| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan7425_4138 |
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| Symbol | |
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| ID | 7290089 |
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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 | 4190367 |
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| End bp | 4193522 |
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| Gene Length | 3156 bp |
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| Protein Length | 1051 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 643587112 |
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| Product | signal transduction histidine kinase |
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| Protein accession | YP_002484813 |
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| Protein GI | 220909502 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG3920] Signal transduction histidine kinase |
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| TIGRFAM ID | [TIGR00229] PAS domain S-box |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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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 | 17 |
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| Fosmid unclonability p-value | 0.35585 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGCTGACC TGCCCCAGTC TAATCTTTTG AAGGCTTGCT TAGATCCTCC TGCAAAACCA
GCGGAAAAAA TTCCCCTGCG CTGGGTGCTA ATTGTCCCCT TTGTCTTACT GATCACAAGT
TCCGTGGGGG TAGTGGGCTA TTTATCTTAC CGCAGTGGTC AGGAAGCCAT TGATGACCTA
TCCAATCATC TGACGGGGGC CGTCAACGCC CAGGTTAAGG ATCGGCTCAA CGATTTTTTG
CAAACTCAAC AGCAGGCGAT CACAACGACC CAAACTGCGA TCGTAAGCGG CAACCTCAAC
CCTGCCAATT GGCAACAGTT CAGAGCTTAC TTATGGCAAC AGCAACAATT ACTCCCACAG
CTTGGATACA ATGTCTACGC CAATGAGCAG GGACAAGAAA TTGGCTATCA ACCCATCCGC
AGCCAGGAAA TCAGGGCCAT CGCAGAAAAG TTGTCAGGTA AAAAGGTTTC AATTGGCTCC
TACCTATTTC AAGAAATTGG TTTATCTCAA AAGGGGTGGC GGTACTACTA CCGAACTGAT
AGCCAGGGCC AACAAACAGA ACCTATTATC AAATTGCCGA TCGATACTCT TTCTTTACCC
TGGTACCAAG CGATCAAAGC TGCTGGTGAG CAAACCTGGT CTCCGGTTTA TATACCTCGG
GCTGCTCCCA CAAGCCTGTC CATTTCGGCC GGGGTTCCTC TACGGGACCA GCGGGACAGG
ATCACAGGCG TATTCAGCAC TGGGCTTTCC TTATCGGTGA TCAATACCTT CCTGGCTAAT
CTCAAATTCT CTGAGTCGGG TCAGGTGTTT ATCCTGGAAA GATCTGGTGA TTTAATTGCC
ACTTCTGCCT CAGAACTGCC TTTCTCTGTC CAACCTGGTC AGCCACCCCA ACGCTTAGCG
GGGATTCACA GTGGCGACCT CACCACCCGA ACGATCAGCC AGCACCTGTT GCAGCAATTT
GGCAGCTTAA AACAAATTCA TGCTGTCCAA TCTTTTGACC TGCAGAGTGG GGGGCAGCGG
TGGTTTGTCA GGGTCACACC CTACCAGGAT CGCTATGGGC TGGATTGGTT AGTCGTCGTA
ACAGTACCGG AAGCAGATTT TGTTGGTCCT ATTCAAACGA ATACCTATAG GACGATCGCC
CTCTGCGCTT TGACCCTGGG GGCTGCGATT ATCCTGGGAG TCCTGCTGGC CCGACTGCTC
GATCGACCCA TCCGGCGGCT CAGTTCAGCT AGTCAGGCTC TGGCAGACGG TCAGTGGCAG
GAATCTCTTG CAGAAGACAG CCCCATTGCC GAACTGGCCA GTCTGTCCCA GTCCTTCAAT
CGCACGATGG CACAACTGCA ACAGGCATTC GATCGGATCA AAACGGCCTT ACAGGAATCC
GAGCAGAAAT TCACTAAAGT CTTTCGCTTC AGTCCCGATC CAATGGCAAT TCTGACTACG
GAGGGTATCT ATTTAGAAGT GAATGATAGT TTCCTCCAGT TCTCCGAGTA CAGCCGTGAG
