| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan8802_3846 |
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| Symbol | |
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| ID | 8393196 |
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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 | 3959571 |
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| End bp | 3963902 |
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| Gene Length | 4332 bp |
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| Protein Length | 1443 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 644981771 |
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| Product | pentapeptide repeat protein |
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| Protein accession | YP_003139485 |
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| Protein GI | 257061597 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG2319] FOG: WD40 repeat |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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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 | 18 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTTTATTA TTGATGATAT TATTGCTGAG TTAGTCTCTC AAGCTGTTAA TGAAGCAGAA
AAGAAAGCCA ATCATAGTGA GAGAGTTTTA CGAATATTAA AAAAGTTTAA CCTTTCTCCT
GATAGTCCTC CTAATGATAT TGAAGGGATT TATAAATATA CGTTAGTTGA ATATGGAGTA
GATCAACCTA AAGCGGTTTT AGATTTGTTT CGTGAAGCAG CAATTCAAAA AGCTTTTAGT
GATGCTTTTA GCAATAATAA TTATGCTCTT TTGCAACAAC AAGTAGACAA GGGAATTGAT
AGTTATGCTT GGGGAGATGA AATTAAAAGA CTTAATATTG ATTATCAAAA AGAATTAACT
CAATTTAGTA TTTTATTCGT TGAAATAGTC AAGCGAACTA GAACTGCTAC AGAGATTTTA
GAATCGAATA AATTAGAGAG TTTACAACGT CAATTAAATA CAGTTCAACA ACAAATCAAA
ACCCTACCTT TATCTCAACT TTATCAACAA CTTGCTTTAA TTGCTAACAA TACTCAAGCT
TTATTACCCG CAGTAGAAGA AACTAGAGAA ACTCAATTAG CTAAGAATAT TAAACAATGG
TTTAAGACCT TAAATTATAC TTTTGAAGGT TATGAGCAAT ATAATGATGA TTATTTTGAG
TTTGTTATTA ATATTCCCGT AAGGCGAGGA TATGATCGAA TTTTTGTTAG GGGAGTGGAA
GCAGAAGCAA GTATTAAAGA TGTTAACGAA GTAATAAAAT TAGTCAAAAC CCACAGAACT
GATGAAGGAT GGATCGTTGC ACCCCGTCGT ATTGCTTCAG CAGCGAAAAA TATAGCAAAA
ACTAATAATA ACGTTTATTG TTATACTTTT GATGAATTAA TCGATGATAA TGCTAATTTT
ACTCAATATT TTAATTGGTT AGAGGACTAT GTAAAAACCA GAGAGATTGA AAAATTTTAT
GTTCCTTTAG CTTGTCGAAA AGAAGAAATC GATCCTGATA CTAAACATAA ATTAGGAATG
AGTATTTATG ATGAAAAAGA AGGCTGGATC GAGGGCTATA TTGACCGATG GTTAGATGAT
CCCGTCAAAG AACATATCTC AATTTTAGGG GAGTTTGGGA CGGGTAAAAC CTGGTTTGTG
TTTCACTATG CTTGGCAAAA GTTACAGGAG TATCAGAAAG CGAAAGAAAG AGGAACTCAA
CGACCCCGTT TACCTTTAGT GATTCCTTTA AGAGATTATG CAAAAGCAGT TACAGTAGAA
