| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_0240 |
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| Symbol | |
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| ID | 3683004 |
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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 | 305820 |
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| End bp | 311969 |
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| Gene Length | 6150 bp |
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| Protein Length | 2049 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 637715568 |
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| Product | hypothetical protein |
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| Protein accession | YP_320761 |
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| Protein GI | 75906465 |
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| COG category | [S] Function unknown |
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| COG ID | [COG2911] Uncharacterized protein conserved in bacteria |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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| Plasmid unclonability p-value | 0.930824 |
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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 | 19 |
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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 | ATGAATAATC CTCCCAAGCA AAATCAAAGC CCACAAACCT CACTTAGGAG TCTATGGTTG
CTGATTTTGA GTCGTGGCGG TATGGCAGTA GGTGGACTTT TAATTGTGGG TTTGATGGGA
GGTGTTTGGC GTTTATGGAC TTTCGTACAG AAGGAATTAA CACCGTTAGC GCAAGAAAGT
CTGACTACAA CTCTTAACCG TCCCGTACAA CTGGGAAAAG TCACTAATTT TTCGTTAACT
GGAGTACAGT TTGCGGCTTC GTCCATTCCT GCTACGCCTA CAGACCCAGA TAAGTTAACA
ATGGATGCAG TGGAAGTGGG TTTTAATCCA CTGCTGTTAG TTTTTAATCG CCAGTTAAAA
CTAAATGTGA CCTTAGTCAA TCCTGATGTT TACATCGAAC AGGATAACCA AGGACGCTGG
ATCACTACGA CCATAGCGCC ACCAGGTGCA GCAGGAGCTA TTAAAACGGA TTTAGATCAT
ATCAATTTCC GTAATGGTAA GTTGTCGCTG CTACCACAGG TGAGAAATTT GGCAGTGGGT
GAAGCTAAAA CTACAACCCC CTCGTCTTCT TTATACCCCC CTATCCCCTG CCCAGAGGGG