GAACTGATCG GCCAAACTTC CCAAGATTTA GAAATCAGTG CGGATTTGCA GCAAAATATC
GCTCTGTTTG AATTACTGCA TACAGAAGGC AGTGTAAAAG GATTTGAATT CCATTACAGA
GCAAAATCTG GACGGTTAGG AGTAACGCTG ATTTCCCTCA GTTTCATTGA CCTGGAAGGG
CAACCCTGCA TCCTGGCCAT TTCTAAAGAT ATCAGTGATA TGAAACAAAC TGAGGAAGCT
CTACGGCAAT CCGAAGTTAA GTTTTCCACC ATTTTTCATG CCAGTCCTGA ACCCTGTTGG
ATCGCTACTT TAGATGAAGG TTACTGCTTA GATGTCAATG AAAGTTTTAT TAATTTTGTC
GGTTATGACC GTGAAGCACT GCTTGGCCGC ACCTGCAGGG AGTTAGGATT CTGGGATAAG
CTTGAAGACT TGCAGCATTT CCGCCAAACC CTTGTAGAAG TAGGTAAAAT CCATGGCTTT
GAAGTACTAT TTCATATTTC CTCTAGCAGA GTCAGATCTG TTTTACTATC TGCGACAATC
GCCAGGATCG AAAACCAGGA TTGTGTGATA GGTGTCTTGC AGGATATTAC CGATCGCAAA
CAAATTGAAG CAGCATTAAG AGAAAGTGAA GAACGCTGGC ACCTGGCTAT TACGGGGGCA
AACGATGGCA TTTGGGATCA TAATCTGCTC AGCCATGAAC ACTTCCTCTC CCCCCGCTGT
CTGGAAATAG TGGGCTATCA GTTTGAAGAA ATTGCAACCT TTGAGCAGTG GTTAGAGCAG
ATCCATCCTG AGGATCACTC GCTTTTACTC AATACAGTTC AGCAACACCT GGAGCAACAA
ACCCCTCATT ATACCTGTGA GTACCGAATC CGGTGTAAAG ATGGTTATTA TAAATGGTTG
CTGGCCAGGG GTCTAGCCGT CTGGAATTCA GAGGGAGTTC CAGTTCGAAT GATCGGTTCA
ATTACAGATA TTACTGAACG CAAGCAAGCA GAGGTAAAAC TACAAACTGC TCTGGCTGAA
AAAATCACCT TACTTCAGGA AGTCCATCAC CGGGTTAAAA ATAACCTGCA AGTCATCTGT
AGTCTGCTAC GCTTGCAAAA AAACCGGATG AACGATACCC AGCTCATCTC TATCCTGGAA
GATAGTAATA GCCGAATTCT CTCCATGGCC CTGGTGCATC AGAATCTTTA TGAATCTAGC
AATTTTGCCC AGGTTAATTT AACCGCTTAT GTTCATGACC TGGTCCGGTC ACTCATCCAG
GGTTATGGCA ACGAGCGGGT CCAGACTCAG ATTCAGATTC CCCCAGATGC TATGGTCTCC
CTCGAGCAGG CTGTGCCCTG TGGATTAATT TTAAATGAAT TGATTACGAA TGCCTTCAAA
CATGGTTTTG CTAACCCTCT GCGGCGGGGA ACAATCAGCA TCAAATTGAT CATCGCTGGA
TTGGACTATG TTCTTTCTGT AAGCAATGAT GGTGAACCTT TAACGGCTGG GTTTACCCTA
GAGGCTTCGC GGCGATCGCT GGGCATTCAA CTGATGCTGG TGCTGGCCGA ACAATTACGG
GGGAAGTTAG GGGTTAAACG GCAAAGAGAT GCAACAGGGG AATTAACAGT CTTTTCCCTC
CGGTTCAGTT CTGCCTCCAT CAAAACCAGC TATTGA
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| Protein sequence | MADLPQSNLL KACLDPPAKP AEKIPLRWVL IVPFVLLITS SVGVVGYLSY RSGQEAIDDL
SNHLTGAVNA QVKDRLNDFL QTQQQAITTT QTAIVSGNLN PANWQQFRAY LWQQQQLLPQ
LGYNVYANEQ GQEIGYQPIR SQEIRAIAEK LSGKKVSIGS YLFQEIGLSQ KGWRYYYRTD
SQGQQTEPII KLPIDTLSLP WYQAIKAAGE QTWSPVYIPR AAPTSLSISA GVPLRDQRDR
ITGVFSTGLS LSVINTFLAN LKFSESGQVF ILERSGDLIA TSASELPFSV QPGQPPQRLA
GIHSGDLTTR TISQHLLQQF GSLKQIHAVQ SFDLQSGGQR WFVRVTPYQD RYGLDWLVVV
TVPEADFVGP IQTNTYRTIA LCALTLGAAI ILGVLLARLL DRPIRRLSSA SQALADGQWQ
ESLAEDSPIA ELASLSQSFN RTMAQLQQAF DRIKTALQES EQKFTKVFRF SPDPMAILTT
EGIYLEVNDS FLQFSEYSRE ELIGQTSQDL EISADLQQNI ALFELLHTEG SVKGFEFHYR
AKSGRLGVTL ISLSFIDLEG QPCILAISKD ISDMKQTEEA LRQSEVKFST IFHASPEPCW
IATLDEGYCL DVNESFINFV GYDREALLGR TCRELGFWDK LEDLQHFRQT LVEVGKIHGF
EVLFHISSSR VRSVLLSATI ARIENQDCVI GVLQDITDRK QIEAALRESE ERWHLAITGA
NDGIWDHNLL SHEHFLSPRC LEIVGYQFEE IATFEQWLEQ IHPEDHSLLL NTVQQHLEQQ
TPHYTCEYRI RCKDGYYKWL LARGLAVWNS EGVPVRMIGS ITDITERKQA EVKLQTALAE
KITLLQEVHH RVKNNLQVIC SLLRLQKNRM NDTQLISILE DSNSRILSMA LVHQNLYESS
NFAQVNLTAY VHDLVRSLIQ GYGNERVQTQ IQIPPDAMVS LEQAVPCGLI LNELITNAFK
HGFANPLRRG TISIKLIIAG LDYVLSVSND GEPLTAGFTL EASRRSLGIQ LMLVLAEQLR
GKLGVKRQRD ATGELTVFSL RFSSASIKTS Y
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