| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_3067 |
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| Symbol | |
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| ID | 3681047 |
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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 | 3803803 |
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| End bp | 3807798 |
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| Gene Length | 3996 bp |
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| Protein Length | 1331 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 637718412 |
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| Product | hypothetical protein |
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| Protein accession | YP_323571 |
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| Protein GI | 75909275 |
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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 | 21 |
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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 | 17 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | GTGACTTCCC GCACTGATGA AATTCAAAAA TTGATTGCAG ATATTGACAA TTTGCTCAAC
AGCAATGGCA AGCGCCTGTC TAGGCTTTTG TCTAGTCAGG CGCAAGAGCC AAAAGAGGTT
TTAGAAAAAG TTCGTAATTT TTTGGTCAGT CTCCAAGGGA GTGAAACATC AGAGAATGAA
CCAAATCATA ATTCCCGGCT GTTGACAAAA TTTGTTGAAC AAGGTCAAAA TCAGTCTGCA
CCACAACCCC ATCAGCCACA TCAAGAAGAT AATAATATTC CATTCCAACA ATTAAAAAAC
GAATTGTCAG AATTAATACA GCCGTTGCAA GGGGAAATTA CAGCGCTGTT GCAAGAGCGA
ACAATTCTGG CACAAGAAAT TAGACAACTA GAACAAAAAC GGTTACAAAA TTACTCCTTA
AGTCAGCAGT TAGCCAACCA AGAGCAGATT ATCACAGACT TTCTACAAGT ACTCATGAGT
CGCTTACTGC CAGTTTTAAC ACCACAGATA ACAGAGGGGG GCGTAAACCC CACTAGTTAT
AACAGCAGTA ACAGCGCCAG ATTAGACTTA CCTCCTGCAA TAACTCCAAC TTTTTGGGAA
TCATCAGAAC AGGGAGACAG GCTAACACAA CTGACAAAAG AGTTAGATCA ACGCTTACTA
TCACTAGATG GTACTGTTAA CGTTGTTTTC GAGGCGCTAC AACGCAATAT TAATACCTAT
CACGAATCTC TGTCTCAAGC ACTGGCAAGA ATGCACAGTA CGGGATTACA AAGCGAACAG
TTGATGGCTG GCTTCATCAA CAATTGGACA CAATCTCTAC AACAATTGTC TAATTTCCAG
CCATCTGTTC CTAAAGAGGA AAATCCTGCA CCTACAGCCC CACCACCATC ATCAATTCCG
GTTCATACTG TAATTGAAGT CTCAACGCCA ACTAATTCTA GTAGTACTGT AGTTCGTCAA
GAATCAACTT CTACGGTAGG ATTTGACCAA AAATCGCCGT CAGAGATAGA TACAGATGAA
CTAGATGCAG TACTTTTGCA GCTTGGTGTT GATGCACCTT TATCTTTAGA GAACCCTGAC
AATCTCACCA CACTATTACC CAATAGTTGG GAATTTGCGA ATGATGAAGT TGATCTAATT
