| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan7425_1797 |
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| Symbol | |
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| ID | 7287721 |
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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 7425 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011884 |
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| Strand | - |
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| Start bp | 1656585 |
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| End bp | 1660844 |
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| Gene Length | 4260 bp |
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| Protein Length | 1419 aa |
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| Translation table | 11 |
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| GC content | 55% |
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| IMG OID | 643584795 |
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| Product | multi-sensor hybrid histidine kinase |
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| Protein accession | YP_002482525 |
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| Protein GI | 220907214 |
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| COG category | [K] Transcription
[T] Signal transduction mechanisms |
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| COG ID | [COG0642] Signal transduction histidine kinase
[COG3437] Response regulator containing a CheY-like receiver domain and an HD-GYP domain |
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| TIGRFAM ID | [TIGR00229] PAS domain S-box
[TIGR03256] methyl-coenzyme M reductase, alpha subunit |
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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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 | 22 |
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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 | ATGGAATTTG ACGCAGTTAG TTTAAACAGA GCTGACCCCC CGCAGGAGAA CCACTGGTGC
AGTACCATGC CAAGTCTGGA AGAGGAATTT TCGACGATTT TAGACCATAT CGCTGAAGCT
TTTTTTGCCC TCAATTTAAA CGGCAGCTGT ACCTACGCCA ATCAATCAGC AGAGCGATTG
TTAGGAGCAA AGCGAGCAGA CTGGTTACAC CAACCCCTCT GGCAGATCTT TGATGTTGAT
AGCTCATCGC AGCTCTATCA GCAGTGCGAT CGCGTCCTCA CAGAGTTGAT CTGTGTAGAG
TTTGAAGAGT TTTATCCATC CTTGAATCAC TGGTTTGCCG TTCGCCTTAT TCCTTCCCCC
AAAGGTTGCT TTGCTTATTT CCAGGACATT AATCAACTCA AACAAATTGA AGCAGCCCTG
GGCAAAGAAC AGGACTTTCT CAACATTCTG CTCGATCAGG TGCAAGCGGG GATTGTGGCC
TGTGATGCCG ATGGTCAGCT GAAACTGTTT AACAAGGCGG CCCGATCGTT TCACGGGTTG
GTAGCGCAAC CTTTACCACC GCAGCAGTGG GCCGAACAGT ATGACCTTTA TCTGCCGGAT
GGCAAAAGTC CCATGGCTCC AGAGGATATT CCGCTCTATC GAGCCTTGCA AGGGGAGCAG
GTTGTTGAGG TGGAAATGAT GATCCGTCCC AAGCCAGGGC AGGCGCGTCA CCTCTTAGCC
