| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_2593 |
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| Symbol | |
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| ID | 3680919 |
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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 | 3210892 |
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| End bp | 3214221 |
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| Gene Length | 3330 bp |
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| Protein Length | 1109 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 637717940 |
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| Product | Beta-ketoacyl synthase |
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| Protein accession | YP_323103 |
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| Protein GI | 75908807 |
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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 | [TIGR02816] PfaB family protein |
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Plasmid Coverage information |
| Num covering plasmid clones | 18 |
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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 | 28 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTTTGCAG CAGAAAATAA CAACACAGCA AAAATCGCCA TTGTAGGTAT GGATGCCTTC
TTTGGTGAGT GCAATGGCTT AGATGCTTTT GAACGCAGTA TTTATGATGG TAAGCAGCAT
TTCATTACCC TACCGCCGAA AAGATGGTAC GGTATTGACG AGCAGAAAGA CTTACTGCAA
GAGTATGGTT TAACTGATGG TAAAGCCCCT GTAGGTGCTT ATATCAAAGA CTTTGATTTA
GACACTCTCG CTTATAAGAT TCCTCCTAAC GAAGTCGAAA AACTCAACCC TCAACAATTG
CTACTGTTGA CAGTGGCCGA TCGCGCCCTG AAAGATGCGA AAATTCCTGA AGGTGGCAAT
GTAGCTGTGA TTATTGCGGC TGAAGCCGAA TTGTCTGTAC ACAAGCTACA GCAACGGTGG
GATTCATCTT GGCAAGTTAA AGATGGTTTG AATGCGGCGG AAATTACCTT ACCATCAACC
CAAGTTTCCC AACTGGAAAG TATTGTTAAA GACAGTGTTC ACCATCAGGT AGAAATTGGT
GAGTATTTGA GCTACATCAC CAATATCATG GCTAGTCGGA TTTCCTCTTT GTGGAATTTC
ACCGGCCCTT CTTTCACCCT TACGGCTGTA GAAAGTTCGG CTTTTAAGGC GGTGGAAGTT
GCCCAAATGC TGTTGATGAC TCAAGAAGTG GATGCAGTGG TTGTGGGTGC GGTAGATTTG
GCTGGCGGTG TGGAAAACGT ATTATTACGT AGTCAAACCG CACCAATTAA TACTGGCGCT
AATACTCTCA GCTATGACCA AAAAGCCAAT GGTTGGACGG TGGGAGAAGG GGCGGGTGCT
GTTGTTCTCA AGCGTCATCA GCAAGCGATA GAAAATGGCG ATCGCATTTA TGCTGTAATT
GATGCTATTA GTATTGGGCA ATCCCACACC AAAGTCTATG GGGGCAGTGT TAACCAAGCC
TGTCAGCAAG CCTTAAAGAT GGCGGGTGTG CCACCTGAGC AAGTCAAGTA TGTGGAGGTT
TGCGCTAGTG GGATTCCCCA GGAAGATGAG GCAGAAATCG CTGGTTTAGT TCAGGCTTAT
CCATCGGTGG GTGATGGTTT GCACTGTGCA ATTGGCAGTG TCAAAGCGAA CATTGGTCAT
ACTTTTGTGG CTTCGGGAAT TGCCAGTTTA ATTAAAACTG CTCTGTGTTT GTATTACAGA
TATATCCCGG CTACTCCTAA CTGGTCTGGT GTGAAGACTC CCCAAGCATT TGAGGGTAGC
CCCTTCTATG TAGTTACAGA ATCTAGACCT TGGTTTCTCA GCAAGAACGC CTCCCGACGT
ATTGCGGCGA TTAATGGTAT GGGGTGTGAT GGTAGTTATG CCCATGTCAT CTTGTCGGAA
GAAACTAATC AAGCCGAACG CCCGAATCAG TATTTGGAAC AGATGCCCTT TTTGCTGTTC
CCGGTGGCTG GTGATGACCG GACAAGCCTT TTAGAGGCTT TGGATAAGCT GCAAAAGAGT
ATTGCTGAGA GTGCTGATTT TTCTCGTAGT GCTAGCCTGG CTTTTACTAC TTTCCAGCAG
CAATCACAAG CTAACTACGC GGTATCAATT ACGGGGCGGA ACAAAAAAGA ACTCCTCCGA
GAAATCGAAT CGGCACGGAA AGGTATTAAC ACAGCTTTTG ATAAGGGTAC AGATTGGCAA
