KEGG   Marinomonas sp. MWYL1: Mmwyl1_1617
Entry
Mmwyl1_1617       CDS       T00567                                 
Name
(GenBank) amino acid adenylation domain
  KO
K02364  L-serine---[L-seryl-carrier protein] ligase [EC:6.3.2.14 6.2.1.72]
Organism
mmw  Marinomonas sp. MWYL1
Pathway
mmw01053  Biosynthesis of siderophore group nonribosomal peptides
mmw01110  Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:mmw00001]
 09100 Metabolism
  09109 Metabolism of terpenoids and polyketides
   01053 Biosynthesis of siderophore group nonribosomal peptides
    Mmwyl1_1617
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01008 Polyketide biosynthesis proteins [BR:mmw01008]
    Mmwyl1_1617
Enzymes [BR:mmw01000]
 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
     Mmwyl1_1617
  6.3  Forming carbon-nitrogen bonds
   6.3.2  Acid-D-amino-acid ligases (peptide synthases)
    6.3.2.14  enterobactin synthase
     Mmwyl1_1617
Polyketide biosynthesis proteins [BR:mmw01008]
 Nonribosomal peptide synthetase (NRPS)
  Iterative NRPS
   Enterobactin synthetase
    Mmwyl1_1617
SSDB
Motif
Pfam: AMP-binding Condensation Thioesterase PP-binding AMP-binding_C Abhydrolase_6
Other DBs
NCBI-ProteinID: ABR70545
UniProt: A6VVR6
Position
complement(1810861..1814871)
AA seq 1336 aa
MIKSHNNCYGSQEPISQQSFALPLSTAQRGQWIAQKLAPQDAAFNIAEYLEIKGVIDAVH
FTSAIKQLISEADCIRSRIVEEDDKTIQIIHQTNEGYFFLSDVSSTENPHQTAIKWMTDD
MMQPLSNPGDILWRSALIKLGENHHYWYHRCHHVALDGFGGNLLTLRLAEIYNALLNNLD
AGPNPFGSLAALVESEHEYKSSKRYKKDRQYWLENLINLPETTSLSQRIDHSQNKKQLRK
PLTLSQELTSKLIIIGQQVNASLPQTLIALVAAYFYRMTGANDLVFAMPVTARVQRLQRS
TPGMMANAVPIRLSLSTETTLEKLIAQVSKVVLRALRHQQYRYEDLKRELGLMSAGQQIA
SLGVNIEPFNYDLTFGNCSTSLHNLSNALIDDLTVFIFDRHDNNGLKVEFDANPTRYTEQ
ELENHLAQFERLIDSMVLAPTNPISKATLLSASERYKILHTWNDTACSISQQSVVEAFNA
QVISTPNAIAVSSGQNSLNYSELDALSNAWANKLIKEQVCPCDLVAIALTRNTDMLVALL
GTLKAGAAYLPLDPDFPEERLRGIVEDANPKLILSCHGAIGQLPKVNMPILLIDDSHSDI
SLDNNVSHPTNLSIQGNNPAYVLYTSGSTGRPKGVEISHKALMNFLCAMQKELDLTSEDK
FLAITTISFDISILELFLPITVGASVLIADRKTVRDPQTLTDLAVTEGVTLLQATPSLWQ
ALLPTYSNELKGIRPLVGGEALPGQLAQIMSNLGHPVVNLYGPTETTIWSSIMPLVKPTD
LRHPPIGRPLLNTQMYVLDHAMEPVPVGVTGDLYIAGDGLALGYYNRPELTNERFISNPY
GKKGSRLYITGDKARWRQDGVLEYQGRDDHQIKIRGFRIEIGDIETALLACREVIQAIVV
AQTSPNEDKQLVAYVIPVDSNLDTSELRRQLINVLPDYMVPAHFMLLDEMPLTPNGKVDR
KALPMPTWQASNTYEPPRNQLEEMLTSLWAETLGLTLVGIRDNFFEIGGDSISATRILNH
IQKNLLIEVPLGVLFKASTIADLSDYLSKSEDWDPLISMLPIKSSGSESPLFCIHPALGL
SWGYAGLLRHLPKPTPLYGLQATGLRHAARLPESIEEMAEEYLLQIKNVQPKGPYRLLGW
SFGGLVAHAIAEKLQAEDETVSFLCMLDSYPYKIGFEQPTNEADIVRSALLFLGYDLSTL
EKLPINKEELASLLWRDYDDSSMSVVQDIQKNQADIMDKVQTIIENNLTLAGRFKPGKVD
ADLLFFVAEDSVNGSMGNILEHQSNAWASRITGKIETHNISCRHQDMLDSEPLNAIAPII
KERLEQSAEKHKTKVN
NT seq 4011 nt   +upstreamnt  +downstreamnt
atgattaaaagtcataacaattgctatggttcacaagaacctatatctcaacaatcattt
gcattacccctttctaccgctcagcgtggacaatggatagcccaaaaactagcgcctcaa
gatgctgcttttaatattgccgaataccttgaaataaaaggtgtaatagatgcagttcat
tttacttccgctatcaaacaacttatcagtgaagctgactgcattcgcagccgaatcgtc
gaagaagacgataaaactatccagattatccatcaaacaaatgaaggctatttcttttta
tcagacgttagttctacagaaaatccacatcaaacagcaataaaatggatgacggatgac
atgatgcagccactctccaatccaggggatattttgtggcgtagtgctctaattaagctg
ggcgaaaaccatcattactggtaccaccgctgccatcacgttgcactcgatggtttcgga
ggaaacctgctcacgctaagactcgctgaaatatacaatgcattactaaacaatctcgat
gcaggtcctaatccttttggctctcttgctgctcttgtcgaaagtgaacatgaatacaaa
tcttccaaacgctataaaaaagatcgtcagtactggctagaaaaccttatcaacttacct
gaaactacgtctctttctcagagaatagatcattctcagaataaaaagcagttacgtaaa
cctctaacattatctcaagaattgactagtaagctcattattattgggcaacaagtcaat
gccagcctgccacaaacactaatcgctttagtggctgcgtatttttatcgtatgacagga
