| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan8802_3099 |
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| Symbol | |
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| ID | 8392429 |
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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 8802 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013161 |
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| Strand | - |
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| Start bp | 3164930 |
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| End bp | 3169609 |
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| Gene Length | 4680 bp |
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| Protein Length | 1559 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 644981045 |
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| Product | 6-deoxyerythronolide-B synthase |
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| Protein accession | YP_003138777 |
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| Protein GI | 257060889 |
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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 | 5 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | 16 |
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| Fosmid unclonability p-value | 0.692721 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGTAAAA ATCCTAATCA ATTTAGTCAT TTATCCCCTC TAAAACAAGC ATTTCTTGCC
CTAGAAGAAA TGCAAGCTAA GCTACAACAA AAGACCAATG CTTCGACAGA ACCCATTGCT
ATTATTGGGA TGGGGTGTCG TTTTCCTGGG GGTGCAAATA GTCCCGAAAG TTTCTGGAAC
CAGTTACAAA AAGGAGTTGA TGCGACAACA GAAATTCCTG CTTCTCGTTG GGATATTGAT
ACTTATTATG ACCCTAATAG TAACAGTCCC GATAAAATGT ATGTCAAAAG AGGAGGATTT
TTAAGCACAG ACATTGATCA ATTTGATGCC TCATTTTTTA ATATTGCACC CCGTGAAGCA
ACTCGTATTG ATCCCCAACA GAGATTACTA TTAGAAATTA GTTGGGAAGC CTTAGAATAT
GCAGGAATTG CCCCTGATCA ATTAAAGAAT AGTCAAACAG GGATATTTAT TGGGATTAAT
TCTAATGATT ATAGTCAATT ACAACAAACA TTAGATACTT ATTCTTTTAC GGGAAATACT
GCTAGTGTTG CGGCAGGAAG ATTAGCTTAT TATTTAGGGT TACAAGGTCC AACCTTAGCA
GTAGATACGG CTTGTTCGTC TTCCTTAGTC TCGGTTCATT TAGCTTGCCA AAGTTTGCGT
AATCAAGAGT GTAATTTAGC CCTAGCTGGT GGGGTTCAGT TAATGCTTTC TCCCCAGACT
TATATCGTTC TTTCTCAAAT GAAAGCTTTA GCTAAAGATG GACGGTGTAA GACTTTTGAT
ACTGCTGCTG ATGGTTATGG AAGAGGGGAA GGATGCGGTA TTATTGTCCT AAAACGGCTA
TCTGATGCGA TCGCTGACCG TGATCAAATA TTAGCAATTA TTCGAGGTTC TGCTATTAAT
CATGATGGGT CAAGTAGTGG GTTAACGGTT CCCAATGGAT TAGCGCAAGA ACAGGTAATT
AAAGCTGCTT TAAACAATGG AAATATTGCA CCTGATCAAG TTAATTATAT TGAAGTTCAT
GGGACTGGAA CCGCTTTAGG TGATCCCATT GAAGTTGAAG CATTAGGTAA TGTTTATGGA
GTTACGCGAA ATTCGGACGA TCCTTTGATC TTAGGGTCGG TTAAAACCAA TATTGGTCAT
CTAGAAGCGG CGGCAGGAAT TGCTAGTTTA ATCAAAGTTA TTTTGACTTT GCAACATCAA
GAAATACCAG CCAATTTGCA TTTAAAAAAG TTAAATTCTG CTGTTAATTG GGATGGTTAT
