| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_1612 |
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| Symbol | |
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| ID | 3679169 |
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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 | 2005366 |
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| End bp | 2009640 |
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| Gene Length | 4275 bp |
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| Protein Length | 1424 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 637716952 |
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| Product | Beta-ketoacyl synthase |
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| Protein accession | YP_322130 |
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| Protein GI | 75907834 |
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| COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG3321] Polyketide synthase modules and related proteins |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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| Plasmid unclonability p-value | 0.509341 |
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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 | 5 |
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| Fosmid unclonability p-value | 0.00723495 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGACCATAG ATTCAGGGTA TGACAATCAT GAATTTAATA ATTCGGAAAT CGCCATTATT
GCTGTAGCAG GTAGATTTCC GGGCGCGAAA GATATTGCAT CATTTTGGCA GAACTTACGA
GATGGTGTAG AGTCTATCTC CAGGTTCACA GATGAAGAAT TACTCAATTC TGGCGTTTCT
TCTGATTTAT TGAATAGTCC TAATTATGTC AAAGCTGGTA GTGTACTATC AGATATTGAA
TTGTTTGATG CTAATTTCTT TGCTTATAGT GCCAAAGAAG CTGAGTTAAT AGATCCACAA
CAACGCCTAT TTTTAGAATT AGCTTGGGAA GCTGTAGAAA CTGCTGGTTA TGACCCACAA
ACTTATCATG GTTTAATCGG AGTTTATGGT GGTGTGGGGA TGAATAGGTA TTTTCTCAAT
AACCTCTATC CTCATCATCA ATTACTAGCA ACAATTGACC CTATCCAATT AGGATTTTCC
AACGATAAAG ATTTCTTACC TACACGAGCT GCATATAAGC TTAACTTGAC TGGCCCCGCC
GTCAATATAC AAACAGCCTG TTCTACTTCT TTAGTGGCTA TTCATATAGC TTGTCAAAGT
CTCCTCAATG GTGAGTGTGA CATGGCTCTG GCAGGTGGTG TAACTCTCAG TATTCCTCAA
AAAATAGGTT ATTTGCATCA AGAAGGCATG ATTCTTTCCC CTGATGGACA CTGCCGCGCT
TTTGATGCTC AAGCACAAGG AACAATTGCT GGTAGCGGTG CGGGGATTGT AGTTTTGAAA
AGATTAAAGG ACGCAATCAG CGATCGCGAC CACATTTGTG CAATCATTAG AGGTTCAGCT
ATCAATAATG ATGGGGCAGT AAAAGTCGGT TACACTGCGC CTAGTGTGAG TGGACAAGCC
GCAGTCATTG CTGAGGCTCA AGCTATCGCT GGTGTAGATG CAGAAACCAT CTCCTACATC
GAAGCTCATG GTACAGCTAC ACCTTTAGGC GACCCCATTG AAATTGCCGC TTTAACTCAA
GCTTTTCATC AAACTACGGA TAAAAAAGGT TTTTGTGCTA TTGGTTCCCT CAAAACCAAC
