| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC8801_3023 |
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| Symbol | |
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| ID | 7104510 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Cyanothece sp. PCC 8801 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011726 |
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| Strand | + |
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| Start bp | 3133660 |
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| End bp | 3137709 |
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| Gene Length | 4050 bp |
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| Protein Length | 1349 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 643476050 |
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| Product | Erythronolide synthase |
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| Protein accession | YP_002373163 |
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| Protein GI | 218247792 |
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| COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG3321] Polyketide synthase modules and related proteins |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGAACAATC AACCTGACAC ACTTAACCAA CTTTCTCCCT TGCAAAAAGC AGCTTTAGCC
GTCAAAGAAA TGCGGGCTAA ATTAGAGGCA ATGGAGGAAT CTTTAGGCGA ACCTATTGCC
ATTGTTGGAA TGGGATGTCG GTTTCCTGGG GGATACCACG ATCCCGACTC CTTTTGGGAG
GGGTTATGTC AAGGAATTGA TGCGACGAGG GAGATCCCCC GCGATCGCTG GAATGTGGAC
GCTTATTACG ACCCCAACGC TGAAACCATC GGCAAAAGCT ACACTAAACG GGGAGGCTTT
TTAGAGAGAG TCGATGAGTT TGATGCCGAC TTTTTTGGAC TAACCCCCAG AGAAGTCACC
TTAATGGACC CACAACAACG ATTATTACTA GAAATCAGTT GGGAAGCCCT AGAAAATGCT
GCGATCGCCC CTAACCAACT CATGGGTAGT CAAAGCGGTG TCTTTTTAGG GATCAGCGTC
AATGAATATG GTCATCAGAC CCTTGGGGGG AACCCTGAGG CGATCGATGT TTACACCGCA
ACGGGGAACG CTTTAAGCAT TGCTGCGGGT CGTTTAGCGC ATTATTTCGG GTTCCAGGGT
CCCGCATTGG TGGTTGATAC TGCTTGTTCG TCTTCCCTAA CTGCTATCCA TTTAGCCTGT
CAAAGTCTCC GTAAGCGAGA GAGTAACCTA GTCATTGCAG GGGGCATCTT TTTGATGTTA
TCTCCCCATA GCTTAGTGTC TATGGCTAAA TTAAAGGCAT TATCAGCCGA TGGACGCTGT
AAGACCTTTG ATGCGTCGGC TGATGGTTAT GGTCGGGGGG AAGGTTGCGG TTTAGTGGTC
TTAAAACGTC TATCCGATGC GGTGGCCGAG AATAATAGAA TTTTAGCCGT TATTCGGGGG
TCAGCGATTA ATCAAGATGG TCGCAGTAGT GGGTTAACGG TTCCCAATGG TCAGTCCCAA
CAAGCTTGTC TTCGGTCTGC GTTGCGGGAC GCAAAGATTG ATCCATCCTC CGTTAGCTAT
GTGGAAACCC ATGGAACGGG GACAGCTTTG GGTGATCCCA TTGAAGTGAA AGCCATAGCC
