| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Aazo_0225 |
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| Symbol | |
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| ID | 9338009 |
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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 | 220142 |
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| End bp | 224398 |
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| Gene Length | 4257 bp |
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| Protein Length | 1418 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | |
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| Product | multi-sensor hybrid histidine kinase |
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| Protein accession | YP_003719965 |
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| Protein GI | 298489788 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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| Plasmid unclonability p-value | 0.180068 |
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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 | ATGCAATTCA ACGATCATCT AATTGATTTG CCTTCTTTAC ATAAAGTTAT TGATCGTTAC
CCTTTGACGA TTAGCCCTGA TAGTCATGTG ATTGAGGCTA TTAACTTGAT GAATCAGGAG
GAAAATCATA GCTGCAACTT ATACAATGTT GCCAGATCAT TACTTCGCAG CAAACAGCAG
AAAAAAGTAA ATAGCTATAT TTTAATAGTA CAGCAAGGGC AGTTACTAGG AATATTCACG
CTTGCAGATG TATTAAAATT AATAGCATTG AATATGGATT TAGCCAAGAC AACAATGGTT
GAAGTGATGA CCCAACCAGT CATTACATTG AAACTATCCG ATTTAGATCA TATTTCAACT
GTTTTATACT TTTTGCAGCA ATATAGTGTT CAGGATTTAC CGATTGTTGA TGATGAGGGA
AATCTAGTAG GCATAATTAA TGAATCTAGC TTGTTACATG AGTTAGATTT AGTCAAGGTT
GTTGGTGTTG TTGAAGCTGT AAATCAAACG TTAACAAATA TCACGAATCA GTCCCCGGAA
AACTATCAGC AACGAGAGAA AGTAAGCGGC AAAACTGATA ACTTGTTGAA AACATGGATA
GAGGAAAAAA TAGCCAAAGA AATACAAATT AATGAAGAAC TTCAGCAAAC CTTAGAAGAA
TTGCAAATTA TTAAAGAAGA ATTACGCCAA CAAAATAAAC AACTGGCTAC TGCTCGTGAG
ATAACGGAAT CGGAGCGCCG ACGGTACCAA GATTTATTTG AATTTACTCC TAATGGTTTT
TTAGTAACTG ATAAATTGGG TGTTATTCAA GAGGCTAATC ATGCAGCTTC ATCTTTACTC
TGTGTGCATC AAAAGTACCT AGTTGGCAAG CCAATTACAA TTTTTCTTGG TCAATCAGAT
CGCCATAATG TTCTCTCCCA TCTGAGTCTT TCTCAGCACT TCCAAGAATG GGAAATTTAC
ATTCAACCGA GAGAAGGGGT GCCCTTCCCC GCCAGTATTA GATTAAGGGC TGTGTATGAT
CGCCAAGGTC AGTGGCTTGG TTGGTGTTGG TTAATATGCA ATATTAGTGT ACAGAAACAA
GCTGAGAAAA CACTGCGTCG AAGCTCAGAT GAGTTGGAAC AACGAGTGGC AGAACGCAGG
AGAGAATTGA TAGTTGCTAA TCAAGCTTTG GAACAAGAAA TCAAGGAGCG TAAAGAAACG
CAAGCTGCTT TGCGGAAGAG TGAGGAGACA TTTCGCCAAT TTGCTGAAAA TCTCGAAGCA
