| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_2039 |
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| Symbol | |
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| ID | 3680980 |
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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 | 2521347 |
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| End bp | 2524355 |
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| Gene Length | 3009 bp |
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| Protein Length | 1002 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 637717384 |
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| Product | hypothetical protein |
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| Protein accession | YP_322556 |
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| Protein GI | 75908260 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG3202] ATP/ADP translocase |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 19 |
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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 | 12 |
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| Fosmid unclonability p-value | 0.373695 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGAATTGA AAAATTACTC GTTGGCGGCA AATCCAAGTT GGCTGGCACA ACTTTTAAAA
TGGGTGAATC TACGACCAGA GGAAGGCGAA CGGACTTGGA TGATGTTTGC CTTTTACACG
ACTGTATCTG TGGGGTTGCG ATGGGCTGAG GATAGTACAG TAGCACTATT TTTGGATGAA
TATGGCGCTG GGCCGTTGCC TTGGATGTAT ATTGCCAGTG CGGTTATGGG TATGGCGCTG
GTTTTTGTCT ATTCTTGGTT GCAAAAGATT TTTCCTTTGC GCTGGGTGGT GGTGGCGATC
GCACCTTGTA TGGTCGTGCC ATTAATCTTG TTAGTATTAT TACGCTGGGG CATCCATCTT
TCTTACTTTT CAGTCATTGT TGTATTTTTA CTACGGTTGT GGGTAGATTC CCTTTATGTA
GTTAATGATC TAAATACTTC CATTGTTGCT AACCAATTAT TTAATATTCG AGAAATTAAG
CGCACTTACC CACTGATTAG TAGCGGATTA TTAGTGGCTG ATGTGATCAG TGGCTTTAGT
TTGCCTTGGT TGCTGGAGTT CGCCAAACTC AACCGCGTGA TTATGATCGC CTGTGGAGTG
ATTATGATTG GCTCGGCAAT TCTCTGCTAT TTAAGTTATC AGTATCGCAG TTCTTTTCCC
GAAGCACCAC AGCGCCTAAT TCCTCAAGAA CAAGCCTCTC GGCATCGGCG TATCCAAGCA
CCACTCAAGC GTTATACTTT ACAGCTATTT GCCTTTGTTG GGCTGTTACA AATTATTGGT
TTATTAGTTG ATTTTCAATA TCTCCAAGAA CTAAAAATCA ACTTAGGCGA TCGCGAACTA
GCAGGCTTTT TAGGTATATT TGGTGGGATT GTTGGCTTGT GTGAATTAGG AACTCAGTGG
TTCGTTTCCA GCCGCTTGAT CGAACGCTTT GGAGTGTTCT TTACTGCTGC ACTTTTGCCT
GTGGCTGTAG GCTTTGTCGT TCCTGGGATG ATTGTTGTAC TTTACTTACT ACCAGGAATA
CAATCACTGG CATTTTTCTG GGGATTAGTC GGGTTGAAGT TCTTTGATGA ACTGCTACGC
TACACCTTCG TTATTAGTAG TGGGCCGTCA CTATATCAAC CGATACCAGA ACGCATTCGT
AGCCGGATGC AGGCATTATC AGGAGGAACG GCGGAAGCGA TCGCCACTGG TACTGCTGGT
ATCATCATTG TGATTACCTT GTTTGTGTGT GGGTTATTTG TACCTGCAAC AATGCAAAAG
TGGGTGTTTA TCTGCGAAAC AATGGTAGTA GCCGTTGCCT GCTTGAAGGT AGTATGGTTA
TTGCGATCGC GTTATGTTGA TTTGTTAGTC TTGAGCGCCG ATAGAGGCGA ACTAAGTGCC
TCTAATGTGG GTTTACGTGC CTTTAAACAA GGGGTAGTCA AAGCTTTAGA AGAAAAGGGC
AACACCGCAG ATAAACACTC ATGTATTGAA TTATTAGCCC AAATTGACCC CCAAGGGGCA
