| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_0583 |
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| Symbol | |
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| ID | 3678613 |
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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 | 735883 |
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| End bp | 739050 |
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| Gene Length | 3168 bp |
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| Protein Length | 1055 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 637715911 |
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| Product | putative Ig |
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| Protein accession | YP_321102 |
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| Protein GI | 75906806 |
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| COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG2931] RTX toxins and related Ca2+-binding proteins |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 27 |
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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 | 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 | ATGGCTAACA CCGCGCCTCT ACTGAACAAT ACAGGTAATC TCACCTTATC TTTTATTACT
GAAGATATTC CTGTTACTAG TAACACTGGT ACTCTAGTGT CTGAAATCAT CGGTAACTCT
ATAAGTGACC CAGATGCTAG TGCGCTAAAA GGCATTGCCG TTACCTTCGT TGATAACAGT
AACGGTGTTT GGGAATATAC CTTGAATAAT GGAACTAGTT GGAATGCCTT TGGAACACCA
TTGCTAAATG CAGCACGGTT ACTACCATCA AATGCAAATA CTAAAATCCG CTTTCGCCCC
AATGCTAACT TTAGTGGCTC TGCTGATATT AACTTTTACG CTTGGGATCA AACAACAGGT
ACATCAGGTA ACACAGCGAA TATTTTGGCT GGTAAAGGTG GAACAACTGC CTTCAGTACG
GACTATGAAG GAGCCTCCAT TACTGTTACC TCTGTTAACG ACACAGCACC AACCCTCAAC
GCCGGGACTC TCACTCTAGC AACTATTAAT GAGGATACAC CTCTTGTGAG TAACCGGGGT
AGTTTACTTG CTGACCTAGT GAGAGGATTA ATTAGCGATA GCGACGCAAA CCCCCAAGGA
ATTGCTGTCA CAGGAGCAGA TAATAGCAAC GGTAGTTGGC AATATTCTCT TGATGGCGGT
GCTAATTGGC TCAACTTTGG TGCTGTTTCT GATAGCTCAG CTACAGTACT ACTTCCTAGT
ATCAGACTCT ATGATGGTTC ATTGATTGGC TCACCAACTT CTCAAGGCTG GCTCAAATTT
GGTGCTTCGC CTGCTATTAC TCTTCCTATA CTAGGAAATG TGCTTGGGGT TGGTGGTACT
CAGTCTCAGA TTAGTGGTGG AACTCAATTA AATAGTAATA CTACACCTGC TTCATCACTA
GCTGGATTTA CAGCCTCAAC TGGGACATCC GGTTACAGTA ATTACAATGG TTACGCCCCA
GTTCTATTTA ACCAGTCGTT TCCTGCACTT GACCCCGTAA AAGGCTTCAC TATTAGTTTT
GATGTGAAAA TTAACAGTGA AACCCACACC AGTGATGATA ATGGTGATGG CATTCAAGAC
CGCGCTGGCT TTAGCGTCAT TGTTGTTACT AGTGACAAAA CCAAAGCAAT TGAGTTAGGT
TTCTGGACAG ATGAAATTTG GGCGCAGAAT GCTAGCCCGT TATTTACCCA CAGCACCACA
GAACGGGCAT TTAGAAACAC AAGCACAGCA GTTACCCACT ATAATTTGGT AGTTGAAAAT
AATACTTACA AGCTGTTTGC GCCGGATTCA TCTACGCCGA TTTTAAGTGG CAATCTCCGC
GATTACACGG CATTCAACCA CACCACTGCT GCACCTTCCC CAATCAATTC TTTACCTTTT
GACCCTTACG AAACACCCAA TTTCCTTTTC CTCGGTGACA ATACAACCTC CGCTAGGTCT
TCTATTGACC TCACACGGGT GGAACTGCAA ACAAATACGA GAGTTCGCTT TGTCCCCAAT
GCTGACTATA ATGGCCAAGC TAATCTCACC TTCCGCGCCT GGGATGGTTC TAATGGTGTA
GCCAGTGGTA CTACAGGAGT AAACGCTTCA GTTAATGGCA ATGCCACAGC TTTTAGTAGC
