KEGG   Echinicola vietnamensis: Echvi_3749
Entry
Echvi_3749        CDS       T02388                                 
Name
(GenBank) hypothetical protein
  KO
K21162  enediyne biosynthesis protein E4
Organism
evi  Echinicola vietnamensis
Pathway
evi01100  Metabolic pathways
evi01110  Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:evi00001]
 09100 Metabolism
  09109 Metabolism of terpenoids and polyketides
   01059 Biosynthesis of enediyne antibiotics
    Echvi_3749
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01008 Polyketide biosynthesis proteins [BR:evi01008]
    Echvi_3749
Polyketide biosynthesis proteins [BR:evi01008]
 Polyketide tailoring proteins
  Others
   Echvi_3749
SSDB
Motif
Pfam: FG-GAP_3 UnbV_ASPIC FG-GAP Itfg2
Other DBs
NCBI-ProteinID: AGA79961
UniProt: L0G4M2
Position
complement(4465487..4468810)
AA seq 1107 aa
MSKITINILFFLSLAAAMFSCGKQDEAVKSPAADPLFALLPPAQSGVAFQNTITETPEAN
VFKYQYFYNGGGVALGDVNNDGLADLYFSGNMVDNKLYLNKGKMQFKDITLAANVAGRPR
SWATGVSMVDINGDGWLDIYVCYSGELPEESRRNQLFVNQGVDQEGIPYFKEEAAAYGLD
DPAFTTSAAFYDYEGDGDLDAVLLNHNADLFRNLDAMSFEYILSQKDKNSSTKLMENRGG
EFVDITASVGWDESPLSYGLGLSISDFNADQRPDVFLGNDYSAADYLYIQQDNHTYTDEL
NQRMGHTSLYSMGSDAADVNNDGWMDFVSLDMLPEQNKRQKLLSSQDNYEHFNLFHEVGL
HHQYMRNMLQLNNGDGTFSEIGQLAGISNTDWSWAPLWADFDQDGWKDLFVANGFLRDFT
NLDFIKYRSSIFNVGAMSKESVLALIKEMPSSKVKNYVFQNKGNLQFTDQGASWGIDHFS
NSNGAAYGDLDNDGDLDLVINNVNLEAFIYENKRNTRSAHHWLQVALAGKGANTHGIGAK
VWVYQGAQQQLLEQMPFRGYQSSVSPVLNFGLAGEKIDSVKVVWRDGTEQTLTAVASNQR
LTFAQEDAKAVNTTTQRRMPLWEPVEGSAMVVHDDKQFNDFKRQPLLINPQSTLGPPMAK
GDVNQDGRPDVFFGGGKGQAASVFLSTGTDEFESVPQADFEKGKDAVDVAAVMMDVDGDG
DLDLYVASGGYHDLVPDAALLTDRLYMNNGKGHFTFVPDALPQIKENTGTVVEWDYNQDG
FPDIFIGGTVVPGRFPESYPSKLLQNDGTGKFRLAPDGLKDAFSSLHLVTDAKVADLDHD
GTGELVVVGRWMGIEVFDVVDGTVKKVTDDYFDQDYVGLWNTLLLEDLDGDGSLELLAGN
LGLNSQIKASRKEPAALLFKDFDGNGAVDPILSFFIQGESYPYVTRDELFEQISNKRTAF
DDYASYAEAKITDIFSSEELEGAQNYQATTLETTLFTQTETGRFKLLELPIQAQFSPVYS
VVALSVAEGKQLWLGGNIHQTRIKLGDTDANHGVLLEMDKTGHFQYVDQNTSGFQIQGDV
RSALQLENELWVGVHDQPLLRFRRKEH
NT seq 3324 nt   +upstreamnt  +downstreamnt
atgagtaaaataaccataaacatcttattttttttatcattggcggcggccatgttttct
tgtggaaagcaggatgaagcagtaaaaagcccggcagcagatccactttttgccttgctg
cctccagcccagagcggtgtagcgtttcagaataccatcaccgaaactccggaagcgaat
gtattcaagtaccaatatttttacaacggcggcggagtcgctttaggtgatgtcaataac
gatggtttagctgatctctacttttccggaaatatggtagacaataagctttaccttaac
aaagggaaaatgcaatttaaagatatcaccttagcggcaaatgtcgccggcagaccacgg
tcttgggccacaggtgtgtccatggtagatattaatggtgacgggtggttggatatttac
gtttgttacagtggtgaacttcccgaggagagcagacgtaaccagctttttgtcaaccag
ggagtcgatcaagaggggattccatattttaaggaagaagccgcagcatatggcttggat
gatcctgcctttaccacttcggcggctttttatgattatgaaggggatggagacctggat
gccgtgttgctcaaccacaacgcggatctttttcggaacttggatgccatgtccttcgag
tatatcctgtcccaaaaggacaaaaactcgagtaccaagttgatggaaaacaggggagga
gaatttgtggacattactgcctcagtaggctgggatgaaagtcctctttcttacggactg
ggcctgagtatatcggatttcaatgccgaccagcgaccggatgtttttctaggcaatgat