GCAGATGTTC TCTCACCAAT TTTATTTAAG CTAACGCCAG ATTTACAACG CCATAGTTTA
GAGGTGATGC TAGGGGCTGA TGCTAATCCC ACCCATGTAT CGGAAGTAAA ATGGTTGTTA
GAGCGTCATC CAGACAATGT TAATCCCGAA GTTTTTGCCC TAGCATTACG TTATGTTTGG
CTAGCTGACC CCAATCCCAA TTTAAGCCAA CTGGAAGAAT ACCTCAACCA GCGCCACCAC
TCATTAACTC GCGCCACAGC TGCGGCTTTG CTATTGCGTC AGGGAACACC AATCCAAAAA
GTAGCCGCCA CCAAGACTTT AAGCCGGATG CTAACCCATA AGCAGGAACG AGAACGGGTT
AATGGTGTCA AAGCCCTCCG AGAAGTGGTT TATTTACAGA CGTTACGGAT TCATATTCCT
AATTTGTTAC AGGATGAATC CTTAAGGGTG CGTTGTGCTG TCTTAGAAAT GATTGCTGCA
ACACGCATGG AAGAATACTA TTCCTCACTG CTGACAGCAC TTTATTACAA ATCAACCCGT
GCTACCGCCA TGCGTGCCTT AATCAAAATG GAGAATGAAG CATTGGATAT GCTGTTACAA
CTGGCTACCA ATGCCCATAA GCCAGAAGTA TTAAGGATGT ATGCTTGGCG TACCATAGGA
CAAATTTCTA CTACAGAAGC TGTAGAGACT TTATGGTTGC AGTTGGAATC TTCTTGGGGT
GCTACCAGGT ACCATATTCT GCGTAGCTTG TTGAAAATTC AGAAACAATC AGAAATTACC
AATTTAGTAG ATAGGTTTCA ACACAGTCGG GTAGAAAGTC TCATTGATCA GGAATTACGA
TTTTTGGGTG AGATTTATGC AGCTTATATA GACTTACGGC CACAATTAAA TTTAGATAAT
AATCAAACAA ATTCCAGAGC TTTGATTGTT GCGGATTTAC TCCAACGTGC CTTGGCAGAA
ATGGAATGGG ATATTCGGGA ACGTTTATTA TTATTATTAA AATTACTGTA TTCACCAGAT
AAAATGCAGG CAGCCGCTTT TAATTTGCGG TCTGAATCGA TGGTGAATTT AGCACGAGGA
TTGGAAATAT TAGAACATAC AGTAAATTTG CCCAGAAAAT CATTGTTGTT AAATCTCTTA
GATAAGCGAT CGCACCAAGA AAAGCTGCAT GATCTTTTAG AGGCAGAATT CACAGAATAT
CAACCGTTGT CAGCTAGTGA AAGATTGCGG AAGATGCTGA CTTTAGGCAC TTTTCTCTCT
GATTGGTGCT TGGCTTGCTG TTTTCATTTT GCCCAGGTTA ACCGGATTCG TTTGACAATT
AACGAAATTC TGATGGCTTT GCGTCATCCT ACGGGCTTTG TACGGGAAGC GGCGATCGCT
TATTTGAGTG TGGTTTCACA TCGCGTCCTC TTAGAACTTC TGCCCAAATT AAAAAAAGAT
TCTCATCCCC TAGTAGCAGC ACAAATTCAG GAATTGATCA AAAAATCCGC CATCAAAATT
AATCAATAA
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| Protein sequence | MELKNYSLAA NPSWLAQLLK WVNLRPEEGE RTWMMFAFYT TVSVGLRWAE DSTVALFLDE
YGAGPLPWMY IASAVMGMAL VFVYSWLQKI FPLRWVVVAI APCMVVPLIL LVLLRWGIHL
SYFSVIVVFL LRLWVDSLYV VNDLNTSIVA NQLFNIREIK RTYPLISSGL LVADVISGFS
LPWLLEFAKL NRVIMIACGV IMIGSAILCY LSYQYRSSFP EAPQRLIPQE QASRHRRIQA
PLKRYTLQLF AFVGLLQIIG LLVDFQYLQE LKINLGDREL AGFLGIFGGI VGLCELGTQW
FVSSRLIERF GVFFTAALLP VAVGFVVPGM IVVLYLLPGI QSLAFFWGLV GLKFFDELLR
YTFVISSGPS LYQPIPERIR SRMQALSGGT AEAIATGTAG IIIVITLFVC GLFVPATMQK
WVFICETMVV AVACLKVVWL LRSRYVDLLV LSADRGELSA SNVGLRAFKQ GVVKALEEKG
NTADKHSCIE LLAQIDPQGA ADVLSPILFK LTPDLQRHSL EVMLGADANP THVSEVKWLL
ERHPDNVNPE VFALALRYVW LADPNPNLSQ LEEYLNQRHH SLTRATAAAL LLRQGTPIQK
VAATKTLSRM LTHKQERERV NGVKALREVV YLQTLRIHIP NLLQDESLRV RCAVLEMIAA
TRMEEYYSSL LTALYYKSTR ATAMRALIKM ENEALDMLLQ LATNAHKPEV LRMYAWRTIG
QISTTEAVET LWLQLESSWG ATRYHILRSL LKIQKQSEIT NLVDRFQHSR VESLIDQELR
FLGEIYAAYI DLRPQLNLDN NQTNSRALIV ADLLQRALAE MEWDIRERLL LLLKLLYSPD
KMQAAAFNLR SESMVNLARG LEILEHTVNL PRKSLLLNLL DKRSHQEKLH DLLEAEFTEY
QPLSASERLR KMLTLGTFLS DWCLACCFHF AQVNRIRLTI NEILMALRHP TGFVREAAIA
YLSVVSHRVL LELLPKLKKD SHPLVAAQIQ ELIKKSAIKI NQ
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