| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC7424_2839 |
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| Symbol | |
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| ID | 7110642 |
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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 7424 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011729 |
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| Strand | - |
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| Start bp | 3152919 |
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| End bp | 3157355 |
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| Gene Length | 4437 bp |
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| Protein Length | 1478 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 643481084 |
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| Product | multi-sensor hybrid histidine kinase |
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| Protein accession | YP_002378113 |
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| Protein GI | 218439784 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG0642] Signal transduction histidine kinase |
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| TIGRFAM ID | [TIGR00188] ribonuclease P protein component, eubacterial
[TIGR00229] PAS domain S-box |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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Fosmid Coverage information |
| Num covering fosmid clones | 50 |
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| Fosmid unclonability p-value | 0.95588 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGACCTGGC AAAAAGTCAC CCGTTCTCCA TTTTTTTCTT ATGGGGTAGC TGTTATAGCT
GTTTTGCTAG CATTTTTGAT AATGCTCATG TTAGATCCTT GGGTGAGCAT GGTCAAAAGT
CCTTTCTTAT TATTTTTAGG TGCGATCGTT ATCAGTGCTT GGTATGGAGG TTTAAAACCC
GGACTCCTGG CTAGTTTTCT TTCTGTCATT TTAAGTCATT ATTTTTTCTT AGAACCTCTT
TATACCTTTG GATTGACTCT TTCGGAGGGC ATCCGAATAG GATTATATTT TTTACAAGGG
GTTATTGTAA GTTTAATTTG TGAGGCACTG AGAAAAGCCA AACGCCAAGC GGAAGTTAAT
TTACTCAAAT TTAAAGTCAG TGAAGAACGA TTTCGTCTCG CTTTAAGTAA CTCTAATCTT
TGTATCTTTC AACAAAATCA AGATTTAAAA TATTTATGGA TTCATACCTC TGAGGGTCAA
GTTTCCCCCG AAGAAATTAT CGGAAAATCG GATTACGATT TATTTTCTCA ACCCGAAGCT
CAACAGTTAA CCGCGATTAA AAAAAGAGCA ATTCATAGCA GACAACCCCT TCGAGAAGAA
GTTTGTCTGA CCTTTGGGGC CAATCCTCAT TATTATGAAT TATTTATTCA ACCGATAGCC
AGCTTTGATG AGCAAATTTG CGGGATCACT TGTGTCGCTG TCGATATTAC TGAACGCAAA
CACTTTGAAC AACAATTACA CTCAGCTACA CAGCAGAGTA GCCAGATTTT AGAAAGTCTG
ACGGATGCTT TTTTTGCTCT CGATCAAACT TGGCAGTTTA CTTATGTTAA TCGTCATTTT
GAAGAGATTA GCGAACATAC TAGAGAAGAC CTTTTAGGGG AATGTATTTG GGATGTTTTT
CCCGAAATGA GACAATCTGT ATTTTATGAA GAATTTTCCT TAGTTTTTGA GCAAAATTTG
CCCATTAGTA TAGAAGCGAT CAATCCGATT AATCCTGAGC AATGGATAGA AGCTAGAGCT
