| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_2968 |
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| Symbol | |
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| ID | 4245084 |
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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 | Trichodesmium erythraeum IMS101 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008312 |
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| Strand | - |
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| Start bp | 4614966 |
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| End bp | 4618961 |
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| Gene Length | 3996 bp |
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| Protein Length | 1331 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 638108006 |
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| Product | amino acid adenylation domain-containing protein |
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| Protein accession | YP_722599 |
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| Protein GI | 113476538 |
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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 | 3 |
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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 | 5 |
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| Fosmid unclonability p-value | 0.161753 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAATTATC AAGGTATTTC TACTTTAATA TCTCCTTCTA CCTCTCACAT ACAGCAAGCA
AATTGGTTTC TGTATAAGTT CAACCCAACG GGTCTAGCAG ATAAAATATC TATAGCAATT
CAGATGGTAA ATTCTGTAGA TATTCCAACT GTTAAAAATA CACTACAAAT ATTAATGAAA
CGTCATTCTA TTCTCCGTAG TGTATATTCT GAAAAAGATG GAAATATTAT TTCCCAGATT
CGGGAAAATG TGGAGATTGA CTGGGAAAAA ATAGATGCTT ATTCCTGGAA TAATATCGAA
TTAAATGAAC AATTGTCCGC TCGAATGAGG CTTCCTTTTA ATCTGGAAAC TGGTGGAGTA
TTTCGTGCTT GTTTATTTTG TATTTCGGCA ACAGAAAATA TTTTATTGTT GACTCTGCAT
CAAATAGCAG GCGATCGCTA TTCCATATCA ATATTAGTGG ATGAATTTGT AACTATTTAC
GAGTCAAAAA TTAATAATAC TAACTCAAAT TTAATCCCAA TAAATACGAA TTATGTTAAT
TATATCAATG AAGAATTAGA ATTTATAAAT AGTTCAGAAG GAAAACAAAT TGGTGATTAT
TGGCAGGAAA AGTTAGGGGG TGAATTACCC ATCCTAGAAT TACCAACAAA TTTTTCTCGC
CCGAGTATTA GAACTTATAA TGGTACTGCT CTAAAGTCAA CTATAAACTT CCAATTAAAT
CAGAAAATTC AACAACTCGC AAAAACACTA GAAGTCAAAA AGGAAGAGAT AATATTAGCA
GTATTTAAAG TTCTACTTTA CCGCTACACA GGAGAAGAAG ATATTCTGGT TGGTTTATTA
CAAAGCCGAG AAAATCAACC ATTATTTGAA CAAGTAGTTG GCAATTTTAC TAATATTACA
GTTCTCAGAA ATTTAATCTC AGGAAACATT AAGTTTACAG ATTTTTTGAA TCAAGTTAGC
AAAAATATAT TTGAAGTTGA GAATTATCAA AATTACCCTT ATTCTTTGCT TATAAAACAA
