| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_C0234 |
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| Symbol | |
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| ID | 3678033 |
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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_007412 |
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| Strand | - |
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| Start bp | 277023 |
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| End bp | 282584 |
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| Gene Length | 5562 bp |
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| Protein Length | 1853 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 637715314 |
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| Product | hypothetical protein |
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| Protein accession | YP_320508 |
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| Protein GI | 75812891 |
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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 | 8 |
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| Plasmid unclonability p-value | 0.349944 |
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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 | 3 |
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| Fosmid unclonability p-value | 0.00142458 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | decreased coverage |
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Sequence |
| Gene sequence | ATGAATTTAC CTAGACACAA AAATTTTTAC GAACTACGCT TTTTGCTGCA TGGCAATAGA
GACAAATATG AAAGTGATGA TACTTTGTAC ATTTCACGCG GAAAACCTGT ATGGGAAAAG
GTTGCTCATA AAGTGCTTGA ATCATGGCGT ATAATTCCAC CTATGCTTGC AGGTAAGATT
CAACCTGAAA TTTGTAATAC TCTATTTATA GAATACATTG AACCCGAAAC TATCATCAAT
GAGCTATTAA CTAATTCATT ATCCATTACA GGAAATGATT TATCACAAGA AGAACGGAAA
GAAATTTTGA GACAAATTTC ATCTAATTCA AGCTGTGAAT CCTTGTGGAA GAGACTGCCA
TTGCATGAAA CAGTAGATGG TAAACTAGTT AATATTACTA CTAATACCTA TTTAGACAAC
CCTACTTTTC CACTTGATTC CCAATTCCAA GATATTGTTA CCCTCATTAA AATTAGCGAT
GCATTACGAG AAAACTGGAT TACTCAGTGG ACACCACAAA CTGCAATCAA TGTAATTTTG
AATCAGGAGC ATCCAGCCAA ATTTTATTTA ATAATCCTTA AGCTGCTACC TCAAGTAAAC
GAAGAATTAA TATCAAGACT AAAACAGACT AAATGGTTGC CTTTAAAATC AGGAGGTGTT
ATTTCCCCTG AGAAAGTCGT TCTTGTGTCA GAAAATTTTA TTAAACAGCA GGCACAAGAA
ATAGAACAGG CTTTAGAAAT GGTTTTTAAG TCCGAAAAAA GTAGTTATGC TACACTATCT