TTAGGACATT TAGATACAGC AGCAGGTGTG GCAGGTTTGA TTAAAACTGT ATTAGCCCTG
CAACATAAAA TGCTGCCTCC TAGTTTGCAC TTTGAGACAC CTAACCCCAA AATCGATTTT
GCCAACAGTC CTTTCTATGT GAATACAACC CTCAAGGAAT GGGAGACAAA TAACTCTCCT
CGCCGTGCTG GTGTTAGTTC CTTTGGCATG GGGGGTACTA ATGCTCATGT GATTTTGGAA
GAAGCACCAA TTCAAGGCAA AAGTCAAAAT ACCCTTCGGG AATGCCAAGG GCGAACAAAA
TTCAAAAATA AATACTTATT GTTGTGTTTG TCAGCTAAGA CTGGGAGTGC GTTGGAGAAG
GCGACGGGTA ATTTAGTTGC TTATTTAAAA GAGCATCCGG AAGTTAACTT GGGGGATGTG
GCTTATACCC TGAATAGTGG TCGCCGGGGT TTTAATTATC GACGGATGTT GATTTGTCAA
GATTTAGAAG ATGCTGTTAA AGGTCTAGAG TCAAAACAAG TTGCTACTAA CTATACAGAG
ATTACAGAAC GGCCTGTGGT CTTTATGTTT CCTGGTCAAG GTTCTCAGTA TGTGAACATG
GGGCGGGAAA TTTATGAAAC TGAGGCAGTA TTTAAAGAAC AAGTTGATTA TTGCTCAGAA
TTTCTTAAAC CCTTACTGGG ACTAGATTTG CGTGACATTA TTTATCCCAG TGACGATAAG
ATTGATGCAG CATCAAAGCA ATTGGAACAA ACAGGAATAG CTCAACCTGC TATTTTTGTC
ATTGAGTACG CCTTAGCTCA ATTATGGCAG TCATGGGGAG TAAAACCACA GGCTGCGATC
GCTCATAGTA TTGGTGAGTA TGTAGCTGCA ACCTTAGCAG AGGTTTTTTC CCTAGAAGAT
GCCTTATCTT TGGTAACAGC ACGGGGACAG ATGATGCAGC AACTCCCCAC TGGGGCAATG
CTTTCTATTC CTTTACCCGT CGATCAGGTA CAATCTCTGT TAGGTACAGA ACTTGCTATT
GCTGCGATTA ATGTGCGATC GCAATGTGTA GTTTCTGGTT CCATAGCAGC TATAAATACT
CTACAAAATC AGCTAGCTGC TCAAGGAATT GAATGTCGCC GTCTGCATAC ATCCCATGCC
TTCCACTCTC ACATGATGGA ACCCATCTTA GAGGCATTTG CAGAGCGAGT CCAACAAGTC
ACCTTAAATC CTCCCAAGCT TCCTTATATC TCCAATCTGA CTGGCACTTG GATTACAGTC
ACCCAAGCCA CCAACCCTGA GTATTACGCT CAACATCTGC GTTCTCCAGT GCTGTTTGCC
CAAGGTGTAG AAAAATTATT AGCAACACCT GAGCAAGTCT TATTAGAGGT AGGGCCAGGA
CACACACTAA GTACTTTGGT GAAAAGAAAT CCTGGTAAGG TAGCTACACA AACAGTCTTA
ACCTCGATAC GCCATCCACA AGAAAAGCAA TCTGATATTC GGGTTTTATT CAACACATTT
GGTCAACTCT GGTTAGCTGG AGTCAAGGTA GATTGGTTAG GGTTTTATAG TCAAGATGAA
TATTATCGTC TTCCCTTACC TACTTATCCC TTTGAACGAC AACGTTATTG GATTGACCCC
CCAGAAAAAA CAGCTTGGGG ACAATTGCCA ACTTTACCAC CAACATCACA ATTGTGGAAT
TTGCTGACAC AAGCAGGTCA AAAGCAAGCA AGTGTGATAA ATGCCGAACT TAACGAGTCC
ACCTATCAGG AAAACAAACA ATGGTTGGAT AGTTTATGTA CAGCTTACAT CAACACTGCA
CTTAGGCAAT TAGGCGCTTT TAATCATTCC CAAGAAAAGT ATGCTTTGGA GAATTTTTGG
GAGCAATATC ATATTTCTCC CCGCTATCAA CAATTATTTT CTAGATGGTT GCAAATATTA
ATAGAACAGG GTCAACTACA ACAACAGGAG GGTTTATTTA CTGGGTTAGT GCCATGTTCA
CAAAATTATA TTGATGAACA TTTAGCCGAA GTTAGAGCGA GGTTTGCTGC TTCATCTTTA
GTAGATTTAG ATTTAGTACA ACGCTGTGGG GAAAATTTAG CTGCTATTGT TACAGGTGAA
CAGGAGCCAT TAGAGATTTT CAATGAACTG GTTTACCAAA AAGAAAACAA AGCTTCATAT
TCAGAATCTC CCTTAATTAA TTATTACAAC TCTATCTTGC GCTCAAGCTT GGAACAGATA
GTCAAGTCTT TACCATCATC TGTTCATCTG AGAGTTCTAG AAATTGGTGC GGGTACTGGT
GTATCTACAC AAGCATTATT ACCTTTATTG CCGCCTCAAC AAACCAACTA TACTTTTACT
