Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
Locus tag | Ava_2183 |
Symbol | |
ID | 3679739 |
Type | CDS |
Is gene spliced | No |
Is pseudo gene | No |
Organism name | Anabaena variabilis ATCC 29413 |
Kingdom | Bacteria |
Replicon accession | NC_007413 |
Strand | + |
Start bp | 2700119 |
End bp | 2704792 |
Gene Length | 4674 bp |
Protein Length | 1557 aa |
Translation table | 11 |
GC content | 47% |
IMG OID | 637717526 |
Product | peptidase C14, caspase catalytic subunit p20 |
Protein accession | YP_322698 |
Protein GI | 75908402 |
COG category | [R] General function prediction only |
COG ID | [COG2319] FOG: WD40 repeat |
TIGRFAM ID | |
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Plasmid Coverage information |
Num covering plasmid clones | 7 |
Plasmid unclonability p-value | 0.150849 |
Plasmid hitchhiking | No |
Plasmid clonability | normal |
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Fosmid Coverage information |
Num covering fosmid clones | 20 |
Fosmid unclonability p-value | 1 |
Fosmid Hitchhiker | No |
Fosmid clonability | normal |
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Sequence |
Gene sequence | ATGAGTAGAG ATGCTTTAGT TGTTGGCATT AATAAGTATA GTTTTGCAGG CTTGTCAGGT TTAAAATCGC CTGCTAAGGA TGCAGAAGCG ATCGCCAAGC GACTTAGTGA AGCTGGAAAT TTTCATGTCA AGCGATCGCC ACAATTCTTA GATCCGTTTG AAGATCATGC ACCACGGGTA GCAGCAAATC AAGAACTCAA GCTGGCAGAC TTAGAAAAGG CTTTAGAAGA ATTATTTTAT CCTGAAGGCA GGAGCATCCC AGATACCGCG CTGTTTTATT TCTCTGGGCA TGGTCTTCGT AAAGAGGGAC GCATTAAGGA AGGATATCTG GCAACCAGTG ATACAAATCC TGATGTGGGC AACTGGGGAC TGCGATTAAA GTGGCTGCGG GAATTATTGC AAGAAAGCCC AGTAAGACAG CAGATTATCT GGTTGGACTG TTGTTACAGT GGTGAACTAC TCAATTTTAC AGAAGCTGAC CCAGGCGATC GCGGCAATAC ACGCGATCGC TGTTTTATTG CTGCTTCCAG AGAATTTGAG CCAGCCTATG AAAATGTTGG TGGAGCCAGT AGCCTACTGA CAAGCGCAAT TTTGCGCGGA TTTGATTTGG CTGATGTATC TAACCAATGG GTGACGAACG AAACATTAGT GGCATTCTTG CGAGAAGAAT TAAAAACAGC ACCCCAAAAA TTCATTTCTA ATAACCTGGG GTGTATTAAT ATTATTTTCA GAGCAGAAAC AACAAAAAAA CAAGCTGTTC AACCTGTTAC ACCAACTGCC AATCAACCAA ACCAAACGGC