| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_1609 |
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| Symbol | |
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| ID | 3679166 |
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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 | 1987529 |
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| End bp | 1991788 |
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| Gene Length | 4260 bp |
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| Protein Length | 1419 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 637716949 |
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| Product | AMP-dependent synthetase and ligase |
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| Protein accession | YP_322127 |
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| Protein GI | 75907831 |
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| COG category | [I] Lipid transport and metabolism
[Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG0318] Acyl-CoA synthetases (AMP-forming)/AMP-acid ligases II |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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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 | 9 |
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| Fosmid unclonability p-value | 0.169022 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCAGCTAA ATAATTATAG TCAAAACCTA GAAAGTCCAA ATAGTGAAAA TTTTATATAT
AGAGATATAG AAATTGCGAT TCTGTCGAGT TTAACTGTTG ATGATTGTGT AGTTATAGAG
AAACAAACAA AAAATCTAGA ATCAGAATTA GTTGCTTATA TAGTTCCATC AGGGTTGTTT
GTACCAGAAC AATTATTGTC TCACCTGCAA GCAATTCTAC CTAGAGAATT AGTACCTACC
GCCATAGTCA CAATCTCCAC CATACCCCTA ACAAGTACAG GTCAGGTAGA TGAAGTTACT
CTAGCTAGTT TAGAAGTTAT TGACTCCGAC TTAATATATC GCGCACAGAA GCAACTAGAG
TCATTGTCAG CAATTGAACG TGTTGCAGTG GTGGCTGAAC CATTGGTGAC AAATGTTCCT
CCTGTGCATT TGCAAGACTT ACTAGGTGAA ACTGAGGCGA TCGCCTTTGA AGATAGTCAG
CAAAATTTAC AAGCAACTAT ACCTAGACAG AACGTAGAAA ATCAGGAGAC CTTTTCATCA
AAAAATTTAG CTATTAGTCA AGGGGAACCT CTGCCACAGT CCGAAAATGC TCCTAAAACT
TTAAAAGAAT TATTACAAAA AGCTACTCAA AATTCGACTA AAAATATTAT TTATATTCAA
CCAGATGGTA GTGAAAAATT CCAATCATAT CGGGAAGTAT GGCAAGATGC TCAACGGATT
TTATCTGGGT TAAGAAAGCT AGGACTTAAG CCCCAAGATA AAGTAATTTT TCAACTAGAA
GACAATCAAG ATTTCATTTG TGGTTTTTGG GCTTGCGTGC TTGGTGGCTT CGTTCCAGTA
CCCATATCCA TCGCCCCAAC CTACGAATTA GCTAATAGTA TTGCCAGCAA ACTGCAAAAC
ACTTGGCAGA TGTTGGATAA ACCGTTTGTA CTAACAAATG CTGCCTTAGC CCCCAAAATT
GATGACTTAT CCAAATTTTT AAAATTAGAA AACTTTCAAT TTGCAATTAT TGATCAGTTG
CGTGAGTGTG AACCGGATTT AAATCTGTAT CAAAGTCAGC CAGAGGATTT AGCGATTTTG
