KEGG   Vibrio campbellii ATCC BAA-1116: VIBHAR_01401
Entry
VIBHAR_01401      CDS       T00589                                 
Name
(GenBank) hypothetical protein
  KO
K02364  L-serine---[L-seryl-carrier protein] ligase [EC:6.3.2.14 6.2.1.72]
Organism
vha  Vibrio campbellii ATCC BAA-1116
Pathway
vha01053  Biosynthesis of siderophore group nonribosomal peptides
vha01110  Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:vha00001]
 09100 Metabolism
  09109 Metabolism of terpenoids and polyketides
   01053 Biosynthesis of siderophore group nonribosomal peptides
    VIBHAR_01401
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01008 Polyketide biosynthesis proteins [BR:vha01008]
    VIBHAR_01401
Enzymes [BR:vha01000]
 6. Ligases
  6.2  Forming carbon-sulfur bonds
   6.2.1  Acid-thiol ligases
    6.2.1.72  L-serine---[L-seryl-carrier protein] ligase
     VIBHAR_01401
  6.3  Forming carbon-nitrogen bonds
   6.3.2  Acid-D-amino-acid ligases (peptide synthases)
    6.3.2.14  enterobactin synthase
     VIBHAR_01401
Polyketide biosynthesis proteins [BR:vha01008]
 Nonribosomal peptide synthetase (NRPS)
  Iterative NRPS
   Enterobactin synthetase
    VIBHAR_01401
SSDB
Motif
Pfam: AMP-binding Condensation Thioesterase AMP-binding_C PP-binding Abhydrolase_6 Abhydrolase_1 Hydrolase_4
Other DBs
NCBI-ProteinID: ABU70377
UniProt: A7MT06
Position
I:1415170..1419123
AA seq 1317 aa
MNMYDLPYTAEQLLPLTDAQAGIWFAQLRDPENPIYKTGEYLVIDGKVDEPCFVEAVKTA
IDEVDSLHAKFVTTTEGPRMVIDRQNWQVERIDFSQQDAPLDAAVDWMKSELKQPVDLEQ
GPLFVMALLKLSEDQFVWFLSLHHIAIDGYSMSLVAGRVAHIYGQLAQGKPFDKIEFVDQ
QALLKEDDDYKASEKYQKDRAFYLQRYADHSDTVNLAGKPTVTSDRFLRLKGAMEVDDFQ
RMESLAKQCRTHWYSVLIASIAAYVHRMTRSNEVVLGVPLMGRLGSVAIQTPAMRVNILP
VRVSFEQGLDIKMLVKQVNQEFSSVRRHQSYRYEELHRELNLVKDNRNLFGPLVNIMPFE
YEHKFGELNSKAHNLSAGPVDDISFYCYELDGQLHIDMDANPELYSEKDIHEHQQRLFHF
MSDFFAIAQAQDPALCQVSDINILLAGEREKVIETWNDTDHEVPETTLAALLARQRILTP
HSPAIIFEGQKLSYEELAKKVYSLTNWLTAEGVTLGDRIAVCVPRSEELIVVQQAILAAG
AVYVPVDPDYPEGRIHYMLESSAPKFVFSTSALQDKLPHGVEVKLVDDDTLPTIYKRVEP
LPPQVKPEPHSPAYMIYTSGSTGKPKGVVVTHDAIVNRLLWMHDQYPITAKDRVLQKTPA
GFDVSVWEFFWPMMVGSCLVIAKPDGHKDPIYLQDLIHREKITTLHFVPSMLQIFVQQAD
PDLCQSLRQVFCSGEALPIELVNHYYQAFNAPLHNLYGPTEAAVDVTYWPSEANTEGTSI
PIGRPVWNTQIYILDDALNPVPPGVVGHLYIAGRQLAQGYHGQPELTAERFIENPFGPQG
SRMYLSGDLARWREDGAIEYCGRSDFQVKIRGFRIELEEIENALANHPSVAQVAVLAQEY
NDGDKRLVAYVTAENTEQGIDSNALQTYLAEPLPEYMVPSYFVELEAFPLTPNGKLDRSA