AAAGCCTGCA CCTTGCCTCC ATTAGAATTT TCGCAACTCA ATGGAACGGC TCAAATACTG
GAAAACAACC AGCTAATTAA GTTCTCCGCT AAAGGTATAT CCGATAGCGG GGGCAGTGTG
GAGATGGAGG GCGAAGTACG TCCTAAGACA ACTGCGGCTA ATATTCAAGT GCGAGGGCAA
GAATTACTGG CGGCGGATGT TAGTCGCTTG GTAAAGTTAC CAGTTGGTTT AGAAGCCGGT
AAAGTTAATG GTGATTTGCG AGTCGAATTA TTACCAGGAC AAACCCCTTT ACTATATGGC
AGTGCTGATT TGCAAAAGGT AACAGTCCAA ATTCCTCGCG CACCGCAAGT CTTGACAAAT
ACCCAAGCTA ATGCCTACTT CCAAGGGACA GAAGTAAAAT TAGAAAATGT TGTAGCTAAC
TATGGCAGCA TACCTCTAGT GGCGGCGGGA ACAATCGACA CCAAAGCAGG CTATAAGCTA
GCAGGGCGCG TTAACTCAGT CAGTGTAGCC AATGCCCAAA ACACACTCAA ATTAAAATTC
CCTGTACCCG TAGCTGGACA ATTACAAGCC GATTTGCAGG TGGTAGGAGC CGCAAATCAG
CCTATTCTCT CAGGTACAGT TAGGACTATT AATACTGCCC GCATCGATAA AGTTAATTTT
CAAAGTATTA GTAGTAAGTT TGAGTTTTCG CCCAACAACA ACTTAGTTAG TTTGGCAGAT
GTTCAAGGCA AGACCACAAC AGGCGGAGCA ATTACTGGTG GTGGCAGAAT CTTAGTTGGG
GAAAATGCCC AACTGAATCT GAATTTCACT GCCAGAAATG TAGCCGGAGA TGCGATCGCC
AAACTATACA ATGCCAATAC TCCGTTTCAA ATTGGTACTG TATCGGCTAC GGCTCAAGTC
ACAGGTACGC CCACCAATGT CAGAACTTTA GTAAACTTTG CCGCACCGCA GGCAGCCTAT
CCCGCCACTG GGGAAGTGAT TATCGGTGCT AATCGTAATA TTAACTTTCG CAATGTGGCT
GTGAAGGTTG CGGGTGGAAC GGTGCGGGGT TATGGCAATT TTGCTAATGA ACGTTGGCAG
GCTGTAGCTC AAGCTAATGG GGTGAATTTA GCACCATTTG TCAACCAGAA TCAACTAGAA
AATGTCTCCT TAGCAGGGGC GCAATTTAAC GGTCGTTTAA TTCTGGCTGG TACTGCTACA
CCCTTTCAAA TTGCCAGCAT TCGTACAGAA GGGGCAGGGG TGCAAATTGG TGGCGGGACA
GTTGCAGTAT CTAACATTCA ACTGCAAGAT CAAGCCTTTG CCGCCAAGTT GGTGGCGAAT
AATGTCCGCC TAGCACGCAT CCTGAAAAAT GCGCCGCCAG CTTTAGCTAA TCCTTTGGCT
GGGACATTCC AAGTAGCCGG TAACAGAGAA AACTTCAGCC TCAAAACCTT ACAAGCTACA
GGTGATGCCC GCCTTAGTGT AGGTAGAGGA ACAGTTACGG CCGGGAATAT TCAATTAGCT
AACGGTGTAT ATCAGGCGCA AGTCCAAGCC AGTAACGTCC CTGTGCAACG CCTGGCAACC
TTACCACCCC AGTTTCAAGG TAATCTGACC GGGAAATTTG CTGTTACTGG TTCTGCTGAG
TCCTTCAGTC CCCAATCTAT CCAAGCCAGT GGTCAAGCAC GGTTAAATGT TGGCAATGGT
ACGATTACCT CCTCCAACAT TCAATTAGCT AACGGTATAT ATCAGGCACA AGTCCAAGCC
AATAATGTCC CTGTACAACG TTTAGCCGCC GTACCACCAA AGTTTCAAGG TAATTTAACT
GGACAATTTA ATGTTGCTGG TTCCGTTGCA CCCTTCAATC CCCAATCTAT TCAAGCCAGT
GGTCAAGGGC GTTTAAATGT CGGCAATGGT ACGATTACCG CCTCTAACAT TCAATTAGCT