TATGCCAGTT TGTTTGGTAA TGATAATTTT GCAGGTGAAA GTCTGGAAGT CAGCCCAGAT
TTAATTACTC CCGATTTACT GGAGTTGAAT GTTGATGATA GCTCTCCTGG AATTGAAAGT
AATTTTCTAG CTGAGGCGGA TACTGCGGCA ATTATGCCAG ATGTATGGTT TGATCAATCA
GATACTGATT TGTTTGATTT TAGTGATACT CCAGAGGCAG AATCTCCTGA AGTATCAGCA
GAAGCATCAA CAACGTCGTT GTTATTAGAT CAACCAGAGG CTGAACTGTT TAATTTCAGT
GATGCTCCAA CGCCAGAAAA CCCAGTTTTG CTAACACAAT CAATTGATTT ACCAACAGAG
CCAGCAGTTC CGTTGAATGT TTCTGTCTTG CCAGAAATTG AACCTGTACA ACCAAACAGT
ACTGATACGA TTACATCTCT GGTAGATATT GAGTTTGCCG AAGAGTTGGC GGATGTGCCT
GTGCTTCTAG AACAGACAGA TGTCCTCCAG ATTGCCCAAG ACATAGAAGT TATTACGCCT
CATGAGCAGC CTGAGGATAC GACAGACCAT TATATTCCCG CTTCGCCGCA GGAAAATTTA
CTATCTTCCG AAGTAACTCA GTTGGTTAAC CCACCAGATA TTTCTCTGAA TGAGGAGCAA
TGGCTACAAT TACATCAAGA TTTGGCGAAG TTAGATGATT ATGCGTCATC CGAGTCAGAA
CCAGTAACTG AGTTAAAGGA CGCTGATACT GTAGCTGACA ACCAAGAAAA GCCAATTCAA
CCACCAATTA CTGAAACAAG TAACGTTGTT GCTTTCTCTG TTCCTGAGGT TAACCAGACT
TCTGTTATAC CTCCGGCGAC CAATGTCTTA AATTTGACGA CAACTAATGA AAAGCCAACG
GAGGTTCCCC CTACTGGTCA AAACAATCCA GCAGATTCTA CCAATCATAA TGTTAACAAA
GATACTGATA CTAAGTCTCG TAGTGACGAT TCCATCTGGT ATTTAGGCAT TGATTTGGGA
ACCACAGGAA TTTCTGCTGC TTTGTTAAAT CGCTCTACTG GTGTTGTGCA TCCTATTTAC
TGGTCAACGG AGGCTCAACC AGGGGCAAAT TCATTCCAGC AATCGTTCCG GCTACCAGCC
GAAGTTTATT TGCCGACGGC TTCTGTACCC CAAGTTACTT CTGAGCAAGA GGTGGCTGAC
ATCAAAAATC ATCTGTATTC AGTCCAGTTG AAGCCGTATT TACAAGTAGC TATCCCCTAC
AAAAATGAGC AGCAGAGATG GGAGCCTGTA CTGCAATTTA ATGAATCATC TGCTGGGCCT
TTGATTTGGG TAGTACGATC GCTCTCCAAA TTACTCTTGA CCCTCAAAGC CGACCGCTAC
AGCACAACTC AGGGGTTAAT CGCTACGGCT GTAGGTCTTA ATCAACGCAC TTTTCATGGT
ATTGTCAGTA ATATTGCGGG GATTATTTGT AATTGTCCTG CCAGTTGGTC AGAACAATAT
CGCTTTAATG TCCGAGAAGC TTTACTCACA AGTAAGTTAG TTCAACATCC CCAGCAAGTA
TTTTTTGTGG AAGAGGCGAT CGCTAGTCTC CTCAGTTTTA TCGATGGTGG TAATGGTCAG
GTAGTACAAT TAAGCACTCA CCAAGGTTTA TCCCCAGCCA AAAATAGCGA TCATGCTTTG
GTGGGCAACA CCTTAATTAT GAATATCGGC GGAACAGCCA CAGAAATGGC GCTGGTGGAT
ATTCCTGAGA ACCTATCCCA ACTGACACAT AATAATTTCA TGCTTCACAG TTTTGCCTAT
GCCAGCAAAG GAATCGAGCA GGATATTATC TGTCAATTAC TCGCATCACC AAAATACCGG
AAAGCTCGCT GGGAAAGCCC AGAAGATAAT CAGAAAATTA CCAGTAATCC TTGGCAATGG
CAACCGTCTA TGCCTGGTTT AGACCGGATG CAATGGGAAA GTTTGGGATT GGAAAAATTA
GAATTGCCCC GTTTGGGAGA ACCTGATATT CCGGCACGGA TTCGCCTCCA GCAACATTTG
GAAAGTTCTC TGTTAGGACA AGCAGTTTTA GACGCAGCCC TAGCATTAAA ACTGATTTTG
CAACATCAAG AATCTTTTAC CCTAGAATTA GCAGACCAAC GATGGGTGTT ACAGCGTCGA
