| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC7424_1082 |
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| Symbol | |
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| ID | 7112067 |
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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 | 1186584 |
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| End bp | 1189790 |
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| Gene Length | 3207 bp |
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| Protein Length | 1068 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 643479351 |
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| Product | multi-sensor hybrid histidine kinase |
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| Protein accession | YP_002376403 |
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| Protein GI | 218438074 |
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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 | 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 | 46 |
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| Fosmid unclonability p-value | 0.31862 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGCGACCT TAGAGCAATA TAAATTCTTA GAAGAAAAAA ATCAACAATT AGAAGCCGAA
CTGGAGAAAC TTCGTCAAGA ACAACAAAAA AATCTCCAGA TTCAAGAAAA ATTAACCGAA
AGTGAGGAAC GCTGGCAATT AGTTTTACGG GGGACGAATG ATGGAATATG GGACTGGAAT
TTAAAAACCA ATGAATTATT TCTGTCTCCC CGTTGGAAAG AAATGTTAGG GTATCAGGAT
GAGGAACTAG AAAACCATTT TAAAACTTGG AGGACACTAC TTCATCCCAA AGATGTAGAA
CGAGTGATGG AAACGTTACA CGAACATTTT GAGCGAAAAA CGGATTATTA TGTGGTAGAG
TTTCGTCTTC GCTGTAAAGA TGGGAGTTAT AAATGGATTT TGTCTCGTGG ACAAGCGTTA
TGGGATCACA GTGGAAAACC GGTCAGAATG GCCGGATCTC ATACGGATAT TAGCGATCGC
AAAGCGAGAC AAAGTTTATT AAGGTCTTTA ATTGATTGTA TTCCTGACTT AATCTTTTAT
AAAGATGCTC AGGGAATTTA TCGAATTTGT AATAAAGCTT TTGCTGAATT TGTGGGATGT
AAAGATAAAC AAATCATCGG GAAAACGGAT TTTGATCTCT TTCCGGAAAC TCTCGCGTTA
AAAATGCGTG ATTACGATCA TCAATTAATG ACTCAAAAAA ATTCTCGTCG TCATGAAGAA
TGGGTAGACT ATTGTGATGG AAGTCGTCGT CTTTTAGATA CTTTAAAAAC TCCTTTATTA
GGAGCAGATG GAGAGTTATT AGGAGTTATT GGTATTAGTC GGGATATTAC TGATCGTAAA
CAGAAAGAAA AAGCTTTAGA ACAACAAGCA CAAAGAGATC ATTTACTCAG TAATATTGCT
CGACAATTAA TCGATCAAGA ACTTGATACA GCGATTAATT ATATTTTACA AGCAACTGGA
GACTTAACCG GCAGCGATCA CGCCTATATT ATTCGGTTTT CAGATTGTCA AGGGTTATGG
AGTATGAGTT ATGAATGGTG TAATCCTCTC AACCCCAATG TAGAAGGTGA AATTGAAAAA
TGTCAAAATC TTTCTGTCAA TACTTTTCCT TGGTTTGCCC AACAATTATT AAGTGGAAAA
ATTGTCAAAA TTAATCAATT AAAAGATATT CCTCCAGACG CTACCGCAGA ACAAGAAGCT
CTAAAAAATA GTTTAACCCC TTCTATGTTG ATTGTTCCGA TGATTAATGC GGGCAAAACT
TTAGGATATT TAGGGTTAGA TGCAGGGGCT TCTAAAAAAT GGACAAAGGA AGAAGTAAAT
TTATTAAAAT TGATAGGAGA ATTTATCGCC ATTGCTGAAG CGCGACAAGA AGCAAAAGAA
GCTTTACAGG AATCAGAAGC CCGTTTTGCT GGTATTTTAG ATAATGCCAA TGAAGCGATT
ATTTCCATCG ATGAAAGTCA TCACATTCGA TTATTTAATC ATGCAGCCGA AAAAATCTTT
GGTTATGGAG GAGATGAAGT CATGGGAAAA CCCTTTGATT TACTCTTACC CAGTCGTTAT
ACTGAGAGTC ATCGTCACTA TTTAGAACTC TTTGAACAAG GGGATGAAAC CGCTAGAGAA
