| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Aazo_2376 |
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| Symbol | |
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| ID | 9340175 |
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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 | 2471036 |
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| End bp | 2475259 |
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| Gene Length | 4224 bp |
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| Protein Length | 1407 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | |
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| Product | signal transduction histidine kinase with CheB and CheR activity |
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| Protein accession | YP_003721440 |
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| Protein GI | 298491263 |
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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 | 9 |
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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 | ATGAACTCTA GGCGGTCTTC TAACAAATCT GAAGCTGATG ATTCCACCGC TAAAGCATCC
CCACAGCAAC AGGGGAAACA AAAAGATTTA TTTCCAATTG TCGGGATTGG AGCCTCTGCG
GGGGGATTAG AAGCATTTAC ACAACTCTTA AACCATTTAC CAGCGGATAC AGGTATGGGA
TTTGTGCTGG TTCAGCACAT GAACCCCCAG GAAAAAAGTA TGTTAACAGA GATTCTTTCT
CCGACAACCC AAATGGTGGT GACAGAGGCC GAGGAAGCGA TGTCTGTGAA ACCGAATCAT
GTTTATGTGA TTCCGCCCAA TGCAACAATG ACCATTAGAG AAGGAGTGCT GAAACTGAAG
CCCCGTGAGA AGACTTATGG CCTCTCAATG ACAGTTGATG GTTTCTTTTT TTCCTTAGCA
GAGGATTTGG GTAACAAAGC CATTGGAGTT GTGCTGTCAG GGGGTGATGG AGATGGAACA
AGGGGTTTAG AAAGCATCAA GGCAGTAGGT GGGATGACTT TTGCTCAATG TGAGGAATCA
GCAAAAGTTA GTAGTATGCC GAATACAGCG ATGGCTTCTG GTTATGTAGA CTTTATCCTC
ACCCCCGAAC AAATTGCCGA AAAACTAGTA AAGATCAGCT TTCATCCCTA TATTAACCAC
TCAACACCTC TCAAACCGAC TGAAGTTATG CCGAAAAAAA CAGATGCTTT GTTAAAGATT
TTCAATTTGC TACGGGTAGC TACAGGTGTT GACTTTAGTT ATTACAAACA GACTACCCTA
AAGCGGCGAA TTCAACGGCG AATAATATTG TATAAACTGG ATCAGATGGA AGATTACGTT
AATTATCTCC AGAATAATCC AGCAGAAGTC ATCGCATTGT ATCAAGATGT CTTAATTACT
GTCACCAGTT TTTTCCGAGA TTCAGAAGCT TTTGAAGCTT TAAAAACCAA AGTATTTCCA
GATATGCTTA CTAAGCAGCG TAAAGCCAAT GATCCCATTC GTATATGGGT TGTGGGATGT
TCAACTGGTG AAGAAGCCTA CTCGATTGCT ATATGTTTGC TGGAATTTTT AACTAATCGG
GGAATTAATA TACCCATCCA GATTTTTGCT ACAGATATCA ATGAAGTGGC AATAGAAAAA
GCTAGAATCG GTATCTACAA ACTGCATCAA GTAGCAGAGA TTTCTCCAGA ACGATTAAAC
