| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_4109 |
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| Symbol | |
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| ID | 3681497 |
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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 | 5117629 |
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| End bp | 5122989 |
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| Gene Length | 5361 bp |
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| Protein Length | 1786 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 637719456 |
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| Product | amino acid adenylation |
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| Protein accession | YP_324604 |
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| Protein GI | 75910308 |
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| COG category | [H] Coenzyme transport and metabolism
[Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG0001] Glutamate-1-semialdehyde aminotransferase
[COG1020] Non-ribosomal peptide synthetase modules and related proteins |
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| TIGRFAM ID | [TIGR00517] acyl carrier protein
[TIGR01733] amino acid adenylation domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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| Plasmid unclonability p-value | 0.208816 |
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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 | 10 |
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| Fosmid unclonability p-value | 0.227369 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAACACAT ATACTATTGA CAATCATAAT TCCTACTCTC TAGTTACTAA CCAGTCCCAA
GAATGTCAAA ATACTTTAGC AAACTTACGT GTAATTATTG CAGATTTACT CAAATGTGAA
CCTGAAGAAG TAGATGTAAA AGTTCCATTT CTAGAAATGG GTGCTGATTC TATTGTTTTA
GTTGATGCCA TTCGTCAGAT TGAAAATAAT TTTAGAATTA AAATTACGAT TCGTCAGTTA
TTTGAAGAAT TAACAAACCT GAGTGTCTTA GCTAATTATA TTGAGGAAAA TGTAAAACTA
GAACCATCGA CATTGCTAGG TCAAGAAACA TTAGAATTGT CGGTTAATCC ACAGCCACTC
CCACAATCAC AACAGTCAGA ACAGAAATCT GAAACATTAG TAGAAATAGT GCTGCGGCAG
CAGTTTGAAT TGATGTCTCA ACAGTTGGAA ATCTTACGGG AATCCAACTT ACCAACTAAT
TTAAGTGTTA CTCCTAGCCA AAATCAAGCA GCGAAATCTG TTCCTAATGC AGTAGTACAA
ACAACACCTG ACTTGAAAAC AGGGGAGTTA AATAAATCTA CACTCAAAAA AGCTGATTCA
CCCTCTTCTT TCTGGCGAGT TGAACAATCT CAAGCTAAAA CCCTGACTTC CCAACAACAA