ATGCTATCTG AGGATATTCC CTTTTCTGAG CCAATCAAGA AAATTTTACC AAAATCTTGG
TATGACGATA ATATTCTTGA GTTTTTATTA GAAGAAATAG ATGAACCATC TAATTATTGC
CAAGTAATTC TTAAAGTTAT AAAAATTATG CTTACTCGTA AGCGAAATAT TAGTAAAGAT
AATTTGGAAA GATTAAAAAA TAAAAAATGG TTAATTGATG CTAATGCAAG AGCTATTAGC
ATACAAAAAG TTATAAATTT TTCTAGTCTC GAAGATGATG TTACAACGAT TTTAAAGTTG
ATAGAACCTT GGGATTATGT TACCCCAAAA ATGCTCGGAT ATGATATTAG TTTATGTTTA
CAACAATTAC AGATACAGGA ATTATTCGTC ACAGGTGATC TTGCTCTAGA CGCAATTGGT
GAGGCTATTG ATATACTTCA AGAATATCAT ATTGGTAATA TAGATATACA TGAAGTTCAT
CTAGATAGCT TCTTAAAAAC TTTTAAGTAT TATGAAGGCT TTCCTATCTT AAAGCTGGCA
CAAAAGATAT TACCTGATAA GTTTCAGAAA TATATTCTTA GCAAAGCCTT AAAACCAATT
GGCACAGAAG AGTTAGTTAA ACTTTTACAA TGGATTGTAA AAAGTTACGA AAGTCCTTCT
GAAGAAGTAG TTTTACTTTA CAATCTTTAC TTAAAAATGG CTGTCAATTC ATTACCAGAG
TTTTATCAAA AATTTTTACC AAAAATTCAA CTACTGAACA AATCTAGTAA ATGGAAATTT
CCTCATGCTC TTAGCTGCTC TACTGGTATC GACAACGAAT ATATTCTGAT AGAAGCTCAA
CAGGAAATAT TAAGTAAATG GTTAGCTAAT CTTTCTTTAC CACCTAAATA TAATACTGTA
GAAGATAATT ATTTGGCTGA AAGTGTTAAA AGTAACGCTC AGATTCTGGA AGAATATTTT
CGTCCTTGGC GTTCTTATAT CCCTTCTGAG GCAATTGGTA TTTTTTTAAG CTTACTTTCC
GGTACTGACA CAGAAGTGCA AAAGTTAGCT CAAGATTACC TCAGAGGACG CAATTTTGAT
GATATTAGGC ATCAATTGCT ATGGAGTCAT TCATTAATGG AGAAAAATTT TACTATTTCT
GTATTATCCA ATGAAGATCA ACAAATATCT GTGGTTAGTC TTCTTGGTGG TTCCCTCGAT
GTGATGATAT CTCAGAGTCA AACTCCTGAA CACATCTTTA TTATGGAGCC TACTGATACT
ACATCACTTA TTAGACTATC TTCATTCAAA CCAAAAGATT CTGTAGAAAA TGAGTTGCCC
AATATACTTT TTAATTCTGC TAAATTTCTT TTGGAACGTA TTTATAAAGC TGTCACAAGA
GTAAAATTAC TCAAGGATAT ATGGGATGAG TCTGTTTTTC AACCTAGACA ACTAGAGGTT
AAAGTTACGA GAAATCATAT TCTTAAAAAT ATAGACAATC TGTTAAGTAG GCTAAAGCCA
AATCAACATG AAATTACATC TTTAATCAAG CAATTGAATA ATGAGAAATT TGGACTTACT
GCTCTTGAAG AACAAGAAAA AAAAGAGCCT TTAGAAAAAT ATTTTAATCA AAGAATAGAA
AAGGTTAAAA ATAGTATTAG CGATATTAGT AATTCTATTT ACAAGTTAAT TAATTATGAT
GAAAATGTTA AAAAATCTAT ATTAGAATCG GTTCGCCAAG AAATTCGCAA ATATGGATAC
AATGCTAATA GTATTCTTTT TGAGTTATTT CAAAATGCTG ATGATGCTCT TGCAGAATTA
AACGAGATGC TGGGTCATAT TCATCAGGAT AGAGGACGCT ATGTTATTTA TTGGGATACT
CAATTTTTGA CTGTAATGCA CTGGGGAAGA CCCATTAATC TCTATATTCA CCCTGATGAT
CGTACAGAAG ATTTTAGTCA GCAAGGCTTT AACCAAGACC TGCTAAAAAT GCTTTTTTTC
AATATTTCTG ATAAGTCTGA AGATACAACG GGTAAATTTG GTTTGGGTTT TAAAACAGTT
CACTTGATTT CTCAAGAACC AAAGGTAATC AGTGGCGATT TAAGCTTTGT CGTTCAGGCT
GGATTACTTC CTTTCACTTT ACCTCGAGAA CATTGTATAC AGGAAGATAA ACATCTATTG
AATAATCTAA GTTCTCGCTT AAAAAGTGAG CAATCTTCCT CAAATCTCAC AGATGGCACA
CTAATTCATT TAGAAATAGA TTCTAAAGCA AATGCTGATA TTAGTAATGT TGTGGCTGAA
