KEGG   Gloeothece verrucosa: Cyan7822_0309
Entry
Cyan7822_0309     CDS       T01310                                 
Name
(GenBank) 6-deoxyerythronolide-B synthase
  KO
K15314  enediyne polyketide synthase
Organism
cyj  Gloeothece verrucosa
Pathway
cyj01059  Biosynthesis of enediyne antibiotics
cyj01100  Metabolic pathways
cyj01110  Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:cyj00001]
 09100 Metabolism
  09109 Metabolism of terpenoids and polyketides
   01059 Biosynthesis of enediyne antibiotics
    Cyan7822_0309
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01008 Polyketide biosynthesis proteins [BR:cyj01008]
    Cyan7822_0309
Polyketide biosynthesis proteins [BR:cyj01008]
 Polyketide synthase (PKS)
  Iterative type I PKS
   Bacterial type
    Cyan7822_0309
SSDB
Motif
Pfam: ketoacyl-synt Ketoacyl-synt_C KR Acyl_transf_1 PS-DH adh_short PKS_DH_N adh_short_C2 PP-binding KAsynt_C_assoc FabA Thiolase_N 4PPT_N Methyltransf_2
Other DBs
NCBI-ProteinID: ADN12355
UniProt: E0U576
Position
338205..344102
AA seq 1965 aa
MMLVNTSQASTVIAIVGMACLYPDARSPQELWENVLSQRRAFRQIPKIRLSLEDYFNSDR
SSADTIYSSQAAVLEGYEFDRLKFKVVGETFRAADLVHWLALDIADRALADAGFVEGKNL
PKETTGVLLGNTLTGEFSRANTLRLRWPYVRRVVEAQLLKQGLSAQERQDFLRDLEIKYK
EPFSEIGAESLAGNLSNTIAGRICNYFDLKGGGYVLDGACSSSLLAVANACSALSVGDLD
VALAGGVDLSLDPFELVGFAKAGALAQQEMRVYDAKSEGFIPGEGCGFMVLMRYEDALAQ
NCRIYSLIRGWGISSDGHGGITRPEVDGQLLALQRAYHKAGFGADTVAYFEGHGTGTAVG
DATELQVLSQIRKRNAVLPAVVGSIKANIGHTKAAAGIAGLIKATLALHSQMIPPTSGSQ
IPHPLLTENPAVKTLQEGQLWPSSQPLRAGVSAMGFGGINTHIVLEGLASVPRTRVTPRE
SQLIAAPQDAELLLLSAQTLEQLQEQVRHLLTIAPQLSHAEVGDLAAQLAKTLDPSLPLR
AAMIASNPQELTDHLEKISSLEQLPPLSRGVGGINLCPDLRVNCCDVFLGTAHKTPRVGF
LFPGQAAPVYLNGGAWERRFPWLKEIYTQANLPREKDLKSTVIAQPAIITSAVVGLQVLE
HLGITASIAVGHSLGELSALHWAGALNATSVINLARVRGQAMAENPTGMMASIAAPEQAV
RQLLNGRVVVIASLNSPSQTVISGEVLGVNDVLEKAKVKGIKTVKLPVSHAFHSPLVSGA
IQPLKEYLATIEISPLQKPVISTVTASFLSTHQDLRSLLVEQITAPVRFIDAATLAAKEV
DLFIEVGSGEILSGLIGDFLSVPVMALDAGAKSLKGLLKAVAAAFVMGIPINHRALFEDR
FTRPFNLHWQPKFLLNPCELAPSLSEKTVVSPNPSPEQTEKQKISATVSPLECIRQLVAD
KTELPLEAIRDDHRLLSDLHLNSITVGQLVAQAARHLGLSPPVSPTDYADATLAEIAQAL
ENLASIGDVSKVEEIPTGVEAWIRIFSVEWVDTPLNHQLKDHSLSSNWQIIAPTDDPLIA
SLQQAFNLCEGSGVVVCLGPKRNFSDMDLLLEGCKKLLHSSNLEGKLVLVQHGGGAASFA
KTFFLENPQITTCVVDVPVEVDPRQAAQWITSEAALGRGYCEAYYDPQGNRRSPVLRLLS
LEDHPETISLDCKDVLLVTGGGKGIAAECALSLASDRGVRLALLGRSQPDTDPELEQNLS
RIKALGIPVMYLSVDVTDPQGIKAAVSQIESQLGTITALIHAAGVNHPKLIKHLDKNDVL
