| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_3855 |
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| Symbol | |
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| ID | 3678495 |
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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 | 4798900 |
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| End bp | 4801566 |
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| Gene Length | 2667 bp |
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| Protein Length | 888 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 637719207 |
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| Product | amino acid adenylation |
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| Protein accession | YP_324355 |
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| Protein GI | 75910059 |
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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
[COG3319] Thioesterase domains of type I polyketide synthases or non-ribosomal peptide synthetases |
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| TIGRFAM ID | [TIGR01733] amino acid adenylation domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 26 |
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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 | 16 |
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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 | ATGCAGACTA TAGATTTTAA TATTCGTAAG TTACTTGTAG AGTGGAACGC GACCCACAGA
GATTATGATC TTTCCCAGAG TTTACATGAA CTAATTGTAG CTCAAGTAGA ACGAACACCT
GAGGCGATCG CTGTCACCTT TGACAAGCAA CAACTAACTT ATCAAGAACT AAATCATAAA
GCAAACCAGC TAGGACATTA TTTACAAACA TTAGGAGTCC AGCCAGAAAC CCTGGTAGGC
GTTTGTTTAG AACGTTCCTT AGAAATGGTT ATCTGTCTTT TAGGAATCCT CAAAGCTGGG
GGTGCTTATG TTCCTATTGA CCCTGAATAT CCTCAAGAAC GCATAGCTTA TATGCTAGAA
GATTCTCAGG TGAAGGTACT ACTAACTCAA GAAAAATTAC TCAATCAAAT TCCCCACCAT
CAAGCACAAA CTATCTGTGT AGATAGGGAA TGGGAGAAAA TTTCCACACA AGCTAATACC
AATCCCAAAA GTAATATAAA AACGGATAAT CTTGCTTATG TAATTTACAC CTCTGGTTCC
ACTGGTAAAC CAAAAGGTGC AATGAACACC CACAAAGGTA TCTGTAATCG CTTATTGTGG
ATGCAGGAAG CTTATCAAAT CGATTCCACA GATAGCATTT TACAAAAAAC CCCCTTTAGT
TTTGATGTTT CCGTTTGGGA GTTCTTTTGG ACTTTATTAA CTGGCGCACG TTTGGTAATA
GCCAAACCAG GCGGACATAA AGATAGTGCT TACCTCATCG ATTTAATTAC TCAAGAACAA
ATCACTACGT TGCATTTTGT CCCCTCAATG CTGCAAGTGT TTTTACAAAA TCGCCATGTA
AGCAAATGCA GCTCTCTAAA AAGAGTTATT TGTAGCGGTG AAGCTTTATC TATAGATTTA
CAAAATAGAT TTTTCCAGCA TTTGCAATGT GAATTACATA ACCTCTATGG CCCGACAGAA
GCAGCAATTG ATGTCACATT TTGGCAATGT AGAAAAGATA GTAATTTAAA GAGTGTACCT
ATTGGTCGTC CCATTGCTAA TACTCAAATT TATATTCTTG ATGCCGATTT ACAACCAGTA
AATATTGGTG TCACTGGTGA AATTTATATT GGTGGTGTAG GGGTTGCTCG TGGTTATTTG