CAATATTTAA ATTCTTTAAT TGCACGTTAT ACCAAACGTA CAGCCAAATC CAAGCAGCGA
TCGCAATCTT ATCGCCCAGT CCTGGCCGAT AGAAGAGCTT CCATTGGATT TCGCCCGGAA
ACTAAAGAAA TCCTCTATCC TATAGTTGGC GATCGCTCTC AAGGATCGAG GATTTGGGAC
GTTGATGGCA ATGAGTACAT AGATATTTCT ATGGGTTTCG GTGTACATCT TTTTGGACAT
AATGTTCCGT TTATTACCGC AGCTCTAGAA GATCAAATCA AGCAAGGTAT ACAAATCGGC
CCCCAATCAA AACTTGCAGG TGAGGTAGCC ACTTTAATCT GCGAAATGAC CGGAATGGAA
CGAGTCACTT TCTGTAATTC CGGTACAGAA GCAGCGATGA CAGCGATGCG TATAGCTCGT
GCAGCCACAG GTCGCGCCAA AATTGCTATC TTCAAAGGTG CTTATCACGG ACACTTTGAT
GGTACTTTAG CCATACCCCA AACATCTGAA GACGGAAAAT TACCAGCACA ACCAATGGTT
CCAGGAGTGC TGCAAAATAT GGTTGATGAT GTTTTGCTGC TAACTTATGG TACTCCCGAA
TCACTGGAAA TTATCAAAGC TAATGCCCAT GAATTAGCAG CTGTTTTGGT TGAACCGATA
CAAAGCCGTA AACCCGATTT ACAACCCAAA GAATTTCTGC AACAGCTACG AGTAGTCACA
CAACAACTAG ATATTGCCTT GATTTTCGAT GAAGTAATCA CAGGTTTCCG CGTTCATCCC
CGTGGCGCGC AAGCATGGTC TGGTGTTGAT GCAGATATTG TCACCTATGG CAAATTAATT
GGTGGCGGTA TGCCAATTGG GGTAATAGCT GGCAAAGCCG CCTACATGGA TAAAATCGAC
GGTGGTTTCT GGAGCTATGG AGATGATTCT TATCCTGAAG TAGAAACAAC ATTCTTTGCT
GGTACTTTCT CCAAGCATCC ATTGACGATG GCAGCAACAC GAGCTACACT TTTACACCTC
AAAGCTGAAG GAGCATCTCT ACAGGAGCGA TTAAATCAAC GCACATCTAA TTTAGCTGCC
ACACTTAATA GTTACTTTGA ACAAGCAAAT GTTCCTTTGC GGATAGTACA TTTTAGTTCA
CTGTTCCGCT TCACTTTATC CGGCAATTCC AGTTATCTTT ATCAGCCTTT AGAAATGGAT
TTGCTGTACT ATTCCTTAAT TGAAAAAGGC GTTTATATCT GGGAAGGACG CACCTGTTTT
CTATCTACTG CACATACCGA TGAAGATGTA GATTATGTCA TTCAAGCAGT TAAAGACAGT
GTACAGGAGT TGCAAGCTGT GGGTTTTTTT TCCAAAAGTC CCAAGTTATC AACAAATCAG
CCGCAAACAC CTAAAACATC AGAGCGTGTA AACAGTGCTG TATCTTTGAC AGTACAAGAT
ACCATCAAGC CAGAAGTTAA GGAAGCATTC AAGATTCCCT TGAGCGATGC CCAAAAGCAG
CTGTGGTTTT TAGCGCAAAT GGGTGACAAT GGCTCTGTTG CTTATAACAT CTCTCTCAAT
ATTCAATTAC AGGGTACTCT TGATCTAGCT GCTATACGTC AAGCCGTGCA GCAAGTTGTG
CAACGGCATG AAGCTCTACG CACTACTATC AGCAGTCAAG GCGATTTTCA AGAAATATTA
CCATCACTGA AAATAGACGT TCCCGTAATT GATTTCTCCA ATGTTAAAGA TAGTCAGTTA
CAAGTGAACC AGTGGTTACA AAACTATAGC CGTGAATCTT TTGACCTGAG TAATGGGCCT
TTGTTCCGTG TGCGAATTCT CAAATTAGCA GAACAGTTAC ATTTGCTAGT TGTCAGCGCC
CATCACATCA TTACTGATGG CTGGTCAATC AGTATCATCT TGCAAGAAAT GATGGCATTG
TATTCAGCCA AGTGCCAGGG TCATGTTTGC CAACTAGAAC CACCAATACA ATTTAGTTCT
TATCTCGACT GGCATCGCCA ATTCTGTGCC ACAGACGAGA TGAAAGCCCA TGAATCATAT
TGGTTACAGA AGTTTGCTGA CCCAGTTCCA GTTTTAGACC TGCCTACAGA CCGTCAGCGT
CCGCCAAGCA AAACTTATCA AGGTGGCAGA CAACAGCTAT TACTTGACCC TAATGTCAGT
GCTGCCATCA AACAACTCAG TAAGCAAAAC GGTTGCACCT TATTTATGAC GCTGTTATCT
