| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan7425_1798 |
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| Symbol | |
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| ID | 7287722 |
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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 | 1660877 |
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| End bp | 1665382 |
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| Gene Length | 4506 bp |
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| Protein Length | 1501 aa |
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| Translation table | 11 |
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| GC content | 55% |
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| IMG OID | 643584796 |
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| Product | PAS/PAC sensor hybrid histidine kinase |
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| Protein accession | YP_002482526 |
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| Protein GI | 220907215 |
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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 | [TIGR00229] PAS domain S-box |
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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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 | 21 |
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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 | ATGGATAGGG TCAAGCCCCC CCAAATTGTT TTTAGCGGTA ATAGTGAGAT GTCCCGATGG
CTACAATCCC AGGATTGGGA CCACACTGCC CTGGGATCGG TGGCAAACTG GCCCCTGAGT
TTACAAACCA GCCTCTCGAT TCTGCTCAAC ACGGCTTGCC CAATGGTGCT GGTCTGGGGG
CGCGATCGCT ACCTGTTTTT TAACGATGGC TATGCCAATC TGGGCCTGAA TTCTGGGCCT
ACCCTGATCC CTGGCCAGCC CCTCCACAAT TGTTCTCAGC CCAATGGGGG GGAACTGCTC
ACTGCGATCG AACAGGTATT TACTACAGCC CAACCACAGC AGCAGGTTCT CGCTTCCCAG
GGAATGTCAG GGGAACAGCT CTGGCTGTGG TGCTTCAGTC CGCTCTGGGA TGGCGGCCAG
GTGGGGGGAG TCTTTGCCAC GGGCTGTGCA GAGCTAAATC CGATCGCGGG AACTACAAAA
CTGGAAGCTG AATGCCGACA AGTAGAAACG GAACGCCAGC ACCTGTCTGA GGCTTTGCTG
TCTGAAAAAG CCCGGTTTGA AGCCGTCCTG CGTCAATTGC CCGAAGGAGT GATGATTGCC
GATGCCGCCA CAGGCAACCT GATCCTGACC AATGAACGGG CGGACCAACT GATGCGTCAT
TCCTACGCAC TGGATTTTCA ACTGGAAGCC TACGAGTCAT GGGTGCCCTT TCAGGCTTAC
CGGACTAATG GACAACGCTA TGCCCCAGAG GACTATCCCC TTGTCCGATC GCTGCGTCAG
GGGGAAATTA TTGCCCACGA GGAGATGGAA CTGCGGTTTG CGGATGGTAG CCAGATTTTT
ATCGATGTCA ATGCCGCCCC CATCCTTGAC TACCAGGGGC AGATTACCTC AGCCGTCACC
GTCTTTCAGG ACATTAGCGA GCGGAAGCAA CTGGAAGCCG AACGCCAACA GGCATTAATT
CAGCTGCAGG AAAGACAGCA CTTTATCCAG CAGGTTGCCG ATGCCACCCC AGGAACCCTC
TATGTCTATG ACATGGTGGC CCAGCGCAAC ATTTACGTTA ATCGCCAGAT TGGTGAGTTA
CTGGGCTATA CCCCGGCAGA CATTCAAGCC TATGACGACC AACTCTTTGC TCAACTCATC
