| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cpha266_0617 |
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| Symbol | |
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| ID | 4569328 |
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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 | Chlorobium phaeobacteroides DSM 266 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008639 |
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| Strand | + |
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| Start bp | 688486 |
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| End bp | 692682 |
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| Gene Length | 4197 bp |
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| Protein Length | 1398 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 639765215 |
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| Product | multi-sensor hybrid histidine kinase |
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| Protein accession | YP_911097 |
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| Protein GI | 119356453 |
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| COG category | [K] Transcription
[T] Signal transduction mechanisms |
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| COG ID | [COG0642] Signal transduction histidine kinase
[COG0745] Response regulators consisting of a CheY-like receiver domain and a winged-helix DNA-binding domain |
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| TIGRFAM ID | [TIGR00229] PAS domain S-box |
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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| Plasmid unclonability p-value | 0.536457 |
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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 | 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 | GTGAAAAAAA ACTATACAAT AAGCCTCCTT ACAGCGGGAT TTCTATTTGT TGGTTATCTG
CTTGTCTGGT TGTCGGTCTA TCGCGCTGAT CATCAGTTGC GCGAACAATT GCTCAAGGAT
GTCTATGCCG TTGCTCGGAA TATGGACAAA GAACAGATAA AGGCTCTTTC CGGGACATCA
GCAGATCGAT TAAATCCCCA CTACATCGAT CTTAAAGCAA AACTTTCCAG TGGATGCAAA
TCCCGGACAA AATGTCGTTT TTTGTATTTG CTTGGAAGAA AAAGTGATAA AACGATATTC
TTTCTTGTCG ATTCGGAATT GACGGGTTCC TCCGAGATAT CGCCTCCCGG TCAGGTTTAT
GATGAGGCAT CTTCGGTATT ACAGCGTGTT TTCAGAACCG GTCATGCCGA TTCGGAGGGT
CCGTTGCCTG ATCGATGGGG CGTATGGGTA ACCGGCTTTG TTCCTCTTGT CGATCAGCAA
AGCGAAAAGG TCGTTGCCGT GCTCGGTATG GATGTTGATG CTGCCGATTG GACACTTGAT
ATAGCCGCCC GTTCAGCATT GCCCATAGGA GTCGTGATCA TCATTATTAT CGTTATTGTC
ACTATTCTTC AGTCAACCCG TCATCGAGAG ATTACATCAA GTCCTTTTCT GAGACGACTT
TTGCCAGTGC TTCTTGCCGT ATTGTTCTTT CTTTTTTTTG GATTCGGCGT GCTTTTATGG
TGGTTGCAGG AACGACGAAT TGAAGAGGTT GTTCATCAGA CGGAAAAAGA GGTTTTTACC