TCTCTTTTAT CTGAGTTTTG TTTTCGTAAA CATGAAATTG GTTTACCTGG ATATACTGCC
TTTGAACAAC TCAACCGCAT GGGTAAATTA TTGATTATTT TTGATGGTTT TGATGAAATG
GCAGATCGAG TTGATCGGCA AAAAATGATT AATAATTTTT GGGAATTGGC TAAGGTTATT
GTTCCTGGTG CAAAAGCCAT TTTAACCTGT CGGAATGAAC ATTTCCCCGA AGCAAAAGAA
GGACGCGCAT TGCTTAATGC AGAATTAAAA GCTTCCGTGG CTAATTTAAC GGGAGAACCT
CCTCAATTCG AGATTTTAGA GTTAGAAAAG TTTAATAATC ATCAGATCAG AACTGTCTTA
GAAAAACGCA CTGACGGGGA TACTATTGAA CGAATTATGG CTAATGCTGA ATTATTAGAC
TTGGCGCGTC GTCCCTTAAT GATAGAACTA ATTTTAGCAG CAATGCCAGA CATTGAAGCA
GGAAAAGCGA TTGATATTTC TCGTATTTAT TGGTATGCGG TTCGACGTAA ATTAGAACAG
GATATTAAAC AAGAACGAAC GTTTACCAGT ATTGCTGATA AACTTTATTT TATGTGTGAA
TTAGCCTGGG AAATGCTATC CACTGATCAA ATGAGTTTGA ATTATCGTCA ATTTCCCGAT
CGCTTGCGTA GGTTATTTAG TCAGGAAGTT CAAGAACAAA AAGATCTCGA TCATTGGCAT
TATGACATGA TGGGTCAAAC GTTATTAACC CGCAATTCTG AAGGGGATTA TATGCCAGCC
CATCGTTCCT TATTGGAGTT TTTTGTGGCT TATAAATTTG CGGTAGAATT GAATATTCTA
GCCCCAGATT TTGCCGAAGA AGAAGATTTA AAGCGGTTTA ATTCTCCAGT CTCCCCCTTA
GATCTCTCCA AAACCTTCGG AAAACAACCC TTAAGCAAAG CAGTCCTAGA TTTATTAATT
CCCATGATGG AACCTGGAGA ACAGACCATC ACTAAATTAA AGGAAGTGGT CATGGCCACC
CAAGGACAAA CCCCCGAAAC TGTGGGGTAT TTGGGGGGAA ATGGGGTCAC TTTACTATTA
AAGCTTAATT GTTCTAGCTT AATTCGGCAG AATCTCAGGG AAACGGTGAT TTTAGGGGCA
GATTTCAGTC AAGCTATCTT ACATCAAGTT GATTTCACGG GGGCAAATTT AACTGAGACG
CGGTTTGCTA ACCTTTTAGG AGGTGTTCTG ACTTTGGCCT TTAGTCCTGA TGGTCAATGG
TTGGCGACGG GGGATCGCCA AGGAGTAGTT CGGGTTTGGG ATGCAGTGAC AGGGAAAGAG
GTCTTAACTT GTCGTGGTCA TCATTACTCG GTATGGTCAG TGGCCTGGAG TGGGGATAGT
CAAACCCTGG CCAGTAGCAG TGATGACAAA ACCATCAAAC TCTGGGATGT CTCCACGGGA
AACTGTCGTC TCACCTTAAC GGGTCATCAT TACTCGGTAT CTTCAGTGGC CTGGAGTGGG
GATAGTCAAG CCCTGGCCAG TTGCAGTTAT GACAAAACCA TCAAACTCTG GGATGTCTCC
ACGGGAAACT GTCGTCTCAC CTTAACGGGT CATGATGCCT GGGTATCTTC AGTGGCCTGG
AATGGGAATA GTCAAACCCT GGCCAGTGGC AGTGGTGACA ATACCATCAA ACTCTGGGAT
CTCTCCACGG GAGAGTGTCA TCTCACCTTG ACCGGTCATG ATGACTCGGT ATCTTCAGTG
GCCTGGAGTG GAGATAGTCA AACCCTGGCC AGTTGCAGTT ATGACAAAAC CATCAAACTC
TGGGATGTCT CCACCGGACT GTGTCGTCTC ACCTTAACCG GTCATCATGG CTGGGTATCT
TCAGTGGCCT GGAGTGGGGA TAGTCAAACC CTGGCCAGTG GCAGTTCAGA CAAAACCATC
AAACTCTGGG ATGTCCAGAC ACGCCAATGT CGTCTCACCT TAACCGGTCA TGATGACTGG
GTATCTTCAG TGGCCTGGAG TGGGGACAGT CAAACCCTGG CCAGTGGCAG TGAAGACAAA
ACCATCAAAC TCTGGGATGT CTCCACGGGA AACTGTCGTC TCACCTTAAC CGGTCATGAT
GCCTCGGTAT CTTCACTGGC CTGGAGTGGG GACAGTCAAA CCCTAGCCAG TGGCAGTTAT
GACCATACCA TCAAACTCTG GGATGTCTCC ACCGGACTGT GTCGTCTCAC CTTAACGGGT
CATCATGGCT CGGTATATTC AGTAGCCTGG AGTGGGGATA GTCAAACTCT GGCCAGTGGC
AGTGAAGACA AAACCATCAA ACTCTGGGAT GTCTCTACCG GAAACTGTCG TCTCACCTTA
