KEGG   Gibbsiella quercinecans: AWC35_14270
Entry
AWC35_14270       CDS       T05060                                 
Name
(GenBank) hypothetical protein
  KO
K02364  L-serine---[L-seryl-carrier protein] ligase [EC:6.3.2.14 6.2.1.72]
Organism
gqu  Gibbsiella quercinecans
Pathway
gqu01053  Biosynthesis of siderophore group nonribosomal peptides
gqu01110  Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:gqu00001]
 09100 Metabolism
  09109 Metabolism of terpenoids and polyketides
   01053 Biosynthesis of siderophore group nonribosomal peptides
    AWC35_14270
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01008 Polyketide biosynthesis proteins [BR:gqu01008]
    AWC35_14270
Enzymes [BR:gqu01000]
 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
     AWC35_14270
  6.3  Forming carbon-nitrogen bonds
   6.3.2  Acid-D-amino-acid ligases (peptide synthases)
    6.3.2.14  enterobactin synthase
     AWC35_14270
Polyketide biosynthesis proteins [BR:gqu01008]
 Nonribosomal peptide synthetase (NRPS)
  Iterative NRPS
   Enterobactin synthetase
    AWC35_14270
SSDB
Motif
Pfam: AMP-binding Thioesterase Condensation PP-binding AMP-binding_C Abhydrolase_6 Hydrolase_4 Abhydrolase_1 Mbeg1-like PGA_cap
Other DBs
NCBI-ProteinID: ATA20411
UniProt: A0A250B2U4
Position
3143543..3147550
AA seq 1335 aa
MEYSSGIFPLTDAQLGVWYASLANNSSRLYVTGQCLQLSGDIVIPILLQAIKQAISEIEV
LNYSYIDNDGIPSFDPDSRCTDLDVALHDLRMNNNPEIVAQQLIEQIVSQESGLDSLHEH
INVLYLVHDHKLIWFSRIHHVAFDAYAYYMFHRRAGENYNSLLLGEVQEKSQFTDLYTLC
EEDLRYRKSTQFLNDNRYWKQLCADLPTPTFLGGLAQDLTTETIQFEEVVEDDLSQTIEL
FYQRNRIALSDIFLSIFTSYFSLCLSGERRLVFGLPCMNRQDSFSAHAAITRSNILPLIL
YFPDGASFKDVCSIVAKSRKELLKHQRYRGEWIARDIGRVGDTLPLYGIELNILPSFPAP
DFSCLNTKTTHTTTGPVRDINVHLELGENFRPRVLRLIANASRHSQKELQLHVRRLLHWT
RQLIKAPELSLRELPFAMPVETDEIAKWNNTEHVLKTNNILELFYLQAQENPHQIAVMDE
SRSLTYSELEKHSWQYAQALDYYLNGANGKVIGLALERSVELEILLLAILRAGAIILPLS
LEIPQLRLKKMLKQAGAALTISNLADQIKLPSGYPLLAVESLALIAEQSESAPRKLPSAT
SGHAPAYILFTSGSSGEPKGVMVGHLALANRLQWMLAEYKLNQTDRVLQKTPVTFDVSIW
EFFLPLIGGATLVMARPGGHRDPFYLLGCIKKYNITTLHFVPSMLGLFLDALEFRPTSLP
LRRVFVSGEALTSELVGRYNLLQTVPLHNLYGPTEAAIDVTYYAVQPENTEKSVPIGRPI
WNTKIHILSEDGKTLPIGMAGELYIEGICLADGYVSRPDLTAERFVTCFDGSRCYRTGDL
ARWRFDGEVDYLGRLDQQVKIHGQRIELEEIDAVIGKHPKVLQACTNIYAGRIVAYIVAT
RGAESYEQEIQELCRDYLPVYMQPQQIVFLNRFPLSPNGKLDRKAFPAPPAYKSEDGGVP
SSLLEQRICEYFADALELPSIAPDANFFNLGGNSLSAVSVATRINAGLGWNISIATIFAH
PTPKALAGKDKYDDLNMLDTVLLLRPAPHPSQKKLPTLFCVHPAGGIAWCYSGLARFLKT
PCEIVGLQAKGLTSGSNITNSMDEMAQEYVEHIRARQPKGPYWLIGWSVGGMIAHKIATY
LEKQGQKVQLLAMMDSYPSDLWRRFAFEDLNMQEEESMALAALLFIAGIALPFNQELPSL
IVPKGETLKRQQTIELLRKNGNALASLDDQILDRLINVVINSRRLVGGSSHDIYHGDMLF
FTAASPRAESWLDIEAWRPYVRGKINNIDINCDHPGMARTEALREIARYLDEVFVRFGIY
SSPNLQSLTEERTTK
NT seq 4008 nt   +upstreamnt  +downstreamnt
atggaatattcttctggcatttttcctctaacagatgcacagctgggggtgtggtatgct
tccctggctaataactcatcccggctttatgtgactgggcagtgtttacaactgtctgga
gatatagtaattcccatattgcttcaggcaattaaacaggcaatttctgaaatcgaggtg
cttaactacagttacattgacaatgatggcataccttctttcgatccggattctcgttgt
accgatttggatgttgcacttcacgaccttcgtatgaataacaatccagagattgttgcc
cagcaattaatagaacaaatcgttagtcaggaatccggactggatagtctgcatgagcac
attaatgtgttgtatttagtacatgaccataagctaatatggttttcgcgtatacaccat
gttgcttttgatgcttatgcttattatatgttccacaggcgtgctggcgagaattacaat
tcgttactacttggagaagttcaagaaaagagtcaatttacagatttgtataccttatgt
gaggaagacttacgttacagaaaaagcacacaatttcttaatgacaatcggtactggaag
caactgtgcgcagacttgccgacaccaactttcctgggagggttagcccaggatttaaca
acagaaaccatacaatttgaagaagtcgttgaggatgacttatctcagaccattgagtta
ttttatcaacgcaatagaatagcactgtctgatatttttctcagcatttttactagttat
ttttctttatgcctttcaggtgaacgcaggttagtgtttggacttccctgcatgaaccgc