GATATTGGTA GCGGCTTTTT GACTCAAGCC CAACAAAAGT TTCAGGAATA TCCATTTGTT
GAATATCGAT TATTAGATAT AGACAAGCCC CCAACTGAGC AAGGATTTGA GCAGTACAGC
TTTGATGTCA TCATAGCTAC TAATGTTCTC CACGCAACTC AGAACATTGA TCAAACCCTG
CATCATGTAC GCTCTTTATT AGCTCCTGGG GGTTTCCTTT TAGTGTGGGA AATAACTCAA
CCTAAAATCG ATTTTGATAT TAGTTGGGGT TTGCTATTGA AACCTTTAGA TGATCAAAGA
CGCGACCCAG GTCAGCCTTT TATTATCAAG GACCAGTGGT TTGCAGCACT ACAAGCTCAA
GATTTTGTTC AAGTTGCTGC GTTTCCTGAA AATGAAGCAT TTGAGCATCA GATTATTATG
GCTCAAGCTG CTGTGTCCAC TGCATTTAGC AGCAAATCTG GACAGCAAGA AACTAAGACA
AAATCAAATA TTTCATTACC AATAAAGCCG GATAGCTTGC AGCCAGAAAA ATTATCTACT
CTACATTCAA GACCTAATTT AGCCAATTCA TATATAGCTC ACCGTGATGA AATTGAGCAG
AAAATTGCCG ATATTTGGCA AGAATCATTG GGAATTAATC AGGTGGGAAT CCATGATGAT
TTTTTTGAAC TAGGAGGAGA TTCCTTAATC GCTGTTCAAA TTCTCTCAAG ATTACGAAAT
ACGTTTGCTA TTGGCTTAAA TGTCGCCAGT TTGTTTGCAT CTCCCACGAT AGCGGAAATA
GCACTAAAGA TAGGAAAATC TCTAGAACCC GATACGAACT CCAGTGCATT TGATCGAGAA
GAAATAGCAA TTTGA
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| Protein sequence | MTIDSGYDNH EFNNSEIAII AVAGRFPGAK DIASFWQNLR DGVESISRFT DEELLNSGVS
SDLLNSPNYV KAGSVLSDIE LFDANFFAYS AKEAELIDPQ QRLFLELAWE AVETAGYDPQ
TYHGLIGVYG GVGMNRYFLN NLYPHHQLLA TIDPIQLGFS NDKDFLPTRA AYKLNLTGPA
VNIQTACSTS LVAIHIACQS LLNGECDMAL AGGVTLSIPQ KIGYLHQEGM ILSPDGHCRA
FDAQAQGTIA GSGAGIVVLK RLKDAISDRD HICAIIRGSA INNDGAVKVG YTAPSVSGQA
AVIAEAQAIA GVDAETISYI EAHGTATPLG DPIEIAALTQ AFHQTTDKKG FCAIGSLKTN
LGHLDTAAGV AGLIKTVLAL QHKMLPPSLH FETPNPKIDF ANSPFYVNTT LKEWETNNSP
RRAGVSSFGM GGTNAHVILE EAPIQGKSQN TLRECQGRTK FKNKYLLLCL SAKTGSALEK
ATGNLVAYLK EHPEVNLGDV AYTLNSGRRG FNYRRMLICQ DLEDAVKGLE SKQVATNYTE
ITERPVVFMF PGQGSQYVNM GREIYETEAV FKEQVDYCSE FLKPLLGLDL RDIIYPSDDK
IDAASKQLEQ TGIAQPAIFV IEYALAQLWQ SWGVKPQAAI AHSIGEYVAA TLAEVFSLED
ALSLVTARGQ MMQQLPTGAM LSIPLPVDQV QSLLGTELAI AAINVRSQCV VSGSIAAINT
LQNQLAAQGI ECRRLHTSHA FHSHMMEPIL EAFAERVQQV TLNPPKLPYI SNLTGTWITV
TQATNPEYYA QHLRSPVLFA QGVEKLLATP EQVLLEVGPG HTLSTLVKRN PGKVATQTVL
TSIRHPQEKQ SDIRVLFNTF GQLWLAGVKV DWLGFYSQDE YYRLPLPTYP FERQRYWIDP
PEKTAWGQLP TLPPTSQLWN LLTQAGQKQA SVINAELNES TYQENKQWLD SLCTAYINTA
LRQLGAFNHS QEKYALENFW EQYHISPRYQ QLFSRWLQIL IEQGQLQQQE GLFTGLVPCS
QNYIDEHLAE VRARFAASSL VDLDLVQRCG ENLAAIVTGE QEPLEIFNEL VYQKENKASY
SESPLINYYN SILRSSLEQI VKSLPSSVHL RVLEIGAGTG VSTQALLPLL PPQQTNYTFT
DIGSGFLTQA QQKFQEYPFV EYRLLDIDKP PTEQGFEQYS FDVIIATNVL HATQNIDQTL
HHVRSLLAPG GFLLVWEITQ PKIDFDISWG LLLKPLDDQR RDPGQPFIIK DQWFAALQAQ
DFVQVAAFPE NEAFEHQIIM AQAAVSTAFS SKSGQQETKT KSNISLPIKP DSLQPEKLST
LHSRPNLANS YIAHRDEIEQ KIADIWQESL GINQVGIHDD FFELGGDSLI AVQILSRLRN
TFAIGLNVAS LFASPTIAEI ALKIGKSLEP DTNSSAFDRE EIAI
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