| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan7425_1390 |
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| Symbol | |
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| ID | 7287310 |
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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 | 1219633 |
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| End bp | 1225566 |
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| Gene Length | 5934 bp |
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| Protein Length | 1977 aa |
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| Translation table | 11 |
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| GC content | 52% |
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| IMG OID | 643584390 |
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| Product | multi-sensor hybrid histidine kinase |
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| Protein accession | YP_002482124 |
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| Protein GI | 220906813 |
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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 | 2 |
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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 | 30 |
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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 | GTGCCTACTC AAAAAGTACT AGAGTCTGCG ATCGTTTCTA ACCCATTGAT CGTCTTGCCT
GAGACAACTG TAATTGATGC GATCGCCCAA ATGAGCAGAG CACAAATTAC TGGATCTGCC
TTGTCTATAA CCGCTACGAA CGAAGTCCAC CAGCCAGCTC ATTCCAGTTG TGTTCTAATC
GTTGCCGACT GTCAACTCAT TGGTATTTTT ACAGCGGCAG ATGTCCTCAG GCTCATAGTC
CAGCAGCGGT TACAGGAAGG ACTGTTGATC CGTGAGGTTA TGACCCACCC CGTTATCACC
CTGCCTGGGG TCGCCTTTAC CGATCTCTCC GTGGCGATCA ACCTGCTTCA ACAGCATCGC
ATACGCCATC TTCCCCTGGT TGATTCAGCT AATTATCCAG TCGGATTACT TACCTATGAA
ACGCTGCTGG CAACCCAAAA CACAGTACTA CTGGAAGCCG CCACGCTTGA GCCAGAACTA
CAGGTCGCTG CCCGATCGAC GGCCCGCAAA CTTGAGGTGG AATGGGAAAA GTTAGTGGCT
GAAGTAGCCA GTAAAATCCG CTCTTCCCTC AGCCTGTCAA CCATTCTGAA TACAACTGTG