ACCGGTCATC ATGGCTGGGT ATCTTCAGTG GCCTGGAGTG GGGATAGTCA AACCCTGGCC
AGTGGCGGCG ACGATACCAT CAAACTCTGG GATGTCTCTA CCGGAAACTG TCGTCTCACC
TTAACCGGTC ATCATGGCTG GGTATATTCA GTGGCCTGGA GTGGGGATAG TCAAACCCTG
GCCAGTGGCG GCGACGATAC CATCAAACTC TGGGATGTCT CTACCGGAAA CTGTCGTCTC
ACCTTAACGG GTCATGATGA CTTGGTATGC TCAGTGGCCT GGAGTAGGGA TAGTCAAACC
CTGGCCAGTG GCAGTTCAGA CAAAACCATC AAACTCTGGG ATGTCTCCAC GGGAGAGTGT
CGTCTCACCT TAACGGGTCA TGATGCCTCG GTATCTTCAG TGGCCTGGAG TGGGGATAGT
CAAACCCTGG CCAGTGGCAG TTCAGACAAA ACCATCAAAC TCTGGGATGT CTCCACGGGA
GAGTGTCGTC TCACCTTAAC GGGTCATGAT GACTTGGTAT GGTCAGTGGC CTGGAGTAGG
GATAGTCAAA CCCTGGCCAG TTGCAGTAGG GACGGAACCA TCAAACTCTG GGATGTCCAG
ACAGGGAAAT GTCTCCAAAC CTTCGATAAC CATCCTTACT GGGGAATGAA TATCACGGGA
GTTCAGGGGT TAAGCGACGC AGAAATAGCC ACTTTGAAGG CATTAGGCGC AGTAGAGGTC
AACGACCATT GA
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| Protein sequence | MFIIDDIIAE LVSQAVNEAE KKANHSERVL RILKKFNLSP DSPPNDIEGI YKYTLVEYGV
DQPKAVLDLF REAAIQKAFS DAFSNNNYAL LQQQVDKGID SYAWGDEIKR LNIDYQKELT
QFSILFVEIV KRTRTATEIL ESNKLESLQR QLNTVQQQIK TLPLSQLYQQ LALIANNTQA
LLPAVEETRE TQLAKNIKQW FKTLNYTFEG YEQYNDDYFE FVINIPVRRG YDRIFVRGVE
AEASIKDVNE VIKLVKTHRT DEGWIVAPRR IASAAKNIAK TNNNVYCYTF DELIDDNANF
TQYFNWLEDY VKTREIEKFY VPLACRKEEI DPDTKHKLGM SIYDEKEGWI EGYIDRWLDD
PVKEHISILG EFGTGKTWFV FHYAWQKLQE YQKAKERGTQ RPRLPLVIPL RDYAKAVTVE
SLLSEFCFRK HEIGLPGYTA FEQLNRMGKL LIIFDGFDEM ADRVDRQKMI NNFWELAKVI
VPGAKAILTC RNEHFPEAKE GRALLNAELK ASVANLTGEP PQFEILELEK FNNHQIRTVL
EKRTDGDTIE RIMANAELLD LARRPLMIEL ILAAMPDIEA GKAIDISRIY WYAVRRKLEQ
DIKQERTFTS IADKLYFMCE LAWEMLSTDQ MSLNYRQFPD RLRRLFSQEV QEQKDLDHWH
YDMMGQTLLT RNSEGDYMPA HRSLLEFFVA YKFAVELNIL APDFAEEEDL KRFNSPVSPL
DLSKTFGKQP LSKAVLDLLI PMMEPGEQTI TKLKEVVMAT QGQTPETVGY LGGNGVTLLL
KLNCSSLIRQ NLRETVILGA DFSQAILHQV DFTGANLTET RFANLLGGVL TLAFSPDGQW
LATGDRQGVV RVWDAVTGKE VLTCRGHHYS VWSVAWSGDS QTLASSSDDK TIKLWDVSTG
NCRLTLTGHH YSVSSVAWSG DSQALASCSY DKTIKLWDVS TGNCRLTLTG HDAWVSSVAW
NGNSQTLASG SGDNTIKLWD LSTGECHLTL TGHDDSVSSV AWSGDSQTLA SCSYDKTIKL
WDVSTGLCRL TLTGHHGWVS SVAWSGDSQT LASGSSDKTI KLWDVQTRQC RLTLTGHDDW
VSSVAWSGDS QTLASGSEDK TIKLWDVSTG NCRLTLTGHD ASVSSLAWSG DSQTLASGSY
DHTIKLWDVS TGLCRLTLTG HHGSVYSVAW SGDSQTLASG SEDKTIKLWD VSTGNCRLTL
TGHHGWVSSV AWSGDSQTLA SGGDDTIKLW DVSTGNCRLT LTGHHGWVYS VAWSGDSQTL
ASGGDDTIKL WDVSTGNCRL TLTGHDDLVC SVAWSRDSQT LASGSSDKTI KLWDVSTGEC
RLTLTGHDAS VSSVAWSGDS QTLASGSSDK TIKLWDVSTG ECRLTLTGHD DLVWSVAWSR
DSQTLASCSR DGTIKLWDVQ TGKCLQTFDN HPYWGMNITG VQGLSDAEIA TLKALGAVEV
NDH
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