TAAATTAGCA GAACAGTTAC GAGCTTGGTT TACTGCCTTA CGTTATGACT TTGAACAGTA TGAAATTAAC AATGAAACTT ATTTTGAGTG GATTATTAAT GTAATTAATC CTGTAGGACG CAAGCGGTAT AACCGAATTT TGGTACGCGG CATCACTGGA GAAGCCGAAA TGAAAGATGT TGCCGCCTTG CGACAGTCAG TCAATGCTCA AAGAACCGAT ATAGGTTGGC TCATTACAAA CCGCCGTGTC AGTCGGGCTG CTAAAGATGA GGTGAGCAAG CAAGAAAACC AGGATTTGTT CTGCTACACC CTTGATGAGT TGCTGGATCG AGATGCAGAT TTTAGTTGCT ATCTCAACTG GTTGGAAGAT GAAATTAAGC AACGGGGAAT TGACCGCACC TATGTACCCC TAGCTTGTAC CAAAGAGGAA TTTGATCCCA TCTCAAAGCA GAAAATGGGG ATGAGCCGTT ACGCCCAAGC TGATGGTTGG ATTGATGGTT ATGTTGATCG CTGGCTTGAT GATCCTGCTA AAGAACACCT TTCCATTCTG GGTGAATTTG GTACTGGTAA AACTTGGTTT GGGTTGCATT ATGCCTGGAC TACCCTGCAA CGCTATCGTG ATGCTCAACG CCGGGGTGTA GAACGTCCAC GTCTGCCGTT AGTGATTCCT TTACGGGATT ATGCCAAAGC AGTGAGTGTA GAATCACTGT TTTCGGAGTT TTTTTTTCGT AAGCATGAAA TCCCTCTGCC TGGTTATTCT GCTTTTGAAC AACTCAACCG CATGGGTAAA GTGCTGTTGA TTTTCGATGG CTTTGATGAA ATGGCAGCTA GGGTAAATCG CCAAGAGATG ATCAACAACT TCTGGGAACT AGCCAAAGTA GTAGTACCAG GAGCAAAGGT AATTCTGACT TGTCGAACTG AACATTTCCC CGAAGCAAAA GAAGGCAGAG CTTTGCTAAG TGCCGAGTTG CAAGCTTCTA CTATTAACTT GCCTCTAGAA ACACCGCGCT TTGAAGTGCT GGAATTAGAA AAATTTGATG ACGAGCAAAT TCGGCAGGTA TTTGGGTTTC GTGCTGAAGC AGAGACTGTG GAACAGGTAA TGAATAATTC GACACTGCGG GATTTGGCAC GTCGTCCCGT AATGACAGAA CTGATTATAG AAGCTTTGCC AGAAATTGAG GCGGGTAAGC CAGTTGATAT ATCACGGGTA TATTTATATG CTGTGCGCCA CAAGATGGAA AGGGATATCA AAGCCGAGCG TACCTTTACC TCATTAGCAG ATAAACTCTA TTTTTTGTGT GAACTGTCGT GGGAAATGCT CTCACAAGAC CAGATGAGCA TGAACTACAA AGAATTTCCA GACCAGATTC GGCGTTTATT TGGTTCTGTA GTCGAGGAAG AAAAGGATTT AGACCACTGG CATTATGACA TGATGGGGCA GACAATGCTG ATTCGTAATG CGGAAGGTGA CTACAGCCCA GCCCATCGTT CATTATTAGA GTTTTTTGCC GCCTATAAGC TGGTGGCAGA GTTAGGTGTT TTAGCCCCCG ACTTCACAGA ACTGGCTCAA GCACAGTCTT GTTTAGACAA AACTGTTCCA GCAAGAGATT ACACTTGGTC AGAATACTTT CAGCGACAGT GCCAAGAAGA TGGACAACTG CTACCCATAG CACCCATAAA GTCATTTACC AACGCATCTT TAGAGAGGTT ATGTAATTAT TTGGGTACGT CGCCTTTGGC AAAAGCTTTG CTGGATTTAG CTGTGCCAAT GTTAGATGAG CAGGTTTTTC AACAAATTTT ATTGAGGCTG ATTCAAGCAA CCCGTGGTAA AACTCAGGCT CAGGTGGGTT