GAGCAGGTGC GGCAAGTCCT GGGCTGTGAG CGGGTCAATA TCTGGCAGTT TGAAACAGAT
TCCCAAATAG CTGTGGTCGC CGAGTCAACC GACTTCTCCA TCTCCCTCAT CGGTGAACAG
GTGATTGACA ACTGTTTCCA ACGGGGTAAG GCTGAGCGTT ATCGCCAGGG TTCAATCCGA
GTGGTCTCCG ATATCTACAC CACCGAGATG TCGGACTGCC ACCGCCAACT GCTGACCCGA
CTCCGGACAC GGGCTAAAAT TCTGGTTCCC CTTATATGTG GCCGTACGCT GTGGGGTTTT
CTCAATGCCT CTGAGAGTAA CCAGCGCCGC GACTGGCAGC CAGCAGAAAT CGAACTCCTC
CAGACCCTCT CCCTTCACCT TTCGATCGCC CTGCAACAAG CCACAACCCA CCAGCGCCTC
CAGAAAGAAC TGCTGGCTCG TAAACAGGTG GAAGCTTGCC TGCGAGACAG AGAGCAACGC
TATGGCAGCC TGATCTCAAC GGCACCAGTG GGATTTTTCT GGACGGATGC TGAGGGTGAA
TGTATCTATG CCAACGATCG CTGGTGTGAG ATTGCTGGTT TGAGCTTAGA AGCTGCAGAA
GGCCAGGGCT GGCAAGCGGC CATCCACCCT GAGGATCGCG AGCGGGTTAG GGCGGAATGG
CAGCAAGCAA TTCAGGAGTC CCGCCCTTTC CAGTTGGAAT ATCGCTTCCA ACGCCCTGAT
GGTGCAGTGA TCTGGGTGTA TGGGCAGGTT GTGGCAGAAA AAAATGACAT GGGAGCCATC
GGAGGCTATG TTGGCACCAT TACCGATATT CATGCTCGCA AGCAGGCAGA GCAGCAACTC
CACAATTTAA TTGCCGGAAC GGCCGCCGCT ACGGGGCAGG ACTTTTTTCC GGTCTTAGTT
CAACACATCG CTCAAGCCCT CAATGTCCCC TACGTTTTAG TGACCGAAAA GATTGGGGGC
GATCGTTTGT GTACTTTAGC CTACTGGGCC AATGGTGAAC TCAAACCTAC CTTATCCCTC
CCGATTGCCA ATACCCCTTG CAGCCACGTC CTTCAGGATG GCAAGTTTTA TTGTGCCAGT
CAGATCCAAC AGCAGTTTGC CAACACCCTG GAAGGGATTG AGCTTGGCGC AGAAAGCTAT
CTGGGAATTG CTTTACGGGA TAGCCAGGGT GAAGCGATCG GCACCTTATG TATCGTTGAC
CATCAACCCA TCCAGGAACC CCAGCGCCTA GAAAACCTGT TGGTGGCCTT TGCGGCCCGG
GCTGCAGCCG AGTTGGAACG AGAACGAGCA ACCCAGACCC TGGCCCAGTT AAACCGAGAA
CTGGAAACTA AAGTTGCCGA ACGTACTGCT GCTTTAAAAG CCAGTGAAGA ACGATGGCAG
TTGGTTCTGA AGGGGGCCAA TGATGGGATT TGGGATTGGG ATCTCACAAC TAACCGGGTT
TTCTTTTCCG AACGCTGGAA AAATATGCGG GGTTTGAACC AGGAGCAGGT TAGCGATCGG
CTGGAGGAGT GGTCACGGTC AATCCATCCT GATGACTATA ACTGCGTGAT GGCCAACCTC
GAAGCGCACT TGGCCGGACA AACAGAATTT TTTGAACAGG AGTACCGGGT GCGTTGTCAG
GATGGCTCCT ATATCTGGGT TCTGGCTCGG GGACAGGCGT TGCGGGATAG CTCGGGACAG
GTGGTTCGCA TGGCTGGTTC TGAGATTGAC ATTACTGCTC GTAAGCAGGC AGAACAGGAA
AACCTGCGCT TAAAAGAACG GTTGCAATTT TTGTTATCTG TTAACCCTGC TGTCATCTTT
ACCAGTGAAC CAGGGGAAGA CTATGCCATC ACCTTTATCA GTGATAATGT CCAGACCCTG
