| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_0049 |
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| Symbol | |
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| ID | 3683558 |
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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 | 55168 |
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| End bp | 58002 |
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| Gene Length | 2835 bp |
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| Protein Length | 944 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 637715376 |
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| Product | HEAT repeat-containing PBS lyase |
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| Protein accession | YP_320570 |
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| Protein GI | 75906274 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG5635] Predicted NTPase (NACHT family) |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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| Plasmid unclonability p-value | 0.229879 |
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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 | 11 |
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| Fosmid unclonability p-value | 0.368167 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGCAAGAG CGAGTTATGG CCCAGAGGCG AAAAGGCGAT CGCGGCATTT ATTACAGGTA
CTATTAGCTT ATGCTAATGA TGAGCTAGGC TGCGATGAAG CGGCTTTAGA TGCCCTGCGT
CCCCAAATAC AAACTCGCTG GCAAAGTGAA ACACGCCTAG TTGTCAGAAC TAAAGTCAGA
TTTTTGCAGG CTTTAACGGG GTTAACATCA GATGAGTTAA CATCTGAACA AATCAAAGAA
GCTTTAAAAC GGTTTGCAGA TTTCTTAGAA ATATTAGAAG ACAATCGCCC ATCTCGCAGT
GGTTCCGAAA CTTGGCACTT TACCCTCAAT CTTTGGTACA AACGCCAAGA TACAGCAGCC
AACTTACAAA AATTTGATTC CCACTGGGAA AGTCGCCGTC CAGAAAAATC CAAGGAAGTC
ACAGCAGCAA AAGCGGACAA ACAAGTACCT CACCCAAATT GGCAAGAACT ATGTCGCGCC
AACCTCAACA ACCGCCTGAC AACAAATCCC CTCACCAGTG TAGATGGTGT CACTTTTGAA
TTGAATCAGG TTTACGTACC TTTGGGCTTA GTGCAGCGAA AACAGCGTTT ACGTCATCGT
GATGATGTCA CTCCCCAAGA GGGTTCGCGG TTATATGAAC CAGAGGAATT GGATATTACC
CAAACCTTTG ACCATAATGA ATTTATTCAA CAGGTACTAG GACAAAAGCA AAGTCAGCGA
ATTGCCATTA TCGGCGAACC AGGCGCAGGG AAAACTACTT TTTTGCAGAG AATTGCTGCT
TGGGTGTTAG ATAATACCGC AGATTTACCA GTTTGGATTT CCCTAGCAGA TTTACAAGGT
AAAACTCTGG AACAGTATTT AATTCAAGAC TGGCTACCTT CAGCTATGCG TAAACTTAGG
GTTTCGCCAG AACTTGAAGA CGCATTTTGT GAACAGTTCA ACCAAGGAAG AGTTTGGTTA
CTGCTGGATG CGGTGGATGA AATGGCAATA GAATCTACCA GCGCCTTGGC AAAAATTGCT
AGTTTCTTGA AAAGTTGGGT AGGCGATGCC ACAATTATTC TTACCTGTCG GCTGAATGTT
TGGGATGCGG GGAAGAATGC CTTAGAAAAT TTTGACACTT ATGGCAATTT ACATTTTAGC
TACGGCCTGG ATCAAACACA GGATCGGATA GGGCAATTTA TTTGTCGATG GTTTCAGTAC
AATCCAGCGT TAGGCGAAAA ACTGCGACAT GAGTTAAACC AACCAGAAAG GCGGCGCGTC
AAAGATACGG TAAAAAATCC CCTACGCTTG GCTTTGTTGT GTCGGATTTG GGGCATCACT