ATATAGGCGG CAACTTAGTG AAATTACTAA TAGAAAGAAA TCCTTACAGC CTGGAAAATT GTGATCTCAG TAATACTGTA ATTCCGGATG TAAACTTTGC AAATGCCAGC TTCCGGTGGG TAAATTTGAT GGGAACGAAT CTCACAAACT CTGTTTTTGC ACCAGTTCTG GGAGTGGTCT ATTCAGTGGC ATTTAGTCCA GATGGCAAAA AATTGGTGAT TGGAGATAGT AAGGGTACTA TACAGGTCTG GGAAACATTT TCTGGCAGGG TTTTGTTGTT TCTTCAAGGA CATGAAAATG GGGTCAAATC AGTGGCGTTT TCCCCCGACG GTGGGCGCAT TGTCAGTGGC AGTAATGACA ACACAATCCG GTTGTGGGAT GTGAATGGTC AGCCCATTGG TCAACCCTTC CGGGGGCATG AAGGAGGGGT CAATTCAGTA GCGTTTTCCC CCGACGGTGG GCGCATTGTC AGTGGCAGTA ATGACAACAC AATCCGGTTG TGGGATGTGA ATGGTCAGCC CATTGGTCAA CCCTTCCGGG GGCATGAAGG AGGGGTCAAT TCAGTAGCGT TTTCCCCCGA CGGTGGGCGC ATTGTCAGTG GCAGTAATGA CAACACAATC CGGTTGTGGG ATGTGAATGG TCAGCCCATT GGTCAACCCT TCCGGGGGCA TGAAGGAGGG GTCAATTCAG TAGCGTTTTC CCCCGACGGT GGGCGCATTG TCAGTGGCAG TTATGACAAC ACAGTACGGT TGTGGGATGT GAATGGTCAG CCCATTGGTC AACCCTTCCG GGGGCATGAA GGAGGGGTCA ATTCAGTGGC GTTTTCCCCC GACGGTGGGC GCATTGTCAG TGGCAGTAAT GACAACACAA TCCGGTTGTG GGATATGAAT GGTCAGCCCA TTGGTCAACC CTTCCGGGGG CATGAAGATA TGGTCTATTC AGTGGCGTTT TCCCCCGACG GTGGGCGCAT TGTCAGTGGC AGTTATGACA AGACAATACG GTTGTGGGAT ATGAATGGTC AGCCCATTGG TCAACCCTTC CGGGGGCATG AAGATATGGT CTTATCAGTG GCGTTTTCCC CCGACGGTGG GCGCATTGTC AGTGGCAGTT ATGACAACAC AGTACGGTTG TGGGAGGCGA ATGGTCAGTC CATTGGTCAA CCCTTCCGGG GGCATGAAAA TTTGGTCAAT TCAGTAGCGT TTTCCCCCGA CGGTGGGCGC ATTGTCAGTG GCAGTAATGA CAACACAATC CGGTTGTGGG ATGTGAATGG TCAGCCCATT GGTCAACCCT TCCGGGGGCA TGAAGGAAGG GTCTATTCAG TGGCGTTTTC CCCCGACGGT GGGCGCATTG TCAGTGGCAG TAATGACAAC ACAATCCGGT TGTGGGATGT GAATGGTCAG CCCATTGGTC AACCCTTCCG GGGGCATGAA AATTTGGTCT ATTCAGTGGC GTTTTCCCCC GACGGTGGGC GCATTGTCAG TGGCAGTTGG GACAACACAA TACGGTTGTG GGATGTGAAT GGTCAGCCCA TTGGTCGACC CTTCCGGGGT CATGAAAATG TGGTCTATTC AGTGGCGTTT TCCCCGGATG GTGGGCGCAT TGTCAGTGGC AGTTGGGACA ACACAATACG GTTGTGGGAT GTGAATGGTC AGTCCATTGG TCAACCCTTC CGGGGGCATG AAGATTGGGT CAGATCAGTG GCGTTTTCCC CCGACGGTGG GCGTATTGTC AGTGGCAGTG ATGACAAGAC ACTCAGGTTG TGGGATGTGA ATGGTCAGCC CATTGGTCAA CCCTTCCGGG GGCATGAAGA TTTGGTCAGA TCAGTGGCGT TTTCCCCCGA CGGTGAGCGC ATTGTCAGTG GCAGTTATGA TGAAACCATC CGTATTTGGG ATGCAGCTAC TGGTGATTGT CTGCGGGTAA TCAGCTATAA ACTTTGTGCA GGGCTGAATA TTACAGGTGT AACAGGGCTA ACGTCAGCAC AGCGCGTAGC ATTAAAACTA ATGGGAGCGA TTGATAATTT ATGA