ATGGGTTATA CCCCAGGGGA TTTTATTACC CATCCTCGCT TCTGGGCGGA TCGGATCTAT
CCTGAGGATG CCCCCCGCAT CTTTGCCGGG CTGAGCCGCC TGTTTGAGCA GGGATACCAT
ACCCATGAAT ACCGCTTCCT TTACCAGGAT GGTTTCTATC ACTGGGTTCG GAATGAGTTG
CGGTTATTTT GTGATCCTGC AGGCCATCCG CTGGAAATTG TTGGCTACTG TGCTGATATT
AGCGATCTAA AACAAGTTGA AATGGAGTTG GCCGAGAGTG AAGCCCAATT TCGCTGCATG
GTCGAGGGGG TTAACGATTT GATCTGGTCA GTGAATGATC AAAACCGATT TACCTATCTC
TCGCCTCAAT TTGCAACTTT ATTTGGCTGG GAAGGGCGGG AATGGATCGG CCATTTTGCC
AGGGAACTGA TCCACCCCGA CGATCACCCC AAGTTAGCGG ATTACACTCA GCAGGTGATG
GAGGGCCGCT CCTTAGATAA CCTGGAGTTC CGCCATCGCC ATCAAGATGG CCACTTTGTT
TGGGTCCGCT CCAGTGCAAC CCCTTTAATC AGTTCGACCG GGAACGTGAT CGGCGCTCAG
GGCATTTTAT CGGATATCAC AACGCTAAAG CAGGCGGAAA TGGCCCTCCA GCAGAGCGAA
AATCGCTTCC GTCGTGTTTT CTCATCCAAC GTTGTGGGGA TGATGTTTAC CGATTTTAGC
GGGGCCATTT TCGATGCCAA CGATCGCTTC CTGGCTATGG TGGGCTACAG TCGAGCAGAG
CTACAGGCGG GAGAACTCAA CTGGGTAACC CTGACTCCAC TGGAATATGT GCAGTGGGAT
ATTCAGGCCA TGCTCCACCT GGAAAAGTAT GGGTCGATCG AGCCCTGGGA AAAAGAATAC
TATCGTGCCG ATGGCAGCCG GATTGCCGTT CTAATTGGCG TAGCGTTACT GTCGGAAACT
GGCAGCAGTT GTGTGTGTGT GGTGATGGAC ATTAGCGATC GTAAACACGC AGAGCAAACC
ATTCAGCAAC AGATCCAAAA AGAAACCTTA CTGCGAGAAC TCACCCAGCG GATTCGCCAA
TCCCTTGATT TACAAACCAT TTTCACCACC GCCTGTCAGG AAATTCGCCA GGTGCTCCAG
GCCGATCGGG TGGGTATCTT TCAGTTTTAT CCCACATCTA ACCATAATGA TGGGGAATTT
GTAGCGGAAT CTGTGGTTGA GGGCTTGCCC TCCGTCCTGG CTACACCTCT GCACGACCAC
TGTTTTGGCG AACAATATGC CCCACTGTAT GTGCAGGGCC GCTATGTGGC AATGGAAGAC
ATCAGTCAGC TAGACCCCTG CCACACAGAC CTTCTCAACC AGTTCCAGGT CAAGGCCAAC
CTGGTGATAC CGCTGATCAG TGGCAATGAT TTATGGGGGT TGCTGTGTAT TCACCAGTGC
CGCAGTACCC GCCGTTGGCA AGCCACAGAG ATTGATTTGA GCCAGCAACT GGCGACTCAG
TTGGCTATTG CCTTTCAACA GGCGGTTTTG TACAAACAGA CCCAATTAGA ATTGCAGGAG
CGACAACTTG CCGAAACTAC TATTGCCCAA CAACTACGAC AGCAAAAAAA TCTGGGTACA
ATCATTCAAC ACATCCGTGA ATCCCTCGAT CTGCAGCAAA TTTTGGCCAC GGTGACCCAG
CAGGTTAAAG AAGCCCTCCA GGGTGATCGG GTGATCGTAT TTCAACTGTT TCCCAATGGT
AAAAGTCGGA TTGTGGAGGA AGCGGTATCC AGTGGATTGA CGGTCCTGAA AGCAGGCCAC
TGGGAAGATG AAGTCTGGCC GCAAGAGATT CTCGATTACT ACTGGCAAGG CCAACCCCGG