LPKPDLSGQVGTKGPSNLVEERLCKLFCQLLDLPAVGVDDNFFELGGHSLLAAQLIAHVK
EIMGIELSLAAVFESPTVSGIAAKLNGSESDDALSILLPLRQREGKAAIFCVHPAGGLSW
CYAALTPIIPSNVPLYGVQARNLGDPSAPLPKSMKEMAEDYVAAIREEQPFGPYHLLGWS
IGGMIVHLMAGILQEQGQEVGLVTLLDSYPTEQWQTIHPPGEEQALGALIRMAGVEFDEA
AHSSITKPEVIDILQDAGSSMAHLSTETITAMIEVVINNNQRVRDAVDYHYQGDVLFFNA
EKPPEESFLDRNGWFKYMEGDLKVVDVACLHRDMMRPEMLRLIGTHMVKELRERFDV
NT seq 3954 nt   +upstreamnt  +downstreamnt
atgaacatgtacgatttaccttatacagcggagcaactgttgccgctgacggatgcccaa
gccgggatttggtttgcccagttgcgcgatccagaaaatccaatttacaagacaggtgaa
tacctagtgattgatggcaaggtggatgagccttgttttgttgaagcggttaaaacggcg
attgatgaggtagattccttacacgctaagtttgtcaccaccaccgaaggcccgcgcatg
gtgattgaccgccaaaactggcaggtagagcgaatcgatttctcacaacaagatgcaccg
ctggatgcagccgttgattggatgaagtcagagctgaaacaacctgtcgatttagagcaa
ggcccattattcgttatggcattgctcaagctttcagaagaccagttcgtgtggttccta
tcgctgcatcacatcgcgattgatggctacagcatgtccttggtggcgggacgcgtggca
catatttatggccaacttgctcaggggaaaccattcgacaagatcgagtttgtcgaccag
caagccttgctaaaagaagacgacgactacaaagcgtcggagaaataccaaaaagatcgc
gctttctatcttcaacgttacgcagaccattcagataccgtcaaccttgcaggcaaaccg
accgttacatcagaccgctttttacgtttaaaaggcgcgatggaggtcgacgatttccaa
cgtatggaatcactggcgaaacagtgtcgcacccactggtacagcgtgctcattgcatct
attgccgcttatgtgcaccgtatgacgcgttctaatgaagttgttcttggtgtgcctttg
atggggcgtttaggttctgttgcgattcaaacaccagcgatgcgcgtgaacattttgccc
gtgcgcgtcagctttgaacaaggcttggatattaagatgctggtcaaacaggtcaaccaa
gagttttcctcggttcgtcgtcaccaaagctaccgttatgaagagcttcaccgtgagctt
aacttggtaaaagacaaccgtaacctatttggccccttggttaatatcatgccgtttgaa
tacgagcataaatttggcgagcttaattccaaagcgcataacttgtccgctggtccagtg
gatgatatctcgttttattgttacgagcttgatggtcagcttcatatcgatatggatgcc
aatcctgagttgtattccgagaaagatattcacgagcatcaacagcgtttgttccacttt
atgagcgacttttttgcaatcgcgcaagctcaagatccagctctttgccaagtcagcgat
atcaatattcttcttgctggtgagcgagagaaagtcatcgaaacttggaacgacactgac
cacgaggtacccgagacgacgttagccgctctgttggcaaggcagcgtattcttaccccc
cattcaccagcaataatctttgaaggccaaaagctcagctacgaagagttagcgaaaaaa
gtctactcgttgaccaactggctgacggcagaaggcgttactctgggtgatcgcatcgcg
gtatgtgtgccaagaagtgaagagttgatcgttgtacagcaggcgattctggccgcaggt
gcggtttatgtaccggtggacccagattatccagagggccgtattcactacatgctagag
tcctctgcgcctaagtttgtgttctctacgtcggcactgcaagacaagttgccgcacggt
gtggaagtgaaactggtcgatgatgacaccttgccaaccatttacaaaagagtcgagcca
ctgcctccgcaagtgaagccagagccgcactctccggcctacatgatttacacctctggt
tcgacgggcaaaccaaaaggtgtggtggtcacccatgatgcgatcgttaaccgattgcta