TCACTGGTTG TTCCTAGAGA AAATATCTCT TATTCTCTGA ATTTTGCGGG AGTTAGTAGC
TTTGGTATGA GTGGAACAAA TGCTCATATT ATTGTTAAAA AAGCATCCAT AAATCAACAA
AAAAAATCAA TCAATTTTGC TTCTCGGTTT ACCCAAGACA ATAGAGAACA AAAAACTGTT
TTATTGGAAC GTCCTTGCCA TTTATTAACC CTATCGGCAA AAACCCAACA AGCATTACAT
GATTTAGTGA GTAATTATCA AAAATTTATA CAAAAACAGT CTGATCTTTC TTTAGAAAAT
ATTTGTTTTA CCGCTAATAC AGGAAGATCT CACTTTAACT ATCGATATGC TGCTGTCGTT
TCTAGCGTAT CTGAATTACA GGAAAAGTTA TCTAAATTTA CTATCAATGA AGTTTCCGAA
GTCTCATTAA ATCGTTCTTA TAAACCCCAA ATTGCCTTTT TATTTACAGG ACAAGGATCA
CAATATATTA ATATGGGCTA TAAACTTTAT CAAACACAGC CTACATTCCG TCAAATTATT
GATCAATGCG ATGATTTATT GCAACCCTAT TTAGAAGAAT CTTTATTAAA TATCCTTTAC
CCCAAAACCG AAACAGATCA TACACTTTTA GATCAAACTA TATATACGCA ACCTGCTTTA
TTTGCTATTG AATATGGGTT AGCAAAATTA TGGCAAAGTT GGGGAATAGA ACCAACAATA
GTATTAGGTC ATAGTGTGGG GGAATATGTT GCTGCTTGTA TTGCAGGAGT GTTTAGTTTA
GAAGATGGGT TAAGACTAAT TGCAGCAAGA GGTCGGTTAA TGCAAAGCTT ACCCCAGACA
GGTAAAATGG CGGTTGTTTT TGCTGGAATT AACCAAGTTA ACCCTATTTT AAAAAGATTT
AATGTCGAAA TTGCTGCCAT TAATGGATCT CATTGTTTGG TGATTTCTGG CGAAGCATTG
GCTATTAATG AAACCCTTAA AAAACTCGAA TCCCAAGGAA TAGAAACTCG GTCTTTAAAG
GTATCCCAGG GATTCCATTC TTCTTTAGTA GACCCAATCT TAAATGAATT AGAAAAAGTG
GCAAATGAAA TTAATTATTC TGTCCCTAAA ATCCCGATAA TTTCGACAGT GACTGGAAAA
ATAATTAATC CTGAAGAGGT TATGCAAGGT AAGTACTGGC GTAAAAATAG TCGAGAAACC
GTACAATTTT TAGAAGCAAT GCAAACCTTA TATAAGCAAA AATATGATTT ATTTATCGAA
GTTGGACCCA ATCCGATTTT AATTGGAATG GGTCGTCGTT GTTTACCTGA TAATGTAGGA
GTTTGGTTGC CATCTTTACG TTTTGGTTAT TCAGATTGGG AACAAATGTT AACCAGTTTA
AAAGAATTAT ATTGTCAAGG TCTAACGGTT GATTGGAAAG GGTTTGAGCA AGATTATGAT
CGTTCTCGTT GTGTTTTACC AACCTATCCC TTTCAACGAC AACGCTATTG GATTGATAGC
AACAAGGAAA TACAAAATAG GAAAGATAAT ATAGGGAATG GTTTACTGTA TCAGAGGATT
TGGGAAGCTC AATCTGTAAC AGTAAAGCAA GAAAAGATTA CTGGATGTTG GTTAATTTTT
GCTGATCAAA AAACAGTAGT TGGAATTAAG TTAATTCAAG AATTGGCCTC TCAAGGACAT
AGTTGTATAA CGGTGTTTCC TGGGGAATGC TATCAAAGGT TATCTTCCCA TTCATGGCAA
ATAAATCCTT CTCATCTCCA AGATTTTCAG CAACTGCTAA AAGAGGTTCC TGACTGCTGT
GGTATTGTTC ATTTATGGAA TATCGATAGT TCTTTTTCCA ATGACCTTGA TGCTGCTACA
TTGCAACAAG AACAATTACA AAATTGTGGT AGTCTTTTAT ATCTGATTCA AGCGTTAAAT
ACAATTCAAA CAACGATTTT ACCCCGTCTC TGGGTGGTGA CTCAAGGAAC CTTTGTTAAT
GATCAGTTGA CAAAGTTTTC CATAGCACAG ACTCCCGTCT GGGGGTTAGG ACGGGTCATT
GCGTTGGAAT ATCCTGACCT CTGGGGAGGC CTTATTGATA TTTCTACGCA AAACTCTGAA
AAAATAGTCA AAAATCTGGT AAAAGAACTA TTAAACCCTG AAATTACATC AGAAGTGGCT
TTAACACCAG AAGAACGCTA TGTATCAAAG TTGGTTCCCT ATTCCGCTAA TAGGCAAGAA
GTTAATTATT TTGGTGATAA TGAGGCTTTT TACTTGATAA CAGGGGGATT AGGGGGGTTA
GGCTTAAAAT TAGCCGATTG GATGGTCAAA CAAGGGGTAA AAAACCTTGT TTTAGTAGGT
CGCAGTCAAC CCAAACCTGA GACATTACAA GTCATTGCAG ATATGCAAAA ACAAGGTGTA
ACCATGGATA TCCAGCAGGT TGACGTTGCG AATGGGGAAG AGGTGGCTAA ATTACTGCAA
AAATACCCTA ATTTACGAGG TATCGTTCAT TTAGCGGGAT GTTTGGATGA TGGAGTATTA
AATAATCAAA CCTGGGAACG TTTTACTAAA GTGATGTCTC CTAAAGTTGC TGGAGGTTGG
