| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_4837 |
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| Symbol | |
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| ID | 3679335 |
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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 | 6083299 |
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| End bp | 6086580 |
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| Gene Length | 3282 bp |
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| Protein Length | 1093 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 637720194 |
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| Product | amino acid adenylation |
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| Protein accession | YP_325329 |
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| Protein GI | 75911033 |
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| COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG1020] Non-ribosomal peptide synthetase modules and related proteins |
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| TIGRFAM ID | [TIGR01733] amino acid adenylation domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 16 |
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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 | 8 |
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| Fosmid unclonability p-value | 0.0536139 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAAAATAT TACCTATAGA AAATCAAACT GAATTGACCG CTATTGATTT CGATCCATTT
GCAGATGGTG AATTATTATT AACTGCCCCT GCTACCGAAT CTCAAAAAGA AATTTGGGCA
TCTGTACAGA TGGGGAGTGC TGCTAATTGT GCTTATAACG AATCCCAATC CCTAAACTTA
AAAGGACAAT TCAATTTAGA AGCTTTTCAA TCTGCTATCC AACAGCTAGT TCAACGTCAT
GAGGCTTTAC GAACAACCTT TAGTACTAAT GGTAGTACAC TCTGTATTGT GGCTTCGTTA
CTAATTGATA TTCCTTTTAT TGATGTTTCT AATTTAGAGG TTCAAGAGAG AGAAATAAAA
GTAGCTGAAA TCTTACAGCA AGAAGTAGGA CAACCTTTTG ATTTAGAACA TGGCCCACTA
TTTCGAGCAA AAATAATTAA ATTGCATCCC CAAGAACATT TAGTTACTTT AACTGCCCAT
CATATTATTT GTGATGGTTG GTCTTGGGGG GTGCTGATGC CTGATTTGGG TCAGATATAT
TCTGATTTGC TGCAAGGGAT AATGCCTGAT TTAGAAGAGC CAGACAAATT TAGTGAATAC
GCTATTTTAC AGGAAGAAGA AGAACAAACA TCAGAAGCGA TCGCCACAGA ACAATATTGG
TTAGAGCAAT TTTCCGACTC AGTACCCGTA GTAGACTTTC CTACAGATCG TCCCCGTCCA
CCACTGAGGA CTTTTAACGC CGCCCGTGAA GACTGGCAAT TAAAACCCGA ACTAGTTACC
CACCTCAAAC AACTAGGAAC AAAATTTGGT TGTAGCTTTA TGACAACTAT TTTGGCAGGG
TTTGAAGTGT GGCTGCATCG ATTGACCGGA CAAAATGATC TAGTGGTCGG TATTCCCGCC
GCCGGACAAG CTGCCTCAGG ACAGTATAAT CTTGTAGGGC ATTGCGTAAA TTTATTACCA
CTGCGGACTC AGATAGATAG CCAAAAATCT TTTAGTGACT ACTTACAAAC TAGACGTTCC
ACCATCTTAG ATGCCTACGA TCATCAACAA TTCACCTTTG GTGGCCTAGT CAAAAAACTG
TCACTGCCAC GGGATTCTAG CCGGATTCCT TTAGTGCCAA TTACATTCAA TATTGATCAA
GGATTGGATA GTGATAAATT ACCCTTCGCT GGACTGGAAG TAGAATTTTT CTCTAATCCT
CGCTCATTTG AAAATTTTGA ACTGTTTATC AACGCTACAG AATTGCGTGG TCAACTGACA
CTGGAATGTC AGTACAACAC TAATTTATTT GATGCTGATA CTATCCGCCG TCGCCTGGCA
GAGTTGGAAA CCTTGCTATT GGGTATAGTG TCTAACCCCG ATCAAATTAT TGCTAAGTTG
CCCATCTTAC CAGCCGTTGA GCAACAGTTA TTAGCCGCAT GGAACCAGAC TCAAACTGAC
TATCCCCAAG ATAAATCCAT ACACCAGTTA TTTGCGGAAC AGGTAGAGCG CACCCCCGAC
GCTGTGGCGT TGATATTTCA AGAGCAACAA CTAACTTATC GAGAATTAAA TATTCGAGCC