ACCCCTGTAG GTAGTTATTT CACAGCCCAA CCCTTGGGTA AAAAGGGTGA AGTGGCTTAC
GTGTATCCGG CGGCGGTTAA TTCTTATATA GGTATCGGGC GCAATCTTTT CCGCCTCTTT
CCCAAACTCC ACGATAATTC TTTTGTTAAG AGCCTCTACA AACGGGCTGC GGATATTGAA
CGCTTAGTTT TCCCCAGAAG CTTAAGTAAG TTATCTACTA GGCAGTTAGA ACAGCTAGAG
AAAAAACTCT TGAGCGATTC CCTAGCGATG TTTGAAGCAG AAATTTTCTG CACCAGATTG
CTGACGACAA TTATTCGGGA TGATTTTCAA GTCCACCCCA AATATGTGTT TGGCTACAGC
TTGGGTGAAA CCAGTATGAT GGTTGCTCAA GGGATTTGGA GCAATTTTTC GGAAGTTAGT
AACTCTTTTA ACTCATCAAC TTTATTTGGT GATAGGTTAT CCGGGCCGAA AAATTCGGTG
CGTGAGTATT GGGGATTACC AAAAGCTGCT ACGGCTTCAG GTGATAATTT ATGGGGTAAT
TATGTGCTGA TGGCTAGTCC TGTCCAAGTG CGGGATGCTA TCCGAAACGA ACCCCGTGTT
TATCTGACGC AAATTAATAC ACCGGAAGAG GTATTAATTG CCGGTGACCC AGCAGCTTGT
CAAAGGGTGA TTAAAACCAT TGGCTGTAAT TCTTTCACAG CGCCCTTTGA TCATGTAATT
CATTGTCAGG CCATGCGATC GGAGTATGAT GAGTTTGTGC AATTAAATAG CTTACCAGTC
CAAGATATTG CTGATATCAC CTTCTACTCT GCGGCGGAGT ATCAACCTAT AAAACTGGAG
ACTGGAGTTG TGGCTAAAAG TCTGGCGACT GGGTTATCCC AAGAACTGGA TTTTCCCAAA
TTAGTAAACC GCATCTACGA CGACGGGGCA AAAATCTTTA TTGAGGCTGG CCCTGGTAGT
GTTTGTTCTC GTTGGATTGA CAAAATTTTA GAAGACAAAG AACACATCAC CGTTTCCCTC
AATCGTCGAG GAATTGATGA CCATACTTCT TTCGTGAAAG CTTTAGCTAA ACTTGTCAGT
CATCGGGTGA ATGTGGATTT GTCACCACTG TACAGCCCAG TGATTGAAAC TAGCAACTTA
AATAAAGTCA CACTGCGGAA GATAACCGTC GGTGGTGACT CCATCAGTGG CAAAATCTTG
AGTCCAGAAA ACCTCCAGCT ATTTGCAGAA ATTAGGGAGA AAAAGCAACA AAATATAGCA
CCCTCTGGTA ATGCTTTAGG TATTAATTCA ACGTATTTAT CTCATCAAAA AAGTCTACCA
AAGCCAAAAC CATTTTCCGC AGAAAATATC ATTGAACACG GTTTAAAGCC AGAAGAACCA
TTAAAATCGT CTGAGTTAAC TGCAACTCAA CCAGCCAAAC CGTCAGATTT TCTCTCCAAT
ACCACCACCG ATATCGAATT TGCCACCATC ATCAATATGT TGGATTTAAA TAAGGCTCAG
TATCAAAAAC TGAATGCGAA TAATCTGCAA ATAACGCAAA ATCACACAGC CTTCTTAAAA
GCCAGACAAG ATTTTAGTCA GCAAATGAGC GAAATTATTC AATTACAAAT GGTTTGTGCC
GAAGATTTAT TGCAGGAAGA CGGTAACTAG
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| Protein sequence | MFAAENNNTA KIAIVGMDAF FGECNGLDAF ERSIYDGKQH FITLPPKRWY GIDEQKDLLQ
EYGLTDGKAP VGAYIKDFDL DTLAYKIPPN EVEKLNPQQL LLLTVADRAL KDAKIPEGGN
VAVIIAAEAE LSVHKLQQRW DSSWQVKDGL NAAEITLPST QVSQLESIVK DSVHHQVEIG
EYLSYITNIM ASRISSLWNF TGPSFTLTAV ESSAFKAVEV AQMLLMTQEV DAVVVGAVDL
AGGVENVLLR SQTAPINTGA NTLSYDQKAN GWTVGEGAGA VVLKRHQQAI ENGDRIYAVI
DAISIGQSHT KVYGGSVNQA CQQALKMAGV PPEQVKYVEV CASGIPQEDE AEIAGLVQAY
PSVGDGLHCA IGSVKANIGH TFVASGIASL IKTALCLYYR YIPATPNWSG VKTPQAFEGS
PFYVVTESRP WFLSKNASRR IAAINGMGCD GSYAHVILSE ETNQAERPNQ YLEQMPFLLF
PVAGDDRTSL LEALDKLQKS IAESADFSRS ASLAFTTFQQ QSQANYAVSI TGRNKKELLR
EIESARKGIN TAFDKGTDWQ TPVGSYFTAQ PLGKKGEVAY VYPAAVNSYI GIGRNLFRLF
PKLHDNSFVK SLYKRAADIE RLVFPRSLSK LSTRQLEQLE KKLLSDSLAM FEAEIFCTRL
LTTIIRDDFQ VHPKYVFGYS LGETSMMVAQ GIWSNFSEVS NSFNSSTLFG DRLSGPKNSV
REYWGLPKAA TASGDNLWGN YVLMASPVQV RDAIRNEPRV YLTQINTPEE VLIAGDPAAC
QRVIKTIGCN SFTAPFDHVI HCQAMRSEYD EFVQLNSLPV QDIADITFYS AAEYQPIKLE
TGVVAKSLAT GLSQELDFPK LVNRIYDDGA KIFIEAGPGS VCSRWIDKIL EDKEHITVSL
NRRGIDDHTS FVKALAKLVS HRVNVDLSPL YSPVIETSNL NKVTLRKITV GGDSISGKIL
SPENLQLFAE IREKKQQNIA PSGNALGINS TYLSHQKSLP KPKPFSAENI IEHGLKPEEP
LKSSELTATQ PAKPSDFLSN TTTDIEFATI INMLDLNKAQ YQKLNANNLQ ITQNHTAFLK
ARQDFSQQMS EIIQLQMVCA EDLLQEDGN
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