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Protein sequence | MSRDALVVGI NKYSFAGLSG LKSPAKDAEA IAKRLSEAGN FHVKRSPQFL DPFEDHAPRV AANQELKLAD LEKALEELFY PEGRSIPDTA LFYFSGHGLR KEGRIKEGYL ATSDTNPDVG NWGLRLKWLR ELLQESPVRQ QIIWLDCCYS GELLNFTEAD PGDRGNTRDR CFIAASREFE PAYENVGGAS SLLTSAILRG FDLADVSNQW VTNETLVAFL REELKTAPQK FISNNLGCIN IIFRAETTKK QAVQPVTPTA NQPNQTAKLA EQLRAWFTAL RYDFEQYEIN NETYFEWIIN VINPVGRKRY NRILVRGITG EAEMKDVAAL RQSVNAQRTD IGWLITNRRV SRAAKDEVSK QENQDLFCYT LDELLDRDAD FSCYLNWLED EIKQRGIDRT YVPLACTKEE FDPISKQKMG MSRYAQADGW IDGYVDRWLD DPAKEHLSIL GEFGTGKTWF GLHYAWTTLQ RYRDAQRRGV ERPRLPLVIP LRDYAKAVSV ESLFSEFFFR KHEIPLPGYS AFEQLNRMGK VLLIFDGFDE MAARVNRQEM INNFWELAKV VVPGAKVILT CRTEHFPEAK EGRALLSAEL QASTINLPLE TPRFEVLELE KFDDEQIRQV FGFRAEAETV EQVMNNSTLR DLARRPVMTE LIIEALPEIE AGKPVDISRV YLYAVRHKME RDIKAERTFT SLADKLYFLC ELSWEMLSQD QMSMNYKEFP DQIRRLFGSV VEEEKDLDHW HYDMMGQTML IRNAEGDYSP AHRSLLEFFA AYKLVAELGV LAPDFTELAQ AQSCLDKTVP ARDYTWSEYF QRQCQEDGQL LPIAPIKSFT NASLERLCNY LGTSPLAKAL LDLAVPMLDE QVFQQILLRL IQATRGKTQA QVGYIGGNLV KLLIERNPYS LENCDLSNTV IPDVNFANAS FRWVNLMGTN LTNSVFAPVL GVVYSVAFSP DGKKLVIGDS KGTIQVWETF SGRVLLFLQG HENGVKSVAF SPDGGRIVSG SNDNTIRLWD VNGQPIGQPF RGHEGGVNSV AFSPDGGRIV SGSNDNTIRL WDVNGQPIGQ PFRGHEGGVN SVAFSPDGGR IVSGSNDNTI RLWDVNGQPI GQPFRGHEGG VNSVAFSPDG GRIVSGSYDN TVRLWDVNGQ PIGQPFRGHE GGVNSVAFSP DGGRIVSGSN DNTIRLWDMN GQPIGQPFRG HEDMVYSVAF SPDGGRIVSG SYDKTIRLWD MNGQPIGQPF RGHEDMVLSV AFSPDGGRIV SGSYDNTVRL WEANGQSIGQ PFRGHENLVN SVAFSPDGGR IVSGSNDNTI RLWDVNGQPI GQPFRGHEGR VYSVAFSPDG GRIVSGSNDN TIRLWDVNGQ PIGQPFRGHE NLVYSVAFSP DGGRIVSGSW DNTIRLWDVN GQPIGRPFRG HENVVYSVAF SPDGGRIVSG SWDNTIRLWD VNGQSIGQPF RGHEDWVRSV AFSPDGGRIV SGSDDKTLRL WDVNGQPIGQ PFRGHEDLVR SVAFSPDGER IVSGSYDETI RIWDAATGDC LRVISYKLCA GLNITGVTGL TSAQRVALKL MGAIDNL
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