AATTTACACT TTTATTCACA ACATTTAGTC TTAGACTTTT TTGTTTGTTT TTCCTCCATT
GCCTCCCTTT TAGGATCTCC CGGTCAAGGA AATTATGCTG CAGCAAACGC TTTTTTAGAT
GGGTTAGCCG AGTATCGTCA ATCTCAGGAT TTACCAGGAT TAAGTATTAA TTGGGGTCCT
TGGTCAGAGA CAGGAATGGC TGCTTTTTTA GATAATAAAG GGGAAAAACG CTGGTCAACC
GCAGGGGTTC GGTTTTTAGA TATTTCAGAA GGATTTGATC TTTTAGGACA ATTAATTAAA
GCTAATACAC CACAAATTGC TGTTTTTCCT GTTGATTGGT CTAAATTTTT ACAACAATTT
CCCGTGTATC AAAAAACAGC TTTACTCTCA GAAATTGTTC AACAAACTGA CCCCAAAATT
AATAGATCGC TTTGGGAACA ATTGGGACAA TTATCTCCTA AACAACAGCA AAAGCGTTTA
ACTGAACACA TTCAACAAGA TGTTGCTATG TCACTCGGGT TAAACCCGAC AGAAAGATTA
GATCCCCAAT TAGGCTTTTT TGATTTAGGA ATGGACTCAT TAATGGCTTT AGAATTTAGA
AACCGATTAC AAGTTAATTT AGGGCGATCG CTACCCTCTA CACTCACCTT TGATTATCCC
AATATTGACG CGATCGCTAC CTATCTTTTA AAGGATTTAA CCAACCTAAC TTCTCTTAAT
ACCCATGATC AAAATACACC TCAATCGATT GATATTAATG ACTTAGAACA ATTGTCGGAG
GATGATTTAT GTGCTTTTAT TGACCAAGAA TTTAATGCGA TTATCCAAGA GAAAAGCTAA
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| Protein sequence | MSKNPNQFSH LSPLKQAFLA LEEMQAKLQQ KTNASTEPIA IIGMGCRFPG GANSPESFWN
QLQKGVDATT EIPASRWDID TYYDPNSNSP DKMYVKRGGF LSTDIDQFDA SFFNIAPREA
TRIDPQQRLL LEISWEALEY AGIAPDQLKN SQTGIFIGIN SNDYSQLQQT LDTYSFTGNT
ASVAAGRLAY YLGLQGPTLA VDTACSSSLV SVHLACQSLR NQECNLALAG GVQLMLSPQT
YIVLSQMKAL AKDGRCKTFD TAADGYGRGE GCGIIVLKRL SDAIADRDQI LAIIRGSAIN
HDGSSSGLTV PNGLAQEQVI KAALNNGNIA PDQVNYIEVH GTGTALGDPI EVEALGNVYG
VTRNSDDPLI LGSVKTNIGH LEAAAGIASL IKVILTLQHQ EIPANLHLKK LNSAVNWDGY
SLVVPRENIS YSLNFAGVSS FGMSGTNAHI IVKKASINQQ KKSINFASRF TQDNREQKTV
LLERPCHLLT LSAKTQQALH DLVSNYQKFI QKQSDLSLEN ICFTANTGRS HFNYRYAAVV
SSVSELQEKL SKFTINEVSE VSLNRSYKPQ IAFLFTGQGS QYINMGYKLY QTQPTFRQII
DQCDDLLQPY LEESLLNILY PKTETDHTLL DQTIYTQPAL FAIEYGLAKL WQSWGIEPTI
VLGHSVGEYV AACIAGVFSL EDGLRLIAAR GRLMQSLPQT GKMAVVFAGI NQVNPILKRF
NVEIAAINGS HCLVISGEAL AINETLKKLE SQGIETRSLK VSQGFHSSLV DPILNELEKV
ANEINYSVPK IPIISTVTGK IINPEEVMQG KYWRKNSRET VQFLEAMQTL YKQKYDLFIE
VGPNPILIGM GRRCLPDNVG VWLPSLRFGY SDWEQMLTSL KELYCQGLTV DWKGFEQDYD
RSRCVLPTYP FQRQRYWIDS NKEIQNRKDN IGNGLLYQRI WEAQSVTVKQ EKITGCWLIF
ADQKTVVGIK LIQELASQGH SCITVFPGEC YQRLSSHSWQ INPSHLQDFQ QLLKEVPDCC
GIVHLWNIDS SFSNDLDAAT LQQEQLQNCG SLLYLIQALN TIQTTILPRL WVVTQGTFVN
DQLTKFSIAQ TPVWGLGRVI ALEYPDLWGG LIDISTQNSE KIVKNLVKEL LNPEITSEVA
LTPEERYVSK LVPYSANRQE VNYFGDNEAF YLITGGLGGL GLKLADWMVK QGVKNLVLVG
RSQPKPETLQ VIADMQKQGV TMDIQQVDVA NGEEVAKLLQ KYPNLRGIVH LAGCLDDGVL
NNQTWERFTK VMSPKVAGGW NLHFYSQHLV LDFFVCFSSI ASLLGSPGQG NYAAANAFLD
GLAEYRQSQD LPGLSINWGP WSETGMAAFL DNKGEKRWST AGVRFLDISE GFDLLGQLIK
ANTPQIAVFP VDWSKFLQQF PVYQKTALLS EIVQQTDPKI NRSLWEQLGQ LSPKQQQKRL
TEHIQQDVAM SLGLNPTERL DPQLGFFDLG MDSLMALEFR NRLQVNLGRS LPSTLTFDYP
NIDAIATYLL KDLTNLTSLN THDQNTPQSI DINDLEQLSE DDLCAFIDQE FNAIIQEKS
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