| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan8802_3559 |
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| Symbol | |
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| ID | 8392900 |
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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 | 3623786 |
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| End bp | 3627082 |
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| Gene Length | 3297 bp |
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| Protein Length | 1098 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 644981490 |
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| Product | putative CheA signal transduction histidine kinase |
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| Protein accession | YP_003139213 |
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| Protein GI | 257061325 |
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| COG category | [N] Cell motility
[T] Signal transduction mechanisms |
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| COG ID | [COG0643] Chemotaxis protein histidine kinase and related kinases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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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 | 0.989868 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGATGAGCC GTGACTCCCA CCCAGACAAC CAACACAGTA ATTCGTTTGA CCGTGACATT
GCTGACTTGC TAGACGATTT AACCAATGAG TTTGAGTTTG CTCAACCCGA TAGCGAACTC
GACGACTTAG TGAGTTTGTT TGATCAAGAT CTATCCGGTT CCTTTGCTAA AAACCATCAA
ACCCATTCAT CAGGAAAGAA ATCTTCTTCC TCTTCCTCCC TAGAAGACGA AATTAGCAAC
ATTTTCCACC AAAATTGCCC ATCCAGTAAG CAGACAGACC CCTCTCCATT AGCCGATAGC
GAAGAAGACG CACTCGATAC AATCTTTGCC AAACATAGCT CATCACGGGA GTCAAAAACC
GCCTCAGATC ACGAAGAATT GTTCAGTCAG CTAGAATCGA GTTTCTCGGA CATTTCAGCC
GACAAGGGAT TAGCCGATCT CAAACAGCTT TTGCATGATC CAAGCCGTGA AGCAGAAATC
ATTCAACCCA AAGCGATCGC CAAACCAACG ACCAACACCG TTGAGACTGA CAATATTCTC
TCTCGGCTCT ATTTACCCTT TGAAGAGCTA GAATCTCTCT TAAAGCAACC CGTCATCGAT
CCCCATCAAC AAAGCCTCGA TGAAGCCACC GCCGCCGCAT TAGCCGCCTT TATTGACGCT
CCCGTTGCGC TCTCTAGTCC CCCTCAACCA GCCCTAGAGA CAACAACCTC CGTAGACGTA
GACTCCGACT TAGATCAAGA GTTCAAAGAC TTAGAAGCCC TTCTTGAACA AGCCGATCGC
ACCATGGGAG GCTCCCCCAC CGTCAACGTA GCCAAAGGAC AACGTACCAG TCGAGCCAGA
ACCAAAGTTT TTGAACAAAC TATGCGGGTT CCCGTCAAAC AACTCGATAA CCTCAGCAAC
TTAATCGGGG AATTAGTCGT CAAACGGAAC CGCTTAGAAC AGGATCAAGA AAGATTACGG
CAATTTTTAG ACAACCTGCT CAACCAGGTG CAGAACCTCA GCGATGTTGG GGGACGGATG
CAAGATCTCT ACGAACGTAC TCTCCTCGAA GGAGCCCTGC TCGCTAGTCG GAACCAAGGA
CGAGGGTCTT TTCCCGACTT AGGCAGTAGC CAAGGAACAA AAAACCCTGG TAACAGTGAC
CTGACCAACG AAGGCGGCTT AGATGCCCTA GAAATGGACC GATTTACGGG CTTTCATTTG
CTTTCCCAAG AAATGATCGA ACTGATCGTC CGCGTCCGAG AATCTGCCTC AGATATTCAA
TTCGTCGTCG ATGAAACCGA ACAAGTGGCT CGCAACCTGC GTCAAGCCAC CACCCAATTA
CAAGAAGGAA TGACCAAATC TCGAATGGTA CCCTTTGCTC AAACAGCAGA ACGGCTACCC
CGGGCAGTCC GAGAAATTTC CTTGAAATTG AAGAAAAAAG CCAAATTACA AGTGGAAGGG
CGCGATGTTT TAGTCGATAA GATGATCCTA GAACATCTGT TTAGCCCCAT GACCCACCTC
GTTAATAATG CCATGACCCA CGGGATTGAG ACTCCCGAAC AGCGACAAAA ATTAGGGAAG
CCTGCCGAAG GACGTATTAC CCTCCAGGCC TTTCTCCAAG GAAACCAAAC GGTGATTACC