AACGGTAGAT ATCAAGCGCA AGTCCAAGCT AATAACGTCC CTGTACAACG TTTAGCCGCC
GTACCGCCTC AGTTGCAAGG TAATTTGAAC GGGCAATTAA ATCTGGCTGG TTCTGTTGCA
CCTTTTACTC CCCAATCTAT CCAAGCCAGT GGTCAAGCAC AGTTAAATGT TGGCAATGGC
ACCATCACAG CCTCTAACAT CCGAGTGACA AATGGTAACT ATCAGGCGCA AGTCCAAGCC
AATAACGTAC CTGTACAACG TTTGGCTGCT GTACCGCCCC AGTTGCAAGG TAATTTGAAT
GGGCAATTTA ATGTTGCTGG TTCTGCTGCA TCTTTGAGTC CCCAATCTAT TCAAGCCAGT
GGTCAAGCAC AACTACAAGT AGCGGGAGGG GGTACGATTA ATGCGGCGAA TATCCAACTG
GCTAAAGGTC GTTATCAGAC TGTAGTGGCG GCGACTGGGG TGCAGTTAAA TCGGTTTAAT
CAACAGTTGC GGGGTCAATT TGCAGGTCAA TTGCAACTAG CAGGTAACTT GGGTTCGACG
CGGTTAGCTG ATGTCAGTGC TGCGGGTCAG GTACAATTAA CTCAAGGCCT CCCCGGTGTT
GAGCGTCCCT TGAATGCGGC GATCGCCTGG AATGGTGAAA GGTTAACAAT TCAACAAGCT
ACAGCCCCCG GTTTAAATAT CAATGGTGAT ATCTTAGCCA ACGCCACCAA ACCAGGCATA
CCAGAAATTA CCGCCCTCAA TCTCAACGTC CAAGCCCAGG ACTTCGATCT ACAACAGTTA
CCAGTCACCT TACCGAATCA AGTAGCTGTG ACAGGTAGGG CAGATTTTAA CGGTAAAGTT
ACAGGTAAAT TGCCTTTGCC CAATGTTAAC GGGCAACTCA GCTTAAAAGA TTTAGTAGTC
CAAAATATTG CTTTTGAACC TTTATTAACA GGTAGGATTC AATCGGGACA AGGATTAAAC
TTAAATTTAG CTGGGAATAG CGATCGCCTT GCCCTGAGTT TAGATAGTAA TAATCGCCCC
CAATCCTTCC TAGTACAATG GCAACAAGCT TTAGCCTCAG GTCAAATTAA AGGCAATGAT
TGGGCTGTGA AAGTTGCCAA CTTCCCCTTA ACTCTATTCA ACTTGTCACC ACCGCCAAGT
CTGCGTTTAG GTGCTGGTAG AGTAGCCGGG ACAGTGACAG GGGATGTGCA GTTTAACCAG
CGTACATTTG CGACTAACGT CAATTTGGCG ATCGCTAATC CCGAAGTTGG CAGAATTAAA
GGCGATCGCT TCACAACCCA ATTCCGCTAC AGTGATGGTA CAGCCACCCT CACCAGTAGC
CAATTTATCA AAGGAAACAG TCGTTACGCC TTAGCTGGTA ATTTTGGGCT AACCCCCAAA
GGCCCCCGCA TCCAAGGCAA GCTGAACGTT ACTCAAGGTA ACATCCAAGA TGTGCTGACA
GTAGCACAAA TCTTTGATTT ACAAGACTTC CAGCGTAATG GAGACGAACC CAACTACGGT
ACGGCCTCGG ATCTCAAGAC CTACGCCCAA GGTTTGCCTG ATCAGTCTTT ATTCGACCAA
ATCAAGCGCT TTTACGAAAT TGATGCGATC ATCGCAAAAC AAGAAGAAGA ACGTAATGCT
TCACCCATAC CAAACCTAGC AGATTTGCAA GGAACCTTTA ACGGAGAAGT AGCTGTAGAC
ACTGCCACTG CTAATGGTTT AGCAGTACAG TTCAATTTGA ATGGTCAAAA CTTTGTCTGG
GGTAAGGAAG CAGAACCCAA TCGTTTTTAT CGTGCCGATA ATATCATTGC TGAAGGTAGT
TTTGCTGATG GGGTTTTGCA GCTGCGACCA GTGCGTATTG AGTCCGAGAA TAGTCTGTTA
GCCTTCACTG GTAATATAGG CGGGAACGAA CAATCTGGAC AACTGCGCGT CAATAACTTT
