| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Aazo_2978 |
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| Symbol | |
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| ID | 9340781 |
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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 | 'Nostoc azollae' 0708 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_014248 |
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| Strand | + |
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| Start bp | 3064324 |
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| End bp | 3070152 |
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| Gene Length | 5829 bp |
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| Protein Length | 1942 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | |
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| Product | multi-sensor signal transduction histidine kinase |
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| Protein accession | YP_003721899 |
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| Protein GI | 298491722 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGGTTAGTA ATCTTGTCAA TATTCCCGGA TATCTCATCA GTGAGGAACT TTATAACGGT
TCTAGAACGC TAGTTTATCG AGGATATCGA GAAAGAGATT CATTACCAGT AGTGATTAAA
CTGCTGAAAA ATCCTTATCC CACGTTTAAT GAACTCTTAT CATTTCGTAA TCAATATACC
ATTGCTAAAA ATCTCAACTC GCCTTTAATT GTCCAAATTT ACACCCTAGA ACCATACCGA
AATGGTTATG TGTTGGTGAT GGAAGACTTT GGGGGGACTT CTCTCAATGA ATGGGTAGGG
AAGGTCAAAC AAAAGTCTCT ACAGGAGTTT TTAGAAATAG CGATTGCCCT CTCCAATACC
CTAGATATAT TGTACCGGGA ACGCATTATT CATAAAGATA TTAAACCCAG CAATATATTA
ATTAATCCCG TAACTAAACA AGTCAAATTA ATTGACTTTA GTATCGCATC TTTATTACCG
AGGGAAACCC AAACCCTAGT TAATCCCAAT GTTTTAGAAG GGACATTAGC TTATATATCA
CCAGAACAAA CAGGGAGAAT GAATCGCGGG ATAGACTATC GCACAGACTT CTACTCACTA
GGTGTGACAT TCTATGAATT ACTAGCTGGA GAGTTACCTT TTGTAGCAAA CGAGCCAATG
GAGTTGGTGC ATTCTCATAT AGCTAAAATA GCACCATCAA TACACGAAAT CAATTCAGAA
ATTCCCTGGG TTATTGCAGA AGTCATTAGT AAGTTAATGG CTAAAAATGC TGAAGACAGG
TATCAGAGTG CGTTGGGATT AAAGTTCGAC TTAGAAAATT GTTTAACTCA GCTAAGAGAA
ACTGGTGGAA TTGAGAAATT TGAAATTGCA CAGCGTGATA TATGTGATCG CTTCATTATC
CCTGATAAAC TCTATGGCAG AGAAACCGAA GTCTTAACCC TACTAGAAGC ATTTGAGAGA
GTTAGTCGAG GTACATCAGA AATGATGCTA GTAGCTGGTT TTTCTGGAAT TGGAAAAACA
GCAGTCGTCA AAGAAGTGCA TAAACCAATT GTCAGACAAC GTGGCTATTT TATTAAAGGC
AAATATGACC AGTTTCAACG TAATATTCCC TTCAGTGCTT TTGTACAAGC ATTTCGTGAT
TTAATGGAGC AATTGCTAAC AGAAAATGAT GTCCAACTAG AGGAATGGAA AAACAAAATA