TTTGAAGATA ATGTAAATCT ACTGCTTGTC TTCGCTAAAT TTATTAAAAC CTGCAAATTT
ATTTTAGTTT CCTCTCCTAA GAAATTTCTG ACATGGCAAC CAACTAACCT ACTGGGAATT
TCAGGTATTG AGTTCGGGCA AATCCAGATT CCACAGGTAA AGCAACCTGT CCGAGAGTGG
TTCAGTTATA ACCTGCTTTG TTTTCAAGTT AAGGATGCCT CCATTGCCAT TGTAATCCCC
AGAAAATTCT CACAAAGTAG TTCGCCTTCG CCTTTGTCAG ACTTTCCTAC TTTCTGGGTG
ACTGCTCCCA CAAAAGAAAA ATTAGGCTTA AGGTTTGTCA TTAATGCCAT GTTTGATTTA
TCGACGGGGC GCACAAACCT AGATTCCAAT TCTGCACGAA ATCGGGAAAT TGCTCAAGAA
ATAGGTAAAG GCTTAGGCGA AAAACTTGGT GAACTATTCC ATCAATCACA TCGTAACTGG
GATACACTGT GCCAAACTCT CAAAATTGAG TCAGCAGATG AGTACACTTT TTGGGAATTC
CTTTGGAATG TGCTGGTTGT AGATTGGTTA GAAAAAGATA CTGTCTACAA CACGATGGAT
ATAATCCGGA GCGCGCTTAG TAGTGCAGAT CGTGGCATAG GTTATCTCAT TAATAATCAT
GCAGCTTTAC CAAATGGTTT GTACGGAAAA ATTTATCGTC AATTAATTTC ACTAGAGAAT
GTCAGCTACG TTGTTGAAGG TATTATTGCG GAAGAAGAGT ACTTTAAGAA AATAGTAAAC
TGGAGAAAAT TCCAAGAAAA TTGCCCTTCT CACTGTGTTA TTCACAGTAA AGTCTGGAAA
TATGTTGAAA AGTTACTCAG TATCATTCCT AGCACACCAG AGAAACTGCA ATTTGTTGAC
ATTCTAGATT GGGAGTTAGG CGAAAGAAAA CAAGTTGATC CCACAACAGC AGCTTTATTA
GGGAATATTA TTACATCCGC TTGTTTGGAA CAGCTACAAG TATCCCATCG CCAGGAATGC
GAGCGCATCA AGATAGCACT ACAGAATGTC CACTTCCAAA GTAAAGATAA CAAAAAGTAC
ATTACAGCAT TGAAGCTCTT AGTTAAAGGA GCAAGCCAAG AAGAAAGTTT ACTGGCTGAG
TTTGCTCCAA ATGACCGATT ACTGCATCCA GATTATGCTG TAACTAGCCT TGAGTTTTTC
CTTGCATGCC GTAAGCCAAG AGATATTATA TCAGAACAAG AAATGGTGGA ATGGGCACGC
AATGCTAAGA CCCAGGATAA ACAGCAAGCT GTGCGTCAGT ACTTGGCATC GGGTGAGCGC
AAACAAGGAT TTGCCAATGC ACTGCGGAAT TGTACCGCTA AAACTTGGAT AGAGAATGAT
CAAGGTATTC AAGAAATCCT AAAGGTTAAT TCTTTTCAAC AAAAGGTTGA ACAGGCAATC
AGAGGGGAAA TTGCTTGGGC TGAGGTCAGT AACTCATCAC TAGAAGAAAA CCGCAACGAA
ATTGTTCAGG AAATTATCCC GGAAATTCCA ACGTTTAATA TTGATAAAAC ACTAACAGAA
ATTTATACTT GGTGGCAAGT AAATCACATT ACTGAAATTA AGAAATATAA TGAGCGTCTT
TATCCTATAA CCATTGATGA ACTTAAACAG AAATTACAAA ATCGCGATCG CAGTGCCTGG
CTAATGCTTT TCTTCATTGG CATTACCCAT ACAATGGGTC GTACAAAACA CGAACAGCAT
CGAGATTTTA TTCGTTTTTG TTTAAAGCGA TATTGGTGGG AAATATTTAC AGAAAATAAT
CCCAGCGCAC TTTCTAAGAA ATGGATGGAA GTATTGAATG AGTATATGGA TGACCAAATT
GAAGATACAA CTTGGTATTA CTGGATGGAA AAATTTCCTA GTATTTATCG AATTGCTAAC
TACTTAAATG AGTATATTGA TTCTTTCCTT AGTATTGAAA ACATACAGAC TAATTTTAAT
TTACATCATA TTACTGCTCC AAGAACTAAT CCGGCATTCC AAGGAGGTGG AGCCGATGCG
CCACCCTTAC CACTGGGTAT TGGCGCAAAC TTCGTATTGA GAGAACTGGT ACGTCTAGAG
GTTATTAATC CAATTACCGA ACTATCTGTT CATCAACACT GTTTTGTGCC TAGAGCAAAT
GTAAGACGAT TGTTAATACG TCTTGGTTGT CAAGATTTAA GTAAACCAGA TTATAAAACA
