KEGG   Echinicola strongylocentroti: DN752_05225
Entry
DN752_05225       CDS       T05506                                 
Name
(GenBank) hypothetical protein
  KO
K21162  enediyne biosynthesis protein E4
Organism
est  Echinicola strongylocentroti
Pathway
est01100  Metabolic pathways
est01110  Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:est00001]
 09100 Metabolism
  09109 Metabolism of terpenoids and polyketides
   01059 Biosynthesis of enediyne antibiotics
    DN752_05225
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01008 Polyketide biosynthesis proteins [BR:est01008]
    DN752_05225
Polyketide biosynthesis proteins [BR:est01008]
 Polyketide tailoring proteins
  Others
   DN752_05225
SSDB
Motif
Pfam: FG-GAP_3 FG-GAP UnbV_ASPIC
Other DBs
NCBI-ProteinID: AWW29575
UniProt: A0A2Z4IFC0
Position
complement(1355821..1359120)
AA seq 1099 aa
MNNSYPTLLLLLCTVIVSCTRSSSDKSSAPLFSPVVPQSSNVHFSNDIIENDTLNYFNFP
YLYMGGGVAIGDVNGDDLSDIYLTGNQKPNKLYLNQGDFSFKDVSETAGVQGDGRWYTGT
LMADFNQDGWLDIYACVSGKSGRTDNQLFINNQDGTFSEMASTYGLDDLGHSIHATTVDF
DRDGLLDVFVANYPLVPVSQGNLFYKELMDQNSWEDAGHLYRNLGNGNFQEVTAEAGIQN
FGLTLGVMAADFNDDGWDDLYLSNDFNVPDYFYINNQDGTFREVSQEAMNQTSMFGMGID
VGDVNRDGLLDLVQVDMTPEDHQRSKTNMASMSPRTFYEAVALGFHYQYMQNSLQLNQGS
NKQTPMFSNIARYAGIATTDWSWAPLLADLDNDGFADLFVTNGMKRDVNNNDANMEIDEQ
SFFGNDLVLDINKLPSTPISNYAFKNIDGLQFQKTSKDWGLDQPGFSNGAAYADLDSDGD
LDLVINNLGDKASIYENSGTGNSFLRVKLQGAANNPFGIGTKLEVYYQGNQQFIQHITSR
GFQSSVEPIVHFGLGKGTQEVDSLVVKWPDGKVQKLTGLASRQELVVHYSDAEEKLSPQK
RAAWVSDLPSSSGLDFVHQEDGYDDFQYEPLLPHRNSAMGPGLAVGDIDQDGREDLFIGN
GAGYTSQVFVQKAGGNFQVLKGPWEMDKEQEDTGAIWFDADQDGDLDLYVVSGGNDKNKP
ADYYQDRLYVNMPAGFKKHSKATSATQGISGKTVCPFDVDGDGDLDLFIGGRIVPGHYPS
PPKSIILVNNGQKNGDLEFEKLEGGLENELLGLVTDAVVTDLNHDGRDDLVVVGEWMNVT
MLLNTPEGMKDVTEEEGLAGTRGWWYTVEKTDLDGDGKADFLLGNLGLNYKYKTSEPSPF
TIYLNDFDENGTSDIVLSYEKKGKQLPVRGRECSSQQVPTIAKRFETYSAFASASLEDIY
GKKMLENSLSYDVNTFASSWLHRDDEGKWQLSPLPQALQLSAIRDFLPVFINDDDKPDYI
ATGNLYQSEVETPRNDAGYGKMLLTTTEGALLPVPSSESGLYIKGEVMASSSIRLEGGQQ
ALVFGINSGRLKVVTLDKP
NT seq 3300 nt   +upstreamnt  +downstreamnt
atgaacaacagctacccaacattactattattgctatgtacggtaattgtaagctgtaca
aggtcttcttctgataaaagttctgctccactgttttcgccggttgtgccacaaagcagt
aatgttcatttttcgaacgatatcattgaaaacgatacccttaactatttcaactttcct
tacctgtacatgggtgggggcgtggccattggagatgtaaatggcgatgacctgtccgat
atttaccttacaggaaatcaaaaacccaacaagctgtacctaaatcaaggtgatttctct
tttaaggatgtaagtgaaactgctggagtacagggcgatgggagatggtatacagggact
ttaatggccgattttaaccaagacggttggctggatatttatgcctgtgtatccggaaaa
agcgggcgtaccgataaccagctttttataaacaaccaagatggtactttttctgaaatg
gcatccacttatggcctagatgacctagggcactctattcatgccactacggttgacttt
gaccgagatggtttgttggatgtttttgtggccaattatcctttggtacctgtcagccaa
gggaacttgttctataaagaattgatggatcaaaatagctgggaggatgcaggccactta
tacagaaacttaggaaatggaaacttccaagaggtgacagccgaggccgggatacagaac
tttggcctaactttaggagtaatggcagcagatttcaatgatgatggttgggacgacctt