AGCGGGCAGG CCATTTATAA TCTGAGCGGT AAGAAACAGG GCGCGGTGGT GGTGATGCAC
GACATCACGG AACGCAAGCA CACCGAAGCT GCTCTACGGG AAAGTGAAGC CCGGCTCTCC
AGCATTTTTC AAACCATTCC TGATGGCATT ATCATTCTTA ATCCGCAGGG CCAAATCATT
ACTGCAAATG CAGCAGCAGA AAAAATTTTA AGGTTAACCA GCAGTGACCT CAGGGCGCGG
GGGTATAACG ATCCAGCCTG GGCGATTACC ACGGTGGATG GGCAACCCTT TCCAGAAGAA
GAACTGCCCT TTGTCCAGGT GATCCGAACT GGAAAAGCGG TGGAGCGCGT TGAACATGCG
ATCGCCCATC CCGACGGCAC AAAAATTATT TTGTCGATCA ATGCATCACC GTTGTTGGAT
GCCCATGGCC AGATCGTTCA TGTCATTGCA GCCATCAGCG ATATTACCGA GCGCAAACGG
GCAGAGGTGG CTTTACAAGC ATCGGAAGAG CGCTATCGAT CGGTCATTGA AACTGCGGCG
GAAGGAATCG TGCTGCAGAC TGCGGATGGC AATATTTTTA CCTGTAATGC CAGTGCGGAA
CGGATTTTAG GGCTGACGGC CGCACAGATG ATGGGGCGCA GTTCCCTCGA TCCCCGCTGG
TGTGCGATTT ACGAGGATGG TTCCCCTTTC CCCGGCGAAC TCCATCCAGC TATGGTGACG
TTGCGGACGG GCGATCCCCA AACCAATGTG ACGATGGGCA TTCGTAAGCC AGAGGGCAGC
CTGACCTGGA TTTCGATCAA TACCCGTCCC CTGTTTCAGC CGGATAGCGC CACCCCGGTT
GCGGTTGTTT CCACCTTTTT TGACATCACT GAGAGCAAGC AAGCCGAAGC GGAACTGCTG
ATTTCGGATA CCGCTCTGCA GCAAATGCCC GATGCGATCC TGTTAACCGA TCTGCAGGGC
AACATTCAAC GCTGGCTGGG GAAGGCCGAG CAGATCTTTG GTTACACCGC CCCTGAAGCA
ATCGGTCGGC CGGTCAACTT TCTGCATCAT CCCGATATTA AGGCCCGCAT GACCGCTGAT
ATTATTCAAG CCCTGCAGAC CACGGGCGAA TTCTGGGGTG AAATTCCCTG TATCCGTAAA
GATGGGTCAG GCGTGCTGAT CGAAACCACC GCCAAAACGG TGCATGACAA AGCTGGGCAG
CCGATCTTTT TGATTGGAAT TAATAAAGAC ATCACCGAGC GCAAACAGGC GGAAGCGGAA
CGAGCTGAAC TAATCCGCCA ACAGGTGCAG GAGCAAACTG CTCGCTTAGA AGCCGAAGCT
GACCTGCGCC GATCGTCCTT TCTGGTTGAA GTCAGTACAA CCCTGTCCTC CTCCCTGGAC
TATGCCGAAA CCCTGCAGAG CGTTGCCTGG CTGGCCGTCC CCTACTTTGC CGACTGGTGC
GCGGTGGATC TGCTTAATGA CGATGGCACA ATCAGCCGCG TGGCGGTGGC CCATCCCGAC
CCTGAAAAGG TGAAGCTGGG CTGGGAATTG ATCGCACGTT TCCCCAAACA CATTGAGGAT
GGCTATGGCA TTGCTGAAGT GATCAAGACC GGCAAAAGTC AACTGGCGAT CGAAATTACC
GATGCCCAAC TGACGGCAGC CGTCCCCCAT CCAGAATACC GGGACATTTT ACGGGGGCTG
GGCTTAAGGT CTTCCATTAC CGCACCACTG CACAATCGGG GCCGCGTCCT GGGCAGCATT
TCCTTTGTGA TTTCGGAATC CCATCGGCAG TACAGCAGCG CCGATCTGAG ACTGGCGGAG
GAACTGGCCC GACGGGCAGC GATCGCCATT GACAATGCTC GCCTCTACCA CATGGCCCAG
CAGGCCCAGC AAGCTGCTGA AATTGCCGCC GATCGCACAG CCCGATTGCA ACGGGTGACC
GCGGCCCTCT CCGAATCCCT CACCCCTGCC CAGGTTGCCG AAGTGATTGT GGAACAGAGT
ATGGCCGTCC TGCAGGCTGC GGCTGCCCTG GTGGTTTTAG TCAGTTCAGA TCGGACGGAA
CTGGAGATCG TCAAATCGAT CGGCTATGCC GCAGACCTAG TGGACTCCTG GTCCAGGTTT
TCAATCAACA CCGATGTGCC CCTGGCAGAA GCGATCCGGA CAGGAGAACC AGTCTGGGTC
GAAGACCTTC TCGCACGGAT TGCCCGTTAT CCCCATCTGG CTCCAATCTA CCGTCGTTAT
GATTTTCAAT CCTGGATTGC CCTTCCCCTC GTGGTTGAGA GCAAATCTGT CGGCGGCCTG
CTACTCAGTT TTCAGGAGTT CAAGCAACTC AGTCAGGCGG ATCGCGAGTT TATTCTGGCC
CTCACCCGTC AGTGTGCCCA GGCGATCGTG CGGGCCCAAC TGTATGAAGC GGAACGCCAG
GCCAGAGCTG AAGCGGAACA GGCCAACCGG GTGAAGGATG AGTTTTTAGC AGTGCTCTCC
CACGAATTGC GCTCCCCCCT CAACCCCATT CTCGGCTGGA CCAAACTGCT CCAGAGCCAG