ATGGGAGGAA GAGAGCCAGT TTTTGGCCGT CGTAAAGATG AAAGGGAGTT TTTAGCTGAA
GTTTCTATTT CTAAACTGAA TCAACGGGGT AAAACGATTT TTACCGCTAT TGTTCGGGAT
ATTACTGAAC GTAAACAAGC AGAAGAAGCC CTTAAAAAAG CTAAAGAAGC GGCGGATAAT
GCTAATCGAG CAAAAAGTGA GTTTTTGGCG AGTATGAGTC ATGAACTGCG AACGCCTCTC
AATGCGATTT TAGGCTTTAC TCAAGTGTTA GGAAGAAATT CCTATTTAAC TGAAGAAGAT
AAAACCAATT TAGACATTAT TAGTCGCAGT GGGGAACATT TATTAGACTT AATTAATGAC
ATTTTGGAGA TGTCAAAAAT TGAAGCCGGT AGAACGACGT TTAATGAGGG GAGTTTTGAT
TTATATCAAC TTCTAGATAG TTTAGAAAAT ATGTTGCGTC TGAGGGCAGA GGCGAAAGGA
TTACAGTTGA TTTTTGATAG AGTTTCCGAT GTGCCCCAAT TTATTCAAAC TGATGAAGGA
AAGTTACGGC AAGTTTTAAT TAATCTTCTC GGTAATGCTA TCAAGTTTAC TGAACAAGGG
GGGGTGACTC TGCGGGTGAA AACTGGGGGG ATGATGCCTT CTTCTCTTTC TAAAAAGATA
AAAATTATCT TTGAAATCGA AGATACAGGG CTAGGTATTG CTTCAGAGGA AATCGATAAA
TTATTTGAGG CTTTTGGGCA AACTGAAAGC GGTAGAAATT CTCATCAAGG GACTGGATTA
GGATTACCCA TTAGTCAAAA ATTTGTAGAA TTGATGGGGG GAAAAATTGG AGTTAATAGT
ATTTTAGGTC GTGGCAGTAT ATTTACTTTT GATATTAGGG TAAAATTGGC GGAAGCTCAA
CAAATTAAAA CAAATCAACC GATTCGCAAA GTCATTGGAT TAGCTCCAAA TCAACCTAAA
TATAGAATTT TAGCGGTGGA CGATCGCCTT GAAAGTCGTT TATTATTAAC AAAACTTTTA
ACTACAATGG GGTTTGATGT GCGAGAGGCG ACTAATGGCA AAGAAGCGTT AGAAATTTGG
GAAGATTGGC ATCCTCATTT AATTTGGATG GATATGAGAA TGCCGGTGAT GGATGGGTAT
GAAGCGACTC AAGAGATTAA GTCTTCTATT CAGGGACAAG CAACGGTTAT TATTGCTTTA
ACTGCCAGTG CGTTTGAAGA AGACCGAACG ATAGTATTAT CGGCAGGATG TGATGATTTT
ATGCGTAAAC CGTTTAGAGA AGAGATGCTT TGGGAAAAAA TGGCTCAACA TTTAGGAGTG
AGTTATATTT ATGAGGATTT ATCCTCTTCT ACGGTTGGTC AAGATACTTC ATCTTTGGCT
AATATTGAAC ATCTAAAATC TGAAATGATG TTAATGTCTC CATCCTGGAT TGAACAGTTA
AATCAAGCGG CTTGTGAATG TAATGATGAG CGGATTTTAG AGTTAATTGA ATCCATTCCT
TTAGAGCAAA CGGAACTGAT TAAAATTTTG AGAAATTTAG CTAATAATTA TCGTTTTGAT
CAGATTATTG AACTAGGAAA AATTTAG
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| Protein sequence | MATLEQYKFL EEKNQQLEAE LEKLRQEQQK NLQIQEKLTE SEERWQLVLR GTNDGIWDWN
LKTNELFLSP RWKEMLGYQD EELENHFKTW RTLLHPKDVE RVMETLHEHF ERKTDYYVVE
FRLRCKDGSY KWILSRGQAL WDHSGKPVRM AGSHTDISDR KARQSLLRSL IDCIPDLIFY
KDAQGIYRIC NKAFAEFVGC KDKQIIGKTD FDLFPETLAL KMRDYDHQLM TQKNSRRHEE
WVDYCDGSRR LLDTLKTPLL GADGELLGVI GISRDITDRK QKEKALEQQA QRDHLLSNIA
RQLIDQELDT AINYILQATG DLTGSDHAYI IRFSDCQGLW SMSYEWCNPL NPNVEGEIEK
CQNLSVNTFP WFAQQLLSGK IVKINQLKDI PPDATAEQEA LKNSLTPSML IVPMINAGKT
LGYLGLDAGA SKKWTKEEVN LLKLIGEFIA IAEARQEAKE ALQESEARFA GILDNANEAI
ISIDESHHIR LFNHAAEKIF GYGGDEVMGK PFDLLLPSRY TESHRHYLEL FEQGDETARE
MGGREPVFGR RKDEREFLAE VSISKLNQRG KTIFTAIVRD ITERKQAEEA LKKAKEAADN
ANRAKSEFLA SMSHELRTPL NAILGFTQVL GRNSYLTEED KTNLDIISRS GEHLLDLIND
ILEMSKIEAG RTTFNEGSFD LYQLLDSLEN MLRLRAEAKG LQLIFDRVSD VPQFIQTDEG
KLRQVLINLL GNAIKFTEQG GVTLRVKTGG MMPSSLSKKI KIIFEIEDTG LGIASEEIDK
LFEAFGQTES GRNSHQGTGL GLPISQKFVE LMGGKIGVNS ILGRGSIFTF DIRVKLAEAQ
QIKTNQPIRK VIGLAPNQPK YRILAVDDRL ESRLLLTKLL TTMGFDVREA TNGKEALEIW
EDWHPHLIWM DMRMPVMDGY EATQEIKSSI QGQATVIIAL TASAFEEDRT IVLSAGCDDF
MRKPFREEML WEKMAQHLGV SYIYEDLSSS TVGQDTSSLA NIEHLKSEMM LMSPSWIEQL
NQAACECNDE RILELIESIP LEQTELIKIL RNLANNYRFD QIIELGKI
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