GCATACGCAG TTTTACTCTA TCGCTTAACC AACCAAGACG ACCTCACTAT CGGCATCGCG
TCTGCGGGAC GTTCTCTTGA GGGTAGCGAG AGACTGGTGG GTTATTGTAG CCATATGCTA
CCAATACGCA CTCAAATTGT TGGTGATGCT ACCTTTGTTG AGCATCTCAA AGCCTGCAAA
AGTGTGTTGT TAGAAGCCTA CGAACATCAA GATTATCCTT TTGCTAAATT AATTGACAAG
CTGAGAGTTA ACAGCAACAC TGGTATGTCT CCTTTGGTGA ATGCTACCTT TAACTTGGAA
CGCCCCGTAG CTATTCCCCA AATGTATGGC TTAGAAAGCA GCTTGTTACC CCAGTCGATA
AGTTTTGCTG ATTATGACAT CGGCTTAAAT GTAACTGAGA TTGATCACGA GCTATTGTTG
GAATGTGACT ACAATGCAGA CTTATTTGAT GCTGCAACTA TTGACCGCAT ACTGGGGCAT
TACCAAACCT TATTGTTAGG GATTATTGCC AGTCCCCAAA CATTAGTCTC GCAATTATCT
TTATTAACAG CAACCGAACG TCAGCAAATC TTGGTGGAGT GGAATCAAAC CCAAATCGAC
TATGACCGCA ATCAATGTGT ACATCAAATA TTTGAGCAAC AAGCACAATT AACTCCTAAT
GCTGTGGCAG TAGAATCGGG TGAACAAAAA CTCACTTACC GAGAGTTAAA TCACCGTGCC
AACCAATTAG CGCATTTCCT CCAAAGTTTA GGTGTCAAAC CAGAAGTCCT TGTGGGTATT
TGCGTTGAGC GTTCTGTAGA AATGTTGGTG GCAATGCTGG GTGTTCTCAA AGCTGGTGGT
GCTTACTTAC CCCTAGACCC GGCTTATCCT CAAGAACGCT TGGCTCATAT GCTAACTGAT
TCTCAAGCCT CGGTGTTACT GACAAGTGCT AACTTAGCGA GCCAACTGCC AAAATCATCT
GCAAAATTAG TCAAGTTGGA TACTGACTGG CAAGTGATTT CTCGGCAACC AATCATCAAT
CCTACTGGTA TTGTTGTACC AAGTAATTTA GCCTATGTAA TTTATACGTC AGGTTCTACG
GGCAAATCTA AAGGAGTGCT TATTCCCCAC CAAGCTTTAG TTAATCATAA CTACGCCATC
GCTAAAAATT ATGAGCTAAA AGCGAGCGAT CGCATCCTCC AATTTGCCAG CTTTAGCTTT
GATGTTGCGG CTGAGGAAAT ATTCCCGACT TGGTTGAGTG GGGCGACTTT AGTACTACGA
CCAGAAGAAA TATTTAGCAT TCCCGATTTT GTGCAATTTG TCAAACAACA AGACTTGACT
GTCTTAAACT TGCCTGTGGC ATACTGGCAA GAGTGGGTTT CCCAAATGCC GCAAATTAGT
TGGACACCCA ATGTCCGCTT GTTGGTAGTT GGTAGTGAGA GAGTCCCTCT AGAGCGTTTT
TTGACTTGGC AACAGCTAGT AGGTAGTAAC GTGAGTTGGC GCAATGCTTA CGGCCCTACG
GAAGCAACAA TTACAGCTAC AATCTATGGT TCTCACTTGA GTTCCCATCA GCAAACAGCA
GCTTCACTGT TTATCGGTCG TCCCATAGCT AACACACAAA TTTATATTCT CGACCAGCAT
TTACAACCAG TACCTATTGG GGTCACAGGT GAACTACATA TTGGTGGGAA TGGTTTGGCA
CAAGGTTATC TCCACCGTCC AGAATTAACA GCCGAAAAAT TCATTGCTCA CCCTTTTAGC
AATCAACCAA CAGCCCGCTT GTACAAAACA GGGGATTTAG CCCGCTACAG AAGCGATGGT
ACGATTGAAT TTATCGGTCG CATTGATCAT CAAGTAAAAA TTCGCGGTTT CCGTATCGAA
CTGGGGGAAA TAGAAACAGC ACTCAATCAA CATCCACAAG TACGAGAGTG TGTAGTTATA
GCCAGCGATG ACCAATTAGC TCATCAGCAA TTGCAAGCAT ACATCGTTTT TCATCAACAA
CTAAAAGTAG ATAGTAGCGA ACTGCATCGC TTCCTCAAGC AAAAATTGCC TGAGTACATG
ATACCTACTA GTTTCTTCCA GTTAGAAAAT ATACCCCTCA CCCCCAACGC CAAAATCGAC
CGCCAGGCTT TAAATCGCTT AGGTGTGTTA ATCAACAATA TTGAAGTGAA TCGGGTTGCA