TATATATGGA TTTGTTCCCA AGATTGCAGC ACCCTCTTTT ATATCAACCC GGCTTATGAG
AAAATTTGGG GTCGTTCTTG CCAAAGTCTG TGGGAAAATC CTCTATCTTG GATAGAAGCT
GTTCATCCAG AAGACCTTGA GCCCATGATG GCAGAGGTGG AGAAGCAGCA TCAAAAGGGT
GAAAATATTA GCGTACAGTA TCGTATTATC CGTTTGGATG GTTCAATACG CTGGTTGTGG
TCTAGACGTT TTCCTATCAA GAATGAACAA GGACAGATTC AATACTATGG TGGCATTGGT
GAAGATATAA CAGAACGCAA ACAAACAGAA GCAGCAGTCA GGGAGAGTGA ATATAAGTTC
CACCAATTTG CCGACAACAT TCAAGCAGTA GTTTGGATTG CTTCCGTGGA TTGTACAGAG
AACGTCTATG TGAACCCTGC CTATGAGAAA TTTTGGGGTC GTTCTAGAGC AAGTATGGGT
AACAATCCTA AATCTTGGAT AGAGGGAGTT CACCCCCAAG ATCGTGATCG CGTCATTGCA
CAAATACAAA GTCAAAAGGA TAATGAATCT GGCGTTCTAG AATATCGAGT TCTACGACCT
GATGGATCAA TAAGCTGGCT ATGGGCTAGA AGATTTACCA TCAAAAATGA ACAAGGACAG
ATTCAATACT TTGGTGGCAT TGCCGAAGAT ATCACAGAAC ACAAGCAAAC AGAAGCTGCA
CTCAAGAAGA CTGAGGAAAA ATTCCGATAC TTTACCGAAA ATAGCGATAC CCTAATCTGG
ATGGCCTCCA AGGATAGTAA GGAAACCCTA TATATTAACC CGGCTTATGA AAAAATTTGG
GGACGCTCTT GCCAAAGTCT GCGGGAAAAT CCTCAATCAT GGAGAGAAGC GATTCATCCA
GAAGACCGCG ATCGCATTTT GGCAGAAATA GAGGAGCATC ATCAAAAAGG TGAAGGCGCT
AATTTAGAGT ATCGCATCGT ACAACCGAAC GGATCAATCC GCTGGATTTG GGGTAGATGC
TTTCCCGTTA AAAATGAACA AGGCGAGCTT GACTACTATG GTAGTCTGAC CGAAGACATT
ACCGACAGGA AACTAGCTGA AGAATCTCTG CGAGACAGTG AAACGCGACT AACTCTAGCC
CTAGAAAATG CTAACATGGG TATATGGGAG TGCAACCTGA TTACCGACCA ATGTATTTGC
TCTGATAATG TAGGGCCACT TTATGGACTA CCAAAAGGTA GTGTATGTCC ATCATCCCAT
GAAGAATTCT TCAATTTCTT CTATCCTGAA GATCGTGAAT TTTGCATTCA GGCAGTGAAA
CGCGCTATTG AACAAGAAGG CGAATTTGCC GTAGAATATC GCGTCGTTTG GCCTGACGGC
AGCCTACACT GGTTAAGGGG TACTGGAAAG GTCTACCACA ACCAACAAGG TCAGCCCATC
AGGATGATTG GTACAACTAG AGATATATCT GAACGCAAGG AAACAGAGCA CCAACTCTAT
GAACAAGCAG CATTATTAGA TATCGCTACC GATGCCATTT TCGTGCGAGA TTTTCAGACA
AAAATCTTAT TTTGGAATCA AGGTGCAGAA AGAATATATG GTTGGCAGAA ACATGAAGCT
GTGGGTAAAA ACCTCAAGGA TCTTTTCTGT TCTAAAACTA CACAACAACA AGAATCAAGC
GCACTCAGAA CAGTAGTTAA ATTGGGAACT TGGCAAGGTG AGCTACGTAA GAAAACAAAA
TTAGGCCAAG AAATTATTGT TGAAAGTCGT TGGACACTGA TGTTTGATGC CGACGGTCAA
CCAAAATCTA TCTTGATTGT AGATAGTGAC ATTACAGAGA AAAAACAACT GGAAGAACAG
TTTTTCCGCA CCCAGCGATT AGAAAGCATT GGTACTTTAG CTGGTGGTAT TGCCCACGAC
TTAAATAATA TATTAACTCC CATTTTAGGA GCAGCACAAT TACTAAAAGG TAGATTTGCC
AAAGATGAAG AACGTCATCC CCAACTATTG GCAATCATAG AAAATAATGC TCAACGTGGA
GCTGCTTTAG TCAAACAAGT CTTATCTTTT GCCAGGGGAT TAAAAGGAGA AAGAGGTATT
GTCCAAGTGA AACATCTGAT TGCAGAAATT ATTCAAATTG GTAAACAAAC ATTTCCCAAA
TCTATCGAAT TTACCACCCA AATTCCAGAA AACCTGTGGA CTGTTTCTGG AGACACCACA
CAACTACATC AGGTATTAAT GAATCTGGTA GTTAATGCCC GTGATGCTAT GCCAGAAGGT
