| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Avin_09690 |
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| Symbol | |
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| ID | 7759913 |
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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 | Azotobacter vinelandii DJ |
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| Kingdom | Bacteria |
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| Replicon accession | NC_012560 |
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| Strand | + |
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| Start bp | 918662 |
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| End bp | 922828 |
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| Gene Length | 4167 bp |
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| Protein Length | 1388 aa |
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| Translation table | 11 |
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| GC content | 51% |
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| IMG OID | 643803874 |
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| Product | Non-ribosomal peptide synthetase, with condensation, AMP binding and thioesterase modules |
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| Protein accession | YP_002798176 |
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| Protein GI | 226943103 |
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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 | 2 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGGATGGCT TGTCTGCACT AATCGAATTA GCGGAAAAAG GATGGGCATT CGAGCGGGTC
AGTGCCGAGC GCTTGGATAT TTGTCGGTCG ACTAATAATG AAGGCGAGGC ACTGTGGCAG
CATAGCAAAG CGCAGATTTT TGAGTTTTTG AGTGACACCG AAAAAAGTCA AGATGAGCGG
ACAGGTATCC GTTCGGTCAG GCCGGGCGAA ACGTTTGTGG TAAACCGTTA TGCTGGCCAG
TATCTATGGG TGTTCGATAA CCTCAGACAC CATAGTGCGC TCTACAATAT TCCGTTGTGC
AAGCGGATAA GCGGGTCAGT GGATGTAGAG CGCTTAATTT ACGCGTTGTC TCGACTGGTG
CAGCACCATG GCATCTTCGC TACGGTCTAT CAGTTGCAGG AGGCACAGTT GCATATGTCT
ACTAGGGTAT TACCTACCAG TTTGTTTGCT GACGCCCTGA CCGACATTTC GGGACTGAGT
ACTTCACAAC AGCAGCAATG GTTGGAAAAC TTCACCTTGG AATGCAGCCA GTGTGCGTTC
GATCTCAGTT GTGAGGTTCC AATCCGCTGT CGTATCGTTC GTACTAGAGA TGACGAGCAT
TGGTTGTTCC TGACGTTCCA TCATTCGGCG GTCGATGGCT GGTCGATTGG TCAGTTCCTC
AACGAGTTGA GCGCCACCTA TCAAGATCTC TCTTTCGTAC CGGACTGTTT ACCCGCTGCT
TGGAGTTACG CTCAGAATCC GTTTGCCTTC ATAGCCTCGG TCGACGAAAG CTTGGCATTT
TGGATGAAGG AACTTGAGCA TGCTCCGGCT CGCCACGGCC TAGCCTATGA TGCTGTAGAG
AAGCATACTG ATTTACACAA AAACGTAGTG ACTTCGATAC TTTCCGAGGC CTCTTTGCAA