CCCAGCAATC ATATCGAGGA GGTACTAGCT AATATCTGGA CTGAAGTTCT CAATTTAAAA
CAAGTAGGTA TCCACAATAA TTTCTTTGAA TTAGGCGGTA ATTCCCTCTT AGCAATGCAA
CTTTTAAATC GGGTCAATGA AGCCTTCTTA ATAGATTTAC CTTTGCGTAG TTTATTTGAA
TGTTCAACCA TCGCTGAACT GAGCGAGTTG ATTCAAGCTT ACAAACTAGA ACACTTAGAA
AGCGATGCTC TTGAACAAAT TTTAGCTGAA GTTGATGAGT TAATTGATAC AGAAATCGAG
CAAATGCTGG CTAAATTTTA G
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| Protein sequence | MNTYTIDNHN SYSLVTNQSQ ECQNTLANLR VIIADLLKCE PEEVDVKVPF LEMGADSIVL
VDAIRQIENN FRIKITIRQL FEELTNLSVL ANYIEENVKL EPSTLLGQET LELSVNPQPL
PQSQQSEQKS ETLVEIVLRQ QFELMSQQLE ILRESNLPTN LSVTPSQNQA AKSVPNAVVQ
TTPDLKTGEL NKSTLKKADS PSSFWRVEQS QAKTLTSQQQ QYLNSLIARY TKRTAKSKQR
SQSYRPVLAD RRASIGFRPE TKEILYPIVG DRSQGSRIWD VDGNEYIDIS MGFGVHLFGH
NVPFITAALE DQIKQGIQIG PQSKLAGEVA TLICEMTGME RVTFCNSGTE AAMTAMRIAR
AATGRAKIAI FKGAYHGHFD GTLAIPQTSE DGKLPAQPMV PGVLQNMVDD VLLLTYGTPE
SLEIIKANAH ELAAVLVEPI QSRKPDLQPK EFLQQLRVVT QQLDIALIFD EVITGFRVHP
RGAQAWSGVD ADIVTYGKLI GGGMPIGVIA GKAAYMDKID GGFWSYGDDS YPEVETTFFA
GTFSKHPLTM AATRATLLHL KAEGASLQER LNQRTSNLAA TLNSYFEQAN VPLRIVHFSS
LFRFTLSGNS SYLYQPLEMD LLYYSLIEKG VYIWEGRTCF LSTAHTDEDV DYVIQAVKDS
VQELQAVGFF SKSPKLSTNQ PQTPKTSERV NSAVSLTVQD TIKPEVKEAF KIPLSDAQKQ
LWFLAQMGDN GSVAYNISLN IQLQGTLDLA AIRQAVQQVV QRHEALRTTI SSQGDFQEIL
PSLKIDVPVI DFSNVKDSQL QVNQWLQNYS RESFDLSNGP LFRVRILKLA EQLHLLVVSA
HHIITDGWSI SIILQEMMAL YSAKCQGHVC QLEPPIQFSS YLDWHRQFCA TDEMKAHESY
WLQKFADPVP VLDLPTDRQR PPSKTYQGGR QQLLLDPNVS AAIKQLSKQN GCTLFMTLLS
AYAVLLYRLT NQDDLTIGIA SAGRSLEGSE RLVGYCSHML PIRTQIVGDA TFVEHLKACK
SVLLEAYEHQ DYPFAKLIDK LRVNSNTGMS PLVNATFNLE RPVAIPQMYG LESSLLPQSI
SFADYDIGLN VTEIDHELLL ECDYNADLFD AATIDRILGH YQTLLLGIIA SPQTLVSQLS
LLTATERQQI LVEWNQTQID YDRNQCVHQI FEQQAQLTPN AVAVESGEQK LTYRELNHRA
NQLAHFLQSL GVKPEVLVGI CVERSVEMLV AMLGVLKAGG AYLPLDPAYP QERLAHMLTD
SQASVLLTSA NLASQLPKSS AKLVKLDTDW QVISRQPIIN PTGIVVPSNL AYVIYTSGST
GKSKGVLIPH QALVNHNYAI AKNYELKASD RILQFASFSF DVAAEEIFPT WLSGATLVLR
PEEIFSIPDF VQFVKQQDLT VLNLPVAYWQ EWVSQMPQIS WTPNVRLLVV GSERVPLERF
LTWQQLVGSN VSWRNAYGPT EATITATIYG SHLSSHQQTA ASLFIGRPIA NTQIYILDQH
LQPVPIGVTG ELHIGGNGLA QGYLHRPELT AEKFIAHPFS NQPTARLYKT GDLARYRSDG
TIEFIGRIDH QVKIRGFRIE LGEIETALNQ HPQVRECVVI ASDDQLAHQQ LQAYIVFHQQ
LKVDSSELHR FLKQKLPEYM IPTSFFQLEN IPLTPNAKID RQALNRLGVL INNIEVNRVA
PSNHIEEVLA NIWTEVLNLK QVGIHNNFFE LGGNSLLAMQ LLNRVNEAFL IDLPLRSLFE
CSTIAELSEL IQAYKLEHLE SDALEQILAE VDELIDTEIE QMLAKF
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