GAGGTTTATT GTACGCTTAA AAACAGAAAA ACGCCTCTGA GTATTGGATC GGTCAAAACC
AATATTGCCC ACCTGGAAGC CGCAGCCGGG GTAGCCAGTT TGATTAAGGT GGTGTTAGGG
TTAAACCATC AAAAATTGCC GCCTCATCTC CATTTAAAGC GATTAAATCC CCATTTAGAA
GGGCTTTCTA TCAATATTCC CACGGTTTTG ACTCCTTGGA CGGTAGAAGC GGGACAAAAG
CGAGTAGCGG GGGTTAGTTC CTTTGGGTTT AGTGGGACAA ATGCCCATGT TGTGGTTGAA
GAATGGAATG GGCAACAGTT AACAGGCAAT AGGCAACAGG AAACCGGGAA TTTTCCTTAT
TTATTAACGT TATCGGCTAA AAATAATGAA GCCTTCAAAG CATTAGCGAG TCGTTATCAG
CAATTTTTAG TTAATCATCC TGAGATAGCG TTAGGCGATG TTTGTTTTAC GGCCAATACG
GGGCGATCGC ACTTTAATTA TCGTGGGGCA ATTGTTGCAG AAACGAGAGA AGAAATGATC
CAACAATTGT CAGAGTTTGC GCTTTTAGGC GTTGATGAAA CCCAAAAAAT GACTCCGAAA
ATCGCCTTTT TATTCACGGG TCAAGGGTCA CAATATGTCA ACATGGGTTA TCAACTCTAT
CAAACTTTCG CTGTTTTTCG AGATGCCTTA AATGATTGTG ATAACTTATT AAAACCCTAT
TTAGACAAGT CTTTATTAAC TATTATTTAT CCTGTTGAGG GAACAAATAA TAGCCAAAAT
ACAACTCTTT TAGATCAAAC AATTTATACT CAACCTGCTT TATTTTCTCT TGAATATGCT
TTAGTGAAAT TATGGCAAAG TTGGGGCATT AAACCTGATA TTGTGATGGG TCATAGTGTC
GGGGAATATG TGGCTGCTTG TGTGGCAGGA ATTTTTAGGT TAGAAGATGC CTTAAAATTA
ATTGCCCAAC GGGGTCGCTT AATGAATGAA TTGCCCCAAA CTGGATCGAT GGTCGCTGTC
TTTGCTTCAG AAACTATTGT TAAAGAGTTT ATTGTTTCCT GGCAAGATAA GGTGAGTATT
GCTGCGGTTA ATGGGTCTAG TAGTGTCGTC ATTTCTGGCG ATAAAGAAGC AATTAAACGT
ATTGTTGCTA AGTTGGAATC TCAAGGCATC GAAACACGAC AGCTTAATGT TTTTAATGGC
TTTCATTCTC CTTTAATCGA ACCGATACAA GATCAATTTT ATGAAGTGGC AAAAACCATT
AATTATCATC ACCCCAATCT TGAGATTATT TCTAATTTAC AAGAATCTCC TGAACAGATG
GCATCGGCTG ACTATTGGTG TCGTCATCTT CGGGAACCTG TACAGTTTTT TGCAGGAATA
CAAACCTTAA GAAATCAAAA CTATCAGCTA TTTTTAGAAA TAGGATCGAG TCCAACGCTG
ATTAAAATGG GACAACGTTG TTTTGATCAA CCGATAGGAA CTTGGCTACC TTCTTTAGAA
CCAAAACAAG CTGATAATTT TGTTATTTTG AATAGTTTAA AAATGCTTTA TTCTCAAGGT
ATTACAATTA ACTGGCAACA ATTTTATCAA GACTTTTCCT ATCAACCGAT TGCCTTACCA
ACCTATCCCT TTCAACGACA ACGGTATTGG CATCAAAAGG CTTCCTCATA CCAAGACAAA
TCCTCTTCAC AGTTTTCTCT TTTTCCCCTC TTAGATCAAC GAATTTCTTC TCCCCTAAAA
CCTATTCAAT TGACCTCTCA AGTTAATCTT CAACGGCTAC CCCTAGTCAG GGATCATTGT
ATTAATGGAA TGCCTCTTAT GAATTTAGTG GTTTACTTAG AAATGGTCTT TGAAGGAGTT
AAAGCGGTTT GGGGTAAATC AATTAGTCAG GTAGATAATT TTAAAATTGT TCAAGCTTTA
ATTTTTTCTG ATGAAAATAG TCGTAATTTA CAACTCATTT TTACCCCAGA AGATGAACAA
ACACTAACCT TTGAAATCTT TAGTAGCTTG GTTTCAAATA GCTTTGACTT AGAAACAGAA
GACAACTTCA ATAAAACTCA TGATCATTGG ATACTCCATG CAACCGGAAA GATTGTTTTA
GGAGAACTTG AATCTGCTAA AAAAGACTTA AATTCTCTAG TATTTGATAA TCTTTCTGAC
CAATATTCTG AAACCCTATC GGGACAAGAA TTTTATCAAC AAATTCAACA GAAAGGCATT