CATCCAGAGG ATTTAGCGAC GATTGGCAAC CAGTATACCC GTTTGAATCA GGCTCAAGCG
GATGAGGTGA TTGACTACGA GTACCGCATG CGTCATGCCA ATGGGGAGTG GCGCTGGCTC
TGGAGCCGGA ACACGGTTTC TACCCGTACC CCTGAAGGTC TGGCGCATCT CGTGGTCGGT
ACGGTTCAGG ATATTACCGA TCGCAAGCAG GCTGAACTGG CCCTCCAGCA AACTCAGGTC
CATCTGCAAC GGGCGAATGA GCGGTTTGAA CTGGCCGCAA AAGCCGTCAA CTGTTTAATT
TATGACTGGG ATGTAGAACA GGATCGGGTG GAACGGACGG AGGGGTTCAC ACGGCTTTTA
GGATATTCCC TGGAGGAAGC TGAACCCACG GGGGCCTGGT GGCGACAGCA AATCCATCCC
GAAGATGTGC AACGCCTTTC GGCCACCGCC ATCTCTAACC TGCTGAACAA CGATCTGCAA
ATCTGTGAAT ATCGGGTTCG CACCAAGGAC AACCGCTACA TCTATGTGCT GGATCAGGCC
CTCGTCGTTT GCCGTGATGC CAAAGGCTAT CCTACCCGCA TGGTTGGCAG TACCACAGAT
ATCACCGATC GCAAACGGGC CGAGGCTCAG TTACAGCAAC AGGAACAGGA ATTTCGCACC
CTGGTCGAGA ACACACCGGA TGTGATTATT CGCTACGATC GCAACCTGCG CTACCTGTAC
ATCAACCCCA GCATTGAGCG CATCATTGGC ATTCCACCGG AACAGCTAAT TGGCAAAACC
GGAATTGAGT TGGGCCTGAT CGATCCCACC TCCCAAGCCT GGTATAGAAC CCTAGAACAG
GTGTTCAACA CTGGCCAGCA CCACTGGTTG GAATTCGAAT TTCCCAATCC TGAGGGGGAA
CTGCATGCTT ACCAGGCTCG GTTTGTACCT GAATTAGTCG AGGGAGAACA AATCACCACC
GTTCTTGCGG TTGCAACGGA TGTGACAGAG TACAAGCGCA CCGAACTCTT GCTGCGGCAG
AGCGAAGAAC GGCTGAGACT GGCCATGGCC GCGGCACAGA TGGCCACCTG GGATGTCGAT
CTCAACACTG GCAAAGCCTT CTGGTCAGAA CACCATTTCA CCATGCTGGG TTATGAACCC
GTGGCCGGTG GGGAAGCCAG TGAGGCCATG TGGAGCAGTT GCATTCACCC GGAGGATCTG
GAACGAGTGC TGCAGGCATG GCAACAGGCC AGACTCGATC GCACCCTTTA TCGAGCCGAA
TATCGGGTAA TTCGGGTAGA CAATGGCCAG ATTGCCTGGC TGATGGGGCT GGGTAGCTTT
ACCTATGACG AAACGGGGCA GGCCATCCGG TCGATCGGCG TTTTGTTGGA TATCAGCGAA
CAGCAGGCCG CCCTGCAGGA ACGCAAACGG GTTGAAGATG AACTGCGAGA AAGTGAACAG
CGCCTCCAAC TGGCCCAGCA GGCGGGCAGA ATTGGCACCT GGGACTGGAA TCTGCTCACC
AACGAGGTAT CCTGGTCCGA TGGGATTTGG CCGCTCCTGG CCCTGGAGCC TAAGAGTGTC
AAGCCGGACC TGGAGACCTT CACCCATTTC ATCCATCCCG AGGATCGCGA ACAGGCGTTT
AGAACGGTAA AACTTGCCCT GGCCGAGGGG GACGACTATT ACGACGAATT TCGGGTGATT
CGACAGGATG GGGCGATCTG CTGGCTGCTC TCTAAAGGAC GAGTAATTCG TACCCCGGAG
GGTCAACCCC AGCGGCTCTT GGGGATCAAC GTTGACATTA CCGATCGCAA ACAGGCGGAA
GAAGCCTTAC GACAGAGTGA AGAACGCTTA CGTCTGGCTC TACTGGTGAG TCAATCGGGC
ATTTGGGACT GGGATATTGT CAATAAACAG ATCACCTGGT CAGAGCGAAT TTATCAATTT
CATGGCTTAA CCCCAGACAC CTTTGGGGGC ACGGTTGCAG AGTTTGCTGC CCTGATTCAT
CCTGAGGACC GAGAACGGGT GGCGGCAGCA ATTCAGCGGG CCCTGGCAGG GGAATCCAGC
TATGAACTGG AATTTCGCGC TGTTCAACCC AGTGGGGCAA TTCGCTGGCT CTCCACCACG
GGCGGGGTAA TTTTTGATCA GCAGGGCCAG CCGGTGCGGA TGCTGGGGGC CACCAATGAT
ATTACCGATC GCAAGGCCAT TGAGGCAGAA CGGGAACGGT TGCTCCTGAG TGAACGACGC
TGCAGGGAAG CCGCCGAATC CGCGAACCGC ATCAAGGATG AATTTTTAGC AGTGCTTTCC
CACGAACTGA GATCGCCCCT CAATCCGATT CTGGGCTGGA CCAAACTGCT GCAAACCCGT
CCCTTTGACC CACAACGGAC CCAGCAAGCC CTGCAGACGA TCGAACGCAA CGCCAAACTG
CAGACCCAAC TGATCGAAGA CCTGCTGGAT ATCTCCCGTA TTCTCCAGGG CAAGATGGTA
CTGAACACGT CCCCGGTCAA CCTGATCACC ACGATTGAAG CGGCGTTGGA CACAGTTCGC
