| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_0198 |
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| Symbol | |
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| ID | 3683060 |
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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 | Anabaena variabilis ATCC 29413 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007413 |
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| Strand | - |
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| Start bp | 252537 |
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| End bp | 256571 |
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| Gene Length | 4035 bp |
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| Protein Length | 1344 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 637715526 |
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| Product | multi-sensor hybrid histidine kinase |
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| Protein accession | YP_320719 |
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| Protein GI | 75906423 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG0642] Signal transduction histidine kinase
[COG2204] Response regulator containing CheY-like receiver, AAA-type ATPase, and DNA-binding domains |
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| TIGRFAM ID | [TIGR00229] PAS domain S-box |
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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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 | 13 |
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| Fosmid unclonability p-value | 0.592297 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCCATCAC TTTATCCTGT GGATTTACCT ACCATAGAGC AGGTAATGGA ATGTTACCCT
TTAACTGTAT TACCGGATAC TCTGCTCGTT GATGTAATTG CTCTCATGAA TCCGGTAAGC
AGATGTACAA TAGTTTCTGC ATCTAATTTT AGTAGTTGTG TTTTAGTAGT TGAGGAAAAA
AAGTTAGTAG GTATATTCAC TCTACGGGAT GTAGTCAGGC TCACTGGCGT AGGGGTAGAT
ATATCCAGGA AAAAAATTTC CGAGGTGATG ACTCAGCCAG TCATTAGCTT GACACTAGCT
GCGGCTCAAA ATGCTCTCAC CGCTCTAGCT TTTATGCGCC AGCATCACAT TCGCCATTTG
CCTGTGGTAG ATGAGCAAGG ACAATTGTTA GGCTTGATTA CTCAAGACAG AATACGTCAG
GTGGTTCAAC CAGCGCATCT GCTGAAACTG CGATGTGTGA CAGAGGTGAT GGTAACGGAA
ATTATTCATG CACTGCCAAC TACATCTGTG TTGGAATTAT CTCAGATGAT GAGCGATCGC
CGGATCAGTT GTGTTGTCAT TGTCGCACCG CAAGAGACAA AACTGATTCC TGTGGGGATG
ATTACAGAGA AAGATATTCT CAAAGTCCAG TTACAGGGAC TAGATATCGC CCAAACCCCA
GCGCAAACCG TGATGAGTTC CCCTGTATTC AGTATTAGTC CCCGTGAATC TTTGTGGACT
GTTAATCTGT TGATGCAAGC GCGAGGGGTG CGACGGTTAG TCGTGGTTGG TGAACAAGGC