ATCGTTGCTG ATGTCATGGA TGATAGGTGG ACAGATTGTT TAGTTGGGTA TTCTAAACAA
GGAGAAATTG TCTCTAAGAT CGTTGCCCCG ATTCTGCAAG ATATCCATAC TTTTGAGGAA
AATCCCTGGG CCAACCCATC CAAGCGACAT CAACTTTGGG GGGTGCTCGT CATTCATGCC
TGCCGCCAAC CGCGGGTTTG GAAAGCAGAA GAAGCCCAGT TACTCCAGCA AATTGCCAAC
CAGTTAGCGA TCGCTATCCA ACAGGCCAAT CTGTTTGAGC AACTCCAGCA GGAACTGACA
GAACGTCAAC AGACCCAGCA ACAACTGACG GAGCGCAACC AACAACTGGC TGAATCTAAC
CAAAAACTAG CCCACGCTAC CCGGCTCAAG GATGAATTCC TAGCCAATAT GAGCCATGAA
CTACGTACTC CTCTCAATGC CATTCTGGGG ATGACCGAGG GATTAACTGA TGTCATCTTT
GGCAGCATTA ATACGCAACA AAAAAAAGCT CTCCAAACCA TCGATCGCAG TGCCCATCAC
CTGCTGGAAC TTATTAACGA TATTCTCGAT GTAGCCAAAA TTGAGTCCGG GCAGATTGAG
CTGAACTGTG CAGCTACATC TGTACTTCTG CTTTGCCAAT CCAGTCTGTC GTTTATCAAG
CAACAGGCGT TGAGAAAAAA CATCCACTTA GAGGTGCAGA TCCCGCCCCA TGTGCCGGAT
GTATGGGTAG ATGAACGGCG AATCCGTCAG GTCTTGATCA ATTTGCTCAA CAATGCGGTG
AAATTTACCC CAGAGGGAGG TTCTGTTACC CTATCCGTGC AAAGGCAGCT GATTGTTCAG
GACCCTCCGC CCCTCCAGGG CATTACCAAA GTGAGGGTGC ACCGCACGCC TATAGAACAA
CAACTGGGGA TTCAACTTCA GACCTCACAA TTTGAAGTAC ACAACTATCT CCGCATTGCC
GTTACGGATA CGGGGATTGG GATTCCGTCG CACTATCTCC ACAAATTGTT TCAGCCCTTT
GTCCAAATCG ATAGTGCCCT GAATCGCCAA TATACGGGAA CGGGGTTAGG ACTGGCTCTG
GTCAAACGCA TTGTTGAACT CCACGGTGGA GAGGTTGGCG TCACCAGCAC TGAAGGGGCC
GGGAGTTGCT TCACGATCGA CCTTCCCTGT GTCAGCGGCA GTTCATCCTC TTCTTCACCC
TTCTTAGCAG AGAGTAGCCC GGCCCACCTG TCCGACCCAG CTAACCCGCC CTGCATCCTA
CTGGCAGAAG ACAATGAAGC CAACATCAGC ACCATTTCCA GCTACCTCAA AGCCAAAGGA
TATCGCGTTC TCGTGGCAAA GAATGGGCAG GAGGCGATTG ATCTGGGCCA AGCCGCTCAG
CCGGATCTGA TTCTGATGGA TATTCAAATG CCAGGGGTGG ATGGTCTGAG TGCGATTCAG
CAACTTCGTC AGGCCCCCAG TTCAGCCCAT TTACCGATCA TTGCCCTCAC CGCCCTGGCT
ATGAATGGTG ATCGCGATCG CTGTCTAGCC GCCGGAGCCA ATGAGTATCT CAGCAAACCC
GTGAAGCTGA GCCAACTGGT AATTCTAATT CAGCAACTTT TAACCCAGTC ATAG
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| Protein sequence | MPTQKVLESA IVSNPLIVLP ETTVIDAIAQ MSRAQITGSA LSITATNEVH QPAHSSCVLI
VADCQLIGIF TAADVLRLIV QQRLQEGLLI REVMTHPVIT LPGVAFTDLS VAINLLQQHR
IRHLPLVDSA NYPVGLLTYE TLLATQNTVL LEAATLEPEL QVAARSTARK LEVEWEKLVA
