Alteromonas stellipolaris LMG 21861: AVL57_16115
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Entry
AVL57_16115 CDS
T04545
Name
(GenBank) hypothetical protein
KO
K21162
enediyne biosynthesis protein E4
Organism
asq
Alteromonas stellipolaris LMG 21861
Pathway
asq01100
Metabolic pathways
asq01110
Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:
asq00001
]
09100 Metabolism
09109 Metabolism of terpenoids and polyketides
01059 Biosynthesis of enediyne antibiotics
AVL57_16115
09180 Brite Hierarchies
09181 Protein families: metabolism
01008 Polyketide biosynthesis proteins [BR:
asq01008
]
AVL57_16115
Polyketide biosynthesis proteins [BR:
asq01008
]
Polyketide tailoring proteins
Others
AVL57_16115
BRITE hierarchy
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
FG-GAP_3
CCP_MauG
FG-GAP
UnbV_ASPIC
Motif
Other DBs
NCBI-ProteinID:
AMJ75356
LinkDB
All DBs
Position
complement(3479001..3482135)
Genome browser
AA seq
1044 aa
AA seq
DB search
MANYITHCWRLSAIFVFVVTASVATSAPAVHTFLSPSNTPPYSNKNELDVNLAALIESLA
LKATIPSSKDVPVPSGPMFELGLNLFYTKTLSANGDVACVSCHHPKLGGGDGLSLPVGVD
AVNPELLGIGRTHDGNTLVDSRADGSPNVPRNASTIFNIQLLKKAAFWDGRVEIIQDDVQ
TPGVSMLRTPDSRMNLPDTSVADDFIQAQAKFPITAIHEMFGHGPDKRKTNNAKRQQVLA
GFLEVDDTGRDNPWLPLFQTAFDDSSTDPEHVITIDRISTALAFFQRSMWFVDNPWFEYL
AGNSEALSDEAKRGAMLFFSKPSNGGYSCNGCHSGSAFTDEQFHNIAMPQIGRGKDTDGN
DHGRLLHTFNVHDKYAFRTPILLNIDVTGPYGHSGAFHSLADVIKHHMAPEASVVEFDYS
LSHLPQFAGVKVNQERNKTLSYRVLKQFIDNKDSSKLQTGLVEEKDVNALVAFLKSLTDP
CINSSDCLKPWSPVSSKQEQTFNLLRPEFSASQINSVSNLNLAQEPENSASDEQVRAIDD
KEKALNAWFIDASIDSGLRYELPQAEFTDEYHLMGGGVAVDDINKDGWPDVFISHAMQPG
KLFINNQKGGFTDETSRLLGDLSGRQLGALFIDYDADGRKDLLLVGDDIFEGYFRVFNQL
PSGKFASFTKGGINFSRFTHSLSAGDFDKDGDLDLFASHWGDTRTKNRKGYLWENTGKGR
YQDVSSRLPDVRPSPLYPNLDVNFTPIFTDIDMDNDLDLLIAADYETSQVMVNEEGIFKD
KTHSVISDENGMGAAVGDFDNDGDFDWFVTAISNPIEEKTYIGGDSGNRLYQNNGTGVFT
DVTDVAGVREGYWGWGACFADFNNDGWLDIFHTNGMRTGTIAEESQVGQFYDDPSRLFIN
NRDGTFTQKSRQLGLTHTAQGRGVSCTDFDGNGTIDILIANNGAAPTYYKNTLKNANHFL
TVKLVAGQQNPDAIGAKLWLKTASLNQVRELRLGSNYLSNDFMTAHFGIPQNDVVDYLEI
LWPDGHRQRLTKFPLDKVLTVRRQ
NT seq
3135 nt
NT seq
+upstream
nt +downstream
nt
atggctaattacatcacgcactgttggcgtttgagtgcaatatttgtttttgtagtgaca
gctagtgttgctacttctgctccggcagtacacacttttctttctccatccaatacacct
ccttattcaaataagaatgagctagacgttaacttagcagcgttgattgaatcattagct
ttgaaagcaactatacctagtagcaaagacgtccctgtgccgtctggccctatgtttgag
ctaggcttaaacttgttttacaccaagacgttaagtgctaatggtgatgtagcgtgtgtt
agttgtcatcatcctaagctagggggaggcgatgggctttcgttacccgtgggagttgac
gcagtaaaccctgaattattaggcattgggagaacccatgatgggaatacgttggttgat
agcagagccgacggttcgcccaatgtaccaagaaacgcctctaccattttcaatatccag
cttttaaaaaaagcagcgttttgggatgggcgagtggaaattatacaagatgatgttcaa
accccgggtgtttccatgttacgtaccccggatagcagaatgaatttacctgatacctcg
