| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC8801_3021 |
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| Symbol | |
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| ID | 7104508 |
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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 | 3125659 |
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| End bp | 3128922 |
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| Gene Length | 3264 bp |
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| Protein Length | 1087 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 643476048 |
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| Product | Erythronolide synthase |
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| Protein accession | YP_002373161 |
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| Protein GI | 218247790 |
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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 | [TIGR00128] malonyl CoA-acyl carrier protein transacylase |
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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 | ATGACAACGA GTAAGCAACA AGAAGCTATT GCGATTATTG GAATGGGTTG TCGCTTTCCT
GGGGCAAAAA ATCCATCAGA ATTTTGGCAA GTAATTCAAA CAGGAGTTGA TACAATAAAG
GAAGTTCCTA GGAATCGATG GGATATTGAT CAATACTATG ATTCAAATCC AGATTCACCT
GGAAAAATGA ACACTTGTTG GGGTGGTTTT TTAGAAAAAG TTGACGAATT TGAACCCAGT
TTTTTTAATA TTTCTCCTCG TGAAGCAGAA CGGATTGATC CCCAACAGCG ACTTTTATTA
GAGGTAGTTT GGGAAGCCTT AGAAAATGGA GGAGTTATAC CTGAAACTCT TAGTGGAAGT
AATACTGGGG TTTTTATAGG ATTAACTAAT CAAGACTATC ATCGATTACT TTATCAAGAA
ATTGATCAGT TAGATGCTTA TTATGGAACA GGGACTTCTG CGTCTATTGC TGCCAATCGA
ATTTCTTATT TTTTAAATTT ACAAGGACCA AGTTTTACGG TAGATACGGC TTGTTCATCA
TCCTTAGTTG CGATTCATTT AGCTTGCCAA AGTTTACACC AAAAAGAATC AAATTTGGCT
ATAGCAGGGG GAGTCAATCT GATTTTGACT CCCGAACAAA CTATTACTTT TAGTAAAAGT
CGAATGATGT CTCCTGATGG CCGTTGTAAG ACCTTTGATG CGAAAGCAAA TGGATATGTG
CGAAGTGAGG GATGTGGGGT GGTTATCCTC AAGCGTCTTG AAGATGCGTT GCAACAAGGT
GATGACATTC AAGCTATTAT TAGAGGATCG GCAGTGAACC AAGATGGTTT GAGTCAGGGA
TTAACTGCCC CTAATAGTCT GGCGCAACAA CGGGTAATCC GTCAAGCCTT GCACAATGCA
CAGATAGAAA GCGATCGCAT TAGTTATGTG GAGACTCACG GGACAGGAAC GGCTTTAGGC
GACCCAATTG AGGTAAAATC GCTTAAGGCA GTCTTAATGG GCGATCGTAC TGCGGATCAG
CCTTGTTGGT TGGGCTCGGT TAAAACAAAT ATTGGTCATT TAGAAGCAGC AGCAGGAGTA
GCAGGGTTAA TTAAACTCGT GTTATGTTTA CAAAATCAAG AGATTCCGCC CATTTTGCAT
TTTAATCAAT TAAATCCCTA TATTTCTTTT AAAAATACCT CTTTTGTAAT TCCTACGACT
TCGCAAACTT GGATCGTTAA CGATCAAACG AGGGTGGCGG GGATCAGTGG GTTTAGTTTT
GGGGGAACTA ATTGTCATTT AATTGTTGAG GAAAGTCCTA GGGTTAAGGG AACAGGAATA
AACAACAAAA ATAAAACAGA AATTGATCGA CCTGTTCATA TTTTAACCTT ATCAGCTAAA
ACAGAAGACA GTTTAAACGA ATTAGTCAAA AATTATTATA ATCATTTACA ATCTGAAGGA
AATTTATCCC TTTCTGATAT TTGTTTTAGT GCCAATATCG GTCGATCTCA ATTTGAGCAT
CGTTTGGCTA TTATTTCTCA ATCAAGGGAA CAGTTAAAAG AACAATTACA AGTGTTACAA
GAAGAAAAAA AGACTAGCGG ATATTTTGCA GGTAAAGTTC TAGAGGAAAC CTATCCTAAG
ATTGCTTTTT TGTTTACAGG ACAAGGTTCT CAATATATAG GAATGGGACA AGAGTTATAT