tatctttccaatgactttaatgtcccggattatttttatatcaataaccaagatgggaca
ttcagggaggtctcgcaggaagcgatgaaccaaacgagtatgtttggaatgggcatagat
gtgggggatgtcaatagggatggactattggacctggtgcaagtggacatgactcctgaa
gaccaccagcgttccaaaaccaatatggccagtatgagcccgaggactttttatgaggct
gtagccctaggctttcattaccagtatatgcaaaacagtcttcagctaaaccaaggaagc
aataagcaaacacctatgttcagtaatattgcccggtatgcgggaatagctaccacggac
tggagctgggctccattattggcagatttggataatgatggttttgctgacctttttgtg
accaatggcatgaaaagggatgttaataataatgatgccaacatggaaatcgatgagcag
tcattttttggaaatgacctggtattggatatcaataaactacccagtacgcccatttcc
aattatgcgtttaagaacatagatgggctgcaattccaaaaaaccagcaaagactggggc
ttggatcagcctgggttttccaatggtgcagcttatgccgatctggacagtgatggagat
ttggatttggtaatcaataaccttggcgataaggcatccatctacgaaaattcaggcact
ggaaattcatttttaagagtgaaactacagggagccgccaacaatccttttgggatagga
accaaattagaagtttactaccaagggaaccaacaatttatacagcacatcacttctagg
ggatttcaatcaagtgtggaacctatcgttcactttggcttgggaaaagggacacaggaa
gtcgattcattggtagtcaaatggccggacggaaaagtacagaagctaaccggcctagcg
tctcgtcaagagctcgttgtccactattctgatgcagaagagaagctatccccccaaaaa
agggccgcttgggtgagtgacttaccctcttcttcaggattggattttgtccatcaggag
gatggatatgacgacttccaatatgagccacttttgccgcatcgcaattcggcgatgggg
ccggggctagcagtaggagatattgaccaagacggtagggaagacctgtttatcggtaat
ggggcaggatatacatctcaggtctttgtccaaaaggcaggaggcaactttcaggtattg
aaggggccatgggagatggataaagagcaagaagatactggggcgatatggtttgatgca
gaccaagatggggaccttgacctctatgtagttagtggcggaaatgataagaataaacct
gccgattattatcaggataggttgtatgtcaatatgcccgctggttttaaaaagcattcc
aaagccacatcggcgacccaagggataagtggtaagacggtgtgtccatttgacgtggac
ggtgatggagatttggatttgtttataggagggaggattgtcccggggcattacccaagc
ccgcctaagagtataatattggtaaataatggacaaaaaaacggtgacctggaatttgaa
aaactggaaggtggtctggaaaacgagctgttgggcttggtgacggatgctgtggtcact
gacttaaaccacgacggcagggatgatttagtggtggtgggagagtggatgaatgtcacc
atgctgctcaataccccagaagggatgaaggacgttaccgaggaggaaggattggcaggg
accagaggctggtggtataccgtagaaaagaccgacttggatggagatggaaaagccgat
tttctcttaggaaacctgggccttaactataagtataagaccagtgaaccttctccattt
acgatttatctcaatgactttgatgagaacggcacctctgatattgtgctgagctatgaa
aagaaaggaaagcaattgccggtacgtggtagggagtgttcttcccagcaagtgccgacg
atcgccaaaaggtttgaaacctattcagcttttgcttctgccagcttggaagatatttac
gggaagaagatgcttgaaaactcgttgtcctatgatgtaaatacctttgccagctcttgg
ctacatagggatgatgagggtaaatggcagctgagtccattgcctcaagcattacagctt
tcggccattcgggattttttgccggttttcataaatgatgatgacaagcctgattatatt
gctacaggtaacctgtaccagtcggaggtagaaaccccgagaaatgatgcaggttatgga
aaaatgctactgaccaccacagagggtgcgctcttgccggtgccctcgtccgagtccggg
ctttatatcaagggggaggtaatggcatcctccagcattcgacttgaggggggacagcag
gcgttggtgtttggcattaatagcggtaggctaaaggtagtaacgttggataaaccataa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (3)   
   KEGG PATHWAY (2)   
   KEGG MODULE (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (3)   
   Pfam (3)   
All databases (13)   

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