AATAAATTGG CGCAATATCT GCAAACACTA GGAGTCGGGG CAGACGTTCT GGTGGGTATC
TGCGTGGAGC GTTCCTTAGA AATGGTGGTG GGTCTTTTAG GCATCCTAAA AGCAGGTGGC
GCTTATGTAC CACTAGATCC TGGTTATCCA CCAGAACGCC TGGCTTTCAT GCTGGCAGAC
ACCCAAATTC AATTATTATT GACTCAAAAA CACCTAGTTG AAAAGCTACC TACCCACACT
GCAACATTAA TTTGTTTAGA TACCGATGGG GATACGATCA ACCAAACAAC AGTAGAAAAT
CCCGTTAGTA ACGTCACAGC CAATAACTTG GCTTATGTGA TGTACACATC TGGTTCTACA
GGTCAGCCCA AAGGTGTCAG TGTTATTCAT CAAGGCGTAG TGAGATTAGT CAAAGAAACT
AACTATGTCA GCCTCACCAA TAAAGAAGTA TTTCTGCAAA TTAGCCCCAT CTCTTTCGAC
GCTTCAACTT TTGAAATTTG GGGTTGTTTG CTCAACGGTG GAAAACTAGT AATATTCCCT
CCAAACACAC CATCTTTAGA CGAATTAGAG CAAATTATTC AACAACACCA GGTAACAACT
CTGTGGTTAA CGGCTGGGTT ATTTCATCTG ATAGTCGATG AAAAAATTGA TGCGTTAAAA
CCCTTACGTC AATTATTAGC AGGTGGTGAT GTTTTATCAG TTTCCCACGT CCAGAAATTC
CTTAGCACAG TAGAGAACTG TAAATTAATT AATGGTTATG GACCAACGGA AAACACAACT
TTTACTTGCT GTTATGACAT CACAGCACCA CTAAAACCAG GGGCTTCTAT TCCCATTGGT
CGCCCGATCG CCAATAGCCA AGTTTATATA TTAGACTCTC ATTTACAACC AGTTCCCATT
GGGGTCACAG GTGAACTGTA CATTGGTGGG GATGGTCTAG CGCGAGAATA TTTCCATCGC
CCTGATTTAA CTGCTGAGAG ATTTATTCTT CATCCTTTTA ACTCAGATCC TCAATCACGC
TTATATAAAA GTGGTGATTT GGCACGCTAT TTACCCGATG GCGAGATTGA ATACCTGGGT
CGGATTGATA ATCAGGTAAA AGTCAGTGGT TTCCGCATAG AATTGGGTGA AATTGAAATC
GCCTTTTTAC AACATCCAGC AGTCAAAGAA GCTGTTGTAG TTGTTAGAGA AGATATTCCT
GGAGAGAAAC TCTTAGTTGG TTATTTTGTT GCAGAAACTG GTCAAGATAA CTTGTCAATC
ATCTCGGAAT TACGTCAATT TTTAAAACAA CAACTCCCAG AATATATGGT GCCAAAGGTT
TTTATGGCAC TGGAAGCTTT ACCACTAAAT GCTAACGGCA AAGTTGATCG CCGAGTACTA
CCAAAACCTG ATTCTTCTCG TCCAGAATTA GAAGCAAATT ATGTCGCACC GCGCACTCCC
ATTGAACAAC AAATTGCTGA CATCTGGACG CAGGTTCTCA ATATCAAACG GGTGGGAATT
TACGACAACT TTTTTGAACT GGGTGGATAT TCTCTAGTAG GCATCCAAGT AATATCTAGA
CTACGCCAAG CCCTGCAAGT AGAAATCTTG ATGTCCAACT TATTTGAACT ACCAACCGTG
GCAGATTTAG CAGAACGAGT AGAGACTCTG CGTTGGGCAA CTCAGAACGT TCAAGCTACT
GGAGTTGAAA CCGCAGATGA TTACGAGGAA GGTGAGCTAT GA
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| Protein sequence | MKILPIENQT ELTAIDFDPF ADGELLLTAP ATESQKEIWA SVQMGSAANC AYNESQSLNL
KGQFNLEAFQ SAIQQLVQRH EALRTTFSTN GSTLCIVASL LIDIPFIDVS NLEVQEREIK
VAEILQQEVG QPFDLEHGPL FRAKIIKLHP QEHLVTLTAH HIICDGWSWG VLMPDLGQIY
SDLLQGIMPD LEEPDKFSEY AILQEEEEQT SEAIATEQYW LEQFSDSVPV VDFPTDRPRP
PLRTFNAARE DWQLKPELVT HLKQLGTKFG CSFMTTILAG FEVWLHRLTG QNDLVVGIPA
AGQAASGQYN LVGHCVNLLP LRTQIDSQKS FSDYLQTRRS TILDAYDHQQ FTFGGLVKKL
SLPRDSSRIP LVPITFNIDQ GLDSDKLPFA GLEVEFFSNP RSFENFELFI NATELRGQLT
LECQYNTNLF DADTIRRRLA ELETLLLGIV SNPDQIIAKL PILPAVEQQL LAAWNQTQTD
YPQDKSIHQL FAEQVERTPD AVALIFQEQQ LTYRELNIRA NKLAQYLQTL GVGADVLVGI
CVERSLEMVV GLLGILKAGG AYVPLDPGYP PERLAFMLAD TQIQLLLTQK HLVEKLPTHT
ATLICLDTDG DTINQTTVEN PVSNVTANNL AYVMYTSGST GQPKGVSVIH QGVVRLVKET
NYVSLTNKEV FLQISPISFD ASTFEIWGCL LNGGKLVIFP PNTPSLDELE QIIQQHQVTT
LWLTAGLFHL IVDEKIDALK PLRQLLAGGD VLSVSHVQKF LSTVENCKLI NGYGPTENTT
FTCCYDITAP LKPGASIPIG RPIANSQVYI LDSHLQPVPI GVTGELYIGG DGLAREYFHR
PDLTAERFIL HPFNSDPQSR LYKSGDLARY LPDGEIEYLG RIDNQVKVSG FRIELGEIEI
AFLQHPAVKE AVVVVREDIP GEKLLVGYFV AETGQDNLSI ISELRQFLKQ QLPEYMVPKV
FMALEALPLN ANGKVDRRVL PKPDSSRPEL EANYVAPRTP IEQQIADIWT QVLNIKRVGI
YDNFFELGGY SLVGIQVISR LRQALQVEIL MSNLFELPTV ADLAERVETL RWATQNVQAT
GVETADDYEE GEL
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