| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_C0007 |
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| Symbol | |
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| ID | 3677799 |
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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_007412 |
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| Strand | - |
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| Start bp | 15453 |
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| End bp | 17849 |
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| Gene Length | 2397 bp |
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| Protein Length | 798 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 637715091 |
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| Product | condensation domain-containing protein |
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| Protein accession | YP_320285 |
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| Protein GI | 75812668 |
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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
[COG2175] Probable taurine catabolism dioxygenase |
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| TIGRFAM ID | [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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Plasmid Coverage information |
| Num covering plasmid clones | 20 |
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| Plasmid unclonability p-value | 0.441594 |
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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 | 6 |
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| Fosmid unclonability p-value | 0.0181415 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGAAGCTG AAAATATTGT AGATATTTAC ACCCTTTCAC CTACTCAGCA AGGCATACTA
TTTCACGTAC TGTCTGCGCC TGATTCTGGT GTATATTTTA GCCAAACAAC TTGTATTTTA
CAAGGTAATC TAAATTTATT AGCCTTTGAA CAGGCTTGGC AAGAAGTTGT CAACCGACAT
TCTGCTTTGC GGACAGGTTT TGTATGGGAA GGACTAGAAA AGCCAGTTCA AATTGTTTAC
CGTGAGGTAA AACTAGAAAT TGCCAAATAT GATTGGTGTG AACTTGATAT TGCAAATCAA
CAAGCACATC TACAAGATTA TTGTCTAGCT GATAAAATGC ATGGCTTTGA CTTAGCCAAA
CCGCCACTCA TTCGGTTAAC TATTATTAAA ATTGCTGCCG AAAGTTATCA ATTTGTTTGG
ACTAGCCATC ACTTAGTATT AGATGGCTGG TCTGGTGTGA TTCTGCAAAA AGAAGTGTTT
GCTTTTTATG AAAATTTTTG TAATGGTAAA CAACTTGACA TAGCAACAAA TCCGCCTTTT
CGAGACTATA TTACATGGTT GAAGCAACAA GATATTTCTC AAACTGAAAC TTTCTGGCGA
CAAACTTTAC AAGGTTTTAC TACCCCAACA CCTTTGTATA AAAATATTAA AAATCAGATA
AATCAGCCAG CATATTATCA GCATCAAACA ATTTATTTAT CTGCAAGTGA TACAGCATCG
ATAAATAATT TTGCTCGAAA ATACCATTTA ACTGCGAGCA ATTTAGTATT AGGAGCATGG
GCATTACTGC TTAGTTATTA TAGCGGTAAT CAAGATGTAC TGATAGGAAA AGTTATGTCA
