| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan8802_0785 |
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| Symbol | |
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| ID | 8390092 |
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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 | 787776 |
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| End bp | 790874 |
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| Gene Length | 3099 bp |
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| Protein Length | 1032 aa |
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| Translation table | 11 |
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| GC content | 49% |
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| IMG OID | 644978804 |
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| Product | Alkaline phosphatase |
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| Protein accession | YP_003136559 |
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| Protein GI | 257058671 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG1785] Alkaline phosphatase |
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| TIGRFAM ID | [TIGR03661] type 1 secretion C-terminal target domain (VC_A0849 subclass) |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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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 | 24 |
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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 | ATGGCCAACA ATCACGTTAT TTTCATTCAT CCAGATGGAG CGAGTCCCTC TCACTATGCC
TTTGCACGGT TTGTTGATCA TGGCCCTGAT GGACGCTTAA ATTGGGATAA CCTCAGCCAT
GCCGGAGTTT ACCTCGGTCA CATGGAAGAT CAGTTAGGTG GAACTTCCAA TGCTGGAGCC
GTTACCCATG CAACTGGAGC TAAAGTTTAC GCTGAATCCT TTGGCTTCAA TCAAGATGGA
TCTCCCATAG AATCCCTATC GGGTAACACT GGCCAAACCA TCATGGAAGA AGCGATATTG
GCCAATAAAG TTACCGCACT GATTCAATCA GGATCGATTA TCGAACCAGG AACCGCCGCC
TTCGTGGCTC AAGTGGGAGA ACTGGACATC GATGGACAAA CAATCCCCCC TCGCCAACGC
CAAGCCGATA TCGCGCGAGA AGTTATCCTG TCTGGGGTTG ACTTTATCCT TAGTGGTGGA
GAAATTAATC TCCTCCCCGT AGGAACGGAT GGATTTCATG GAACTGCCGC CCAACTCGAT
GCCATCAGCA CCAATCCCCT GAACCGTCCC ACAGAAAACC TCATCGAATT AGCCCAAAAC
AACGGCTACA CGGTGGTTTA TACCAAAGAG CAATTGTTCG ACCTCCTCGA CTTGCCAACG
CCCCCTACCA AAGTGTTAGG AGTCTTTGCA CCCTATCATA CCTTCAATGA TCGCCCAGAA
GAAATATTAG AGCAACAGGG ATTACCCTTA TATCTGGAAA CGGCTCCCAC CGTCGCCGAA
ATGTTATCGG TGGTTCAAGA GTTAGCCGAA CAGCACCCCA ATTTTGCCAA CGGCTCATTT
ACGGTGCTTG AAGAAGAAGG AAGCGACAAC TTCGGCAATA ACAACAATGC AGACGGGGTC
TTAGAAGGGA TACGTCGGGC AGATGCTTCC GTTGGCGTTG CCCTGGACTT CATTGAACGC
TATCCCAACA CCTTACTCCT GATGGCAGCC GATAGCGATG CCGGAGGGCT TCAAGTTCGA
GATCCCCTCA ATCCATCTAA TCCCGTGGGG ACGATTAATA ACAACCCGAC CACCGTCTCC
CGTCCCGTTC CCCTCGATGG ACAAACTGGA GTCAACAGCG TACCGTTTAT TTCTGCCCCT
GATGCCAACG GAGATAGCTT TGCCTTTGGC ATTGCTTGGG CAGGAACCCC TGACTTTAGC
GGTTCTATTG TCTCGAAAGC CCATGGACTC AACGCCGAAA AACTACCGGC CACCGTTGAT
AACACGGGAA TGTATGAGTT GATGTATGAG ACATTATTCG ATGTCGAATT ACCATCGCGT
AACCCCGTTC CCCAACCCGC TCCTGCCTCC ACCCAAAGCA CGGGCAATGT GATCTTTATC
CATCCCGACG GCACGAGTCC CTCCCATTTT ATGGCATTGC GTAACATCGA TCTCGGTCCC