CAGGGAGAAT TACCTTATAG TAAGGCGATG CTTTATCAGC AGTTTGTGGA AGCAATCTAT
GAGTGGAAAC AAGACATTTT CCCTACTACT TCCACTCAGC GACAGGAGTT AAACCGGGCG
TTGGGAAAAT TAGCACTGTT GGCAATTGCC CAAGAACAGA CAAAGTTTCG CCTCAGACAT
CGTTTTGTCT GCCAAGTTTT AGGCACTCCC GATGATGGAC TGTTCCAACT AGCACTCCAG
TTAGGTTGGT TGAATCAAGT CGGTATTTTA GAAACTCAAG GGGAAAAAGT TTATGCTTTT
TACCATCCCA CATTTCAAGA ATATTTTGCC GCTCAGGCGA TTACAGATTT TTCAGGGGAA
AGTGGTTACC GGATTTTTGA ACCGCAATGG CGAGAGGTAA TACTATTGTG GCTGGGTAGA
GATGATGTAC CACAGGTAGA AAAAGAGGCT TTGATTAACG CACTAATTCA ATTTGAGGAC
GGATGCGGGG GATTCTATAA TTATCAAGCT TATTTCTTGG CAGCCCAGGG AATCACTGAA
TTTACCGATT CTCAACAAGC TGAGGCGATG ATTCAGCAGT TAATTAAGTG GCGTTTTGGC
TACTTTGATT CACAAAAGCA AAAATGGTGT AGATACCCAT CACCAATTGT AGAAGGTGCG
CGCATAGCTT TACTCAAAAC CGATCGCCTA AAAGCGATCG CCTGCTTAGA ACAATTTATC
ACTGCCTGTG ACAATGAGTT TGATAGTTGG AATGCAGCCT ATAGTTTAGG TAAGATTTTT
GACCCTGGGA ACAAGATTGC GATCGCTTCC TTGGAAAATC TTGTTAAAAT AGCTCGGCAT
GAAACTATCC GTTGGCAAGC CGCCTATAGT CTAGGCAGAG TCGATGCAGA AAATCCCACG
GCTATGACTG CATTGCTGCA AATTATTGCA ACTACTGACA ATGAATCTAC TCGTCGTAAG
GCTGCCTATA GTTTAGGTAA ACTTGATTCC CACAACGCAA CGGCTATTAC CACATTAGAA
AAAATCGCCC AATCAGCCAC AGATGTTTCT CAACGCCGCC AAGCCACCGA GAATCTAGCA
ACTTTACGCG GTGAAGAAAT TACCCATAAA TGGCAAGGTA AACAACAACA ACAACAAAAG
GTACTTTACC CTGTACCTGA AAAAATCACA GCCTTAATCC GTGGTATCTC TTCATGTGAG
GATGAAGACA CCAAAAGACG TAGAGCCTAC AAATTAGCAC AACTTGACCC AGGTAATAAG
ATTGCATTGA TAACCTTACT ACAATTACTC AAATCAACCC AACGCGAATC GTTACGCAAA
CGCACAGCAG ACAATTTAAA AGAAATCCTG ATTGATGAAC AGTTACCACA AGTAATCTTC
TACCTGAAAG ATTGCTTTTC CCCCACAGTT AGGGAACACG AGTTGGAACT ACACCGAGAT
TGTTACAAGT TGCTGTGGTA CTGTGCCGAA AATCTGACTT ATCAGGAGTT TTACCAAGCT
TGGCATAGCA GTTAA
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| Protein sequence | MARASYGPEA KRRSRHLLQV LLAYANDELG CDEAALDALR PQIQTRWQSE TRLVVRTKVR
FLQALTGLTS DELTSEQIKE ALKRFADFLE ILEDNRPSRS GSETWHFTLN LWYKRQDTAA
NLQKFDSHWE SRRPEKSKEV TAAKADKQVP HPNWQELCRA NLNNRLTTNP LTSVDGVTFE
LNQVYVPLGL VQRKQRLRHR DDVTPQEGSR LYEPEELDIT QTFDHNEFIQ QVLGQKQSQR
IAIIGEPGAG KTTFLQRIAA WVLDNTADLP VWISLADLQG KTLEQYLIQD WLPSAMRKLR
VSPELEDAFC EQFNQGRVWL LLDAVDEMAI ESTSALAKIA SFLKSWVGDA TIILTCRLNV
WDAGKNALEN FDTYGNLHFS YGLDQTQDRI GQFICRWFQY NPALGEKLRH ELNQPERRRV
KDTVKNPLRL ALLCRIWGIT QGELPYSKAM LYQQFVEAIY EWKQDIFPTT STQRQELNRA
LGKLALLAIA QEQTKFRLRH RFVCQVLGTP DDGLFQLALQ LGWLNQVGIL ETQGEKVYAF
YHPTFQEYFA AQAITDFSGE SGYRIFEPQW REVILLWLGR DDVPQVEKEA LINALIQFED
GCGGFYNYQA YFLAAQGITE FTDSQQAEAM IQQLIKWRFG YFDSQKQKWC RYPSPIVEGA
RIALLKTDRL KAIACLEQFI TACDNEFDSW NAAYSLGKIF DPGNKIAIAS LENLVKIARH
ETIRWQAAYS LGRVDAENPT AMTALLQIIA TTDNESTRRK AAYSLGKLDS HNATAITTLE
KIAQSATDVS QRRQATENLA TLRGEEITHK WQGKQQQQQK VLYPVPEKIT ALIRGISSCE
DEDTKRRRAY KLAQLDPGNK IALITLLQLL KSTQRESLRK RTADNLKEIL IDEQLPQVIF
YLKDCFSPTV REHELELHRD CYKLLWYCAE NLTYQEFYQA WHSS
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