TATCCTTCAG CAGAGGGATT ATGTGTCTAT TGGCAAGACA TCACCCTGCG GAAAGAGACG
GAAACTGAAC GAAATCAACT GTTAGAACGG GAAAAAACAG CCAGAGCAGC AGCCGAGTTA
ATGCAGCAAC GACTCGCTTT TTTAGACACT GCGAGTACGA TTTTAGCCGG CTCTCTTGAT
TATCCAACGA CGCTTCAAAC GGTTGTTAAT TTAATTGTCC CTGACTTGGC CGATTTGTGC
GGCCTTGATA TTCTTCAAGA AGACCGCTCC GTTAATCCTT TAATTGCCCT AAAAGCTAAA
GATCAACAAG AAGAAGAGTT AGTCCGTCAT TTTACCCGAC TTTATCCTTT AGATCTTAAC
GATAATCATC ACCCCATTAC TAGAGTCTTT CAGACGGGTT TACCAGAAAC CCTCTATCAG
ATTACAGATG AGGATTATCA AGCGATCGCT AAAGATCCCC AACATTTGCA CTACTTGAGA
CAATTGGGGA TGAAATCATC GATTTGTGTC CCTTTAAAGG CGCATGAGGA AGTATTTGGG
GTGATGACCT TAGCTTTAAC CAAAACTGAG AGAAGTTACA ATGACGATGA TTTACGATTA
GCTCTTGAAT TAGGAAGACG GGTAGGGTTA GCCATCGAAA ACTCTCGACT CCATCATCAA
TTACAACAAG CCACTCGTCA ACAACAAGAC TCTTTAACCT TATTAGAAGC GGTTATTCAA
CAAATGCCCG CAGGTTTAGC GATCGTAGAA TCTAAAACCG GTCGTATTAT CCTGCAAAAT
GACCAATTAC GCCAAATTTT AGGAAATAGA CCCTTATCGA CCGAACTTTT AGAAAACTAT
CATCATTTAT ATGAAGTCTA TCATCCCAAT GGTCATCCCT ATAAAATCGA AGAATTACCC
TTAATGCGAT CGCGCCAACA GGGAGAAGTG GTGAAATCAG AAGAAATGCT ACTCGTGTGG
ACTGATGGGA CACAAAAAAC CTTACTGGTA GACTCTAGCC CCATTGTCAA TAGTCAAGGA
GAAATTGAGG TAGCTGTTGC TACTATCTAC GATATTACCG ACTATAAACA AGTTGTAACC
GACTTAAAAA ATCGGCAAGA ACAACTGAGA TTAGCAGTAG AAGGGGCTAA TTTAGGAATG
TGGAATTATG ATCTCTTAAG TGGTGAATTA ATCTGGTCAA ATCGATGTAA AAAGATGTTT
GGGATCGCTG CAAATACCCA AATAAGTTAC GAAGTTTTCA TCAATGCTTT GCATCCTGAA
GATCGCTTAC GAGTCGATCA AGCGGTACAA CATTCTATCA GTCAACGACA AAACTATGAT
ATTGAAATGC GGACTCAATG GCCGGATGGA AGCCTTCACT GGGTGAGATC GATCGGTCAC
GCCTATTACA ATAATGAAGG AGTAGCCCAT CGTATGGCGG GAGTAGTGTT AGATATTACC
GGCCAAAAAC AAGCTCAAGA AGCTTTACGA AAAAGTGAAG AACGATTTCG AGTTGCTCAA
GAACTATCTT TAGATGGGTT TACTGTCCTT AAAAGTATTC GGAATCAAAG TGGAGAAATT
ATTGATTTTG AATGGACTTA TGTTAATCCA ACCGCCGCCA AAATTCTCCG CTCTCAAATT
AATGATTTAA TTGGCAAACG GTTACTCGAA ATTTTACCGG ATAATCAATC CAATAGTGAG
TTATTTAAGC GTTATGTCCA AGTCGTAGAA ACCGCCAACT CTCATGATTT AGAACTGTAT
TATGATTCAG ATGAAATAGT CGGCTGGTTT CGCAATATGG CGGTTAAATT AGAGGATGGA
GTAGCCGTTT CTTTTAGCGA TATTACTGAA CGAAAACAAG CAGAAGAAAC CTTACGAGAA
AATGAACAAC GGCTTAATAT TGCCCTCAAA ACAGCAAAAC TAGGCTCTTG GCACTTAGAT
TTGTCTACGA TGGAATTATT TACTTCGGCT CAATACAAAG CTAATTTTGG CCTAGCCACC
GATGCTGATT TATCTTATAC CACTCTATTT AGATTAATTC ATCCTGAAGA CCGGGGATAT
GTCTCCCAAA TGGTTCAACA CGCTATTAAC ACTCATACTG ATTACGAAGC CGAATATCGC
AGCATTTGGC CGGATGGTAG CATTCATTGG ATTAATTCTC AAGGATGTGT CCTCTATAGT
AATACGGGTA TTCCCTTACG TATTGTCGGA GTCAATTTAG ATATTACTGG CCGAAAACAA
GCCCAAGAAG AACAAAAACG GCTGTTAGAA CGGGAAAAGT TAGCCAGAGA AGAAGCAGAG
CGAGTCAATC GCATTAAAGA TGAATTTTTA GCCGTATTAT CCCATGAGTT GCGCTCCCCG
TTGAATCCGA TTTTAGGATG GGCGCAATTG TTGCGCTCTG GTTCTTTTGA TAAAGCGAAT
CAAAACAAAG CTCTAGAAAT TATTGAACGT AACGCCAAAT TACAAGCTCA ATTAATAGAA
GATCTCTTAG ATGTTTCCCG TATTTTACGA GGCAAACTCT CTTTAAATGT CACCCAATTA