CCCCTTCAGT TACTCAATAA CTTCGTCAAT CTCCCAGTCG GTGTGACGGG AAATCTCAGT
GGAACAGCAG CTTTAGCAGG TAGTATTGCC AACCCTCAAG CCAGAGGAGA ATGGCAAATC
ACTGAGGGTA CACTCAACCA AAAACCTGTG GAATCAGCCA CAGCTAGTTT TAGTTACGCC
AATGGTCGCT TAAATTTTGG TAGTACCGTC GCTATTACTG GGCCGCAACC GGTGAATATT
TCAGGTAGCA TACCTTATCA GTTACCTTTT GCCTCCGTCG CTCCTGATAA CAATCAAATC
AGTTTGGATG TCAAAGTTGA AAATGAAGGA TTGGCACTAT TAAATCTATT AAGTAATCAG
GTAGCTTTTG AAAAAGGTCA GGGTCAAATA GACTTGAAGG TAAGTGGAAC CAGAGAACAG
CCCATAGTTG AGGGTATTGC TACTATCCAA GATGCTACTT TTGCGGCTCA AGCTTTACCA
GGAAAAGTCA GAGGTGTTAC AGGTAGAGTC CGGTTTAATT TTGACCAAAT TTTAGTAGAA
AGTCTGGAAG GCAGATTTAG TCGCGGACAA GTACAAGCAT CTGGAGCAAT TCCTGTATTC
GACAACAGTA GTGTCACTAT CGAGAATCCT CTAACTGTCA ACCTTGAGCA GCTAAGATTG
AACCTCAAAG GCCTGTATCA AGGCGGTGCT AGCGGAAATA TTCAAGTTAC TGGTTCTGCC
CTCAACCCTA GAATCGGTGG TAAGGTAGAT TTGTATAGTG GTCAAATATT ATTAGCAGAA
TCTAGTGATC CTAACCAACC TGCAAATAAT GTTTCTGCTA TATCACTAAC GAAGTTTAAC
AAACAAGATA CACCCATAAC TAGCAGTGCC AACACGAGTT TCAATAATTT AGAACTGGAG
TTAGGTAAGG ACGTAGAAAT TGCCCGTCCT CCTCTTCTCA GCTTCGCTGC TACAGGAAAT
CTAAAAGTTA ATGGTTCTTT AGCTGATCCC ATACCTGTAG GCACTATTCG CTTAAGAAAA
GGTGGCGTGA ATTTGTTTAC AACTCAGTTT AACTTGACTC GTGGTTACGA ACACACCGCT
ACCTTTAGAG CTAATCAACC CCGTGATCCC GATTTAGATA TTCAACTACT GGCTAAAGTG
CTAGAGGTGG TGCAGAACAG TGACTTAAAC AGAATTAATT CTGTCGGGTT AGGTGCTTTA
GAAACTGTGA GAGTTGAAGC CAATATTAAA GGCCCAGCCA GCAGACTGAA TGAAACCTTG
GAATTAAGAA GTAGCCCCTC ACGCAGTGAA ACTGAATTAG TCGCCCTTTT AGGTGGTGGA
TTTGTCGATA CTCAAGGACG TGGTGACAGT ACCTTAGGTT TAATTAACAT CGCCGGGTCA
GCCGTTTTCG GTAACTTTCA ATCTGCTTTT AATCAAATCG GTACTGCTTT TGGTTTAAGT
GAACTGCGAA TTTTCCCCAC TGTGATTTCT GACAATCCAG AAGCTAGTAA TAGTAATAGC
AGTAGAGTGG GTTCCAGTAT AGAATTGGCA GCTGAAGCGG GAGTAGATAT TTCTAACAAG
TTCTCTATTT CTAGCATTAA AATTTTAACG GCAAATGATC CTTTCCAGTG GGGTCTTAAT
TACCGTATCA ATGATGAGTT TCGTATACGT GCTTCTACTA ATTTAGAAGA TGATAGTCGT
GCAGTAGTTG AGTTTCAAAC TAGGTTTTGA
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| Protein sequence | MNNPPKQNQS PQTSLRSLWL LILSRGGMAV GGLLIVGLMG GVWRLWTFVQ KELTPLAQES
LTTTLNRPVQ LGKVTNFSLT GVQFAASSIP ATPTDPDKLT MDAVEVGFNP LLLVFNRQLK
LNVTLVNPDV YIEQDNQGRW ITTTIAPPGA AGAIKTDLDH INFRNGKLSL LPQVRNLAVG