ATTTTAGGAG AAAGTTGTCA ACAAATTCAA CAAATTTGGC GCAACAATGG AGAAGCGATC
GCACGCATTA AAACAATGGG TGAAACTCCC TATATTTTGC CATTACGAGA AATTGACGCT
TGGATTCAAA CTTTTTTGGC TACTTTCAAC CAAGATTCTG ACTTATATTT ATTAGTCGGA
TTAGAAAGCT TCCGTTTTTA CACCTATCCT CAACATTCAC CCCCTCGCAA CTGGATGGGA
CAAGCAAAAC TGACCCCAAG TCGGTATCAA CAAGAAACCA TTTTCGGGAC ACTTTCTCTG
TTGACGGAGG ATGGTTACTT AGTTGGAGAA ATCATCAATG CTGAATTAAA ACGCATTAAC
GTCGATAAAA CCCAATTAAA ACCTCAAAAT TCTTTTTCTT TAGTTCCTCA AATCCCTAAA
ATAACCCGAG AAAGCCTTTT AGAAGCTAAT CCGATTGATT GTCAGTCCAT GCTGCAAAGC
TACATTCAAG CAACCTTGGC TAACTCTTTG CAAGTATCCC TCACCGCGAT CGATCCACAA
CAGTCCTTAA TTTACCTTCT AGACTCCCTG ATGGCTATGG AGTTGAGGAG TCATCTAGAG
AAAGATCTCG GACTGTCTGT GTCCCTCGAA TATCTTTTAG GCGATCGCAA TATTCAACAA
CTGACCACCC TTTTACTCGA TCAACTGGCG ATCGCTACTA TGACCCCTTC TACTGAATTT
ACCGATGATA TGGAGGAAAT TTTGCTATGA
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| Protein sequence | MNNQPDTLNQ LSPLQKAALA VKEMRAKLEA MEESLGEPIA IVGMGCRFPG GYHDPDSFWE
GLCQGIDATR EIPRDRWNVD AYYDPNAETI GKSYTKRGGF LERVDEFDAD FFGLTPREVT
LMDPQQRLLL EISWEALENA AIAPNQLMGS QSGVFLGISV NEYGHQTLGG NPEAIDVYTA
TGNALSIAAG RLAHYFGFQG PALVVDTACS SSLTAIHLAC QSLRKRESNL VIAGGIFLML
SPHSLVSMAK LKALSADGRC KTFDASADGY GRGEGCGLVV LKRLSDAVAE NNRILAVIRG
SAINQDGRSS GLTVPNGQSQ QACLRSALRD AKIDPSSVSY VETHGTGTAL GDPIEVKAIA
EVYCTLKNRK TPLSIGSVKT NIAHLEAAAG VASLIKVVLG LNHQKLPPHL HLKRLNPHLE
GLSINIPTVL TPWTVEAGQK RVAGVSSFGF SGTNAHVVVE EWNGQQLTGN RQQETGNFPY
LLTLSAKNNE AFKALASRYQ QFLVNHPEIA LGDVCFTANT GRSHFNYRGA IVAETREEMI
QQLSEFALLG VDETQKMTPK IAFLFTGQGS QYVNMGYQLY QTFAVFRDAL NDCDNLLKPY
LDKSLLTIIY PVEGTNNSQN TTLLDQTIYT QPALFSLEYA LVKLWQSWGI KPDIVMGHSV
GEYVAACVAG IFRLEDALKL IAQRGRLMNE LPQTGSMVAV FASETIVKEF IVSWQDKVSI
AAVNGSSSVV ISGDKEAIKR IVAKLESQGI ETRQLNVFNG FHSPLIEPIQ DQFYEVAKTI
NYHHPNLEII SNLQESPEQM ASADYWCRHL REPVQFFAGI QTLRNQNYQL FLEIGSSPTL
IKMGQRCFDQ PIGTWLPSLE PKQADNFVIL NSLKMLYSQG ITINWQQFYQ DFSYQPIALP
TYPFQRQRYW HQKASSYQDK SSSQFSLFPL LDQRISSPLK PIQLTSQVNL QRLPLVRDHC
INGMPLMNLV VYLEMVFEGV KAVWGKSISQ VDNFKIVQAL IFSDENSRNL QLIFTPEDEQ
TLTFEIFSSL VSNSFDLETE DNFNKTHDHW ILHATGKIVL GELESAKKDL NSLVFDNLSD
QYSETLSGQE FYQQIQQKGI ILGESCQQIQ QIWRNNGEAI ARIKTMGETP YILPLREIDA
WIQTFLATFN QDSDLYLLVG LESFRFYTYP QHSPPRNWMG QAKLTPSRYQ QETIFGTLSL
LTEDGYLVGE IINAELKRIN VDKTQLKPQN SFSLVPQIPK ITRESLLEAN PIDCQSMLQS
YIQATLANSL QVSLTAIDPQ QSLIYLLDSL MAMELRSHLE KDLGLSVSLE YLLGDRNIQQ
LTTLLLDQLA IATMTPSTEF TDDMEEILL
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