gcaaatgatttagtttttgcaatgcctgttaccgcaagagtccaacgattgcaacgaagt
acacctggaatgatggcaaacgctgtgcctattcgcttgagtttatctactgaaaccaca
ttggaaaaattaatagcacaagtatctaaagtcgtgctcagagcattacgtcatcaacaa
tatcgatatgaagacctaaagcgtgaactcggcctaatgtctgctggtcagcagattgcc
tcactaggggttaacattgaaccttttaattatgacttaacatttggaaattgctcgacc
tcactgcataacctaagtaatgccttgatcgatgatcttactgtttttatcttcgacaga
catgacaataatggtctaaaagtagagtttgacgcgaaccctacacgttacacagaacaa
gaactagaaaaccatttagcacagtttgaacgcctaatagactcaatggtattggcacct
accaatcctatcagtaaggcaacattgttgtcggcaagtgagcgctacaaaattctgcat
acatggaacgatacagcttgctctatctcacaacaatccgtagtcgaagcatttaatgct
caagtaatcagtaccccaaatgccatcgcagtatcctctggacaaaactctttaaactat
tcagagcttgatgcactttctaatgcttgggcaaataagctaataaaagaacaggtttgc
ccatgcgatttagttgctattgcactcacacgtaatacggacatgcttgtcgctttgttg
ggtacactaaaagctggagctgcgtatttaccactggatcctgactttcccgaagagcgt
cttcgcggcatagttgaggatgcaaatccgaaactaatactcagctgccatggtgctatt
ggacagttacccaaagttaatatgccgatattattaatcgatgactcacattctgacatt
tccttagacaacaatgtttctcatcctactaatttatcaattcaaggaaacaatcctgcc
tatgttctctatacttctggctctactggtcggccaaaaggcgtagaaatttcacataaa
gccttaatgaatttcttatgcgcgatgcaaaaagaactcgatcttactagcgaagacaaa
tttctggctattacgaccatttcattcgatatttctatcttagagttattcctgcctatt
actgttggagcatcggttctgattgcggatagaaaaaccgttcgcgatccacagacttta
acagatctagcagtgacagaaggtgtaactttacttcaagctacgccgtctctttggcag
gcattattaccgacatacagtaatgaactaaaaggcattcggcctttggtaggaggcgaa
gcattaccaggtcaactggctcaaatcatgtcaaacttggggcatcctgttgtaaaccta
tatggtccaacagagacaacaatatggtcgagtattatgccactggttaaaccaacagac
ctgcgtcaccctcctattggcagacctctgctaaacactcaaatgtatgttttagaccac
gctatggaacctgttccggtaggcgtgacaggtgacttatatattgctggtgatggttta
gcactgggttattacaatcgccctgaattaacaaatgagcggtttatctctaatccatat
ggcaaaaaaggcagccgcctatatatcacgggagataaagcacgctggcgccaagatggg
gtattagaataccaaggtcgagatgatcatcagattaaaattcgtggcttccgtatcgag
attggtgacattgaaactgcattattggcatgtcgcgaagtcattcaagccatcgttgta
gctcaaacgtcgccgaacgaagataagcaactagttgcctatgtaataccagttgatagc
aaccttgataccagcgaacttcgtcgccagctaatcaatgtgttacctgactatatggtg
ccagctcactttatgctcttggatgagatgccattaacaccaaatggaaaagtcgatcgt
aaagccttacccatgccaacatggcaagcttctaatacatatgaaccaccaagaaatcaa
cttgaagaaatgctcactagcctttgggcagaaaccttaggtcttacgcttgttggtata
cgagataatttctttgaaattggtggtgactccatctcggcaacgcggattttgaatcac
atacagaagaacttgttaattgaagtgccattaggtgttttatttaaagcatctactatt
gcagatctttctgattacctaagtaaaagcgaagattgggaccctttaattagcatgcta
ccaattaaatcaagcggttcagaatctcccctattctgtattcatccagcattaggactt
tcttggggttacgccggcttactgcgccatttaccaaaacccactcctttatatggactg
caagctacgggcttacgccatgcagcgcgcttgccagaatccatagaagaaatggcagaa
gagtatttattgcaaattaaaaacgtgcaaccaaaaggaccataccgccttctaggctgg
tcctttggtggtctggttgctcacgctattgctgagaagctacaagcagaagatgaaaca
gtatcttttttatgtatgttagacagctacccatacaagattggttttgagcaacccact
aatgaagcagatattgtgcgctccgccttacttttccttggctatgacctcagcactttg
gaaaagctgccaattaacaaagaagaattagcgtcgttgttatggcgagattatgatgat
tcgtccatgtctgtggttcaagacatccaaaaaaaccaagcggatattatggacaaagtt
caaactattatcgaaaacaatttaacgctggcggggcgcttcaaacctggaaaggtggat
gcagatttactgttttttgtcgctgaagatagtgtgaatggctcaatgggcaatattctt
gagcaccaatccaatgcctgggcctcaagaatcacaggtaaaatagaaactcataacatt
tcatgtcgacatcaagatatgcttgattctgaaccgctaaatgccattgctcctattata
aaagaacgccttgagcaatctgctgaaaagcataaaaccaaagtaaattaa

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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 (31)   
   KEGG ORTHOLOGY (1)   
   RefGene (28)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (6)   
   Pfam (6)   
All databases (53)   

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