CTGGCCGCCG AAACCAAGGG CATTGAGCTG CAAACTTGCC TCAGTCCAGC GGTGGGTAGG
GTCTATGGGG ATAGCACTCG CCTGCAACAG ATCGTCTGGA ATTTACTCAC CAATGCCGTG
AAGTTTACGC CTGCTGGGGG AAAAGTTTTG ATCCGGCTGG AACAGGTAGA CAGCTTTGCC
CAAATTCAGG TGCAGGATAC GGGCAAGGGG ATCAGCCCCG CCTTTCTTCC CCATGTGTTT
GAATATTTCC GCCAGGAAGA TAGCCAGACG ACCCGTAAGT TCGGCGGACT GGGACTGGGA
CTGGCGATCG TCCGCTATCT CACTGAACAG CATGGGGGCA CGGTTGAGGT TGAAAGCCGG
GGGGAAGACC AGGGGGCCAG CTTCACAGTC CACCTGCCCC TGATGGCATC CGATTTAACC
CCTGACCCAG CCGAGCAGCC CTGCATCGAA ACTGCTCAAG ATTTACGGGG ACTCCAGATT
CTGATCGTGG ATGATGACGC CGACATGCGG GATTTGCTCA GTTTTATCCT GACTGAACAG
GGAGCAACCG TAAGGGTGGC CGCCTCCGCC TCGGAAGGCC TGCAACACCT GAGCGCCTCT
CCCCTCGATC TCGATCTATT GATCAGTGAT ATTGGCATGC CCGAGATGGA CGGTTACAGC
CTGATCCGGC AAGCTCGTCA CCTCTTAGCC CCAACCGGAA AGGAACTACC CGCCATCGCC
CTCACCGCCT ACGCAGGGGA AATCAACCAG CAACAGGCCC TAGCGGCCGG ATTCCAACTC
CACCTGGCCA AGCCGATCGA ACCGGATCAG TTGTTAATTA TGATAAAAAA TTTAGTTTTT
AGTTAG
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| Protein sequence | MDRVKPPQIV FSGNSEMSRW LQSQDWDHTA LGSVANWPLS LQTSLSILLN TACPMVLVWG
RDRYLFFNDG YANLGLNSGP TLIPGQPLHN CSQPNGGELL TAIEQVFTTA QPQQQVLASQ
GMSGEQLWLW CFSPLWDGGQ VGGVFATGCA ELNPIAGTTK LEAECRQVET ERQHLSEALL
SEKARFEAVL RQLPEGVMIA DAATGNLILT NERADQLMRH SYALDFQLEA YESWVPFQAY
RTNGQRYAPE DYPLVRSLRQ GEIIAHEEME LRFADGSQIF IDVNAAPILD YQGQITSAVT
VFQDISERKQ LEAERQQALI QLQERQHFIQ QVADATPGTL YVYDMVAQRN IYVNRQIGEL
LGYTPADIQA YDDQLFAQLI HPEDLATIGN QYTRLNQAQA DEVIDYEYRM RHANGEWRWL
WSRNTVSTRT PEGLAHLVVG TVQDITDRKQ AELALQQTQV HLQRANERFE LAAKAVNCLI
YDWDVEQDRV ERTEGFTRLL GYSLEEAEPT GAWWRQQIHP EDVQRLSATA ISNLLNNDLQ
ICEYRVRTKD NRYIYVLDQA LVVCRDAKGY PTRMVGSTTD ITDRKRAEAQ LQQQEQEFRT
LVENTPDVII RYDRNLRYLY INPSIERIIG IPPEQLIGKT GIELGLIDPT SQAWYRTLEQ
VFNTGQHHWL EFEFPNPEGE LHAYQARFVP ELVEGEQITT VLAVATDVTE YKRTELLLRQ
SEERLRLAMA AAQMATWDVD LNTGKAFWSE HHFTMLGYEP VAGGEASEAM WSSCIHPEDL
ERVLQAWQQA RLDRTLYRAE YRVIRVDNGQ IAWLMGLGSF TYDETGQAIR SIGVLLDISE
QQAALQERKR VEDELRESEQ RLQLAQQAGR IGTWDWNLLT NEVSWSDGIW PLLALEPKSV
KPDLETFTHF IHPEDREQAF RTVKLALAEG DDYYDEFRVI RQDGAICWLL SKGRVIRTPE
GQPQRLLGIN VDITDRKQAE EALRQSEERL RLALLVSQSG IWDWDIVNKQ ITWSERIYQF
HGLTPDTFGG TVAEFAALIH PEDRERVAAA IQRALAGESS YELEFRAVQP SGAIRWLSTT
GGVIFDQQGQ PVRMLGATND ITDRKAIEAE RERLLLSERR CREAAESANR IKDEFLAVLS
HELRSPLNPI LGWTKLLQTR PFDPQRTQQA LQTIERNAKL QTQLIEDLLD ISRILQGKMV
LNTSPVNLIT TIEAALDTVR LAAETKGIEL QTCLSPAVGR VYGDSTRLQQ IVWNLLTNAV
KFTPAGGKVL IRLEQVDSFA QIQVQDTGKG ISPAFLPHVF EYFRQEDSQT TRKFGGLGLG
LAIVRYLTEQ HGGTVEVESR GEDQGASFTV HLPLMASDLT PDPAEQPCIE TAQDLRGLQI
LIVDDDADMR DLLSFILTEQ GATVRVAASA SEGLQHLSAS PLDLDLLISD IGMPEMDGYS
LIRQARHLLA PTGKELPAIA LTAYAGEINQ QQALAAGFQL HLAKPIEPDQ LLIMIKNLVF
S
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