TTAAATGCTG TTGGCGACAG TGGACAAGTA ATTATTGAAG TCATCCCCGA ATTATCAATA
ATTATTGGTG AACAACCACC AGCAGTAGAA TTATCAGGAA CAGCAGCCCA AAATCGCTTT
AACTTATTAT TTCAAAAATT TACCCAAGTC TTTACTAGTA TTGAACATCC CTTAGTAATG
TTTCTAGATG ACTTGCAATG GGCAGATTCA GCATCACTAA AGTTAATACA ACTATTAATG
GCTGATACAA GTCATCTTTT ATTAATAGGT GCATACCGTG ATAATGAAGT CCCACCAGGA
CATCCATTAA TGTTGACTTT GAGTAATATA CAAAAGACAC AAGCAACGAT TAATACGATT
AGTTTAGTAC CACTAAGTCA AGTGGAAGTA AATAAATTAG TTGCTGATAC ACTCAAATCT
ACAGAAGAAC TCGTATGGAA TCTTTCTGTA TTGATATATC AAAAAACTCT GGGGAATCCA
TTTTTCGCAA CACAGTTTCT CAAAGCATTA CATCAAGATG AACTGATTCA CTTTGACTTT
GAGTTAGGAT GTTGGCAATG TGAGATTGCC CAAGTGACAA CGCAGGCGGT TACAGATAAT
ATTGTCACCT TTATGAGTTT GCAATTGCGA AAACTACCGC CATCAACTCA ACAAGTATTG
CAGTTAGCGG CTTGTATTGG GAATCAGTTT GATTTAGCAA CTTTGGCTAT TGTTTCGGAA
CAATCTCAAA TCGAAACAGC AGCCTGTTTA TGGAAGGCAT TACAAGAAGG GTTAATTTTA
CCAATTGGTG ATATTTATAA GTTTTATGTT GGTCAAGAAA CTCTAGCAGG TACTTCCGAA
AATCAACAGA CTGTTAGTTA TAAATTTTTA CATGACAGAG TACAGCAAGC AGCTTATTCC
TTGATTCCTG ATGACCAAAA GCAAACCACT CACCTCAAGA TTGGGCAACT TTTACTGAGT
AATGCGCCAC TAAGGGAACA GAATGAAAAC TCGTTTGAAA TTGTCAATCA ACTCAATATT
GGCAAATCCC TGATTATTGA ACCAGAAAAG CAAATAGAAC TGGCTCAACT CAATTTAAAT
GCTGGACAAA AAGCTAGAGC AGCAACAGCT TATACTGCTG CGTTGGAATA TGCTACCACA
GGCATTAGTT TACTACACCT TCTCAAGTGG GAAACACACT ACAACTTAAC CTTGACACTG
TATGAACTAG CAACAGAAAC TGCCTACCTT AGCGGCGATT TTGAGCAGAT GGAGCAATGG
GCAGATATTA TTTTGCAACA GGCCAAAACT TCCATTGATA AAATGAAAGT CTATGCTGTC
AAAATCCAAG GTTATATGGC GCAAGCCAAA AAGCTAGAAG CAGTCCAAAT TGGATTAGAA
GCTCTGGAAT TAGTGGGGGT AAGTTTACCT AAATCACCTG AACCCTCAGA CATTCAACAA
GCACTTAGTC AAACTGTAAG CAATCTTCAA GAGAAAAAAA TAGAAGGGTT AATTAACCTA
CCGTTAATGA CAGATATTGA AAAGTTAGCA GCTACTAAGA TTTTAACAAG TATGTTTACT
CCTACCTATC AAGCTGCACC TACGCTTGTA CCTTTAGTTA CATGTGAATT GATTAACTTA
TCGCTCAACT ATGGTAATTC AGCATTTTCC AGTTCTGGTT ACGCTTTTTA TGGTCTGCTA
TTGAATGTAG TATTTCAGGA TATTGAGTCA GGCTATCAAT TTGGTAAGTT AGCTATTAGC
CTAGCGGAAC AGTTCAATGC TCCAGAAATC AAGGCGTTGG TACTTAATGT AGTGGGTGCA
TGTACGACTC ATAGCAAAGT TCATATTAAA GAAACATTGT CTCTTCTTTG GGATTCCTAC
GAAAGCGGAC TTCAAGGCGG AAATTTTGAA CATGCTGGCA TATCTGCCAT GCTGAAATAT
GAATACTCCT ATTTTATGGG ACAGGAACTA ACAATACTGG TACGAGAAAT GGCCTCTATC
AGTGATGTTT TAGCTCGGCT CAAGCAAGAA AACGCTCTAC GTTGGCATCA AATTTCTCAA
CAGACAGTAT TGAACTTATT AAACCCCTTA GAAAATTCAT GCAACTTACG AGGTGAAGTC
TACAACGAAG AAACTTCTTT ACCACTCATG AAAGATGCTA ATGATAGAAG CGGGCTTCAC
TCCTTGTATG TTAATAAACT AATTCTTTGT TACCTATTTG GAGAATATCA ACAGGCACAG