TCCTTAAAAG GCTTTTCCCG GGCCCATGGG GTTTCGATCT CGGTTGTACT GCAAGCCACC
TTTGTTCTAC TGCTATCGAA GCTGAGTCGG CAACGTCGTA TTGTAATCGG TACTCCAGTG
GCCAATCGCC CCCATGTTGA ACTTAACACT GCATTGGGTA GTTTTGTAAA CACTATTGCA
CTTTATTTTA ATCTAGAGGA AGTACAAAGC TTTTCTGATC TTGTGCAAGT AGCTCAAGAT
AAATTAATAC GCTCGCATCC GCACCATGGT TTGCCATTCT CCTACGTGGT TGAGCAGCTT
CGTCCAGAAC GTGGTGATTT CAATCCAATT TACCAGATTC TTTTCGTTTG CCAACACCAG
CAGGATAGCC ACCTGCAGTT TGTGGATGCA CAAGTTCATG ATGTACAACG AACCTACTCA
ACCCCTAAAA GTGACCTTGC ACTCGAGGTC ATCCTGCACC AGGATAGGAT AACGTTGGAG
TGGCAGTTCC ATCCCAACTA CTTCTCCTTT GACAGGATTG CGTCGTTTGC CCAGCATTTT
CTCAACTTGC TTGAGCAGGT TATGAAGGCT CCCTCACTAC CGCTAGGTTG CTTCGGTCTC
ATGTCTCCGA AGCGAAGGAA GACCTTACTC GAACTGTCGA TGGGGGACCA GGTTGATGTG
TTTGTTGGAC AAACACTCGA TCGACTGATG GAGCAGTCAA AATCACGTTT CGCCGACAAT
ATTGCGGTGA TCGATGGTAA TGATCAATAT ACCTATGCGC AGCTGTTTGC CGGTGCTAAG
AGCCTAGCCG GATATCTTGA CTCGCTCTGC GAGCCACAGG CGATTGTCGC TGTCCAGATC
AAGCGGGGCT ATCTGCAGGC CCTGCTGTTG CTTGCTACCG TGCTTAGTGG GCGAGTTTAC
CTTCCGCTGG CTATGGACAC GCCGATATCG CGTGCCCGCA GTATCCTTGA GTCATCAGGT
TGCACCCTGC TGATCGGCGA TGTGCTCGAT GAACAGATGT ACCCAGGTAT TCGGGTATTG
CCCTCGCGGA TACTGTGGTG CCAGCTTGAG CATGCTCCAT TTACCCGTGA TACATCGATC
AGCCCCTCTG ATTTAGCATA TTTGATCTAC ACCTCGGGAA CCACAGGGAC ACCCAAGGGC
GTCGCCATCG AACATGCGGC GGTGTGCAAT ACACTATTGG CAATGAACCA ATATTTCGGC
GTGTCGCAAC ACGACAGGGT TTTGGCCATT TCCAACATAA GTTTCGACTT ATCTGTATAT
GACCTGTTCG GTACTTGGAC TGCTGGTGCC TGCGTGGTCC TGTTGTCCGA GTCGGCAAGT
AAGGATCCTG CCAGTTGGGT ACAGGCCATT CATGCGAACC ACGTCAGCGT ATGGAACTCA
GTGCCCATGG TACTACAAAT GATGCTCGCT TTCGTTCAGG GGTTGAGACT GAATACCTTT
CCGGGAGTCC GACACATTTG GTTGAGTGGC GATTGGATTC CGCCGAAGCT AATCGAACAG
GCTAGATGCT GCTTTCCACA GGCCAAAATC ATTAGCTTGG GCGGAGCTAC CGAAGGCTCC
ATCTGGTCGA TCTACCATCC ACTGCAAGAC CAAGTCTACC TTGGCAGTAT CCCCTACGGT
AGAGCATTGC CCAACCAAGG TATGTTCGTC CTAGATGAAC AACTGGAGCT TTGTGATTTC
GGGGTCAGTG GCGATATTTA CATTGCTGGT TACGGTGTCG CTCGAGGTTA TCACCAAGCC
CCCCGGTTGA CCGAGAGTAA ATTTACCGTC CATCCCCAAC TGAAGCAGCG CCTATACAAG
ACCGGTGATC GTGGACGTTG GCATACAGCG GGTTACATCG AGTTTCTGGG ACGGGAGGAC
AAGCAGGTCA AGATCCAAGG GTACAGGGTC GAACTTGGCG AAGTCGAATC TGTGCTAAAA
CGCGCTAGTT TCGTACGTGA TGCAGTTGTG TTGATTCGAT CCTCAACGGG GGGAGGCGGT
TCCTACCTAG AGGCCCATAT CGTTGCGTCG CCGTTGACAG CACAGTTAGA GCCGACGCTT
CGAGCACATG CGGCATTGCT GCTAAGCCCT TACATGCAAC CGTTGCACTA TGGTTTTTAT
GAGCAATTCC CGTTGTCGGC CAATGGCAAG GTGGATACTA GCCGCTTGAG GAGGCTGGCA
CCGATGCGTG CGTCATCCAC TTCTGGATGG GATGCGGATG AACACCTTTT CAAGCTCATG
GAAATTGTTT CTGTGGTTCT AGACAGACCA ATGGCGGAGC TCGATCCACA GCACAGCTTC
TATCAGTTGG GCGGCACATC TCTGCAGGCG GTTAGTCTGG CAGTCAAAGG AGCCACGCAT
TGGCAAGTTA ACCTATCGAT CACGGACATC TTGGAGGCGT CCTCATTGGT CGAGCTGGCT