GGCACTCTCA CAATTACTAC AGAAAATATT TATATTGATG AAGCTTACAC CCGGATGCTG
ATTGAATCCA AAATTGGCAA TTACATTGTT ATTACTGTCA CCGATACAGG TGTAGGAATG
ACTAAAGAAA TATTAGATAG AATTTTTGAG CCATTTTTCA CCACGAAAGA ATTTAAAGGT
GGAACAGGAT TGGGTTTGTC AACTGCTTTA GGAATTCTTA AAAGCCATAA TGGTTTTGTA
ACAGTATCCA GTCAAGTGGG TAAAGGCAGT ACATTTAAGG TATTCTTACC ATCTGTAGAA
TCTCCTCAAG TTCCTGATAT AGATCAATCG AAAATACCAT CAGGACAAGG AGAGTTAATT
TTGGTAGTAG ATGATGAACC TCAAATTCGT GATGTAGCCA CAATTATTCT AGAAAACCAC
AATTATCAAA CCCTAACTGC TAGTAATGGA GTGGAAGCGA TCGTACTGTA TGCCCAACAC
AAAAAAAATA TCAGCGCAGT ATTGATGGAT ATGATGATGC CAGAAATGGA TGGGATAACC
GCTATTCGCA CCTTGAAAAA AATGAACCCA AAAGTTCAAG TGATTGCTTG TAGTGGACTA
AATACAAAAG ATGTATTCCC AGAATCAGAC GAAATGGAAG TGCAATCCGT TTTATTCAAA
CCCTACACTG CCAATGAGTT ATTAAGAAAC TTAAATCAAA TAATTCGTAA TTCATAA
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| Protein sequence | MQFNDHLIDL PSLHKVIDRY PLTISPDSHV IEAINLMNQE ENHSCNLYNV ARSLLRSKQQ
KKVNSYILIV QQGQLLGIFT LADVLKLIAL NMDLAKTTMV EVMTQPVITL KLSDLDHIST
VLYFLQQYSV QDLPIVDDEG NLVGIINESS LLHELDLVKV VGVVEAVNQT LTNITNQSPE
NYQQREKVSG KTDNLLKTWI EEKIAKEIQI NEELQQTLEE LQIIKEELRQ QNKQLATARE
ITESERRRYQ DLFEFTPNGF LVTDKLGVIQ EANHAASSLL CVHQKYLVGK PITIFLGQSD
RHNVLSHLSL SQHFQEWEIY IQPREGVPFP ASIRLRAVYD RQGQWLGWCW LICNISVQKQ
AEKTLRRSSD ELEQRVAERR RELIVANQAL EQEIKERKET QAALRKSEET FRQFAENLEA
YIWICSQDCS TLFYINPAYE KIWGRSCQSL WENPLSWIEA VHPEDLEPMM AEVEKQHQKG
ENISVQYRII RLDGSIRWLW SRRFPIKNEQ GQIQYYGGIG EDITERKQTE AAVRESEYKF
HQFADNIQAV VWIASVDCTE NVYVNPAYEK FWGRSRASMG NNPKSWIEGV HPQDRDRVIA
QIQSQKDNES GVLEYRVLRP DGSISWLWAR RFTIKNEQGQ IQYFGGIAED ITEHKQTEAA
LKKTEEKFRY FTENSDTLIW MASKDSKETL YINPAYEKIW GRSCQSLREN PQSWREAIHP
EDRDRILAEI EEHHQKGEGA NLEYRIVQPN GSIRWIWGRC FPVKNEQGEL DYYGSLTEDI
TDRKLAEESL RDSETRLTLA LENANMGIWE CNLITDQCIC SDNVGPLYGL PKGSVCPSSH
EEFFNFFYPE DREFCIQAVK RAIEQEGEFA VEYRVVWPDG SLHWLRGTGK VYHNQQGQPI
RMIGTTRDIS ERKETEHQLY EQAALLDIAT DAIFVRDFQT KILFWNQGAE RIYGWQKHEA
VGKNLKDLFC SKTTQQQESS ALRTVVKLGT WQGELRKKTK LGQEIIVESR WTLMFDADGQ
PKSILIVDSD ITEKKQLEEQ FFRTQRLESI GTLAGGIAHD LNNILTPILG AAQLLKGRFA
KDEERHPQLL AIIENNAQRG AALVKQVLSF ARGLKGERGI VQVKHLIAEI IQIGKQTFPK
SIEFTTQIPE NLWTVSGDTT QLHQVLMNLV VNARDAMPEG GTLTITTENI YIDEAYTRML
IESKIGNYIV ITVTDTGVGM TKEILDRIFE PFFTTKEFKG GTGLGLSTAL GILKSHNGFV
TVSSQVGKGS TFKVFLPSVE SPQVPDIDQS KIPSGQGELI LVVDDEPQIR DVATIILENH
NYQTLTASNG VEAIVLYAQH KKNISAVLMD MMMPEMDGIT AIRTLKKMNP KVQVIACSGL
NTKDVFPESD EMEVQSVLFK PYTANELLRN LNQIIRNS
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