GATGGTCGCT TGAACTGGGA CATGATGTCC AATGCCGGGG TGTATTTGGG ACACATGGAA
GACCAATTGA CGGGGACATC CAACGCGGGT GCTGTTACCC ATGCCACCGG AAATAAAGTC
TTTGCCGAGT CCTTTGGACT GAATGGGGAT AATTCCCCCG TTATTTCTGC TTCGGGTCAA
GTGGGTAAAA CCATTTTAGA AGAAGCAATT TCTGCTGGCA AAGCTACGGC TTTGATTCAA
TCAGGCCATA TCGCCGAACC AGGAACCGCC GCTTTTATTG CCGAAACGGA AAATCGTGCT
CCTGACCCCG CCGTTCGTGC CAGGGATAAA ACCGCCGAAA TTGCCGAACA AGTCATCCGC
TCAGGCGTTA ACGTGATCAT GGCCGGGGGC GAAGTATATT TGCTGCCCCA AGGAACCACG
GGTTTCCACG TTACCCCCGA AATTGACGCT CAATTTAACA ATCCTGTCTC TCGCCCCACC
ATTAACCTGA TTGATTTAGC TATCGACCTA GGCTACACCG TTGTCTATAC CAAAGATCAA
CTCGATGCAG TGGTTAATGG CGATAATCCC CCAGAAAAAC TGTTAGGGAT CTTTGCAGCG
AATCATACTT TTGATGATCG CACAGAAGAA GCCTTAGGAC TCAATAGCGA TAATCCCAGT
CCTCTCTATG TCGCTACCGC TCCCACCGTC GCTGAGATGC TTGAGGCTAC CCTCAAAATC
GTCGAAACAG ACCCCGAGGG GTTTTTTGTG GTCGTGGAAG AAGAAGGAAC CGATAACTTT
GCCAATAATA ACAATGCAGT GGGAACCGTT GAGGCGTTAC GACGGGCTGA TGAAGCTATC
GGAGTAGCGA AAAACTACGT TGATACCAGC AACCCGAACA CCCTGGTGAT TACGGCAGCC
GATAGTGATG CGGGCGGACT GCAAGTCTTC CAGTACATTC CCTATAACCG TCCGTCGGGC
AATTTAACCT CAGACCCTAA TTTAGGGGAT AGTGAATCGC AAGTTCCCTT TATCAACGTT
AACCCCGCCC CAACCAACAC CGGTAATTTC CTCGATGGGA GTAATGGAAG TACCGCTAGT
GAGGAAAATC CTTGGCAGTC TTTCTCTTCA GTGGATAGTA TCGATGGTCC TATGGGGAAT
TTTGCCGTTG CTTGGACTGG AACCCCGGAT TTTCCAGGGA GTATTGTTGC CAAAACCTAC
GGCATGAATG CGGATTTATT GCCGAGTACC CTAGACAATA CTGAAATCTA TAACTTGATG
TACCAAACCC TGTTTGGGGC TACTCCTATC CTGGGTTCTT CTGAAATTGA TGAACTGACG
GGAACTCCTG GCAATAATGT CATGACGGGA TTGCTTGGGT CAGATAGCCT TACCAGTGGC
AGTCAGCAAG ACACTTTTGT TTATACCAGT TTCCGCGATC GCGGTGACAC TATCAAGAAT
TTTGACGCGA TTGATCTCAT CGATCTCAGT CAAATTTTTG TCGATTCTGA GTATGGCAGT
AGCACCCCCT TTGATTCCTA TGTTCGACTG GTTCAAGTGG GGTCTCATAC GGAAGTCCAA
ATCAATCCCG TGGGCGATTC TGGATCGATT TTCCGCACTC TCGTCACCTT AGAAAATGTC
ACGGCGACGG ATTTAGGTGC CAGTAATTTT ATTTTTTAA
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| Protein sequence | MANNHVIFIH PDGASPSHYA FARFVDHGPD GRLNWDNLSH AGVYLGHMED QLGGTSNAGA
VTHATGAKVY AESFGFNQDG SPIESLSGNT GQTIMEEAIL ANKVTALIQS GSIIEPGTAA
FVAQVGELDI DGQTIPPRQR QADIAREVIL SGVDFILSGG EINLLPVGTD GFHGTAAQLD
AISTNPLNRP TENLIELAQN NGYTVVYTKE QLFDLLDLPT PPTKVLGVFA PYHTFNDRPE
EILEQQGLPL YLETAPTVAE MLSVVQELAE QHPNFANGSF TVLEEEGSDN FGNNNNADGV
LEGIRRADAS VGVALDFIER YPNTLLLMAA DSDAGGLQVR DPLNPSNPVG TINNNPTTVS
RPVPLDGQTG VNSVPFISAP DANGDSFAFG IAWAGTPDFS GSIVSKAHGL NAEKLPATVD
NTGMYELMYE TLFDVELPSR NPVPQPAPAS TQSTGNVIFI HPDGTSPSHF MALRNIDLGP
DGRLNWDMMS NAGVYLGHME DQLTGTSNAG AVTHATGNKV FAESFGLNGD NSPVISASGQ
VGKTILEEAI SAGKATALIQ SGHIAEPGTA AFIAETENRA PDPAVRARDK TAEIAEQVIR
SGVNVIMAGG EVYLLPQGTT GFHVTPEIDA QFNNPVSRPT INLIDLAIDL GYTVVYTKDQ
LDAVVNGDNP PEKLLGIFAA NHTFDDRTEE ALGLNSDNPS PLYVATAPTV AEMLEATLKI
VETDPEGFFV VVEEEGTDNF ANNNNAVGTV EALRRADEAI GVAKNYVDTS NPNTLVITAA
DSDAGGLQVF QYIPYNRPSG NLTSDPNLGD SESQVPFINV NPAPTNTGNF LDGSNGSTAS
EENPWQSFSS VDSIDGPMGN FAVAWTGTPD FPGSIVAKTY GMNADLLPST LDNTEIYNLM
YQTLFGATPI LGSSEIDELT GTPGNNVMTG LLGSDSLTSG SQQDTFVYTS FRDRGDTIKN
FDAIDLIDLS QIFVDSEYGS STPFDSYVRL VQVGSHTEVQ INPVGDSGSI FRTLVTLENV
TATDLGASNF IF
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