GTATTTCAAA ATGCACTTAT GGTACAGTCG GAAGGGCTTG AAATTGCTTT GAATATGATT
TGTACTGATA ATACGGTTGC CGATGAACTG AAAAGCCGCA ATAGCGAGAT CCTCTATTCG
AAATACGAAC CGCTTTTCAG ACATCTTCAA GATAAGCACG GGGTCTCTTT TTTTTGTTTT
ATGGATTCTT CCCGCAAATG TCTGCTGCGT TTGCATAAAC CGGAAAAGTC CGGTGATCGT
ATCAGTCGCT TTACCCTTCT TGAAGCTCAA AAAACAGGTC TTTTTTCAAA CGGTCTGGAG
CTTGATCCCA AAGGTCTTTT GACCCTGAGG GTCGTGATGC CTGTTTTTCA AAAAGGGAGG
ATTGTCGGTT TTATTGATGT TGCCAAAGAG ATTGAAGCGG TTATTAACCG TGTTCATTAT
CAGCCGGGTC TTGGCATTGC ACTTATTGTC GATAAAAAGT TTCTTCATAG AGGTGATTGG
GAAAAGGCAA TGCATGCGCT TGGAAGAAAA ACCGAGTGGG ATCGATTCAG AGATGAAGTT
CAGATTTATA ATACGTTTGG CTATTTTCCC GAAGCATTCG ATTTTTCTCT GGCCTCTTCA
GACTCTGTAG CGTTCTATCG CAGCCGGGCA GTAACATGGC AAGGAAAATC CTGGAGGCTT
AATTTCCTTC CGCTTGAAGA CGCATCAGGC AGAACAATCG GAAGAATGCT TGTGATTCAG
GATGTTTCGT TTTATCAGGC GGGCATCTTT CGAATGATCA CTCTTGCGGG GATTGCACTT
CTTGTTATTC TTTCGTTGCT TTTCGGCTTT CTGTTTGTTG TTTTAAAGCG AATCGACAGA
GGTGTTATCA ATCGGGAGCA GGAGCTCATA GATAGTCGTG AACAGTACAG GCTTGCCGTT
AACGGAAGTA ATGATGGAAT TTGGGACTGG GATATGAGAA GCGACACCTT GTATCTTTCA
CCTAAATGGA AAAAGACGCT TGGATATGAA GATGATGACC TTTCAAATAT CTATAAGACA
TTTGAAGATC TGGTTCATCC CGAAGACAAG CCGGTATTCA GAACGTATCT TGACCGATAC
CTGAATGGTG AAATTCCCCT GTTTAATATT GAGTTCAGAA TTCGGCACAA GGATGGTGCT
TATGTATGGA TTCTTGGGCG GGGTGAGGTG CTTCGTGACA AATCCGGTTC CCCATACAGG
ATGGCTGGTT CCATGAGCGA TATTACCGGC AGGAAAAAAG ATGAGGATGA ACTGAAACGA
CGTTCTGCTT TTCAGCTTGT GGTGATGGAT CTGGCAATCG GATTTGTCAA TACGCCACTT
GACGAGCTTG ATCGATCCAT AGAGAGAGCG CTTGCTCTTG TCGGCGAGTT TTTGCAGGTT
GATCGTTCCT ACCTTTTTCG TTATGATTTT GCCAACGGGA CGATGAGCAA CACACATGAA
TGGTGTTCAG AAGGAATCGC TCCTGAAAAA AATAATCTTC AGAACCTTCT TAACTCAATT
ATCCCTGACT GGGTTGCAAC CCATCTTGCG GGCAGAATTG TTCACATTTC AAGCGTTGAT
GCTCTGGATG ATGAAAGTGC CCTCAAAATG ATATTGGCAT CGCAGGGCAT CAAGACACTG
ATTTCCCTTC CGCTCATTTA TCATGAACAC TGTTTTGGTT TTGTAGGGTT TGATGCCGTA
AGAGAAGTGA AAAAATGGGG CGATGATGAA ATCTCACTGC TCCGGGTTTT AGCGGAGTTA
TTTACCAATG CGGAACTGCG TTTCCGTCAT GAGACAGCTC TTGTTGATGC CCGATATGCT
GCCGAATCAG CAAATCGAGC TAAAAGCGAA TTTCTTGCCA ATATGAGTCA TGAAATCCGC
ACTCCGATGA ATGGCGTGAT TGGAATGGCA AATCTGCTTC TTGATACGGA TCTTTCTGAT
GAACAGAGGG ATTTTGCGGA CATGCTTCTT GCGAGCGGAG AGTCCCTGTT AACGGTTATC
AATGATATTC TTGATTTTTC AAAAATTGAG GCAGGAAAGC TTGAGTTGGA ACATATCGTT
TTTGATCTTC GTAAGCTCCT GGAGAGTTTT GGCGCGGTTA TGGGTCTCAA AGCAGTTGAG
AAAAACCTTG AATTCAACTG TGTTGTATCT CCTGAAGTTC CGGTATTTTT CAAAGGCGAT
CCCGGCAGGA TTCGGCAGAT TCTTAATAAT CTTGCCGGCA ACGCAATCAA ATTCACTCAA
AACGGTAACG TAACTGTTGC CGTATCCATG CAGTCTGAAA ATAATGGTGA TGCTGTTCTT
CGTTTTTCTG TAAAAGATAC CGGTATAGGA ATACCGGAGG CAAAGCTTGA CAGATTATTC
AAAAGTTTTA CGCAGGTTGA TGCATCAACA ACAAGAAAGT ATGGCGGGAC GGGTCTTGGT
CTTGCAATCA GCAGGCAATT GGTTGAGCTT ATGGGCGGGA AAATTGGTGT GATCAGTCAT