TTCTTGACTT CTGGTAGCAC TGGTATACCC AAGTGTGTGA TGCTCAATCA TCACAATTTA
TTGAGTATGA CAACTGGCTT AATTTTAATG GGTCATTTCT CCAGCCAGGA AAGTGTTTTA
AATTGGATGC CTTTGGATCA CGTCGGTGCG CTAGTTTCTC TCAGTATTAT GGCTGTGAGT
TTAGGTTGCC AACAAATCCA TGTACCTACT AACTTGATTG TCCAGAACCC GCTTTTGTGG
CTGGATTTAA TTGACAAACA TCAAGCCACG ATTAGTTGGG CCCCTAACTT TGCCTTTTCG
CTGATATGCG ATGCTTTGGG CGATTCTATC TACGGAAAGA TGGGTGAACA GTATCGGCCT
GAAAATAATC AAAAACACTG GGATTTATCA TCTATGGGTT TTGTGATCAA CGCAGGAGAA
CCCATTGTTA CCAAGATAGC CAGGAATTTC TTAAAACTGC TTCGCCCTTA TGGTTTACCA
ACGAATGCGA TTCATCCAGC CTTTGGGATG AGCGAAACCT CTTCTGGGAT TACATACTCT
GATAGTTTTT CTCTAGAATC TTCATCAGAT GACAGTTTAT TTGTAGAATT AGGGCTGCCA
CTTGCTGGGG CTTCACTGCG GATTGTTGAT GAAAATGAAC AAATAGTTAC AGAAAGTACG
ATTGGGCGTT TACAGGTTCA AGGTGCATCT GTGACTTCTG GTTACTATCA AAATCCACAG
GCGAACCAAG AAATTTTTAC TTTTGATGGT TGGTTTAACA CCGGAGATTT AGGTTTCCTC
CATCAAGGGC GTTTAACTAT TACTGGACGG CAGAAAGATG TAATTATCAT TAATGGGCTA
AATTACTATT GCCACGAAAT CGAGGCCGCA GTTGAAGAAA TTAAAGAAGT AGAAGTTTCT
TATACAGCTG CTTGTGCTGT TAGACAACCA GGAATTCATA CTGATAAACT AGCGATCTTC
TTCCATACTG CGATCGTTGA TGACACTAGT TTATTAACTC TGCTAAAGGA AATTCGTACC
TCCGTTGTCA ATAAAGTGGG CATAAACCCG GATTATTTGC TGCCAGTAGA GCCAGAAGCT
ATTCCTAAAA CCGCCATTGG AAAAATCCAG CGATCGCAAC TGAGTCGGCG CTTCAATACA
GGTGAATTTA AATCAGTTAT TAAACACGTT GATATATTAC TCGGTAACGC CAATACCATT
CCTGATTGGT TCTACCGTCA AGTATGGCAG CCCAAAAATC CTATTACTTT TAATTCTTCT
TTAAACCTTA CTAATTGCAC CTTGGTATTT CTAGATGCTT TTGGTTTGGG TACATATTTA
TGTCAAATAT TATCAGAGCG TAACCTGCAA TACATAACAG TTTCTCCAGG TGAAGATTTT
CGCAAAATCA ATCACTCACA CTACACAATT ACCCCAGGGC AGGCCAAAGA CTACAAACTA
TTACTCAAAT CTCTAGCAAC CGATAATATT ACCATTGGGC AGATTCTTCA TCTATGGAAT
TATGACCAAT ATCTTGGCGA AATCACAAGT ATTGAGGCTT TGGAAGCAGC GCAAGAAAAG
GGAATATATA GTTTATTATT CCTAGTTCAA GCTTTAGCAA AAGTTCAGGG TGTAGATAGT
CCTATTCAAT TACTATTTAT ATCTTCTTAT GTTCAGTCTA TTTCCTCAGA TGACCCCATA
GCTTATGAAA AATCACCAGT TTTAGGACTG CTAAAAACCA TTCCTCAAGA ATTACCTTGC
TTAAACTGTC GCCATATAGA TTTGCCATTT GCTGAAGTTG AGAAAACTGG AACTTATCTC
TTACAAGAGA TGCAGGTTTC CTCAAAAGAA CGAGAGGTAG CTTATAGAAA TGGGCAACGT
TTCATTCCTC GCCTAGAAAA AGTAGATTTT ACCAGCAAAC CTAAATCTCC TATTTCCTTC
AAGCACAGAG GTACTTATTT AATAACTGGA GGATTGGGTG GTATAGGAAT TGAAATTGCG
CGTTACTTAC TAAAACATTA CCAAGCTCGA CTCCTATTAG TTGGTAGAAC TCCTTTAATT
CATCATGGAA AAGAAGATGT TATTACACAA CATCAAAAAG CTTACCAAGA ACTATCACAG
CTTGGGGGAG AAGTAATTTA CGAAGCTGTT GACATATGTG ACTTAAACCA CTTGCAAATA
ATAGTTGAAA AAGCTCAATC CCAATGGTGT AAAAATCTTG ATGGAGTACT TCATTTAGCT
GGAACTTCTC ATGAGCAAAT GATACTTGAA GAAACTCAGG AGAACTTAGC AGCAATACTA
CGTCCTAAAG TGTTTGGTGC TTGGACACTA CATCAATTGG TAAAAGATAA CAAAGGCAGC