EVASKIRSSL SLSTILNTTV EQVRQVLGCE RVNIWQFETD SQIAVVAEST DFSISLIGEQ
VIDNCFQRGK AERYRQGSIR VVSDIYTTEM SDCHRQLLTR LRTRAKILVP LICGRTLWGF
LNASESNQRR DWQPAEIELL QTLSLHLSIA LQQATTHQRL QKELLARKQV EACLRDREQR
YGSLISTAPV GFFWTDAEGE CIYANDRWCE IAGLSLEAAE GQGWQAAIHP EDRERVRAEW
QQAIQESRPF QLEYRFQRPD GAVIWVYGQV VAEKNDMGAI GGYVGTITDI HARKQAEQQL
HNLIAGTAAA TGQDFFPVLV QHIAQALNVP YVLVTEKIGG DRLCTLAYWA NGELKPTLSL
PIANTPCSHV LQDGKFYCAS QIQQQFANTL EGIELGAESY LGIALRDSQG EAIGTLCIVD
HQPIQEPQRL ENLLVAFAAR AAAELERERA TQTLAQLNRE LETKVAERTA ALKASEERWQ
LVLKGANDGI WDWDLTTNRV FFSERWKNMR GLNQEQVSDR LEEWSRSIHP DDYNCVMANL
EAHLAGQTEF FEQEYRVRCQ DGSYIWVLAR GQALRDSSGQ VVRMAGSEID ITARKQAEQE
NLRLKERLQF LLSVNPAVIF TSEPGEDYAI TFISDNVQTL MGYTPGDFIT HPRFWADRIY
PEDAPRIFAG LSRLFEQGYH THEYRFLYQD GFYHWVRNEL RLFCDPAGHP LEIVGYCADI
SDLKQVEMEL AESEAQFRCM VEGVNDLIWS VNDQNRFTYL SPQFATLFGW EGREWIGHFA
RELIHPDDHP KLADYTQQVM EGRSLDNLEF RHRHQDGHFV WVRSSATPLI SSTGNVIGAQ
GILSDITTLK QAEMALQQSE NRFRRVFSSN VVGMMFTDFS GAIFDANDRF LAMVGYSRAE
LQAGELNWVT LTPLEYVQWD IQAMLHLEKY GSIEPWEKEY YRADGSRIAV LIGVALLSET
GSSCVCVVMD ISDRKHAEQT IQQQIQKETL LRELTQRIRQ SLDLQTIFTT ACQEIRQVLQ
ADRVGIFQFY PTSNHNDGEF VAESVVEGLP SVLATPLHDH CFGEQYAPLY VQGRYVAMED
ISQLDPCHTD LLNQFQVKAN LVIPLISGND LWGLLCIHQC RSTRRWQATE IDLSQQLATQ
LAIAFQQAVL YKQTQLELQE RQLAETTIAQ QLRQQKNLGT IIQHIRESLD LQQILATVTQ
QVKEALQGDR VIVFQLFPNG KSRIVEEAVS SGLTVLKAGH WEDEVWPQEI LDYYWQGQPR
IVADVMDDRW TDCLVGYSKQ GEIVSKIVAP ILQDIHTFEE NPWANPSKRH QLWGVLVIHA
CRQPRVWKAE EAQLLQQIAN QLAIAIQQAN LFEQLQQELT ERQQTQQQLT ERNQQLAESN
QKLAHATRLK DEFLANMSHE LRTPLNAILG MTEGLTDVIF GSINTQQKKA LQTIDRSAHH
LLELINDILD VAKIESGQIE LNCAATSVLL LCQSSLSFIK QQALRKNIHL EVQIPPHVPD
VWVDERRIRQ VLINLLNNAV KFTPEGGSVT LSVQRQLIVQ DPPPLQGITK VRVHRTPIEQ
QLGIQLQTSQ FEVHNYLRIA VTDTGIGIPS HYLHKLFQPF VQIDSALNRQ YTGTGLGLAL
VKRIVELHGG EVGVTSTEGA GSCFTIDLPC VSGSSSSSSP FLAESSPAHL SDPANPPCIL
LAEDNEANIS TISSYLKAKG YRVLVAKNGQ EAIDLGQAAQ PDLILMDIQM PGVDGLSAIQ
QLRQAPSSAH LPIIALTALA MNGDRDRCLA AGANEYLSKP VKLSQLVILI QQLLTQS
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