GAGGGCAATG GTTCCGAGTT CTGGTTTACG ATTTTTTTGA AAAAGCAGCC GTTTTACAGC
ACTATCGAAA CGCAGCCGAC GTCGGCGTTT GCCGGAATCA GGGCTCTTGT TGTCGATGAT
AATGCTGCAA ATCGCAAAAT GCTGAAAGCT CTGCTTTCAT CATTGGATAT CCGTGTTACT
GAAGCATCCG GTGGCGATGC TGCTCTGGGA GAACTTCGGA GCGCTTTCAA AAGCGGCGAT
CCCTTTGCGC TGGCCATTAT TGATATGCAG ATGCCGGATA TGGATGGTTT TATGCTCGGT
CAAACAATAA AAGAGGATTT GCTTTTGCGC AATACGGAGC TCTTTCTTAT GAGTCCGGTC
GGTACATTAA ATCAACGTGA AGAGTATCAC CGGGCAGGGT TTTCTGCCAA TCTGTCAAAG
CCTGTCGGTC AACTGGAACT TGTTGCGGCA ATAAACAAAG TTGTTTTCAA TCATGATAAC
CAATCGGGAA GTCGAAATCC ATCGATAAGT TATCCGGTAA CAGAAGAAGG TGAACCTCCG
ATGGTTCCTG TTGGAAAACT GGAGCATTAC CGTATTCTGC TTGCTGAAGA CAGTCGTGTC
AACCAGATGG TGGTTATAGG GGTACTGACG AAGTTTGGAT ATGGTGTCGA TGTGGTTTCA
AATGGGCAGG AGTGTGTTGA TGTCCTCCAA AAGAGAACAT ATGATCTGGT GTTAATGGAT
GTTCAGATGC CTGTTATGGA TGGATTGAAC GCAACAGGAA TTATCAGAGA TCCGGCATCA
AAGGTTCTCG ATCACAACAT TCCGGTTATT GCTTTAACAG CGCATGCCAT GCAGGGTGAC
AGGGAGAGTT GTCTTTATGC GGGGATGAAT GACTATATCT CAAAGCCGAT TGATGCCTCT
GTTCTCACCG AAACCATCAG CAAGTGGCTG CCGGTTAAGC CGGATTCGCC TGCATAA
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| Protein sequence | MKKNYTISLL TAGFLFVGYL LVWLSVYRAD HQLREQLLKD VYAVARNMDK EQIKALSGTS
ADRLNPHYID LKAKLSSGCK SRTKCRFLYL LGRKSDKTIF FLVDSELTGS SEISPPGQVY
DEASSVLQRV FRTGHADSEG PLPDRWGVWV TGFVPLVDQQ SEKVVAVLGM DVDAADWTLD
IAARSALPIG VVIIIIIVIV TILQSTRHRE ITSSPFLRRL LPVLLAVLFF LFFGFGVLLW
WLQERRIEEV VHQTEKEVFT VFQNALMVQS EGLEIALNMI CTDNTVADEL KSRNSEILYS
KYEPLFRHLQ DKHGVSFFCF MDSSRKCLLR LHKPEKSGDR ISRFTLLEAQ KTGLFSNGLE
LDPKGLLTLR VVMPVFQKGR IVGFIDVAKE IEAVINRVHY QPGLGIALIV DKKFLHRGDW
EKAMHALGRK TEWDRFRDEV QIYNTFGYFP EAFDFSLASS DSVAFYRSRA VTWQGKSWRL
NFLPLEDASG RTIGRMLVIQ DVSFYQAGIF RMITLAGIAL LVILSLLFGF LFVVLKRIDR
GVINREQELI DSREQYRLAV NGSNDGIWDW DMRSDTLYLS PKWKKTLGYE DDDLSNIYKT
FEDLVHPEDK PVFRTYLDRY LNGEIPLFNI EFRIRHKDGA YVWILGRGEV LRDKSGSPYR
MAGSMSDITG RKKDEDELKR RSAFQLVVMD LAIGFVNTPL DELDRSIERA LALVGEFLQV
DRSYLFRYDF ANGTMSNTHE WCSEGIAPEK NNLQNLLNSI IPDWVATHLA GRIVHISSVD
ALDDESALKM ILASQGIKTL ISLPLIYHEH CFGFVGFDAV REVKKWGDDE ISLLRVLAEL
FTNAELRFRH ETALVDARYA AESANRAKSE FLANMSHEIR TPMNGVIGMA NLLLDTDLSD
EQRDFADMLL ASGESLLTVI NDILDFSKIE AGKLELEHIV FDLRKLLESF GAVMGLKAVE
KNLEFNCVVS PEVPVFFKGD PGRIRQILNN LAGNAIKFTQ NGNVTVAVSM QSENNGDAVL
RFSVKDTGIG IPEAKLDRLF KSFTQVDAST TRKYGGTGLG LAISRQLVEL MGGKIGVISH
EGNGSEFWFT IFLKKQPFYS TIETQPTSAF AGIRALVVDD NAANRKMLKA LLSSLDIRVT
EASGGDAALG ELRSAFKSGD PFALAIIDMQ MPDMDGFMLG QTIKEDLLLR NTELFLMSPV
GTLNQREEYH RAGFSANLSK PVGQLELVAA INKVVFNHDN QSGSRNPSIS YPVTEEGEPP
MVPVGKLEHY RILLAEDSRV NQMVVIGVLT KFGYGVDVVS NGQECVDVLQ KRTYDLVLMD
VQMPVMDGLN ATGIIRDPAS KVLDHNIPVI ALTAHAMQGD RESCLYAGMN DYISKPIDAS
VLTETISKWL PVKPDSPA
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