CAAATGCAAG GACTAGTGAC ACAAACCAAT CTCCTGCAAG TGCTTGATCC CTTAGAAATA
GTCAACGTCA TCCAAGCCTT AGAAGCCAAA GTTGCAGAGC AAACATTTCA ACTCCAGCAA
ACTAACCAGC AGTTAGAAGC AGAAATCAAA CAACGCCACC AAGTTGAGGA ATCAATGCGC
CAAACTCAAA AAGAATTAGA GTTTCGGGTG GCGGAGCGGA CAGCCGAACT AATGCAATCT
AATGCGCGTC TACAACAGCG TGAACAGCAG TTGCAAGCCT TGTTTGATCA CGCTGTGGAT
GCGATCCTGA TTGCGGATGA TGAGGGACGT TATGTGGATG TCAATGCAGC AGCTTGCGAA
TTATTTGGTG TATCTAGGGG AGAACTTTTA GCCTCGACAA TTGGGGATTT TGCTGCACTA
GAATTTAATT TTACCGAAGC TTGGCAACAC TTCCGTGAAC AAAAACAAAT GTCGGGCGAG
TTTCAATTGC ATCGTCCCAA CGGTACAGTA AGAGCAACAG AATTTGCGGC GGTTGCCAAT
TTCATACCAC ATCGTCATCT TTCCATCATC CGGGATGTGA GCGATCGCCA GCAGGCTAAA
GCAAATCTGC AAAACAGTGA GCAACGGCTA CAACTGGCAC TCTCAGCCAG CAGCACAGGT
ATGTGGGACT GGAATCTGCA AACTAATGAG GTGGTCTGGT CTGAGAGTAT GTGTTCTTTA
TTTAATATCG ATCCCCAGAC ATTCAACAAC AGGTTTGAAT CATTTGTAAA TTTCATCCAC
CCTGAAGACC GAGAATTTGT AGAACAACAC CTGATGCAGT CTATTGATCA AAATACCATC
TGTAATGTCG AGTTTCGGGT AGTGTGGCTT GATGGTACAG TACACTGGGC AAGTGGCAAA
GGAAACGTCT TCTACGATGA AGTTGGGAAA CCAATCCGCA TGATTGGAGT GCATCAGGAC
ATTACAGAAC GCAAACAAGC TGAGGCAAAA CTGCAAAAAA GCGAGCAACG GCTAAAACTA
GCACTCTGGG CTGGTAATAC TGGTACTTGG GACTGGAATC TGCAAACCAA TGAAGTTATC
TGGTCTGATC ATCTGTTTTC TTTATTTGGT TTAGCCCCTG ATACGTTTGA TGTCAGCTAT
GAAAATTTCT TAAATCTCAT TGTCCATCCT GAAGACCGAG AGTTGCTGCA TCAATCAGCG
TTACGAGCTA TTGAGCAACA AGTACCCCAT GATATCGAAT TCCGGTTTCT TTACCCAGAT
GGTACAGTTG GTTGGTCATT ATGTAAAGGT CAAGTATTAT ACGATGACAT CACGGGTGAG
CCACTCCAGA TGATTGGGGT GAATATGGAC ATTACTGAGC GTAAAAACGC TGAGGAAGCT
GTCAGAGAAA GTAATCAAAG GCTACAGGCG ATTATAGATA ATTGCCCGGC TGTTATCTAT
GTTAAGGATA TGCAGGAACG GTATATTCTG GTGAATTCCG AATTTGAAAG AATCACCCAC
CTGACACGAG AGCAAGTCAA AAATAAAACT AATGTAAAAA TCTTTTCTCC TAAAACTGCT
CGCTCCTTAA GTATAAATGA TCAAGAGATT CTATCTTCTA GGACTCCTGT GCAGTTTGAG
GAAGAAATTC AATTTGAGGA TGGGCTACAC ACTTACTTAA CTGTCAAGTT TCCCCTCTGC
GATGCGACTG GTGAACCCTA TGCGATTTGT GGTGTTTCCA CAGATATAAC AGAGCGCAAA
CAAGCCCAAG AGCAAATCCG TCAACAAGCA GCTTTAATTA ATGTTGCGAC AGATGCCATT
TTTGTCCGTG ATTTAGCAAA CCGCATATTA TTCTGGAGTC GAGGGGCGGA AAACTTATAC
GGTTGGACAG CAGAGGAAAC TGTGGGGAAA TTAGCCCATG AACTTTTCCA TAAAGAATCC
TCGTCTCAAT TGGAAGCAGC TGTAACAACC ACTCTCGAAC AAGGTTCTTG GTATGGAGAA
TTAGAGCAAA CCACCAAAAA TGCTCAAGAA ATTATTGTTG CTAGTCGGTG GACACTGGTA
CACAATCAAT TCGGAGATTC CCCATCAATC TTAGTAGTTA ACACCAACAT CACTGAGAAA
AAACAACTAG AGCTACAATT TTACCGCGTT CAACGACTGG AAAGTATCGG CACTCTAGCC
AGTGGCATTG CCCATGACCT CAATAATGTG TTTGCTCCCA TTGTGATGAT TGCCCAACTG
TTGCCTTCCA GATGCAAAAA TGTGGATACA AGGACTCATG AACTGTTCAA AACTCTAGAA
ACCAGCTCCA AGCGTGGCTC TGATTTAGTA AAACAAATTC TCACCTTTGC CCGTGGTACT