CCCTTTAGCC CGGATAAAGC AGCCAAAGCC CTGGCGACGA TCGAACGCAA TGTCAAACTG
CAAGCCCAGT TGATCGAAGA TTTGCTCGAT GTCTCCCGTA TTCTCCAGGG CAAGATGGTC
CTCAATGTCA CTTCTGTTAA CCTGGTGAGT GTAATCGAAG CCGCGCTGGA GACGGTTCGC
CTGTCCGCAG AGACGAAAGC CATTCAACTC GAAACCCTGA TGGAGCCGGA GATCGACCCT
ATCCTCGGCG ATCCCGCCCG CTTACAACAA ATTGTCTGGA ACCTGCTCAC CAATGGGGTC
AAGTTTACCC CGCAAGGAGG ACGAGTCACG GTGCGGCTGC AGCGGGTGGA CACCTTTGCC
CAGCTTCAGG TGCAGGATAC CGGCAAAGGG ATCAACGCTG CCTTTCTCCC CCATGTGTTT
GACTACTTCC GGCAAGAAGA TGGAACCACG ACGCGCAAAT TTGGCGGTTT AGGGTTGGGC
TTAGCGATCG TGCGGCATCT GACGGAACAA CACGGTGGAA CCGTTGCAGC GGACAGTCCG
GGGGAAGGGT TGGGGGCCAC CTTCACAATT CGTCTTCCCT TACAGGCCAA AGCAACCGAG
ACCGCCGCTC CCCATCCTCC ACCGGCAGCA GAGCTTGATC TGAGTCAGCT CAACATTCTC
ATTGTCGATG ATGAAGCAGA CATGCGAGAG CTGATGCAGT TCATGCTGGA ACAACAGGGT
GCCCAGGTGA ATGTTGCCAG TTCTGCGATT GAAGCCCTGT TGATCTGCGA TCGCCACCCC
CCGGACCTCT TGATCAGTGA CATCGGTATG CCAGAGATGG ATGGTTATAC GTTAATGCAG
CAAATCCGTC ATCGCTCTCC CGAACAAGGT GGGGGCGTGC CTGCGATTGC CCTCACAGCC
TATGCCGGAG AGTATGACCA ACAACAGGCG CTCAAGGTTG GTTTTCAACA ACACGTGGCC
AAACCGATCG AACCCGAAGA GCTGATCCGG GCGATCGCCG CTTTGGTTAA CACCCCTTAG
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| Protein sequence | MEFDAVSLNR ADPPQENHWC STMPSLEEEF STILDHIAEA FFALNLNGSC TYANQSAERL
LGAKRADWLH QPLWQIFDVD SSSQLYQQCD RVLTELICVE FEEFYPSLNH WFAVRLIPSP
KGCFAYFQDI NQLKQIEAAL GKEQDFLNIL LDQVQAGIVA CDADGQLKLF NKAARSFHGL
VAQPLPPQQW AEQYDLYLPD GKSPMAPEDI PLYRALQGEQ VVEVEMMIRP KPGQARHLLA
SGQAIYNLSG KKQGAVVVMH DITERKHTEA ALRESEARLS SIFQTIPDGI IILNPQGQII
TANAAAEKIL RLTSSDLRAR GYNDPAWAIT TVDGQPFPEE ELPFVQVIRT GKAVERVEHA
IAHPDGTKII LSINASPLLD AHGQIVHVIA AISDITERKR AEVALQASEE RYRSVIETAA
EGIVLQTADG NIFTCNASAE RILGLTAAQM MGRSSLDPRW CAIYEDGSPF PGELHPAMVT
LRTGDPQTNV TMGIRKPEGS LTWISINTRP LFQPDSATPV AVVSTFFDIT ESKQAEAELL
ISDTALQQMP DAILLTDLQG NIQRWLGKAE QIFGYTAPEA IGRPVNFLHH PDIKARMTAD
IIQALQTTGE FWGEIPCIRK DGSGVLIETT AKTVHDKAGQ PIFLIGINKD ITERKQAEAE
RAELIRQQVQ EQTARLEAEA DLRRSSFLVE VSTTLSSSLD YAETLQSVAW LAVPYFADWC
AVDLLNDDGT ISRVAVAHPD PEKVKLGWEL IARFPKHIED GYGIAEVIKT GKSQLAIEIT
DAQLTAAVPH PEYRDILRGL GLRSSITAPL HNRGRVLGSI SFVISESHRQ YSSADLRLAE
ELARRAAIAI DNARLYHMAQ QAQQAAEIAA DRTARLQRVT AALSESLTPA QVAEVIVEQS
MAVLQAAAAL VVLVSSDRTE LEIVKSIGYA ADLVDSWSRF SINTDVPLAE AIRTGEPVWV
EDLLARIARY PHLAPIYRRY DFQSWIALPL VVESKSVGGL LLSFQEFKQL SQADREFILA
LTRQCAQAIV RAQLYEAERQ ARAEAEQANR VKDEFLAVLS HELRSPLNPI LGWTKLLQSQ
PFSPDKAAKA LATIERNVKL QAQLIEDLLD VSRILQGKMV LNVTSVNLVS VIEAALETVR
LSAETKAIQL ETLMEPEIDP ILGDPARLQQ IVWNLLTNGV KFTPQGGRVT VRLQRVDTFA
QLQVQDTGKG INAAFLPHVF DYFRQEDGTT TRKFGGLGLG LAIVRHLTEQ HGGTVAADSP
GEGLGATFTI RLPLQAKATE TAAPHPPPAA ELDLSQLNIL IVDDEADMRE LMQFMLEQQG
AQVNVASSAI EALLICDRHP PDLLISDIGM PEMDGYTLMQ QIRHRSPEQG GGVPAIALTA
YAGEYDQQQA LKVGFQQHVA KPIEPEELIR AIAALVNTP
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