gtagcagatgattttattcaagctcaagcaaagtttccgattaccgccattcatgaaatg
tttggtcatggaccagataaaagaaaaactaacaatgccaaaaggcagcaagtattggca
ggttttttggaggttgatgatacgggacgggataacccttggcttcctctatttcaaacc
gcctttgacgactcaagtactgaccccgagcacgttattactattgatagaatatctacc
gcgctggcattttttcagcgttctatgtggtttgttgacaacccatggtttgagtatttg
gccggaaatagcgaagcgttaagcgatgaagcgaagcgtggtgcaatgctattttttagt
aaaccctcgaatggagggtattcgtgcaacggctgccatagtggtagtgcgtttaccgat
gaacaatttcataatattgcgatgccacaaattggccgaggaaaagatactgatggcaat
gatcatgggcgtttactgcacacatttaatgttcacgataagtatgctttcagaacacct
atcttattgaatatagatgtgacagggccgtatggacattctggggctttccattcgttg
gcagatgttattaaacaccatatggcacccgaagcctcggtagttgaatttgattacagc
ttgagtcatctcccccagtttgccggcgtaaaggtaaatcaagaacgtaataaaacctta
tcgtaccgcgtgttaaagcaattcattgataacaaagacagcagtaaattacaaacaggg
ctcgttgaagaaaaagacgtaaatgcgctagtcgcatttcttaagagcttaactgatccg
tgcataaattcttcagactgcttaaagccttggagccctgtatcaagcaagcaagaacaa
acgtttaatttactaaggcctgaatttagcgcatctcaaataaatagtgtgagcaattta
aatcttgcgcaagagcctgaaaatagtgccagtgacgagcaagttagggctattgatgat
aaggaaaaagcattaaatgcgtggttcattgacgcttcaatcgatagtgggctgcgttat
gagctgccgcaagctgaatttaccgatgaatatcatttgatgggcggaggcgttgcggta
gatgatattaacaaagatggatggccagatgtatttattagccatgccatgcagcctggt
aagctttttatcaataatcaaaaaggcggttttactgatgagacatcaaggctactagga
gatttatcgggcagacaattaggggcactgtttatcgattatgatgccgatggaagaaaa
gaccttttgctagtgggagacgatatttttgaaggctattttagggtgttcaaccaactt
cctagtggtaagtttgcttcgtttactaaaggcggtataaatttttctcgctttacccac
tctttatcggctggcgactttgacaaggatggcgatctcgatttgtttgcctcacattgg
ggagatacgcgaacaaaaaatcgaaaaggttatttatgggaaaataccggtaaaggacgc
tatcaagacgtaagttctcggttgcctgatgtgcgtccttcgcccttgtatccaaatcta
gatgttaatttcactcccatttttaccgatattgatatggacaacgatctcgatttattg
atagcggccgactacgaaacatctcaggtgatggttaacgaagagggtatatttaaggat
aaaacccattcggtgataagcgatgaaaatggcatgggtgccgcagtgggagatttcgac
aacgatggtgattttgattggtttgttaccgctatttcaaacccaatagaggagaaaacg
tacataggtggcgattcaggcaaccggctataccaaaacaatggtacgggcgtttttact
gatgtgactgacgttgccggtgtaagagagggttactggggctggggcgcctgcttcgct
gattttaacaacgatggatggctagatatatttcatacaaatggtatgcgtaccggtacg
atcgccgaagaatcacaagtaggtcagttttatgatgaccccagtaggttgtttatcaac
aatcgtgacggcacatttacacaaaagtctcgtcaattaggtttaactcatactgcgcaa
ggcaggggagtcagttgtactgattttgacggaaatggaaccattgatattctcattgca
aataatggtgcggcgcctacgtattataaaaatacgctgaaaaatgcaaatcactttttg
acagtgaaactagtcgcagggcaacaaaatcccgacgctattggcgctaaattatggcta
aaaactgcgtcactaaatcaagttagggagctccgtttagggtcgaactatttatcaaat
gactttatgacggcacactttggcatacctcaaaacgacgtagtcgattacctagaaatt
ttatggccagacggtcatcgacagaggctgacgaaatttccactagataaggtgttgacg
gtgcggcgccagtaa
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