CTVAPKVVGLQNLLAAINADHLKVLITFGSIIARTGLPGEADYALANEWLGRDLEEFQHH
YPHCRCLNLDWSVWSGVGMGQRLGRIESLIQQGITPIPPDTGISILRRLLNHRLPTPSVV
VTGRFGTPPTLKIEQPPLPLLRFLEQPKVYYPGIELIVDVELSPQTDPYLNDHIYQGERI
FPGVMGLEAMAQVATALISSWPGDSGDQITFEKVRFNRPIICEDQPLKIRIAAQRTENGQ
IEMALRSEQTQFSIDHFRAIYHVSSHHVRQKPTNHLSATECRQNSTPLNPQQHLYGQILF
HQGRFQRLQQYQHLRATECIATLSRHQESWFSRYLPQDLILGDPGAKDAVIHALQACVPH
ATLLPVGIEKLIIYAFPSVETLIVAAQERQRIGDRFIYDLDVLTPDGMVLEHWEGLTLEI
VQHRDSQIAWVANLLSPYLERKIKEVLPSADLRILVDQDETVDRRIRSDRSLQALTSKGV
IITRRPDGKPEVNQKTSVSVAHAGNLTLAVAGSGAVACDVETVISRTTETWSDLLGTSKF
ALASALAASTGESLDVAALRVWAAYECLKKAGAMLNAPLMLSQTRADGVWLESGEMMIAT
FVISVQQQENPCIFAILVNHQDRKNEAFNQLEPAFSTPIELSLNF
NT seq 5898 nt   +upstreamnt  +downstreamnt
atgatgttagttaatacttcccaagcttctactgttattgctattgtggggatggcttgt
ttgtatcctgatgcgcgctcccctcaagagttatgggaaaatgttctgtctcaacgtcgc
gcttttagacaaattcctaagattagattatcgttagaggattattttaatagtgatcgt
tctagtgctgataccatttattcgagccaagcggctgtccttgaaggctatgaatttgat
cggcttaaatttaaggtagtgggtgagacttttcgggcggctgatctggttcattggtta
gctttagatatagccgatcgcgctttagctgatgcgggttttgtcgagggaaaaaattta
cccaaagaaaccacaggggttttattagggaataccttaacgggagaattttctcgggct
aatactctccgtctgcgttggccttatgtccgtcgtgtcgtagaagcacaactgctcaaa
cagggtttatccgctcaagaacgtcaggattttttgagagatttagaaattaaatataaa
gagcctttttcagaaattggtgcagaatctttggcgggaaatttatctaataccattgct
ggacggatctgtaattattttgatttaaaaggcggcggttatgtgcttgatggggcctgt
agttcttctttattagcagtggctaatgcttgttctgccctgagtgttggggacctggat
gtcgctttagccggaggagtagacctcagtttagatccctttgaattagtggggtttgct
aaagccggggccttagcccaacaagaaatgcgggtttatgatgctaagtctgaagggttt
atcccgggtgaaggctgcggctttatggtattgatgagatatgaggatgctttagcccaa
aattgccgcatttatagtttaattcgaggttggggcatctcttccgatggtcacgggggt
attactcgacctgaagtcgacggacaattattagccctgcaacgcgcttaccataaagcc
ggttttggggcagataccgttgcctattttgaaggacatggtacgggaactgccgtagga
gacgcgacagaattacaagttctcagccaaattcgcaagaggaatgctgttttaccggcg
gtagtcggttcaattaaagcaaacatcggacatactaaagccgccgccggtatcgccgga
ctcattaaagccactttggcattgcacagtcaaatgatccccccaacaagcggctctcaa
attccacatccgttattaactgaaaatcctgctgtaaaaacgcttcaggaaggtcaactg
tggccaagttctcaacccttacgggcgggagtcagtgctatggggtttggcggcattaac
actcatattgttttagaagggttagccagtgtgccccgaactcgagtcacgcctagggaa
agtcaactgatagcggctcctcaagatgcagaattgctcttgttatcagcacaaaccctt
gagcaacttcaagaacaagttagacacttattaaccattgcgcctcaattatctcatgcc
gaagtgggagacttagcggcacaattggccaaaacccttgatccgagtttacccttacga