TCCACAATAA TATATAAATT TTTAAAGCGG GAATTTGAGA GATTAGGTTT ACAAGGTGAA
CCAATTTTTC ACCACTGCTT TGATATTCCC TTTGAACTCT ATCCTGAAGA ACCTTCACGA
GCTAATCGCT TAAATCTTGC GAAAATACAG GTTCGAGATG ATGTTAGCTG GTATGAAAGT
ATTTCCGATG AAGAACATTC ACAGTACGAA TATTCTAGTG AAGATAGTGA TTTTGTAACA
CTATCAGATG GTCGAGTAAT TCCTAGATCA TATATGGGCT GA
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| Protein sequence | MNLPRHKNFY ELRFLLHGNR DKYESDDTLY ISRGKPVWEK VAHKVLESWR IIPPMLAGKI
QPEICNTLFI EYIEPETIIN ELLTNSLSIT GNDLSQEERK EILRQISSNS SCESLWKRLP
LHETVDGKLV NITTNTYLDN PTFPLDSQFQ DIVTLIKISD ALRENWITQW TPQTAINVIL
NQEHPAKFYL IILKLLPQVN EELISRLKQT KWLPLKSGGV ISPEKVVLVS ENFIKQQAQE
IEQALEMVFK SEKSSYATLS MLSEDIPFSE PIKKILPKSW YDDNILEFLL EEIDEPSNYC
QVILKVIKIM LTRKRNISKD NLERLKNKKW LIDANARAIS IQKVINFSSL EDDVTTILKL
IEPWDYVTPK MLGYDISLCL QQLQIQELFV TGDLALDAIG EAIDILQEYH IGNIDIHEVH
LDSFLKTFKY YEGFPILKLA QKILPDKFQK YILSKALKPI GTEELVKLLQ WIVKSYESPS
EEVVLLYNLY LKMAVNSLPE FYQKFLPKIQ LLNKSSKWKF PHALSCSTGI DNEYILIEAQ
QEILSKWLAN LSLPPKYNTV EDNYLAESVK SNAQILEEYF RPWRSYIPSE AIGIFLSLLS
GTDTEVQKLA QDYLRGRNFD DIRHQLLWSH SLMEKNFTIS VLSNEDQQIS VVSLLGGSLD
VMISQSQTPE HIFIMEPTDT TSLIRLSSFK PKDSVENELP NILFNSAKFL LERIYKAVTR
VKLLKDIWDE SVFQPRQLEV KVTRNHILKN IDNLLSRLKP NQHEITSLIK QLNNEKFGLT
ALEEQEKKEP LEKYFNQRIE KVKNSISDIS NSIYKLINYD ENVKKSILES VRQEIRKYGY
NANSILFELF QNADDALAEL NEMLGHIHQD RGRYVIYWDT QFLTVMHWGR PINLYIHPDD
RTEDFSQQGF NQDLLKMLFF NISDKSEDTT GKFGLGFKTV HLISQEPKVI SGDLSFVVQA
GLLPFTLPRE HCIQEDKHLL NNLSSRLKSE QSSSNLTDGT LIHLEIDSKA NADISNVVAE
FEDNVNLLLV FAKFIKTCKF ILVSSPKKFL TWQPTNLLGI SGIEFGQIQI PQVKQPVREW
FSYNLLCFQV KDASIAIVIP RKFSQSSSPS PLSDFPTFWV TAPTKEKLGL RFVINAMFDL
STGRTNLDSN SARNREIAQE IGKGLGEKLG ELFHQSHRNW DTLCQTLKIE SADEYTFWEF
LWNVLVVDWL EKDTVYNTMD IIRSALSSAD RGIGYLINNH AALPNGLYGK IYRQLISLEN
VSYVVEGIIA EEEYFKKIVN WRKFQENCPS HCVIHSKVWK YVEKLLSIIP STPEKLQFVD
ILDWELGERK QVDPTTAALL GNIITSACLE QLQVSHRQEC ERIKIALQNV HFQSKDNKKY
ITALKLLVKG ASQEESLLAE FAPNDRLLHP DYAVTSLEFF LACRKPRDII SEQEMVEWAR
NAKTQDKQQA VRQYLASGER KQGFANALRN CTAKTWIEND QGIQEILKVN SFQQKVEQAI
RGEIAWAEVS NSSLEENRNE IVQEIIPEIP TFNIDKTLTE IYTWWQVNHI TEIKKYNERL
YPITIDELKQ KLQNRDRSAW LMLFFIGITH TMGRTKHEQH RDFIRFCLKR YWWEIFTENN
PSALSKKWME VLNEYMDDQI EDTTWYYWME KFPSIYRIAN YLNEYIDSFL SIENIQTNFN
LHHITAPRTN PAFQGGGADA PPLPLGIGAN FVLRELVRLE VINPITELSV HQHCFVPRAN
VRRLLIRLGC QDLSKPDYKT STIIYKFLKR EFERLGLQGE PIFHHCFDIP FELYPEEPSR
ANRLNLAKIQ VRDDVSWYES ISDEEHSQYE YSSEDSDFVT LSDGRVIPRS YMG
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