AATACTCAGA CTGTCGGTAT CACTATTAAT TCTGTTAATG ATGCACCGAT AGTAGCCAAT
AGTATTTCTA ACCAAACAGC TATAACAGGC ACAGCATTTA ACTTTCAAAT CGCCGCTAAC
ACATTTGCTG ATGCAGACTC AGGCGACACC CTCACGTATT CAGCTACCCG CAGCGATGGT
AGCCCTCTAC CCAGTTGGTT ATCTTTTGAT GCCGATACGG GCAGATTTAC TGGTACTCCT
ACCACGGATA ATTTAGGTAG CATTAGCCTG AGAGTTACTG CTACAGATAC AACCAACCTC
AGTGTTAACA CTATATTTAA CCTAGAAATC AGACGGCCAG ACAATATCAT CAACGGCACC
GCCAACAATA ATACAATCAT AGCTACCAGT GCCAAAGATA TATTTGATGG TGGAGATGGA
GGTGATATCT TCATTACCAA CATCGCCAAC CTCAGCCAAA ATGACATTCT CAATGGTGGA
AATGGACAAG ACACAATCAT TATTCAAGGT GGCATAAATA CGGACACCAT CAGCTTTGAC
TTAAGTAATG TCAACAATCA ACTAGCCAGC ATTCTTGGCA CAACCATCAC CAATGTTGAA
ACCTTTGACC TGAGAAGCTT TGCCGGCACA GTCACTTTTA CAGGTGGTAG TGGCAACGAT
GTAGTCTATG GTGGCGTTGG TAACGATACC CTGACTGGTG GCGCTGGTGA TGATAACCTC
AATGGAGGTG CTGGTGATGA TACCCTCATC GGTGGTGATG GTAATGATAT CCTCACAGGT
GGTAGTGGTA CAAACACCCT GACTGGTGGT GCAGGTAATG ACCGTTACTA CATAGATAAC
GCCAGCGATG TTATTCAAGA GGGGGCGGGT GCTGGTCAAG ATGAGGTTTT TGCCACAGTC
AGCTACACCT TAGCTGCTAA TGTCGAGGCT CTGACCCTCA GAGGTACTGC CATACAAGGT
ACGGGCAATA GCAGTAACAA TAACATTAGA GGTAATAATG CTAACAACAT TCTGTCTGGT
GAAGATGGCA ATGACAATCT TACAGGTAAT GCTGGCAATG ATGTATTGAT TGGTGGTCGT
GGTAATGATA CCCTCAATGG CGGTATTGGC AATGATGAGT TGATTGGTGG CGCTGGTAGC
GATCGCTTAT TCGGTGGTGC TGGTGCTGAT TACTTCAGTT TTGGTAGTCA GGGTAATCCC
TTCAACAGTG GTGATTTTGG CATAGATACC ATTGCTGATT TTGCAGTTGG CGTGGATGAC
ATTAAGTTAG ATAAGGTCAG CTTCTCTGCT CTAACTAGTG TGGTTGGCAA TGGTTTTAGT
GTAAGTAGTG AGTTTGCTAG TGTAAGTAAC GATACCTTAG CGGCAACTAG CAATGGGTTG
ATTGTTTACA GTTTAGGTAG TGGTCGCTTG TTCTATAACC AAAATGGCAG CGCTGCTGGT
TTTGGCACAG GCGCGCAGTT TGCGACTCTC TCCGGTACTC CTATTCTGAG TGCTGATGAT
TTCTTCATTT TCCAGTCTGT TCAGGAACCT GCTAAAAAAA TAGCGTAA
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| Protein sequence | MANTAPLLNN TGNLTLSFIT EDIPVTSNTG TLVSEIIGNS ISDPDASALK GIAVTFVDNS
NGVWEYTLNN GTSWNAFGTP LLNAARLLPS NANTKIRFRP NANFSGSADI NFYAWDQTTG
TSGNTANILA GKGGTTAFST DYEGASITVT SVNDTAPTLN AGTLTLATIN EDTPLVSNRG
SLLADLVRGL ISDSDANPQG IAVTGADNSN GSWQYSLDGG ANWLNFGAVS DSSATVLLPS
IRLYDGSLIG SPTSQGWLKF GASPAITLPI LGNVLGVGGT QSQISGGTQL NSNTTPASSL
AGFTASTGTS GYSNYNGYAP VLFNQSFPAL DPVKGFTISF DVKINSETHT SDDNGDGIQD
RAGFSVIVVT SDKTKAIELG FWTDEIWAQN ASPLFTHSTT ERAFRNTSTA VTHYNLVVEN
NTYKLFAPDS STPILSGNLR DYTAFNHTTA APSPINSLPF DPYETPNFLF LGDNTTSARS
SIDLTRVELQ TNTRVRFVPN ADYNGQANLT FRAWDGSNGV ASGTTGVNAS VNGNATAFSS
NTQTVGITIN SVNDAPIVAN SISNQTAITG TAFNFQIAAN TFADADSGDT LTYSATRSDG
SPLPSWLSFD ADTGRFTGTP TTDNLGSISL RVTATDTTNL SVNTIFNLEI RRPDNIINGT
ANNNTIIATS AKDIFDGGDG GDIFITNIAN LSQNDILNGG NGQDTIIIQG GINTDTISFD
LSNVNNQLAS ILGTTITNVE TFDLRSFAGT VTFTGGSGND VVYGGVGNDT LTGGAGDDNL
NGGAGDDTLI GGDGNDILTG GSGTNTLTGG AGNDRYYIDN ASDVIQEGAG AGQDEVFATV
SYTLAANVEA LTLRGTAIQG TGNSSNNNIR GNNANNILSG EDGNDNLTGN AGNDVLIGGR
GNDTLNGGIG NDELIGGAGS DRLFGGAGAD YFSFGSQGNP FNSGDFGIDT IADFAVGVDD
IKLDKVSFSA LTSVVGNGFS VSSEFASVSN DTLAATSNGL IVYSLGSGRL FYNQNGSAAG
FGTGAQFATL SGTPILSADD FFIFQSVQEP AKKIA
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