSAAEALKHQRIKELQNVPIKFNSGEYTAYGRGHNGDLPVTVTFSEDKILDIVVD
SSKESDGIANPAFERIPQQILDGQTLNIDVISGATVSSQAVLDGVSNAVDLAGGNSEALR
CKAKEAVAWSSKIIEETVDIVVVGGGGAGLSATLTALDKGKSVILLEKFPAIGGNTVRTG
GWVNAAEPKWQGDFPALPGEKETLMLLAKTAESEFAGEYLEDFKVLKAQLDGYFTDLENG
KQYLFDSVELHRIQTYLGGKRTDLNGESIYGQYDLVETLTSRSMESIDWLSEKGIDFDRS
VVEIPVGALWRRAHKPKRPKGVEFVDKLSKRIQEQNGRIITDTRATDLMVDNGKVVGIKA
VQADGTELILHVNHGVVLASGGFGANTQMIKKYNTYWKEIADDIKTTNSPALVGDGIEIG
EKAGAELVGMGFVQLMPVGDPKSGALLTGLIVPPENFVFVNKQGKRFVDECGSRDVLSEA
FFDNGGLIYMIADENIRQTAANTSDETIEREIKEGIIIQADTLEELAEKIGVPTQELTNT
IAQYNACVDAGQDPEFHKSAFGLKVEKAPFYATPRQPSVHHTMGGLKIDTKARVIGKDGE
VIQGLYAAGEVTGGIHAGNRLGGNALIDIFTYGRIAGESASDLV
NT seq 3015 nt   +upstreamnt  +downstreamnt
atggctcagttagtcgatgaaattgtatttcaatcaggggtcaaactgcataatcgcatc
gtgatggcaccgatgacgattcagtctgcattctttgatggcggcgtaacgcaagagatg
atcaattactacgcggcacgttctggtgatgcaggggcgatcattgtcgagagtgcgttt
gtagagaattacggtcgtgctttccctggtgcgcttggtattgacaccgacagcaaaatc
gcaggtttaaccaagcttgccgatgcgattaaagcaaaaggctctaaagccattctgcag
atttaccatgccggtcgtatggcaaatcctgagttcaatggcgggcaccaaccgatttct
gccagtcctgtcgctgcgttacgtgacaacgctgaaacaccacttgagatgaccaaagag
caaatcgaagagatgattgagcgctttggtgatgcagtaaaccgtgcaattcttgctggc
ttcgatggcgtagaaattcacggcgcaaacacatacctgatccagcaattcttctcgcca
cactcaaaccgtcgtaatgataaatggggtggcaacattgaaagacgtacttccttccca
ttagctgtacttgcaaaaactaagcaagtggctgagcaacataacaaatctgatttcatc
atcggttaccgcttctctcctgaagagattgaacaaccgggcatccgctttgatgacacc
atgttcctgctagataagcttgcgactcacggcttggattacttccatttctcaatgggt
agctggttacgtaactcaatcgttacgccagaagaccaagagccgctaatcgacaaatac
cgtaagcttcaatctgaaagtgttgcgaaagtaccagtgattggtgttggtggtattgct
cagcgcaaagatgcagaaaatgccctagacaaaggttacgacatggttagtgtcggtaaa
ggttatttggttgaacctacttgggcaaacaaagtgcttaacgatgagacctgtgctgag
ttcgcggacatcgcgcaacaagaagcgctgcaaattccaacgccactttgggaaatcatg
gattacatgattgtggacagcgcagcagaagcattgaagcaccaacgcatcaaagagctg
cagaacgttccaatcaaattcaactcaggtgaatacacggcgtatggtcgcggtcacaat
ggtgacttgccggttacggttactttctctgaagataaaatcctcgacatcgtggtggac
tcttccaaagaatcagacggcatcgcaaacccagcgtttgaacgtattcctcaacaaatt
cttgatggtcaaacactgaacatcgacgtgatttcaggcgcgacagtcagcagccaagca
gtactggacggcgtatcgaacgcggttgatctagcgggtggtaactcagaagcactgcgc
tgcaaagccaaagaagcagtggcatggtcatcgaaaatcatcgaagaaaccgtggatatc
gtggttgttggtggcggcggtgccggcttgagtgcaacgttaacggcgctagataaaggc
aagtcggttattttgcttgagaagttcccagcaatcggtggtaacacggtgcgtactggc
ggttgggtgaacgcggcagaaccaaaatggcaaggtgatttcccagcacttcctggcgaa
aaagaaaccttgatgctgctagcgaaaacagcggaatccgagtttgcgggtgagtacctt
gaagatttcaaagtgcttaaagcgcaactggatggctactttacagaccttgagaacggc
aagcagtacttgtttgattctgtcgaattacaccgcattcaaacctaccttggtggtaaa
cgtaccgacttgaacggtgaatcgatttacggtcaatacgatttggttgaaaccctaaca
tctcgctctatggaatctattgattggttgagcgaaaagggcattgattttgaccgtagc
gttgttgagatcccagttggtgccttgtggcgtcgtgcacacaaacctaaacgtccaaaa
ggtgtggagtttgtcgacaaactatcaaaacgcatccaagagcaaaacggtcgtatcatt
acagatacacgagcaacggatttgatggttgataacggtaaagtggtgggcatcaaagcg
gttcaagcggacggtaccgagcttatccttcatgtgaatcatggtgtggtactggcttct
ggtggtttcggcgcaaacactcagatgatcaaaaagtacaacacatactggaaagaaatc
gcggacgacatcaagaccacaaactcaccggcattggttggtgacggcatcgaaattggc
gagaaagcgggcgcagaattagttggtatgggctttgtgcaactaatgcccgttggtgac
cctaaatcaggcgcgctgctaaccggtctgattgtgccaccagagaactttgtattcgtg
aacaagcaaggtaagcgctttgttgatgagtgtggtagccgtgacgtgctttctgaggcg
ttcttcgataacggtggtctgatttacatgattgcggacgagaacattcgtcaaaccgca
gcgaatacatcagatgaaaccatcgaacgcgaaatcaaagaaggcatcattattcaagct
gacacgctagaagagttggcagagaaaattggcgttccgacgcaagagctaactaacacc
atcgcacaatacaacgcttgtgtggatgcggggcaggatcctgagttccataagagtgca
ttcggtttgaaagtggaaaaagcaccgttctacgcaacgccacgtcagccttcggttcac
catacaatgggcggcttgaagattgatactaaggcgcgagtgattggtaaagacggcgaa
gttattcaaggtctgtacgcagcgggcgaagtaacgggaggcatccacgcgggtaaccgt
ctcggaggtaacgcgctgatcgacatcttcacttatggtcgcatcgctggtgagagtgca
tctgatcttgtttaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (5)   
   KEGG COMPOUND (5)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein domain (16)   
   Pfam (16)   
All databases (31)   

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