AATAAAGAAG AATTGACCAA AGAAAAATTT ATTATTAATC CCTTTCCCAA TTCTGAGTTT
AAGCGACTTT ATAAAACAGG TGATTTAGCT CGTTATTTAC CCGATGGAAA TATTGAATAT
CTTGGTAGAA CAGATTATCA AGTAAAAATT CGGGGTTATA GAATTGAAAT TGGCGAGATT
GAAAATGTTT TATCTTCACA CCCACAAGTC AGAGAAGCTG TAGTCATAGC GCGGGATGAT
AACGCTCAAG AAAAACAAAT CATCGCTTAT ATTACCTATA ACTCCATCAA ACCTCAGCTT
GATAATCTGC GTGATTTCCT AAAAGCAAGG CTACCTGATT TTATGATTCC AGCCGCTTTT
GTGATGCTGG AGCATCTTCC TTTAACTCCC AGTGGTAAAG TAGACCGTAA GGCATTACCT
AAGCCTGATT TATTTAATTA TAGTGAACAT AATTCCTATG TAGCGCCTCG GAATGAAGTT
GAAGAAAAAT TAGTACAAAT CTGGTCGAAT ATTCTGCATT TACCTAAAGT AGGTGTGACA
GAAAACTTTT TCGCTATTGG TGGTAATTCC CTCAAAGCTC TACATTTAAT TTCTCAAATT
GAAGAGTTAT TTGCTAAAGA GATATCCTTA GCAACACTTT TAACAAATCC AGTAATTGCA
GATTTAGCCA AGGTTATTCA AGCAAACAAC CAAATCCATA ATTCACCCCT AGTTCCAATT
CAACCACAAG GTAAGCAGCA GCCTTTCTTT TGTATACATC CTGCTGGTGG TCATGTTTTA
TGCTATTTTA AACTCGCACA ATATATAGGA ACTGACCAAC CATTTTATGG CTTACAAGCT
CAAGGATTTT ATGGAGATGA AGCACCCTTG ACGCGAGTTG AAGATATGGC TAGTCTCTAC
GTCAAAACTA TTAGAGAATT TCAACCCCAA GGGCCTTATC GTGTCGGGGG GTGGTCATTT
GGTGGAGTCG TAGCTTATGA AGTAGCACAG CAGTTACATA GACAAGGACA AGAAGTATCT
TTACTAGCAA TATTAGATTC TTACGTACCG ATTCTGCTGG ATAAACAAAA ACCCATTGAT
GACGTTTATT TAGTTGGTGT TCTCTCCAGA GTTTTTGGCG GTATGTTTGG TCAAGATAAT
CTAGTCACAC CTGAAGAAAT AGAAAATTTA ACTGTAGAAG AAAAAATTAA TTACATCATT
GATAAAGCAC GGAGCGCTAG AATATTCCCG CCTGGTGTAG AACGTCAAAA TAATCGCCGT
ATTCTTGATG TTTTGGTGGG AACTTTAAAA GCAACTTATT CCTATATAAG ACAACCATAT
CCAGGAAAAG TCACTGTATT TCGAGCCAGG GAAAAACATA TTATGGCTCC TGACCCGACC
TTAGTTTGGG TAGAATTATT TTCTGTAATG GCGGCTCAAG AAATTAAGAT TATTGATGTC
CCTGGAAACC ATTATTCGTT TGTTCTAGAA CCCCATGTAC AGGTTTTAGC ACAGCGTTTA
CAAGATTGTC TGGAAAATAA TTCATAA
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| Protein sequence | MQTIDFNIRK LLVEWNATHR DYDLSQSLHE LIVAQVERTP EAIAVTFDKQ QLTYQELNHK
ANQLGHYLQT LGVQPETLVG VCLERSLEMV ICLLGILKAG GAYVPIDPEY PQERIAYMLE
DSQVKVLLTQ EKLLNQIPHH QAQTICVDRE WEKISTQANT NPKSNIKTDN LAYVIYTSGS
TGKPKGAMNT HKGICNRLLW MQEAYQIDST DSILQKTPFS FDVSVWEFFW TLLTGARLVI
AKPGGHKDSA YLIDLITQEQ ITTLHFVPSM LQVFLQNRHV SKCSSLKRVI CSGEALSIDL
QNRFFQHLQC ELHNLYGPTE AAIDVTFWQC RKDSNLKSVP IGRPIANTQI YILDADLQPV
NIGVTGEIYI GGVGVARGYL NKEELTKEKF IINPFPNSEF KRLYKTGDLA RYLPDGNIEY
LGRTDYQVKI RGYRIEIGEI ENVLSSHPQV REAVVIARDD NAQEKQIIAY ITYNSIKPQL
DNLRDFLKAR LPDFMIPAAF VMLEHLPLTP SGKVDRKALP KPDLFNYSEH NSYVAPRNEV
EEKLVQIWSN ILHLPKVGVT ENFFAIGGNS LKALHLISQI EELFAKEISL ATLLTNPVIA
DLAKVIQANN QIHNSPLVPI QPQGKQQPFF CIHPAGGHVL CYFKLAQYIG TDQPFYGLQA
QGFYGDEAPL TRVEDMASLY VKTIREFQPQ GPYRVGGWSF GGVVAYEVAQ QLHRQGQEVS
LLAILDSYVP ILLDKQKPID DVYLVGVLSR VFGGMFGQDN LVTPEEIENL TVEEKINYII
DKARSARIFP PGVERQNNRR ILDVLVGTLK ATYSYIRQPY PGKVTVFRAR EKHIMAPDPT
LVWVELFSVM AAQEIKIIDV PGNHYSFVLE PHVQVLAQRL QDCLENNS
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