GAGAAGATCC GTGTGGTACC TCTGGTTCTG TCGAAGCTAT CGACTTTCGA GCAGGCTTCT
GTTGGCGCCT TGAGTTTGTG CTTCGTGCAT GCTGCCGGAG GGCATCTCGA GCCATATCGC
ACACTCCAGA CACGCTATGC GGGGCGTTGC AATCTGTTCG GATTGAGCAG CCCTGCATTG
GCCAGCATCG GTCCTGACTG CGAACTGGCT TTTGAAGCGT TGCTCGAAGC TCATGTCAAT
TCGTTGCTGG ACATTCCCAG TCAAGGGCAC TTGGTGCTGG TTGGCTGGTC ATTGGGTGGC
ATTCTAGCGA TGAACCTGTG TGAACGCTTG GTGCGCCATG GCATCAGAGT TAGACATGTA
GTAGTAGTAG ACTCGGGTTT GGATTATGCG CCAATGGTTG GCAAGGGGCG CACCAAGCAG
TGGTTGAGAC TGGTCGCCAA TGCGGTGGAG ATGTACGGAC TCGACAAGCA CTGCCTGATA
GTGAAAGGGG CTGAGGGTTT CAGTTCGTTC GCTGGGCTGC TTAAGTACCT CTATACCGTC
AATGAGGAGA AACTGAGCGC TGTGCTCTCA AGATCCCAGT TTGAAGTCAG CGCCTGGGCT
TTGGAGCGAG CATGTCGGTT ATTGGCCGAG GCGAGTATCC CGAAGCTCGA TACGGCTTTG
AGTGTTCACT TGTGCCAGAC CCATCAGACT ATTGCTTCAT CGCAGATTCT GCGTTGGCAG
GATCTGAGTC CTAAGGTCGA TATCATCGAG CTGGCTGCTG AGCATAATAG TATCCTTAGT
GTACCGTCCT TTCTGCGCTC TTTGGACAGC TTGCTCGAAA GTTTACAGGT TTCGGAAGGT
AAAGCAATTG ACACGGCGAA CGGGTAG
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| Protein sequence | MDGLSALIEL AEKGWAFERV SAERLDICRS TNNEGEALWQ HSKAQIFEFL SDTEKSQDER
TGIRSVRPGE TFVVNRYAGQ YLWVFDNLRH HSALYNIPLC KRISGSVDVE RLIYALSRLV
QHHGIFATVY QLQEAQLHMS TRVLPTSLFA DALTDISGLS TSQQQQWLEN FTLECSQCAF
DLSCEVPIRC RIVRTRDDEH WLFLTFHHSA VDGWSIGQFL NELSATYQDL SFVPDCLPAA
WSYAQNPFAF IASVDESLAF WMKELEHAPA RHGLAYDAVE KHTDLHKNVV TSILSEASLQ
SLKGFSRAHG VSISVVLQAT FVLLLSKLSR QRRIVIGTPV ANRPHVELNT ALGSFVNTIA
LYFNLEEVQS FSDLVQVAQD KLIRSHPHHG LPFSYVVEQL RPERGDFNPI YQILFVCQHQ
QDSHLQFVDA QVHDVQRTYS TPKSDLALEV ILHQDRITLE WQFHPNYFSF DRIASFAQHF
LNLLEQVMKA PSLPLGCFGL MSPKRRKTLL ELSMGDQVDV FVGQTLDRLM EQSKSRFADN
IAVIDGNDQY TYAQLFAGAK SLAGYLDSLC EPQAIVAVQI KRGYLQALLL LATVLSGRVY
LPLAMDTPIS RARSILESSG CTLLIGDVLD EQMYPGIRVL PSRILWCQLE HAPFTRDTSI
SPSDLAYLIY TSGTTGTPKG VAIEHAAVCN TLLAMNQYFG VSQHDRVLAI SNISFDLSVY
DLFGTWTAGA CVVLLSESAS KDPASWVQAI HANHVSVWNS VPMVLQMMLA FVQGLRLNTF
PGVRHIWLSG DWIPPKLIEQ ARCCFPQAKI ISLGGATEGS IWSIYHPLQD QVYLGSIPYG
RALPNQGMFV LDEQLELCDF GVSGDIYIAG YGVARGYHQA PRLTESKFTV HPQLKQRLYK
TGDRGRWHTA GYIEFLGRED KQVKIQGYRV ELGEVESVLK RASFVRDAVV LIRSSTGGGG
SYLEAHIVAS PLTAQLEPTL RAHAALLLSP YMQPLHYGFY EQFPLSANGK VDTSRLRRLA
PMRASSTSGW DADEHLFKLM EIVSVVLDRP MAELDPQHSF YQLGGTSLQA VSLAVKGATH
WQVNLSITDI LEASSLVELA EKIRVVPLVL SKLSTFEQAS VGALSLCFVH AAGGHLEPYR
TLQTRYAGRC NLFGLSSPAL ASIGPDCELA FEALLEAHVN SLLDIPSQGH LVLVGWSLGG
ILAMNLCERL VRHGIRVRHV VVVDSGLDYA PMVGKGRTKQ WLRLVANAVE MYGLDKHCLI
VKGAEGFSSF AGLLKYLYTV NEEKLSAVLS RSQFEVSAWA LERACRLLAE ASIPKLDTAL
SVHLCQTHQT IASSQILRWQ DLSPKVDIIE LAAEHNSILS VPSFLRSLDS LLESLQVSEG
KAIDTANG
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