CGTTTCTTTG TTCATATAGA CAGTGGCTAC CAGATTACTA AATCAGTCAG AGACCTGTGT
GTTTTTGCCA GACAGAACTT GATTAATGAT CCCCCATTTT CTCGGCTAGA TTTGATCACT
TGTCGGAATG TCTTGATTTA TTTGGGTTCT ACTGCTCAGC AAAAGCTCCT CCCCATCTTT
CATTATGGTC TTAAACCTAC AGGTTTTTTG ATGTTAGGCA CATCGGAGAC AGTGGGGGAA
TTTGCTGACT TGTTTAATTT AGTGGATAAA AAGTACAAGA TTTATGCGCG GAAAATAGCA
TCTACCCGGC TCCCTATTGA GCCAATAACT AGTAACTATC CTGTGGAAAC CACAAAATCT
CCACTGCTAA TAAGTAATGA TTCGTGGAAT GATGTGGAAA TACACAAAGA GGCTGACAGA
ATTGTATTAA ATAAATTCGC ACCTGTAGGT GTGATTATTA ACAATGATCT GGAGATTTTA
CAATTCCGAG GTCAGACAAG TCGCTATTTA CAACCTGCAC CAGGTAGACC CAGTTTCAAT
TTGCTGAAAA TGGCCAAAGA AGAATTGCGG CTAGAGTTAC GTAGCTCAGT TCATCAAGCT
AAAAAGCAAG CCATCGCCAC TAAAACAGAA GGGATACGAA TTAAAGAAGA AAACAAATTT
AGGATGGTAA ACATCCATGT GATTCCCTTG CCAATTCTTG GTGCAGGAGA AGACTTTTTT
TTAGTTTTGT TTGAGGATAT CCCCCTTTCA GAAAGTTTGC TAACGGCAGC AGATAGCAAT
ATTAAACCTG AACAGGAAAC AAAAAACAGT TATGAGCAGG AAATTACTGT TCTTCAGCAC
GAATTAACAT CTACTAAAGA CTATCTGCAA TCAATAATTG AGGAACAGCA AGCCAGTAAT
CAGGATTTGA GAGCAGCTAA TGAAGAAATA CTCTCCAGTA ATGAGGAGTT GCACAGTACC
AATGAAGAAT TGGAAACTGC TAAGGAAGAA ATTCAGGCTA CCAATGAAGA ATTAAATAGT
ATTAACGACG AACTGCAACG GCGAAATATA GAAGCGACTC TGGTTAGTAA CGATTTACAA
AATCTCTTTA GTAGTATTAA TATTTCTATC CTGATGGTAG GGAGTGATTT AAAGATTCGC
TGCTTTAATA TAGCAGCAGA GATCATATTT AACTTAATTC CTACTGATAA GGGACGACCA
TTGAGTAATA TTAAACACAA ATTAAAAGTC CCCAATTTAG AAGCAAAGAT TGTAGAAGTA
ATTAGCACCT CGAACTTGAA AACGCAGGAG GTGCAAGATT TAGATGGTCA TTGGTATGAT
CTACGCATCA GACCATATCG GACTATTGAC AACAAAATTG ATGGTGCGGT GGTAATTTTG
GTTGATATTG ATGATATCAG ACGTAATGCT AATATCCTCA AATCATTCCG TGAATATGCA
GCGGCAATTG TGTCTACCGT GCGGGAATCT TTGGTGGTGA TGGATGTAGA TTTAAAAGTG
GTTACTGCTA ATCAGTTTTT CTATGAAGCA TTCCAGGTGG GAGCAAAAGA AACAGAAAAT
CGCCTCATTT ATGAAATCGG TGATGGACAG TGGAATATTC CCCAGTTGCG CTCGCTCTTG
GAAGATACTA TCCCCCAACA AGGCCAGTTT CAAGATGTAG AAATTGAGCA TGACTTTGAG
CAAATCGGTC ACAAAATTAT GCGCCTCAAT GGCCGAAAAA TTACGCAAAT AGGTGATACG
CCAATGATTA TCCTGGTAAT TGAGGATATC ACCCAACGCA AGCAATTAGA AGCAGAACGG
ACTCAACTCC TAGCTCAAGA ACAATCAGCC CGGACTGCGG CAGAAACAGC CAACTGTGCT
AAGGATGAGT TTTTATCTGT TCTTTCTCAT GAGTTACGTA ATCCGCTGAA TTGTCTGCTA
GGGTGGACGC AATTGCTACG AAAACAGCAG CTGGACGAAG CCAAGACTAA TCAGGCATTG
GAAGCCATTG AGCGCAGTGC TAAGGCACAA CATCAGCTGA TTGGGGATTT ATTGGATATC
TCCCGTATTA GCGTTGGGCA GATGCGTCTG GAAGCACAGC CTGTTAAGCT TATTCCTGTG
ATTGAAGCGG CGATAGATGT GGTGCAATTG GCCGCAGATG CTAAAAACAT TCAAATTCAA
TCGAGACTCG ATTCTGCTGG AAGAACCTTG GTTGGAGATC AAATTCGCTT ACAACAGGTG
ATTTGGAATT TACTTTCCAA CTCGATTAAA TTTACTCCTG TGGGTGGAAG AATTGATATC