GAAAATGCAC AGCAAGCTAA ACAGTATTTA GATGGAGTAC AGGGACACAT ATTAGTTCCA
ATATTTCATT TCTATGATTC CTTAGCCCAC CTAGCAATTT ACCCATCAAT ATCGCATTCG
CAACAAGAAG ATATTTTAAG TCGAGTGACT AAAAACCAAG AAAAGATGAG GCTATGGGCA
GATTACGCAC CTATGAATTT TCAGCATAAA TTTGATTTAG TTGCAGCCGA ACAGTCTCGT
ATTCTAGGTA ACAAAGCTGA CGCAATGGAC TATTATGATC GCACTATTGC TCTTGCTAAA
GAACACGGAT ATATCCAAGA AGAAGCACTT GCTAAGGAAC TCGCTGCTAA ATTTTACCTC
AGCTGGGGTA GAGAAAGCAT GGCTAGGGAA TATATAACTG AAGCTTACTA CACCTATACC
CGTTGGGGAG CAAAAGCCAA GGTTGCTGAC TTGGAAAAAC GCTATCCCCA ATTACTTGCG
CCTATATTAC AGCAAACCCG TTCTACTGTT TCAACTAACG ACACTATCTT TGCCTTGGGG
AGCGTGACAT CTACCAGTTA TTCCAGTTCT AGCACAAGTG TTTCAGATAC CCTAGATTTA
AAAACTATTC TCAAAGCATC TCAGACTATC TCCAGTGAAA TCGAACTAGA AAAACTGCTG
GCATCCTTAC TTTCTATCAT CATCGAAAAT GCCGGGGCTG ATAAATGCGT GTTAATGCTG
TCGCGGGATG AGCACCTACT AATTAAAGGC TCAATTACGC AGGGAACAAA ACCCGTTGTA
TTGCAACGCC TTCCTATTGA AGATAGCCAC AACATTCCAA AGAAGCTAAT TTACAAAGTC
AAGCACAATC AGCAGACCGT TGTACTATTG GATGCAACAG CAGATCCTAA CTTAGCCAAC
GACCCGTACA TTATGCGTAA AAAACCTAAG AGTATCCTGT GTAGTCCGAT TTTGCATCAA
GGCAAGTTAA TGGGTATTTT ATATCTGGAA AATAATCTGA CAATGGGAGC ATTTACCAGC
GATCGCGTCG AACTGCTAAA TCTACTTTGC TCTCAAGCTG CAATTTCTTT AGAAAATTCC
CGACTTTATG AACTTTCCCA GGAATATGCC CAACAGCTAG AGCAATCATT TGCCGAATTG
AGTGCAAGTA ATTCTCGTTT CCACAACTTA GTAGATAATG TCCCTGGGGT TGTTTATCAA
TATCAGATGA CTACCGATGG GGTGATGTCG TTGAATTACA TTAGTGCACA ATGTAATAAC
TTTTTTGAAA TTACCCCAGG TCAAGCTACG TCAAATGTTG AGTTTTTCGG CAATATGGTA
CATCCAGATG ATATTGCAAA TTATCAGCAG TCTAATACCG ATACGATTCA ATTTTTATCT
CCCTGGCAGT GGGAAGGACG AATCATCACT CCATCAGGAA TTGTCAAGTG GATTCATGGT
GAATCACGAA TTGAACGGCG TGCTGATAAC TCACTAGTTT GGGATGGATG GTTTTTGGAT
ATTAGCGATC GAAAACAAGC TGAACTTACC TTGCAGCAAA AATCACTCTT ACTAGAAGAA
GCACTAACTG ATTTGCAAAA TGCCCAATTA AAAATGATCC AAAGTGAAAA GATGTCTGCA
TTGGGTAATT TAGTGGCTGG TGTTGCTCAT GAAATGAATA ACCCTCTTGC TTTTATTTAT
GCTACTCTTC AACAAATTAA ACCCAACTTT GCTGATCTCA CTGAACATTT AAAGCTCTAC
CAAGAAATTC TAGAAAACCC AGGTGATGAA ATTCAAGACC ATGCCGAAGA AATTTATTTA
GACTATCTTT TAGAAGATTT ACCTACAGCG ATAGATGCAA TGGTGATGGC GTGCGAAAGA
TTAAGAAATA TTAGCACTAG TCTTCGTACT TTCTCTCGTG CAGATCAAGA TTACAAAGTC
CAGTTTAATC TTCATGATGG TATAGATAGT ACAATTTTAA TTCTCAAACA TCGCCTGAAA
GCTAATGAAC AACGCCCCGC AATTGAAGTA GTGACTAACT ACAGTGATTT AGCTCAAATA
GAAGGATTCC CCGGACAATT AAACCAAGTA TTTATCAATA TTTTGGCTAA TGCTATTGAT
TCCTTAGAGG AATCAAACAT TGGCAAGAGC TTTACAGACA TTAAAACCAA TCCTAACCGT
ATTAAAATTA CAACATCAAT CGTAGACAAA TATGTAAAAA TCTCAATTGC TGATAACGGG