tattcggcagccgattacctgtatatccagcaggataaccatacttatacggatgagtta
aaccaacggatgggccataccagtttgtacagcatgggcagtgatgccgccgatgtgaat
aatgacggatggatggactttgtcagcttggacatgcttccggagcaaaacaaacggcaa
aaactattgtcttcccaggataattatgagcattttaacctctttcatgaagtaggcctt
caccatcaatatatgcgcaatatgctgcaactgaacaatggcgacgggacgttcagtgag
atcgggcagctggcgggcatttccaataccgactggagctgggctcctttgtgggcagat
tttgaccaggatggatggaaagacctcttcgtggcaaacggttttttgcgggattttacc
aatttggactttatcaaataccgcagttctatttttaatgtgggggcaatgtccaaggag
agtgttttggcgttgatcaaggaaatgccctcatcaaaagtaaaaaattatgtgttccaa
aataaagggaacctgcagtttacagatcagggagcgtcttgggggatcgaccacttttcc
aacagcaatggggcagcctatggtgacctcgacaatgacggcgacctggacttggtcatc
aacaacgtcaacttagaggcttttatctatgaaaataagcgaaatacccgttcggcacat
cattggctgcaggtggcccttgccggaaaaggagccaacacgcatggtattggtgccaag
gtttgggtataccaaggcgctcagcagcagctgcttgaacagatgccattccgcggatac
caatccagtgtaagtccagtgttgaattttggattggccggggagaagatcgattcggtg
aaagtggtctggcgggatgggacggaacaaacgttaacagcggtagcatccaaccagcga
ctgacttttgcccaggaggatgccaaagccgtcaacaccaccacccaaaggcgaatgccc
ctttgggaacccgtggaaggctccgctatggtcgttcatgatgataagcagttcaatgat
tttaaaagacagccgctgctgatcaatccacagagtactttagggccaccaatggccaag
ggagatgtcaatcaggatggacggccggacgtgttttttggtggtggaaaaggacaggct
gccagtgtgttcctttctacgggaacagatgaattcgaaagcgtgccccaagcggacttt
gagaagggaaaagatgcagtggatgtggcagcggtgatgatggatgtggatggtgatggc
gacctggatctgtatgtagccagtggcggttaccatgatttggtgccggatgccgcctta
ttgaccgaccgactttatatgaataacggaaaggggcattttacttttgtccccgatgct
ttgccacagatcaaagagaataccggtacagtagtggagtgggattataatcaagatgga
tttcccgacatttttatcggtggaacggtagttccggggagatttccagagtcgtatcct
tccaagttgctccaaaacgatgggacagggaagtttagattggcaccagatgggctgaag
gatgctttttcgtcactgcatttggtgaccgatgccaaggtcgctgacttggaccatgat
gggactggggaattggtggtagtgggccgttggatgggaattgaagtgtttgatgtggtg
gatggaaccgtgaaaaaagtgacagacgattattttgatcaggattatgttggcctatgg
aatacgttgttgttagaggacttggatggtgatggcagcctcgaactgttggccggaaac
ttaggactgaattcccagatcaaagcgagcaggaaggagcctgcagcattgctttttaag
gatttcgatggtaatggggcagtggatccgatcttgtccttttttatccaaggagaatcc
tatccctacgttaccagggatgagctgtttgagcaaatcagtaataagcgaacagcattc
gatgattatgccagttatgcagaagccaaaattaccgatatcttttcatcggaagaattg
gaaggtgcgcaaaactatcaggcgacgacattggaaaccaccttatttacccagacggaa
accgggcggtttaaattattggaattaccgattcaagcccagttttcacctgtttatagt
gtagtagcgctttcagtggcggaaggaaaacagctttggctaggaggaaatattcaccaa
acccgcataaaactgggtgacaccgatgccaatcatggtgtgctcttggaaatggacaag
acgggccattttcaatatgtcgaccaaaacaccagtggatttcagattcaaggagatgtc
cgtagcgccttgcagctggagaatgagttgtgggtaggggtgcatgaccagccattgctg
agatttcgaagaaaagaacattaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (3)   
   KEGG PATHWAY (2)   
   KEGG MODULE (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (21)   
   KEGG ORTHOLOGY (1)   
   RefGene (18)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (4)   
   Pfam (4)   
All databases (32)   

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