GTTTCTGACG ATGGGGGAGG GATCGATCCC GAACAGGTCA AAGCCAAGGC GATGGAAAAA
GGGCTCATTA CTCGCGAAGA AGCCGACGGA TTATCAGAAT CGGAAATTTA TGACTTCCTC
TTCCATGCCG GGTTCAGTAC GCGAGATAAA GCCGATGATT TCGCCGGTCG TGGAGTCGGC
TTAGACGTAG TACGCACCAG TTTAAGCGAA GTACGCGGTT CTGTGACCAT TGATTCCGTC
AGAGGCAAAG GAACGACCTT TACCATTCGT TTACCCTTGA CCTTGAGTAT TTGTAAAGCC
CTCTGTTGTA TCAGCGATCG CGCTCGCATT GCTTTCCCCA TGGATGGGGT AGAAGACATG
AAGGATTATA TGCCAGAGGA TTTAATTGTC GATGAGGATG GACGCAAAGC CATTAAATGG
GAAGGTCAAT CCCTGCCCCT CTATCCCTTG GGTGAATTGC TCTCCTATAA CCGTCAATTG
AGCCGTGGTA CCGTCTATGG CGGTAAAAAT GAGGAGGATA CCATTTCGGT GATTGTCCTA
CGCGGGACAG GGAATTTACT CGCGGTTCAA GTGGATCAGG TCATCGGCGA ACAGGAAATC
GTGATTAAAC AAATCGAGGG GCCAGTCCCT AAACCCCCCG GAATTGCTGG AGCAACCGTC
TTAGGGGATG GTAGCATTAT GCCCATCGGG GACGTATTGG AGTTGATTGA AATTGCTCAA
GGACGGATGC GAACTGATGG ACCAGGTAGT CTGTGGCAAA AAGCCATCCC GATGGAGTCT
CGCTTTGTGG ATAAAACTGA GCCGACGGTG TTAATTGTGG ATGACTCCAT TACAGTACGC
GAACTACTGT CGTTGAGCTT TAGTAAGGCC GGATATCGGG TGGAACAGGC ACGAGATGGT
CAGGAAGCCT GGGAAAAATT GCGATCGGGT CTGCCTTGCG ATGTGGTCTT CTGTGATATC
GAAATGCCCC GCATGAACGG GTTAGAATTG TTGGCTCATA TTCAAAAAGA TCAACACCTG
TGTGACCTTC CTGTGGCCTT ACTGACCTCA CGGGGGGCTG ATCGTCACCG TCAGGTTGCT
GCTAAATTAG GGGCGACGGC TTATTTTACT AAGCCTTGTC CGGATCAAAC CCTCCTGAAT
GCAGCCCAAT GGATGATGGA AGGCGAAGTC TTGCTGCCAG GTAGCACCAA AAAACCGAAA
AAGAAAGCCA TTCCAACGGT TCAAGAACTT TCGTCTACGG AAGGGTTCGA TAGTAAACCT
GATCAGAAAA TCCCTAATTC GGTGTTAATT ATCGATGACT CGGTGATGGT ACGAGAAATG
CTGTCGATGA CGTTTACTAA GGCAGGTTAT GAGATTGAAC AGGCACGAGA CGGTCAGGAA
GCCTGGGAAA AATTGCGGGG TGGGTTATCT TGTAAGTTGA TTCTCTGTGA TATTGAAATG
CCTCGAATGA ATGGACTAGA GTTGTTGTCC CGTCTCCAAG AAGATGAAAA ACTCTCTCAA
ATTCCTATTG CCATGATTAC TTCCCGTGGA GCCCAAAAAA TGCAGCGCAT TGCCGCAGAA
AGAGGAGCAA AAGGGTATTT TGTCAAGCCT TATATTGAAG AAGTGTTACT CGATTGTGCT
AAGCGATTGA TTGATGGAGA GGTATTACTT GATATCAATA GTTTAGTAGA AAGTTAA
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| Protein sequence | MMSRDSHPDN QHSNSFDRDI ADLLDDLTNE FEFAQPDSEL DDLVSLFDQD LSGSFAKNHQ
THSSGKKSSS SSSLEDEISN IFHQNCPSSK QTDPSPLADS EEDALDTIFA KHSSSRESKT
ASDHEELFSQ LESSFSDISA DKGLADLKQL LHDPSREAEI IQPKAIAKPT TNTVETDNIL
SRLYLPFEEL ESLLKQPVID PHQQSLDEAT AAALAAFIDA PVALSSPPQP ALETTTSVDV
DSDLDQEFKD LEALLEQADR TMGGSPTVNV AKGQRTSRAR TKVFEQTMRV PVKQLDNLSN
LIGELVVKRN RLEQDQERLR QFLDNLLNQV QNLSDVGGRM QDLYERTLLE GALLASRNQG
RGSFPDLGSS QGTKNPGNSD LTNEGGLDAL EMDRFTGFHL LSQEMIELIV RVRESASDIQ
FVVDETEQVA RNLRQATTQL QEGMTKSRMV PFAQTAERLP RAVREISLKL KKKAKLQVEG
RDVLVDKMIL EHLFSPMTHL VNNAMTHGIE TPEQRQKLGK PAEGRITLQA FLQGNQTVIT
VSDDGGGIDP EQVKAKAMEK GLITREEADG LSESEIYDFL FHAGFSTRDK ADDFAGRGVG
LDVVRTSLSE VRGSVTIDSV RGKGTTFTIR LPLTLSICKA LCCISDRARI AFPMDGVEDM
KDYMPEDLIV DEDGRKAIKW EGQSLPLYPL GELLSYNRQL SRGTVYGGKN EEDTISVIVL
RGTGNLLAVQ VDQVIGEQEI VIKQIEGPVP KPPGIAGATV LGDGSIMPIG DVLELIEIAQ
GRMRTDGPGS LWQKAIPMES RFVDKTEPTV LIVDDSITVR ELLSLSFSKA GYRVEQARDG
QEAWEKLRSG LPCDVVFCDI EMPRMNGLEL LAHIQKDQHL CDLPVALLTS RGADRHRQVA
AKLGATAYFT KPCPDQTLLN AAQWMMEGEV LLPGSTKKPK KKAIPTVQEL SSTEGFDSKP
DQKIPNSVLI IDDSVMVREM LSMTFTKAGY EIEQARDGQE AWEKLRGGLS CKLILCDIEM
PRMNGLELLS RLQEDEKLSQ IPIAMITSRG AQKMQRIAAE RGAKGYFVKP YIEEVLLDCA
KRLIDGEVLL DINSLVES
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