caggattcttttagtgcccatgcagcaattacgcggagtaatatcctcccgctaatactt
tattttcctgatggtgcgtcgtttaaagatgtttgttcaattgtagcaaaaagcaggaag
gaattactcaagcatcaacgttatcgtggtgagtggattgccagagatattggaagggtt
ggagacacactacccctttacggcatagaactgaatatattaccaagttttcctgctcct
gacttttcatgtctgaatacaaaaaccacgcatacaactacaggaccagtcagggatatc
aatgttcacctggagctaggagaaaattttcggccgcgggttctcaggctgatagcaaat
gcatcccgacatagtcagaaggagttgcaactgcatgtacgccgtctgttacattggact
cgtcagttaataaaggctcctgaattatctctgcgggaattaccgtttgctatgcctgtc
gagacagatgaaatagcaaaatggaataatactgaacatgttcttaaaactaacaatatt
ttagaattgttttacctacaggctcaggaaaatccacatcaaattgctgtgatggatgag
tccaggagtttaacgtactctgaacttgaaaagcattcctggcagtatgcgcaggcgctc
gattattacctgaacggtgcaaacggaaaggtaattgggttagccctcgagcgtagcgtg
gaactcgagatccttctactggctattctccgggctggcgccataattttacctttatcg
ctggagattcctcaactccgactgaagaaaatgcttaaacaggctggagcagccctgaca
atatccaaccttgccgatcagatcaaactgccgtcaggttatcccctgttggctgtagaa
tcactggccttgatagcagaacagtcagaaagcgcgccgcggaaactcccttcagcaacc
agcggacatgctcctgcctatatattgttcacttctggttccagtggagagcctaaagga
gtgatggtcgggcatctggcattagcaaatcgtctgcaatggatgctggctgaatacaag
ctcaaccagacagatcgagttttacagaagacgcctgtgacttttgatgtctcgatttgg
gaattcttcctgccattgattggaggggcaacattggtgatggcgcgaccaggtgggcat
agagatcctttttaccttctgggctgcattaaaaaatataacattacaaccttacatttc
gttccatcaatgctgggcttattccttgatgctcttgaattccgtcctacctcgttaccc
ttacgaagagtttttgtcagcggagaggctctgacatcagaactcgtgggccgctataat
ttattacagaccgtaccattacataatctctatggaccgacggaagctgctattgatgtg
acttattatgcagtgcaaccagagaacactgaaaagagtgttcctatcggccgtccaatc
tggaatacaaaaattcatatacttagtgaagatggtaaaaccttaccgattggtatggca
ggggaactatatattgaagggatttgtcttgcagatggttatgttagccgaccggactta
actgctgaacgttttgtaacgtgttttgatggaagtcggtgttaccggacaggcgatttg
gcccgctggcgtttcgatggagaggttgactatcttgggcgtctggatcagcaggttaaa
atacatggtcagcgaatcgagctggaagagattgacgctgttatcggaaaacatcctaag
gttctacaggcctgcaccaatatctatgcgggccgtattgtcgcctatattgttgcgacc
aggggggcagagtcatatgaacaggaaatacaagaactctgtcgcgattatctgccggtc
tacatgcaaccacagcagatagtctttcttaacaggtttcccctgagccctaatggaaaa
ctagacagaaaagcttttcctgcgccgccagcatataaaagtgaagatggtggtgtacct
tccagtctgcttgaacaacggatatgtgagtattttgctgacgctttggagctaccatcc
atagcccccgacgcaaatttctttaacctgggaggtaattccctgagtgcggtaagtgtc
gcgaccaggataaatgccggtcttggatggaatatttcaatagccactattttcgcacac
ccgacacccaaggcgttagccggaaaagacaagtatgatgatcttaacatgcttgataca
gttctattattgcggcctgctccacatccttcgcaaaagaaattgcccacccttttttgt
gttcatccggcaggtggaattgcatggtgttacagcgggctggcgcgattcttgaaaacg
ccgtgtgaaattgtgggattgcaggctaagggtttgacgtctggaagcaacattactaac
tcaatggatgaaatggctcaggaatatgtggaacatatacgcgcccgccagcctaaaggt
ccatattggctgattggatggtctgtaggggggatgattgctcataaaatcgctacatat
cttgaaaaacaaggacaaaaagtccagcttctagccatgatggactcgtaccccagcgat
ttatggagacgttttgcatttgaagaccttaatatgcaggaagaagaaagcatggctctt
gctgctttacttttcattgcaggtatcgcgttgcctttcaaccaggaacttccttcactg
atagtgccaaaaggcgaaactctcaagcgtcaacagactattgaattattgagaaaaaat
ggtaatgcacttgccagcctggatgatcagatactggacaggcttattaatgtggtaatt
aacagccgccgtctggttggtggctcaagccacgatatttaccacggtgatatgcttttc
tttactgccgcatccccccgagcggagagttggctggatattgaggcctggcgcccatat
gttcgtgggaaaatcaataatattgatattaactgtgatcatcctggtatggcaagaacg
gaggcgctacgtgagatagcacggtatttagacgaagtatttgtacgcttcggaatatat
tcatctcctaatttgcagagtctaacagaggagcgtacgacaaaatga

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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 (23)   
   KEGG ORTHOLOGY (1)   
   RefGene (20)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (10)   
   Pfam (10)   
All databases (49)   

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