AATCTATTTT TTCCCATACA AGGGGCAATT GAAACTGTCA GATTATCAGC ACAAGCAAAA
TCTATTGAAA TTAAAACTAA TTTGGCTACT GATGTAGTAC AAATCTCAGG AGATGCCGGA
CGAATTCAAC AAATTGTCTG GAATCTGTTG TCAAATGCCA TTAAATTTAC TCCTGAAGGA
GGGCAAATTG AGATCGGTTT AGAACAAGTC AATCATCAAG CTCAAATTAC GGTTAAAGAT
AGCGGTAAAG GCATTGATCC CCAATTTCTT CCCCATGTTT TTGAACATTT TCGTCAAGCT
GATAGCACCA CTACCCGAAA ATTTGGCGGA TTAGGATTAG GATTAGCGAT CGTGCGACAT
TTAGTAGAAA TGCACGGGGG AACAGTATCC GCTTACAGTG CTGGAGAAAA TCAAGGCTCA
ACTTTTATCG TTCAGTTTCC TTTACTTAAG GATCAATCTA ACAAAATTAA ACCCGAAATT
ATTGATCCCT TTCTTTTTAG TGTAACTCAA TCTGCCCTGA AAGGAATTCG GATTTTAGCG
GTTGATGATG ATCCCGATAT GCGAGATTAT GTCACTTATG TTTTAGAACA ATCTGGCGCA
GAGGTTAAGG TGGCCGGTTC AGCGAATGAA GCTTTAAACA TTTTATCTCA CTTTAAACCG
GATATCTTGC TCAGTGATGT TGGGATGCCG AAGATAGATG GTTATCGCTT ACTCCGACAA
ATTCGTTCTC TTTTTCCTGA GTCAAATCAA ACTATTCCCG CTATTGCTTT AACCGCTTAT
GCCGGAGAAT ATAACCAACG TCAGGCTTTA GCGGCTGGTT TTGAGCGTCA TTTGTCTAAA
CCTGTTGAAC CTGAGCAATT AATTAAAGCG ATCGTTGATT TAATTAATCT TAATTAA
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| Protein sequence | MTWQKVTRSP FFSYGVAVIA VLLAFLIMLM LDPWVSMVKS PFLLFLGAIV ISAWYGGLKP
GLLASFLSVI LSHYFFLEPL YTFGLTLSEG IRIGLYFLQG VIVSLICEAL RKAKRQAEVN
LLKFKVSEER FRLALSNSNL CIFQQNQDLK YLWIHTSEGQ VSPEEIIGKS DYDLFSQPEA
QQLTAIKKRA IHSRQPLREE VCLTFGANPH YYELFIQPIA SFDEQICGIT CVAVDITERK
HFEQQLHSAT QQSSQILESL TDAFFALDQT WQFTYVNRHF EEISEHTRED LLGECIWDVF
PEMRQSVFYE EFSLVFEQNL PISIEAINPI NPEQWIEARA YPSAEGLCVY WQDITLRKET
ETERNQLLER EKTARAAAEL MQQRLAFLDT ASTILAGSLD YPTTLQTVVN LIVPDLADLC
GLDILQEDRS VNPLIALKAK DQQEEELVRH FTRLYPLDLN DNHHPITRVF QTGLPETLYQ
ITDEDYQAIA KDPQHLHYLR QLGMKSSICV PLKAHEEVFG VMTLALTKTE RSYNDDDLRL
ALELGRRVGL AIENSRLHHQ LQQATRQQQD SLTLLEAVIQ QMPAGLAIVE SKTGRIILQN
DQLRQILGNR PLSTELLENY HHLYEVYHPN GHPYKIEELP LMRSRQQGEV VKSEEMLLVW
TDGTQKTLLV DSSPIVNSQG EIEVAVATIY DITDYKQVVT DLKNRQEQLR LAVEGANLGM
WNYDLLSGEL IWSNRCKKMF GIAANTQISY EVFINALHPE DRLRVDQAVQ HSISQRQNYD
IEMRTQWPDG SLHWVRSIGH AYYNNEGVAH RMAGVVLDIT GQKQAQEALR KSEERFRVAQ
ELSLDGFTVL KSIRNQSGEI IDFEWTYVNP TAAKILRSQI NDLIGKRLLE ILPDNQSNSE
LFKRYVQVVE TANSHDLELY YDSDEIVGWF RNMAVKLEDG VAVSFSDITE RKQAEETLRE
NEQRLNIALK TAKLGSWHLD LSTMELFTSA QYKANFGLAT DADLSYTTLF RLIHPEDRGY
VSQMVQHAIN THTDYEAEYR SIWPDGSIHW INSQGCVLYS NTGIPLRIVG VNLDITGRKQ
AQEEQKRLLE REKLAREEAE RVNRIKDEFL AVLSHELRSP LNPILGWAQL LRSGSFDKAN
QNKALEIIER NAKLQAQLIE DLLDVSRILR GKLSLNVTQL NLFFPIQGAI ETVRLSAQAK
SIEIKTNLAT DVVQISGDAG RIQQIVWNLL SNAIKFTPEG GQIEIGLEQV NHQAQITVKD
SGKGIDPQFL PHVFEHFRQA DSTTTRKFGG LGLGLAIVRH LVEMHGGTVS AYSAGENQGS
TFIVQFPLLK DQSNKIKPEI IDPFLFSVTQ SALKGIRILA VDDDPDMRDY VTYVLEQSGA
EVKVAGSANE ALNILSHFKP DILLSDVGMP KIDGYRLLRQ IRSLFPESNQ TIPAIALTAY
AGEYNQRQAL AAGFERHLSK PVEPEQLIKA IVDLINLN
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