gcggcaatgatcgccagtaacccgcaggaattaaccgatcacttagaaaaaataagctca
cttgagcaattgccccccttatcaagaggggttggggggatcaatttatgtcctgacttg
agagttaattgttgcgatgtttttctcggtactgcccataaaactcctcgagtgggtttc
ctgtttcctggacaagccgccccagtgtacctcaatggtggagcatgggaacgtcgtttt
ccctggctaaaagagatctacactcaagcgaacttgcctcgagaaaaagacctaaaatcc
actgtaattgcccaacctgctattattacctcggcggtggtggggttgcaagtgttagaa
catttgggaatcactgcctcaatagcggtcggtcatagtttaggggaactgagcgcgtta
cactgggcaggggcactcaatgcaacttctgtgattaatttggctcgagttcggggtcaa
gcgatggcagaaaaccccacagggatgatggccagcatagccgccccagaacaggccgtc
agacagttgctcaatggccgggttgtggtgatagctagtttaaattctccttctcaaacg
gttatctcaggagaggtattaggggttaatgatgtgcttgagaaagccaaggttaaaggg
attaaaacagttaaattgcctgtctctcatgctttccattctcccttagtttctggggct
attcaacccctgaaggagtatttagccacaatagaaatttctcctctgcaaaaaccggtt
atctctacggttaccgcttcttttctctccactcatcaagatttgcgttcgctgttggtt
gaacaaattaccgcgccagtgcgttttattgatgccgctaccttagccgccaaagaggta
gatttattcattgaagtgggttccggagagattttaagcggcttgatcggggattttctt
tctgttcccgtcatggccctagatgccggcgctaagtctcttaaaggcttattaaaagcg
gtggcggcggcttttgtgatgggaattcccattaatcatcgtgccctgtttgaggaccgt
tttacccgtccgtttaacctccactggcagccgaaatttttgctcaatccttgtgagtta
gccccctctttgagcgaaaagaccgttgtttctcccaacccctctcctgagcaaacagag
aagcaaaagatttctgcaactgtgtcaccccttgagtgcatacgtcagttagtagcagac
aaaaccgaactccctctagaagccattagagacgatcaccggctcctgagtgatttacac
ttgaattctattacagtaggtcaattagttgctcaagcggctcgtcatttagggctatct
ccgccggtttctcctactgactatgccgatgcaaccctcgctgaaattgctcaagcctta
gaaaatctcgccagtatcggggatgtctccaaggttgaagagattcccacaggggttgag
gcttggattagaatctttagcgttgaatgggtggatactcctctcaatcatcagctaaaa
gatcattctctctcctctaattggcaaattatcgctcccactgacgaccctttaattgca
tccttgcaacaagcctttaatctctgcgaaggttctggggttgtggtttgtcttgggcct
aagcggaacttttctgacatggatctgttattagaaggatgcaaaaagctgctgcactca
tcaaatctcgagggcaaattggttttggtacaacatggcggtggggctgcctcttttgcg
aaaactttctttttagaaaatcctcaaataaccacttgtgtggtggatgtgccggtggag
gtggaccctcgtcaagcggctcaatggatcacctcggaagcggctttagggcgtggctac
tgtgaagcttattatgatccacaaggcaacagacgatcaccggttttgcggttattatcc
ctcgaggaccatcctgagactatctcccttgactgcaaagatgttttattagtcactggt
ggggggaaaggcattgccgccgaatgtgctttatccctggctagtgatcgcggggttcgt
ttagcgttactgggacgttcccaacccgacactgatccagaacttgagcaaaatctttct
cggatcaaggctttgggtattcccgtgatgtatctttctgtggatgttaccgatcctcaa
gggattaaggcggctgttagtcaaatagaatcccagttgggaaccattaccgccctgatt
cacgctgccggggtcaatcatcctaaattgatcaaacatcttgacaaaaatgatgtttta