EAKTTTPSSS LYPPIPCPEG KACTLPPLEF SQLNGTAQIL ENNQLIKFSA KGISDSGGSV
EMEGEVRPKT TAANIQVRGQ ELLAADVSRL VKLPVGLEAG KVNGDLRVEL LPGQTPLLYG
SADLQKVTVQ IPRAPQVLTN TQANAYFQGT EVKLENVVAN YGSIPLVAAG TIDTKAGYKL
AGRVNSVSVA NAQNTLKLKF PVPVAGQLQA DLQVVGAANQ PILSGTVRTI NTARIDKVNF
QSISSKFEFS PNNNLVSLAD VQGKTTTGGA ITGGGRILVG ENAQLNLNFT ARNVAGDAIA
KLYNANTPFQ IGTVSATAQV TGTPTNVRTL VNFAAPQAAY PATGEVIIGA NRNINFRNVA
VKVAGGTVRG YGNFANERWQ AVAQANGVNL APFVNQNQLE NVSLAGAQFN GRLILAGTAT
PFQIASIRTE GAGVQIGGGT VAVSNIQLQD QAFAAKLVAN NVRLARILKN APPALANPLA
GTFQVAGNRE NFSLKTLQAT GDARLSVGRG TVTAGNIQLA NGVYQAQVQA SNVPVQRLAT
LPPQFQGNLT GKFAVTGSAE SFSPQSIQAS GQARLNVGNG TITSSNIQLA NGIYQAQVQA
NNVPVQRLAA VPPKFQGNLT GQFNVAGSVA PFNPQSIQAS GQGRLNVGNG TITASNIQLA
NGRYQAQVQA NNVPVQRLAA VPPQLQGNLN GQLNLAGSVA PFTPQSIQAS GQAQLNVGNG
TITASNIRVT NGNYQAQVQA NNVPVQRLAA VPPQLQGNLN GQFNVAGSAA SLSPQSIQAS
GQAQLQVAGG GTINAANIQL AKGRYQTVVA ATGVQLNRFN QQLRGQFAGQ LQLAGNLGST
RLADVSAAGQ VQLTQGLPGV ERPLNAAIAW NGERLTIQQA TAPGLNINGD ILANATKPGI
PEITALNLNV QAQDFDLQQL PVTLPNQVAV TGRADFNGKV TGKLPLPNVN GQLSLKDLVV
QNIAFEPLLT GRIQSGQGLN LNLAGNSDRL ALSLDSNNRP QSFLVQWQQA LASGQIKGND
WAVKVANFPL TLFNLSPPPS LRLGAGRVAG TVTGDVQFNQ RTFATNVNLA IANPEVGRIK
GDRFTTQFRY SDGTATLTSS QFIKGNSRYA LAGNFGLTPK GPRIQGKLNV TQGNIQDVLT
VAQIFDLQDF QRNGDEPNYG TASDLKTYAQ GLPDQSLFDQ IKRFYEIDAI IAKQEEERNA
SPIPNLADLQ GTFNGEVAVD TATANGLAVQ FNLNGQNFVW GKEAEPNRFY RADNIIAEGS
FADGVLQLRP VRIESENSLL AFTGNIGGNE QSGQLRVNNF PLQLLNNFVN LPVGVTGNLS
GTAALAGSIA NPQARGEWQI TEGTLNQKPV ESATASFSYA NGRLNFGSTV AITGPQPVNI
SGSIPYQLPF ASVAPDNNQI SLDVKVENEG LALLNLLSNQ VAFEKGQGQI DLKVSGTREQ
PIVEGIATIQ DATFAAQALP GKVRGVTGRV RFNFDQILVE SLEGRFSRGQ VQASGAIPVF
DNSSVTIENP LTVNLEQLRL NLKGLYQGGA SGNIQVTGSA LNPRIGGKVD LYSGQILLAE
SSDPNQPANN VSAISLTKFN KQDTPITSSA NTSFNNLELE LGKDVEIARP PLLSFAATGN
LKVNGSLADP IPVGTIRLRK GGVNLFTTQF NLTRGYEHTA TFRANQPRDP DLDIQLLAKV
LEVVQNSDLN RINSVGLGAL ETVRVEANIK GPASRLNETL ELRSSPSRSE TELVALLGGG
FVDTQGRGDS TLGLINIAGS AVFGNFQSAF NQIGTAFGLS ELRIFPTVIS DNPEASNSNS
SRVGSSIELA AEAGVDISNK FSISSIKILT ANDPFQWGLN YRINDEFRIR ASTNLEDDSR
AVVEFQTRF
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