AAGGGAATGG GTGAAGAAAT TAAACAGAAG ATTTTTGAAC ATTTATTTAC TACAAAGGCT
GTAGGAAAGG GAACTGGATT GGGACTGACG ATCGCTCGGC AAATTGTGGA GGAAACCCAC
GGTGGTAAAT TGAGTTGTCA CTCTGTTTTG GGCAAAGGTA CAGAGTTTAT TATTGAAATT
CCAGCTTGA
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| Protein sequence | MVSNLVNIPG YLISEELYNG SRTLVYRGYR ERDSLPVVIK LLKNPYPTFN ELLSFRNQYT
IAKNLNSPLI VQIYTLEPYR NGYVLVMEDF GGTSLNEWVG KVKQKSLQEF LEIAIALSNT
LDILYRERII HKDIKPSNIL INPVTKQVKL IDFSIASLLP RETQTLVNPN VLEGTLAYIS
PEQTGRMNRG IDYRTDFYSL GVTFYELLAG ELPFVANEPM ELVHSHIAKI APSIHEINSE
IPWVIAEVIS KLMAKNAEDR YQSALGLKFD LENCLTQLRE TGGIEKFEIA QRDICDRFII
PDKLYGRETE VLTLLEAFER VSRGTSEMML VAGFSGIGKT AVVKEVHKPI VRQRGYFIKG
KYDQFQRNIP FSAFVQAFRD LMEQLLTEND VQLEEWKNKI LNAVGDSGQV IIEVIPELSI
IIGEQPPAVE LSGTAAQNRF NLLFQKFTQV FTSIEHPLVM FLDDLQWADS ASLKLIQLLM
ADTSHLLLIG AYRDNEVPPG HPLMLTLSNI QKTQATINTI SLVPLSQVEV NKLVADTLKS
TEELVWNLSV LIYQKTLGNP FFATQFLKAL HQDELIHFDF ELGCWQCEIA QVTTQAVTDN
IVTFMSLQLR KLPPSTQQVL QLAACIGNQF DLATLAIVSE QSQIETAACL WKALQEGLIL
PIGDIYKFYV GQETLAGTSE NQQTVSYKFL HDRVQQAAYS LIPDDQKQTT HLKIGQLLLS
NAPLREQNEN SFEIVNQLNI GKSLIIEPEK QIELAQLNLN AGQKARAATA YTAALEYATT
GISLLHLLKW ETHYNLTLTL YELATETAYL SGDFEQMEQW ADIILQQAKT SIDKMKVYAV
KIQGYMAQAK KLEAVQIGLE ALELVGVSLP KSPEPSDIQQ ALSQTVSNLQ EKKIEGLINL
PLMTDIEKLA ATKILTSMFT PTYQAAPTLV PLVTCELINL SLNYGNSAFS SSGYAFYGLL
LNVVFQDIES GYQFGKLAIS LAEQFNAPEI KALVLNVVGA CTTHSKVHIK ETLSLLWDSY
ESGLQGGNFE HAGISAMLKY EYSYFMGQEL TILVREMASI SDVLARLKQE NALRWHQISQ
QTVLNLLNPL ENSCNLRGEV YNEETSLPLM KDANDRSGLH SLYVNKLILC YLFGEYQQAQ
ENAQQAKQYL DGVQGHILVP IFHFYDSLAH LAIYPSISHS QQEDILSRVT KNQEKMRLWA
DYAPMNFQHK FDLVAAEQSR ILGNKADAMD YYDRTIALAK EHGYIQEEAL AKELAAKFYL
SWGRESMARE YITEAYYTYT RWGAKAKVAD LEKRYPQLLA PILQQTRSTV STNDTIFALG
SVTSTSYSSS STSVSDTLDL KTILKASQTI SSEIELEKLL ASLLSIIIEN AGADKCVLML
SRDEHLLIKG SITQGTKPVV LQRLPIEDSH NIPKKLIYKV KHNQQTVVLL DATADPNLAN
DPYIMRKKPK SILCSPILHQ GKLMGILYLE NNLTMGAFTS DRVELLNLLC SQAAISLENS
RLYELSQEYA QQLEQSFAEL SASNSRFHNL VDNVPGVVYQ YQMTTDGVMS LNYISAQCNN
FFEITPGQAT SNVEFFGNMV HPDDIANYQQ SNTDTIQFLS PWQWEGRIIT PSGIVKWIHG
ESRIERRADN SLVWDGWFLD ISDRKQAELT LQQKSLLLEE ALTDLQNAQL KMIQSEKMSA
LGNLVAGVAH EMNNPLAFIY ATLQQIKPNF ADLTEHLKLY QEILENPGDE IQDHAEEIYL
DYLLEDLPTA IDAMVMACER LRNISTSLRT FSRADQDYKV QFNLHDGIDS TILILKHRLK
ANEQRPAIEV VTNYSDLAQI EGFPGQLNQV FINILANAID SLEESNIGKS FTDIKTNPNR
IKITTSIVDK YVKISIADNG KGMGEEIKQK IFEHLFTTKA VGKGTGLGLT IARQIVEETH
GGKLSCHSVL GKGTEFIIEI PA
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