| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC7424_5087 |
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| Symbol | |
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| ID | 7107986 |
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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 | 5649571 |
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| End bp | 5652747 |
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| Gene Length | 3177 bp |
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| Protein Length | 1058 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 643483297 |
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| Product | multi-sensor hybrid histidine kinase |
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| Protein accession | YP_002380306 |
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| Protein GI | 218441977 |
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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 | 64 |
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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 | ATGAAGTCAA AATTTTTCCA TCTCATTCCG GCTAAACTTC CTCTAAGATT TATCTTTATT
GTTCCTTTTA TCCTGCAAAT TTTCGGTACA GTAGGATTAG TTGGCTATTT ATCTTTTAGA
AATGGACAGA AAGCCGTAGA AGTTTTAGCT AATGAGTTAA TGAATGAGGT CGGAAATAGA
ATAGAGCAAA ATTTATCTAA TTATATCAAT AGCTTAGAAC AAGTTGTTAA AACTAATGGC
ACTCTTTTAA ATCAAAATCT TTTAAACTCA CAAGATTTAC TGGCGGTAGA AGCACTTTTT
TGGGAACAAA TGCAGATTTT TAAAAAAGTG AGTGCCGTTA TGATGACGAA CGATCAAAAT
AACTACAGAA CGATGGAAAG ACTGGATGAT GGCTCAATAA TTGTCAGAAA ATACGATCCA
TCGACTGAGG GAAAAGTAAA AAATTATTTA CTTAATAATC ATCGAGAACC AATAAAACTA
ATATCTAGTC ATACTTATAA TCCTTATCGA GATCCTCCTA ATGATCCTTG GTACACAGAG
ACTCAAAATT CAGAAAAACC CGTTTGGCGC TTAGTTGTTT CTGCGGTCAA AGGTCAAAAT
AAACCTCTAC TAATGCTTGC TTGTTTATCA TCTTTTTATA ATCCAACTAC ACAAGTTAAA
GGAGTAGCAG CATCTAGCTT TCATCTGTCT CAAATGGGAG ATTTTTTAGA AGAGTTAAAA
ATTGGAAAAA CCGGAGAAGC ATTTATCATT GATGAACAAG GCTTATTGAT AGCCACTTCA
ACGGGAGAAA CTCCCTTTAC TGAACAAGTA GAAGCAAATA GAGGCAAAAA TCTCGATCCT
AAAAAACGAC GAAAAGCCGG GGTTAAAAGT GATAATTTTT TAACTCGAAG TGCCAGTGAA
TTTTTATTAA AATCCTTTGT AAATTACCAG CAAATTGATA GACATTACGA TAGGATTTTT
AAACTTAATC ATCAGCGCTA CTTTTTACAA GTGATTCCCA CCCAACAAGA AAGGGGGTTA
AATTGGCTCA CAGTCATTAT TATTCCTGAG TCAGATTTTA TGGCTAAGAT AAACGCCAAT
ACTCAGATAA CGATAGGATT ATGTTTTATC GCTTTAATCA TTGCGACAAT TTTAGGTATT
TTAACAACTC GTTGGGTGAC TCAACCGATT TTAGAATTAA ATCAAGCCGC TAAAAATATT
GCTCAGGGGG AATGGAATAA AACAGTGTCC ATTAGTCGTA GTGATGAAGT AGGGCAATTA
GCACAATCTT TTAAGATGAT GGCGGAGCAA TTGCAAAAAT CCTTTGCAGA ACTTCAAAAT
ACTCAACATC GTCTTAACCA ATTTCTTGAG GCTATTCCTG TGGGAATTTC TGTTCATGAT
ACAACCGGAA AACTCTATTA TGCTAATCGA AAAAGTCAGG AAATATTAGG GATTACATCT
CCTTTAGACG CTCAAAAAGA ACAATTAAGC CAAGCTTATC ACACTTATCA AGCCGGAACC
AATCAACTCT ATCCTATAGA AACAATGCCA GTCATTCGCG CTTTAAGGGG AGAAACCGCT
TATGTTGAAG ATATGGAACT TCATCAAGAT AATAAAATTA TCCCTATAGA AGTTTGGGCA
ACCCCAATTT ACGATGATCA AGGACAAATT GTTTATGCGA TCGCAGCCTT TCAAGACATC