tgcacggtagcccccaaggtagtcggactgcaaaacctactcgccgcgattaatgctgat
catctgaaagtattaattacctttgggtcgatcattgcacggacgggactccctggagaa
gccgattatgctttagccaatgaatggctaggtcgtgatttagaagaatttcagcatcac
tatccccattgtcgctgtttaaatctggattggtcggtgtggtcaggagtcgggatggga
cagcgtttgggacgtatagagagcctcatacagcagggaattacgccgattccccctgat
acggggatttctatcttacgccgcttactcaatcatcgcttaccgactccttcagtggtg
gtaaccggacgttttggcactcctccaaccctaaaaatagaacagccgccattacccttg
ctgcggttcttagaacagccaaaagtctattatccagggatagaattaatcgtcgatgta
gaactttctccccagacagacccctatctcaacgatcatatctatcaaggagaacggatc
tttccgggagtgatgggactagaagcaatggcgcaagtcgctacagctttaatatcctcc
tggccgggggatagcggggatcaaatcacctttgaaaaagttcgatttaaccgtcccatc
atctgtgaggaccaacctttaaaaatccgcattgcggcacaacgaaccgaaaacggacaa
attgaaatggccctccgtagcgaacaaactcaatttagcatcgatcacttccgggctatc
tatcatgtatcctctcaccatgtccgacaaaaaccgacaaatcatctatctgctacagag
tgccgacaaaactcaaccccactcaacccccaacaacacctctacggacaaatcctcttt
catcaaggccgttttcaacgactacaacaataccagcatttacgcgccaccgaatgtatc
gccactcttagccgccaccaagagagttggtttagccgctatcttccccaagacctaatt
ttaggcgatccaggggcaaaagatgcagttattcatgctttacaagcttgtgttccccat
gccacccttttacctgtggggattgaaaaattaatcatttatgctttcccaagcgttgag
acactgatcgtagccgcccaggaaagacagcgcatcggagatagatttatctatgatctc
gatgtgcttacccctgatggtatggtcttagaacactgggaagggttaaccctagaaatt
gtgcagcatcgagactctcaaattgcctgggttgctaatttactctctccctatctagaa
cgtaagattaaggaggttttaccctctgctgatctgcgtatacttgtggatcaagatgaa
accgtagatcgacgcatcaggagtgatcgttctcttcaagctttaacctcaaaaggagtg
attattacccgtcgtcctgatggaaaaccggaagttaatcaaaaaacctcagtttcggtc
gcccatgccggcaatctcaccttggcggtggcgggttcaggtgcggtggcctgtgatgta
gaaacggtgatctctagaactacagagacttggagtgatttgttgggtacctctaaattt
gctctggcctcggcccttgcggcttctactggagagagtttagatgttgccgctttaagg
gtttgggcggcttatgagtgtttaaaaaaagccggggcaatgctgaatgctcccttgatg
ttgagtcaaactcgtgctgatggggtgtggttggagtcgggggaaatgatgatcgctact
tttgtgatttcggttcaacagcaggaaaacccctgtatttttgcgattttagtcaaccac
caagaccggaaaaatgaggcttttaatcaacttgaaccggcattttcaaccccgatagaa
ctatcattaaacttttaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (4)   
   KEGG PATHWAY (3)   
   KEGG MODULE (1)   
Chemical substance (9)   
   KEGG COMPOUND (9)   
Chemical reaction (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (29)   
   KEGG ORTHOLOGY (1)   
   RefGene (26)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (14)   
   Pfam (14)   
All databases (61)   

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