GAAGGTCAAC GCATCCTCCT GCAACCTGGA CATTTGCTCA AAGAATTAGC CAAAGTCATC
CAACAGACAT TTCCTAAATC CATTGAAATC ATTACTGATA TTCCGACAAA CACCTTGTGG
ATGGTGCAAG CTGATCCCAC CCAATTAGAA CAGGTGTTCA TGAACTTGGC AGTCAATGCC
CGTGACGCTA TGCCCAATGG TGGTAAGCTT ACCATCACTG CCACCAATCG GGTAATCGAC
TCTACCTATG CCCGAATGCA CCTAGAGTCG GAAGTAGGAG ACTACATTGT TGTCACCATC
TCAGATACAG GCACAGGAAT TCCGCCAGAA ATCTTAGAAC GCATATTTGA TCCCTTTTTT
ACCACGAAAG AAGTCGGTAA AGGTACAGGG CTAGGACTAT CAACGGTTTT AGGTATCGTC
AAGAACCACG GTGGTTTTGT AGAAGTGGCA AGTCAGGTAG GTCAAGGCAC AGAATTTCAG
GTGTTCTTAC TCAGAGGAAA AGGAACAGCA ACCGAGACCA TAGCAAAAAC AAAATTGCCT
AGAGGTAATG GCGAGTTGAT TTTAGTTGTC GATGATGAAA CGATCATCCA ACAAACTGCA
CAAGAAGCCC TGGCGGATTA TAACTATAGA ATTTTGGTAG CTAACGATGG CATTGAGGCG
ATCGCGCTCT ATGTCGAATA TCAACCAGAA ATCAGTGTTG TCTTGCTAGA TATGGTTATG
CCCAACATAG ACGGATTAAC CGCCATCCGC ACTCTACGCA CCATCAACCC CAAAGTCAAG
ATTATTGCCT CTAGTGGCTT ACCCGCCAAC GAGCAACAAG CGATTGTGGC TGGTGCAAAC
AGATTTATAT CTAAGCCCTA CACAACCACA GATTTATTGA CTACTCTATC GGATGTCATC
GGGGTTAAAG AGTAG
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| Protein sequence | MPSLYPVDLP TIEQVMECYP LTVLPDTLLV DVIALMNPVS RCTIVSASNF SSCVLVVEEK
KLVGIFTLRD VVRLTGVGVD ISRKKISEVM TQPVISLTLA AAQNALTALA FMRQHHIRHL
PVVDEQGQLL GLITQDRIRQ VVQPAHLLKL RCVTEVMVTE IIHALPTTSV LELSQMMSDR
RISCVVIVAP QETKLIPVGM ITEKDILKVQ LQGLDIAQTP AQTVMSSPVF SISPRESLWT
VNLLMQARGV RRLVVVGEQG QMQGLVTQTN LLQVLDPLEI VNVIQALEAK VAEQTFQLQQ
TNQQLEAEIK QRHQVEESMR QTQKELEFRV AERTAELMQS NARLQQREQQ LQALFDHAVD
AILIADDEGR YVDVNAAACE LFGVSRGELL ASTIGDFAAL EFNFTEAWQH FREQKQMSGE
FQLHRPNGTV RATEFAAVAN FIPHRHLSII RDVSDRQQAK ANLQNSEQRL QLALSASSTG
MWDWNLQTNE VVWSESMCSL FNIDPQTFNN RFESFVNFIH PEDREFVEQH LMQSIDQNTI
CNVEFRVVWL DGTVHWASGK GNVFYDEVGK PIRMIGVHQD ITERKQAEAK LQKSEQRLKL
ALWAGNTGTW DWNLQTNEVI WSDHLFSLFG LAPDTFDVSY ENFLNLIVHP EDRELLHQSA
LRAIEQQVPH DIEFRFLYPD GTVGWSLCKG QVLYDDITGE PLQMIGVNMD ITERKNAEEA
VRESNQRLQA IIDNCPAVIY VKDMQERYIL VNSEFERITH LTREQVKNKT NVKIFSPKTA
RSLSINDQEI LSSRTPVQFE EEIQFEDGLH TYLTVKFPLC DATGEPYAIC GVSTDITERK
QAQEQIRQQA ALINVATDAI FVRDLANRIL FWSRGAENLY GWTAEETVGK LAHELFHKES
SSQLEAAVTT TLEQGSWYGE LEQTTKNAQE IIVASRWTLV HNQFGDSPSI LVVNTNITEK
KQLELQFYRV QRLESIGTLA SGIAHDLNNV FAPIVMIAQL LPSRCKNVDT RTHELFKTLE
TSSKRGSDLV KQILTFARGT EGQRILLQPG HLLKELAKVI QQTFPKSIEI ITDIPTNTLW
MVQADPTQLE QVFMNLAVNA RDAMPNGGKL TITATNRVID STYARMHLES EVGDYIVVTI
SDTGTGIPPE ILERIFDPFF TTKEVGKGTG LGLSTVLGIV KNHGGFVEVA SQVGQGTEFQ
VFLLRGKGTA TETIAKTKLP RGNGELILVV DDETIIQQTA QEALADYNYR ILVANDGIEA
IALYVEYQPE ISVVLLDMVM PNIDGLTAIR TLRTINPKVK IIASSGLPAN EQQAIVAGAN
RFISKPYTTT DLLTTLSDVI GVKE
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