CAAAAATCTC CTTTATTTCG TCAGATAATT GATCAATGTG ATCAGATTTT ACGCAATGAG
TTAGATGAGT CTTTGATCAA TATTATTTAT CCAGAACAGG GAACACAAAC GAGAGAAAAT
ACTAATCTTT TGAATCAAAC AATTTATACT CAACCTGCTT TATTTACGAT TGAATACGCT
TTAGCGAAAT TATGGCAGAG TTGGGGAATT GAACCATCAG TTGTGATGGG TCATAGTGTG
GGTGAATATG TGGCTGCTTG TCTTGCGGGA GTATTTAGTT TAGAAGATGG ATTAAAATTA
GTTGCTGCGC GAGGAAGGTT AATGCAAAGT TTGCCCGAAG ATGGTGGTAT GGTAGCGATT
TTAGCGACTG TTGAGCAAGT TAATCAAGTC ATTAACTCCT ATCAAAATGA AGTAGCGATC
GCGGCTATTA ATGGGTCAGA TAGTTTAGTT ATTTCTGGGA AAAAAGAAGC TATTCAAAGC
ATTATTAAAA CTCTAGAAAG TCAAGGAATA AAAACAAAAT TATTATCGGT TTCTCATGCT
TTTCATTCTC CCTTAATGGA ACCTATTTTA GAGGATTTTC GGAACATTGC AGGCACAATT
TCCTATAGTT CTCCAACAAT TCAGATTATT TCTAACGTAA CAGGTAAATC TATTACAGAA
GAAATAATGA CTCCTGATTA TTGGGTCAAT CATCTGCGAT CACCTGTTCA GTTTCTAGAC
AGTATGCAGG AATTACTCAA CAAAAACTAT GAGGTTTTTT TGGAAATTGG ATCGAAACCA
ATTTTATTGG GAATGGGTCG AAATATTGTT GAAAAAATGG ATAATTATTC AACGAACCAA
ACTTGGTTGC CAAGTCTTCG TCCTGGTCGT TCCGACTGGG AACAACTGTT AGAAAGTTTG
GGACAATTAT TCATTAAAGG ATCAGTGATT GATTGGCATA AATTCGATCA AGATTATCAG
CGAAACCGGG TAATTATTCC TACCTATCCT TGGGTGCGAT CGCGTTATTG GATTGATAAA
AATAATTTGA ATCAGAGACA AAAAAACAAG AGTATTACTT TACCCTTGTC CCAGAGAAAA
AACCAATCTA TTAACACCCA TAAAGTGGTT AGGTTAAGTA ATTTAAGACA GCAACTTGAA
CAAAATTATC AAAGTTCTGC TTTTGTTCAG CAATTAGAAA AGACTTTTGA GGCAGAAAGA
TTACCCAAAA TTATTAACTA TTTACAACAA GAAATTAGGA CTATTCTTGG GTTAAATAAG
ACACAAATAC CACCTCACAC AATGGGATTT TTTCAAATGG GAATGGATTC TTTAATGGCT
GTGGAATTTA GAAACAAATT AGAAGCGACT TTTTCTATTA CTTTGCCGAC TACTTTAGCT
TTCAATTACC CTAATATTGA AGCTTTATCA AACTATATTT TAGAAAAAAT CAACCGCAGA
TTCAAACTAG AAGAAAAATC TCACAGCAAT GGTCAATCAG CTATCAATAA ACTCGAACAA
CTAGCACAAG AAATTGAAGC TTATCCAGAG GAAGAAATTG AACGGTTATT AATCGAGAAA
ATTACGACTA TTTTAGAGAA GTAA
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| Protein sequence | MTTSKQQEAI AIIGMGCRFP GAKNPSEFWQ VIQTGVDTIK EVPRNRWDID QYYDSNPDSP
GKMNTCWGGF LEKVDEFEPS FFNISPREAE RIDPQQRLLL EVVWEALENG GVIPETLSGS
NTGVFIGLTN QDYHRLLYQE IDQLDAYYGT GTSASIAANR ISYFLNLQGP SFTVDTACSS
SLVAIHLACQ SLHQKESNLA IAGGVNLILT PEQTITFSKS RMMSPDGRCK TFDAKANGYV
RSEGCGVVIL KRLEDALQQG DDIQAIIRGS AVNQDGLSQG LTAPNSLAQQ RVIRQALHNA
QIESDRISYV ETHGTGTALG DPIEVKSLKA VLMGDRTADQ PCWLGSVKTN IGHLEAAAGV
AGLIKLVLCL QNQEIPPILH FNQLNPYISF KNTSFVIPTT SQTWIVNDQT RVAGISGFSF
GGTNCHLIVE ESPRVKGTGI NNKNKTEIDR PVHILTLSAK TEDSLNELVK NYYNHLQSEG
NLSLSDICFS ANIGRSQFEH RLAIISQSRE QLKEQLQVLQ EEKKTSGYFA GKVLEETYPK
IAFLFTGQGS QYIGMGQELY QKSPLFRQII DQCDQILRNE LDESLINIIY PEQGTQTREN
TNLLNQTIYT QPALFTIEYA LAKLWQSWGI EPSVVMGHSV GEYVAACLAG VFSLEDGLKL
VAARGRLMQS LPEDGGMVAI LATVEQVNQV INSYQNEVAI AAINGSDSLV ISGKKEAIQS
IIKTLESQGI KTKLLSVSHA FHSPLMEPIL EDFRNIAGTI SYSSPTIQII SNVTGKSITE
EIMTPDYWVN HLRSPVQFLD SMQELLNKNY EVFLEIGSKP ILLGMGRNIV EKMDNYSTNQ
TWLPSLRPGR SDWEQLLESL GQLFIKGSVI DWHKFDQDYQ RNRVIIPTYP WVRSRYWIDK
NNLNQRQKNK SITLPLSQRK NQSINTHKVV RLSNLRQQLE QNYQSSAFVQ QLEKTFEAER
LPKIINYLQQ EIRTILGLNK TQIPPHTMGF FQMGMDSLMA VEFRNKLEAT FSITLPTTLA
FNYPNIEALS NYILEKINRR FKLEEKSHSN GQSAINKLEQ LAQEIEAYPE EEIERLLIEK
ITTILEK
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