ACCTTAGATT ACAGTCCTTT TCAAGGTGAA ATTCAAGTTA GGGACACTGG GGTAGGTATC
AGCGCAGACT TTCTGCCCTA TATTTTTGAC CGCTTCCGTC AGGCTGATCG TAGCCCAACC
AGGTCAAATA CTGGACTAGG ATTGGGACTT TCGATTGTGC GACATTTGGT AGAACTCCAC
GGTGGTACAG TGGAAGTGAC AAGTCCAGGT GAGGGTCAAG GTGCTACTTT TACTGTTAGA
CTACCTCTGC AAACTAATCT AGAAAAGATT TTAGAAACGA GTGCTATAGC AAATCCTCAA
AATCCAGTTA TTTATCCGGC TTCTCCTGCT TCCAACTCCC CTGTCTCTTC CCCATCATTA
GCTGGTGTGC GGGTGCTGAT GGTCGATGAT GAAGCAGATA TTCGTCAATT ATTTCAAATC
GTGCTGGAAG AGTATGGAAT ACAAGTAACA GAGGCAGGAT CGGTAAAAGA AGCTTTATCA
ATACTCAAGG CTAATCCTCA TGGATATGAT GTGCTTCTAT CTGATATTGG GCTACCGGAG
GAAGATGGTT ATGCGCTAAT TCGTCAGGTC CGATCGCTCA GTGCCGAAGA AGGAGGGCAG
ATTCCTGCTG CTGCAATGAC AGCCTATGCT GGAGATACAG ACCAAACAGA GGCCTTGTCC
GCAGGATTCC AAACTCATGT TGCTAAACCC ATCGAACCCA ATCGCTTAAT TTCAGTGGTT
GCAGCATTGG CTGGTCGGAT TTAA
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| Protein sequence | MNSRRSSNKS EADDSTAKAS PQQQGKQKDL FPIVGIGASA GGLEAFTQLL NHLPADTGMG
FVLVQHMNPQ EKSMLTEILS PTTQMVVTEA EEAMSVKPNH VYVIPPNATM TIREGVLKLK
PREKTYGLSM TVDGFFFSLA EDLGNKAIGV VLSGGDGDGT RGLESIKAVG GMTFAQCEES
AKVSSMPNTA MASGYVDFIL TPEQIAEKLV KISFHPYINH STPLKPTEVM PKKTDALLKI
FNLLRVATGV DFSYYKQTTL KRRIQRRIIL YKLDQMEDYV NYLQNNPAEV IALYQDVLIT
VTSFFRDSEA FEALKTKVFP DMLTKQRKAN DPIRIWVVGC STGEEAYSIA ICLLEFLTNR
GINIPIQIFA TDINEVAIEK ARIGIYKLHQ VAEISPERLN RFFVHIDSGY QITKSVRDLC
VFARQNLIND PPFSRLDLIT CRNVLIYLGS TAQQKLLPIF HYGLKPTGFL MLGTSETVGE
FADLFNLVDK KYKIYARKIA STRLPIEPIT SNYPVETTKS PLLISNDSWN DVEIHKEADR
IVLNKFAPVG VIINNDLEIL QFRGQTSRYL QPAPGRPSFN LLKMAKEELR LELRSSVHQA
KKQAIATKTE GIRIKEENKF RMVNIHVIPL PILGAGEDFF LVLFEDIPLS ESLLTAADSN
IKPEQETKNS YEQEITVLQH ELTSTKDYLQ SIIEEQQASN QDLRAANEEI LSSNEELHST
NEELETAKEE IQATNEELNS INDELQRRNI EATLVSNDLQ NLFSSINISI LMVGSDLKIR
CFNIAAEIIF NLIPTDKGRP LSNIKHKLKV PNLEAKIVEV ISTSNLKTQE VQDLDGHWYD
LRIRPYRTID NKIDGAVVIL VDIDDIRRNA NILKSFREYA AAIVSTVRES LVVMDVDLKV
VTANQFFYEA FQVGAKETEN RLIYEIGDGQ WNIPQLRSLL EDTIPQQGQF QDVEIEHDFE
QIGHKIMRLN GRKITQIGDT PMIILVIEDI TQRKQLEAER TQLLAQEQSA RTAAETANCA
KDEFLSVLSH ELRNPLNCLL GWTQLLRKQQ LDEAKTNQAL EAIERSAKAQ HQLIGDLLDI
SRISVGQMRL EAQPVKLIPV IEAAIDVVQL AADAKNIQIQ SRLDSAGRTL VGDQIRLQQV
IWNLLSNSIK FTPVGGRIDI TLDYSPFQGE IQVRDTGVGI SADFLPYIFD RFRQADRSPT
RSNTGLGLGL SIVRHLVELH GGTVEVTSPG EGQGATFTVR LPLQTNLEKI LETSAIANPQ
NPVIYPASPA SNSPVSSPSL AGVRVLMVDD EADIRQLFQI VLEEYGIQVT EAGSVKEALS
ILKANPHGYD VLLSDIGLPE EDGYALIRQV RSLSAEEGGQ IPAAAMTAYA GDTDQTEALS
AGFQTHVAKP IEPNRLISVV AALAGRI
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