GGTCGCCCAG TTGGTATGAC TGGAGTTGAA TCTACAGTAG GCATTTTTGT GAATACTTTA
CCTGCAAGAG TGCAGGTATC TCCAGAAGAT TCATTATTAA CTTGGCTGCA AAGTATCCAA
AGTCAACAGA TTCAATTACA TGAATATGAA TATACTCCAC TTGTACAAAT TCAAAGTTGG
AGTGATGTAC CGCCAGGTGT AGCTTTATTT GACAGTCTTT TGATTTTTCA AAATACTTTT
CTAGATGTTT TACAGGCAGA AATTGGCAGT CTCACAATTA GCAAAATTCA TACAGAAGAC
TCGACTAATT ATCCCCTGAC TATCAATGTA ATTCCAGGTA TAGAGTTATG TTTAAAAGCT
AGTTATGATG TCCGTTGCTT TCATGAAAAC AAAATTAATA GGATATTAGA AAACTTCCGT
TATCTGTTAG TAAATATGGT GAATGCACCA ATTTTAAAAA TAAATGAATT AATAAATAAA
ATTCAGGCTT ATGAAAAAAA ACAAAAGAAT CAAGAATTGC AAGAAAGTCA AAAAATAAAC
TTTCAAAAAT TAGCCACTAT CAAACCACAG ACTTTTAGAT TATCTTTTGG CAGTTTGGTA
AAAATAAATT ATTTGTTTCC AGATAAGCCA ATACCTATAG TTATTCAACC ACTGGAAGAC
AATCTAGATT TAGTTACATG GAGTCAGAAT AATTTAGATT TTATTGAACA AAAGCTTTTA
AAGCATGGAG CAATTTTATT TAGGGATTTT AAGATTAGCT CAACATCGAT ATTTGAAAAG
TTCATGAGAG TGATTTCTCC AGAATTACTA GAATACCGAG AACGTTCAAC GCCACGAACA
GATTTAGGTG GAAATATTTA TACATCAACC GAGTATCCTG CTCATGAGCA TATTGCTTTG
CATAATGAGT TTTCTTATGC TTATACTTGG CCTCTGAAAA TTTGTTTTTA TTGTGCAGAA
ACAGCCGTAT ATGGCGGAGA AACTCCTATT GCAGATTGTC GGCAGTTTTT AGCAAAAATT
AATCCAAAAA TTAAAGATAA ATTTATCGAA AAACAAGTGA TGTATGTCCG TAATTATGGC
AATGGTATAG ACCTTTCTTG GCAAGAAGCA TTTCAGACTA ATGATAAATC TGTGGTTGAA
GATTATTGTC GTCAAGCCCC GATGGAATTT GAATGGCTAG ATGAAAACCG CCTCAGAACT
CGTCAGATAC GTCCGAGTGT GGCAATACAT CCAAAAACTC AAGAAATGGT GTGGTTTAAT
CAAGCGCATT TATTCCATAT TTCAAATTTA GATTTAGAGG TACGTGAAGC ACTTTTAGAA
CTATTTAAGG AGTCAGATAT TCCCCGCAAT ACTTATTATG GTGATGGTTC TCCTATCGAG
ACTTCAGTAT TAGATGAAAT TCGGGAAGTT TATCAGCAAG TATCTGTAAA GTTTCCTTGG
CAGAAAGGAG ATGTATTATT ACTGGACAAT ATGTTAGTGG CGCATGGTCG CAATCCATTT
GTGGGTAAAC GCAAAATTTT GGTGGCGATG GGAGAGGCGT TTACGCAAGA ACATTAA
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| Protein sequence | MEAENIVDIY TLSPTQQGIL FHVLSAPDSG VYFSQTTCIL QGNLNLLAFE QAWQEVVNRH
SALRTGFVWE GLEKPVQIVY REVKLEIAKY DWCELDIANQ QAHLQDYCLA DKMHGFDLAK
PPLIRLTIIK IAAESYQFVW TSHHLVLDGW SGVILQKEVF AFYENFCNGK QLDIATNPPF
RDYITWLKQQ DISQTETFWR QTLQGFTTPT PLYKNIKNQI NQPAYYQHQT IYLSASDTAS
INNFARKYHL TASNLVLGAW ALLLSYYSGN QDVLIGKVMS GRPVGMTGVE STVGIFVNTL
PARVQVSPED SLLTWLQSIQ SQQIQLHEYE YTPLVQIQSW SDVPPGVALF DSLLIFQNTF
LDVLQAEIGS LTISKIHTED STNYPLTINV IPGIELCLKA SYDVRCFHEN KINRILENFR
YLLVNMVNAP ILKINELINK IQAYEKKQKN QELQESQKIN FQKLATIKPQ TFRLSFGSLV
KINYLFPDKP IPIVIQPLED NLDLVTWSQN NLDFIEQKLL KHGAILFRDF KISSTSIFEK
FMRVISPELL EYRERSTPRT DLGGNIYTST EYPAHEHIAL HNEFSYAYTW PLKICFYCAE
TAVYGGETPI ADCRQFLAKI NPKIKDKFIE KQVMYVRNYG NGIDLSWQEA FQTNDKSVVE
DYCRQAPMEF EWLDENRLRT RQIRPSVAIH PKTQEMVWFN QAHLFHISNL DLEVREALLE
LFKESDIPRN TYYGDGSPIE TSVLDEIREV YQQVSVKFPW QKGDVLLLDN MLVAHGRNPF
VGKRKILVAM GEAFTQEH
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