tggatgcatgaccaatatccgattactgcgaaagatcgcgtgttgcaaaaaacgcctgcg
ggctttgatgtgtcggtgtgggagttcttttggccaatgatggttggctcatgtttagtg
atcgcgaaaccggacggacacaaagatccgatttatctgcaagatcttattcatcgcgag
aagatcaccacgctgcactttgtgccatctatgctgcaaatctttgttcagcaggcggac
cccgatttatgtcaaagcttacgccaagtgttctgtagcggtgaagcgttgcctatcgag
ttagttaatcactattaccaagcattcaacgcgcctctgcataacctttatggcccaaca
gaagcggctgtggatgtgacttattggccaagtgaagccaataccgaaggcacgtcgatt
ccaatcgggcgtccagtgtggaacacgcaaatctacattcttgatgatgcattaaatcca
gtaccgccgggtgtggtagggcacttgtacattgctgggcgacaattggcacaaggctac
catggtcagccagaactgacggcagaacgctttatcgaaaatccatttggtccacaaggt
agccgaatgtatctatcgggcgatttggctcgttggcgtgaagatggtgcgattgagtac
tgtggccgtagtgactttcaggtcaagatccgcggtttccgtattgagctggaagaaatt
gagaatgccttggccaaccatccaagtgttgctcaagtggcagtgttggctcaggaatac
aatgacggcgacaaacgcttggttgcttacgtcactgcagagaatactgagcagggtatc
gatagcaatgcattgcaaacgtacctcgcggaaccactgccagagtatatggtgccgagc
tactttgttgagcttgaagcctttccattaacgcctaacggcaaattggaccgcagcgca
ctaccgaagccggatctgtctggtcaagtcggtaccaaggggccaagtaacttagttgaa
gagcgtttgtgtaagttgttctgtcagttattggatctgcctgcggtcggtgtggatgac
aacttcttcgagcttggcgggcactccctattggctgcgcagttgattgcccacgtgaaa
gaaatcatggggattgagttgtcattggcggcggtatttgaatcgccaacggtttccggt
atcgcggccaagctcaacggcagcgaaagtgatgatgcactgagcattttgttaccgctg
cgtcagcgtgaaggcaaagcggctatcttctgtgtacaccccgctggtggtctgagttgg
tgttacgcggcactgacgccaatcattccgtctaatgttccgctttatggtgtccaagct
cgtaaccttggtgacccttctgcaccattaccaaagagcatgaaggagatggcagaagac
tacgtggctgcgattcgtgaagagcaaccctttggaccttaccatcttctgggttggtcg
attggcggcatgattgttcacctaatggcgggcatcttacaagagcaaggccaagaggtg
ggcttagtcacgttgctggattcttatcctacagagcagtggcaaaccattcatccaccg
ggagaagagcaagcgcttggtgcactgatccgtatggcgggggttgagtttgatgaagcc
gctcattccagcatcactaagccagaggtgatcgacatcctgcaagatgcaggttcttcc
atggcgcacctgagcaccgagaccatcacagccatgattgaggtggtgatcaacaacaac
cagcgtgtacgtgatgcggtggattaccactaccaaggtgatgtgttgttcttcaacgct
gagaagccaccagaagagtcgttcctcgatcgtaatggctggttcaagtacatggagggc
gacctcaaagtggttgatgtggcctgtttgcaccgtgacatgatgcgtccagagatgctg
cgtttgattggtacccacatggtgaaagagctaagagagaggttcgatgtttga

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (3)   
   KEGG ENZYME (2)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (24)   
   KEGG ORTHOLOGY (1)   
   RefGene (21)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (8)   
   Pfam (8)   
All databases (48)   

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