ACTCAACGGA AACACACTGA GCAACTTTTA GCAGACTATA ACCATACCCT AGAAAAACAA
GTCATTCAAC GCACCGCAGA ACTAGCAGAA GCTAAGGAAA AAGCGGAAGT TGCCAATCAA
GCTAAAAGCA GGTTTATCGC CAATATGAGC CATGAATTGA GAACTCCTCT TAATGCTATT
TTAGGATTTT CTCAACTGAT GAACCGCTCT ACTACTTTAC CCCCAGAACA TCAAGAAAAT
ATCCAAATTA TTAACCGTAG TGGTGAATAC CTTTTGACTC TAATTAATAA TATTTTAACT
TTAGCGAAAA TTGAAGCCGG TAAAACCAGT TTAAATCTCA GTAATTTTGA CTTATACTCT
CTTTTAAATG AGATTGAAGA AATCTTTTAT TTGGCGGCTA AAAAGAAAAA TTTAAATTTA
ACTTTTGAAC GAGATAAAAC TATCCCTCAA TATATTAGGA CTGATGAAGT AAAATTACGA
GAAGTGTTAA TAAATCTTCT GAGCAATGCT ATTAAATTTA CTCCCAGGGG AGACATATTA
GTTGATGTCC AAACTCTCTC TCAAAAGCCA ATAACTTTGT TATTTACCGT AAAGGATACA
GGAGTAGGAA TTACCCCAGA AGAATTAGAC ATCCTCTTTG ACGCTTTTAG TCAAACCCAA
AGCGGAAAAA ACTCTCAAGA GGGAACGGGA TTAGGGTTAG CCATTAGTCG TCAATTTGTG
GAATTAATGG GAGGAGAGCT AACGGTTGAC AGCCAAATTG CAGTAGGGAC AATCTTTCGC
TTTACTCTGC CGGTTAATGT GACTGAAAAA TCGGCTATTA AACCCTTTAA TTCTTTACCT
CCTGTGATTG CTTTAGAACC CCATCAACCT GATTATAAAA TTTTAGTCGT AGACGATAAA
CAGACGAATC GACAATTATT AATTAAATTG CTTACATCGG TAGGATTTAC AGTCAAAGAA
GCCTGTAATG GGCAAGAAGC AATAGAGATT TGGGAGAGTT GGCAACCTCA CTTAATTTGG
ATGGATATGA GAATGCCCAT CATGGATGGG TATGAAGCAA CAAAATTCAT TAAAAGTATA
CCTAAAGGCA AAAACACAGT GATTATTGCC ATTACTGCTT CAGTTTTAGA AGAAGAAAAA
GCGGTGGTAC TTTCTGCGGG TTGTGATGAT TTTGTGAGAA AACCTTTCCT AGAATCTACT
ATTTTTGAAA AGATGGCTAA ACACTTGGGA GTTCGCTATA GTTATAGTCA AGAACGATCA
GAACCTATCC CTATCCCTAA CTTATCCCTG ACAGCGCAAA GTTTCGAGGG AATGCCATCT
CAATGGTTAA ACCAACTTTA TCAAGCTAGT ATTGATCTTG ATGATGAATT AATTGTGAGC
TTGATTGGGC AAATTCCCCC AGAAAAAGCG AAATTATCGC AAATTTTAGG GCATTTAGTC
TCTAATTTTA GAATTGATCA AATTACTACA ATTCTTGACC AGGTAAAATC TAAATGA
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| Protein sequence | MKSKFFHLIP AKLPLRFIFI VPFILQIFGT VGLVGYLSFR NGQKAVEVLA NELMNEVGNR
IEQNLSNYIN SLEQVVKTNG TLLNQNLLNS QDLLAVEALF WEQMQIFKKV SAVMMTNDQN
NYRTMERLDD GSIIVRKYDP STEGKVKNYL LNNHREPIKL ISSHTYNPYR DPPNDPWYTE
TQNSEKPVWR LVVSAVKGQN KPLLMLACLS SFYNPTTQVK GVAASSFHLS QMGDFLEELK
IGKTGEAFII DEQGLLIATS TGETPFTEQV EANRGKNLDP KKRRKAGVKS DNFLTRSASE
FLLKSFVNYQ QIDRHYDRIF KLNHQRYFLQ VIPTQQERGL NWLTVIIIPE SDFMAKINAN
TQITIGLCFI ALIIATILGI LTTRWVTQPI LELNQAAKNI AQGEWNKTVS ISRSDEVGQL
AQSFKMMAEQ LQKSFAELQN TQHRLNQFLE AIPVGISVHD TTGKLYYANR KSQEILGITS
PLDAQKEQLS QAYHTYQAGT NQLYPIETMP VIRALRGETA YVEDMELHQD NKIIPIEVWA
TPIYDDQGQI VYAIAAFQDI TQRKHTEQLL ADYNHTLEKQ VIQRTAELAE AKEKAEVANQ
AKSRFIANMS HELRTPLNAI LGFSQLMNRS TTLPPEHQEN IQIINRSGEY LLTLINNILT
LAKIEAGKTS LNLSNFDLYS LLNEIEEIFY LAAKKKNLNL TFERDKTIPQ YIRTDEVKLR
EVLINLLSNA IKFTPRGDIL VDVQTLSQKP ITLLFTVKDT GVGITPEELD ILFDAFSQTQ
SGKNSQEGTG LGLAISRQFV ELMGGELTVD SQIAVGTIFR FTLPVNVTEK SAIKPFNSLP
PVIALEPHQP DYKILVVDDK QTNRQLLIKL LTSVGFTVKE ACNGQEAIEI WESWQPHLIW
MDMRMPIMDG YEATKFIKSI PKGKNTVIIA ITASVLEEEK AVVLSAGCDD FVRKPFLEST
IFEKMAKHLG VRYSYSQERS EPIPIPNLSL TAQSFEGMPS QWLNQLYQAS IDLDDELIVS
LIGQIPPEKA KLSQILGHLV SNFRIDQITT ILDQVKSK
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