ATTTTTATCA ACTTTTCTTC GGTAAACGGT TTTTTTGGTA GTACTGCTGT TGGTGCTTAT
GCTGCGGCTA ATAGTTTTCT GGACGGCTTT TCTCATTACC AAAACTCACA CAGTGAATTA
ACAAGCTATT GTTTGAGTTG GAGTATGTGG CATGAAATAG GCATGAGCCA AGGATATCAG
CTGAAGAATC TCATCCGCAC CAAAGGTTTC TATGTCATGT CTTCCTCTCA AGCAATATCT
TCAATGCTTG CCACCTTACA ACATCAGCAA ACCCATCTAT TAATAGGTTT GGATGGCAGC
AACCAAAACA TTCAACTTTG GCAGTCTCAA GCCTTTAATT TACAAAAATT ATCTGCTTAT
TTTACTACTC ATAGTAGTGA CGATATTTTT AAATTACAGC ACTTAACTGT GGAAGACCGC
TTTGGAAATT CCTGCAATTG TAACTTAGTC AAGCTGAAAG AAATACCCTT AACCGAAAGT
GGTGCAATTG ATAAGAACAA ATTAATTCGA CAATTTACTG GACAGGACAC AGGAACTCAT
GTAGCACCCC GAAATAAGTT AGAGCAACAA ATTGCTGATA TTTGGGAACA AGTTTTGGGA
AGACCAGTGT TTAGTGTTCA TCACAACTTT TTTGAATTGG GAGGAAATTC CCTTGTCGGA
ACGCAAGTGA TTTCTCGGTT ACGAAATACC TTCTCCATTG ATTTGTCTTT ACAGAGTTTA
TTTAAATTAC CCACTGTAGC TGAATTAGCT AGCAATATAG AGGTAATAGA GATATTAATG
AAAAATGAAT ATGCCATTGC TAATGACATA GCAGAAGAAT ATGAAGAGGG ATGTTTGTAA
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| Protein sequence | MQLNNYSQNL ESPNSENFIY RDIEIAILSS LTVDDCVVIE KQTKNLESEL VAYIVPSGLF
VPEQLLSHLQ AILPRELVPT AIVTISTIPL TSTGQVDEVT LASLEVIDSD LIYRAQKQLE
SLSAIERVAV VAEPLVTNVP PVHLQDLLGE TEAIAFEDSQ QNLQATIPRQ NVENQETFSS
KNLAISQGEP LPQSENAPKT LKELLQKATQ NSTKNIIYIQ PDGSEKFQSY REVWQDAQRI
LSGLRKLGLK PQDKVIFQLE DNQDFICGFW ACVLGGFVPV PISIAPTYEL ANSIASKLQN
TWQMLDKPFV LTNAALAPKI DDLSKFLKLE NFQFAIIDQL RECEPDLNLY QSQPEDLAIL
FLTSGSTGIP KCVMLNHHNL LSMTTGLILM GHFSSQESVL NWMPLDHVGA LVSLSIMAVS
LGCQQIHVPT NLIVQNPLLW LDLIDKHQAT ISWAPNFAFS LICDALGDSI YGKMGEQYRP
ENNQKHWDLS SMGFVINAGE PIVTKIARNF LKLLRPYGLP TNAIHPAFGM SETSSGITYS
DSFSLESSSD DSLFVELGLP LAGASLRIVD ENEQIVTEST IGRLQVQGAS VTSGYYQNPQ
ANQEIFTFDG WFNTGDLGFL HQGRLTITGR QKDVIIINGL NYYCHEIEAA VEEIKEVEVS
YTAACAVRQP GIHTDKLAIF FHTAIVDDTS LLTLLKEIRT SVVNKVGINP DYLLPVEPEA
IPKTAIGKIQ RSQLSRRFNT GEFKSVIKHV DILLGNANTI PDWFYRQVWQ PKNPITFNSS
LNLTNCTLVF LDAFGLGTYL CQILSERNLQ YITVSPGEDF RKINHSHYTI TPGQAKDYKL
LLKSLATDNI TIGQILHLWN YDQYLGEITS IEALEAAQEK GIYSLLFLVQ ALAKVQGVDS
PIQLLFISSY VQSISSDDPI AYEKSPVLGL LKTIPQELPC LNCRHIDLPF AEVEKTGTYL
LQEMQVSSKE REVAYRNGQR FIPRLEKVDF TSKPKSPISF KHRGTYLITG GLGGIGIEIA
RYLLKHYQAR LLLVGRTPLI HHGKEDVITQ HQKAYQELSQ LGGEVIYEAV DICDLNHLQI
IVEKAQSQWC KNLDGVLHLA GTSHEQMILE ETQENLAAIL RPKVFGAWTL HQLVKDNKGS
IFINFSSVNG FFGSTAVGAY AAANSFLDGF SHYQNSHSEL TSYCLSWSMW HEIGMSQGYQ
LKNLIRTKGF YVMSSSQAIS SMLATLQHQQ THLLIGLDGS NQNIQLWQSQ AFNLQKLSAY
FTTHSSDDIF KLQHLTVEDR FGNSCNCNLV KLKEIPLTES GAIDKNKLIR QFTGQDTGTH
VAPRNKLEQQ IADIWEQVLG RPVFSVHHNF FELGGNSLVG TQVISRLRNT FSIDLSLQSL
FKLPTVAELA SNIEVIEILM KNEYAIANDI AEEYEEGCL
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