GAATTAGAAA GTCAGGTATT TGTTCCCTTT GCCCGTCGCC TAAATCGGGA ACTCAACAAA
TTATTAGTAG CCCGTGGTAT CCCCACAGAA GCAATTAATC AAGCAATTCT CACAGGTGGG
GTGGCTAACT TAGGGGTTGT CAACCTGTGG TTGCGACAAA AACTCCCCAA TGCCAAAATT
ATTCAAGACT CATACCTGGG AGAAAATGGC GCACCTAATT GTAGTCGTGT TGCTTGTGGT
TTAGCTTTAC TACCCCTACA TTCCCAAGTC TTGGAAGAAT CCAGACATCA ATACACAGAC
TACTTCCTAT TTACAGAATT ACTGCGAGTT TTGCCCAACC GGACTTTATC TTTTAGTGAA
ATTCTCCAGT TATTTGAAGG ACGTGGAATC AATACTAATA TTTGTCAGCA ACGACTATTA
GCTTTCCTCG AAGGAGAATT GCCAGCCGGC TTAGTACCCG CCTCCCCAGA ATCTAGCTGG
CTTACCCAAC ATTCTCTCAG CAATCTTGAC TATCAAGCGA TGTCTACGAC GGGCTACGCC
AACACCAACA CACCACTTTT TGAAAAACAA GGCAATCTCA CCTACCGCCC CAATTCCCAA
CAATTACAGG CGCTCCACCG TTATCTTGAT GCCATCAAAG CCAGCACTCA ACAATCACTG
GAGGAACCTT ATACCGTTGA TTTTGCTTAT GTCTAA
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| Protein sequence | MTSRTDEIQK LIADIDNLLN SNGKRLSRLL SSQAQEPKEV LEKVRNFLVS LQGSETSENE
PNHNSRLLTK FVEQGQNQSA PQPHQPHQED NNIPFQQLKN ELSELIQPLQ GEITALLQER
TILAQEIRQL EQKRLQNYSL SQQLANQEQI ITDFLQVLMS RLLPVLTPQI TEGGVNPTSY
NSSNSARLDL PPAITPTFWE SSEQGDRLTQ LTKELDQRLL SLDGTVNVVF EALQRNINTY
HESLSQALAR MHSTGLQSEQ LMAGFINNWT QSLQQLSNFQ PSVPKEENPA PTAPPPSSIP
VHTVIEVSTP TNSSSTVVRQ ESTSTVGFDQ KSPSEIDTDE LDAVLLQLGV DAPLSLENPD
NLTTLLPNSW EFANDEVDLI YASLFGNDNF AGESLEVSPD LITPDLLELN VDDSSPGIES
NFLAEADTAA IMPDVWFDQS DTDLFDFSDT PEAESPEVSA EASTTSLLLD QPEAELFNFS
DAPTPENPVL LTQSIDLPTE PAVPLNVSVL PEIEPVQPNS TDTITSLVDI EFAEELADVP
VLLEQTDVLQ IAQDIEVITP HEQPEDTTDH YIPASPQENL LSSEVTQLVN PPDISLNEEQ
WLQLHQDLAK LDDYASSESE PVTELKDADT VADNQEKPIQ PPITETSNVV AFSVPEVNQT
SVIPPATNVL NLTTTNEKPT EVPPTGQNNP ADSTNHNVNK DTDTKSRSDD SIWYLGIDLG
TTGISAALLN RSTGVVHPIY WSTEAQPGAN SFQQSFRLPA EVYLPTASVP QVTSEQEVAD
IKNHLYSVQL KPYLQVAIPY KNEQQRWEPV LQFNESSAGP LIWVVRSLSK LLLTLKADRY
STTQGLIATA VGLNQRTFHG IVSNIAGIIC NCPASWSEQY RFNVREALLT SKLVQHPQQV
FFVEEAIASL LSFIDGGNGQ VVQLSTHQGL SPAKNSDHAL VGNTLIMNIG GTATEMALVD
IPENLSQLTH NNFMLHSFAY ASKGIEQDII CQLLASPKYR KARWESPEDN QKITSNPWQW
QPSMPGLDRM QWESLGLEKL ELPRLGEPDI PARIRLQQHL ESSLLGQAVL DAALALKLIL
QHQESFTLEL ADQRWVLQRR ELESQVFVPF ARRLNRELNK LLVARGIPTE AINQAILTGG
VANLGVVNLW LRQKLPNAKI IQDSYLGENG APNCSRVACG LALLPLHSQV LEESRHQYTD
YFLFTELLRV LPNRTLSFSE ILQLFEGRGI NTNICQQRLL AFLEGELPAG LVPASPESSW
LTQHSLSNLD YQAMSTTGYA NTNTPLFEKQ GNLTYRPNSQ QLQALHRYLD AIKASTQQSL
EEPYTVDFAY V
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