TTAAAATCTG CTAATTTGAG TCACTATCCA ATCTGTCAGG TTGCTTTTAG TTATCATAAA
TTTCATAAAT TATTTGAGGC AAAAGAACTA GAATTAGAAT ATTATGAACT TCCACAACAA
AAAGTAGACT TTGAACTAAA TTTAGAAATC ATAGAATTAC CTGAATCTCT GTTAGCTAAC
TTTAAATATA ATAGTGATGT ATTAGAGGCT CAAACTGTTG CTCAAATTGC CGAACATTTC
CAGAATTTAC TAACAGCAGT TGTCGAAAAT CCTGAGACAC CAGTGGGTAA ATTATCAATG
CTGAGTGAAA GGGAAAAACA GAAAATATTA ATAGCATGGA ATGAAACAAA AACAGATTAT
CCTCAAGACA TATCTATTCA TCAGTTATTT GAGAGTCAAG TAGAGAAAAC CCCAGATGCA
ATAGCAGTAG TTTTTGAGTC AGAAAAGCTG ACTTACTCCG AGTTAAATAA TAAAGCAAAT
CAACTCGCTC ACTATTTACA AAAATTGGGA GTAAAACCAA AAGCACACTT AGGCATTTGT
GTGGAACGAT CTCTCTCAAT GGTTATCGGT ATATTAGGAA TTCTCAAAGC AGGAGCAGCT
TATGTCCCCC TAGATTCTAG CTACCCCTCA GAACGTTTGG CTTATATGAT TTCTGATGCA
CAAGTGTCAG TGTTACTCAC CCAGGAATCA TTATTGACAT CCTTGCCTAA ACATCAAGCA
CAAGTTGTTT GTTTAGATAG AGACTGGAAA GGGATCAAGG AATTTTCTAC CGTAAATTTG
AGCAGTGGAG TCACCCCAGA AAATCTAGGT TACATCATCT ATACCTCGGG TTCCACAGGT
AAACCCAAGG GAGTTGCCAT GAGTCAACGC GCTTTAGTTA ACTTGATTAT GTGGCAGCAA
GAAGAAGCAA CTGTAGGTCA AGGGGCCAAA ACATTACAGT TTACTCCTAT TAGTTTTGAC
GTATCCTTCC AAGAAATTTT TTCAACCTGG TATTCAGGAG GCACTCTGGT TTTAGTTTCT
CAAGAAGTAA GACGTGATAG TTTTGCTTTG ATGGCATTCA TGGTTGAGAG TCAGATAGAG
AGAATATTTC TTCCTTTTGT AGCTTTACAG CAGTTAGCTA CAGTTGCTCC TCAATGTCAA
GTTTTACCCC CATTCTGTGA AATTGTGACA GCAGGAGAAC AATTGCAGGT TACTCCAGAC
CTAGTGGCAT TAATGAACCG ACTTCCTAAC TGTAAAGTCC AAAATCAATA TGGACCCTCA
GAAAGCCATG TTGTTTCTGC TTACACTTTA CAGGGCGCTG CTACGAATTG GCCAAAACTA
CCTCCTATTG GTCGTCCTAT TGCTAACAAT CAACTTTATA TTTTCAACAC AGATTTACAG
CCAATTCCCA TCGGCGTTTC TGGAGAACTG TATATTGGTG GAGTCGGTGT GGCCAATGGT
TATCTTAACC GCCCAGACTT AACTGTAGAA AAATTTATTA CTATAGAAGG GAACAAGGAA
CAGGGAATAG GGAACAGGTT GTATAAAACT GGAGATTTAG CTCGTTATCT ATCTGATGGG
AACATCGAGT TTTTAGGTCG CATTGATAAC CAAGTGAAAA TTAGGGGTTT CCGCATAGAA
ATTGGAGAAA TTGAAACTAC TCTCAGTCAA CACCCTATAG TCAAAGAAAC GGTAGTATTA
TTGAGAGAAG ATAAACCTGG TAATAAACTT TTAGTCGCGT ATATTGTGCC TGAAACTGAA
GGTGCTCAGA ATGTTGTCCC CCAATTAAAA CAATATCTGA AAGAAAAATT GGCGGAATAT
ATGGTGCCTT CAGCTTTTGT GGTGTTGTCG AAACTACCCT TAACTCCCAG TGGGAAAGTT
AACCGTCGCG CTCTACCTGC ACCTGATATT TCTAGTTTTA GTCAGAGCGA TAATTTTGTG
GCTCCGCGCG ATCGCATAGA GCAACAATTA GCACAAATGT GGTCAGAAAT TCTAAATATT
CATCCAGTAG GAGTTAAAAG TAATTTCTTT GAATTAGGAG GCCATTCTCT CTTAGCAATT
AATTTAATGG CCAAAATCCA GGAGAGCTTT GGCCAACAAC TACCTTTATC TACTCTATTC
ACCAACCGGA CAATTGAAGA TTTAGGCCGT TTAATTCGAG GAGAAAGTCA AGTTAGTTCT
TCTTCTATAG TTCCCCTGCA AACTCAGGGA AATAAACAAC CATTTTTTTG CATACATCCT
GCCGGAGGTC ATGTATTTTA TTATCATGAT TTATCCCATT ATTTGGGGAA TAATCAACCA
TTTTATGGGA TACAAGCACA GGGATTTAAT GAAGGGGAAA AAATCTTCAC AAATGTGGAA
GATATGGCTG AATTTTATGT CCAAACTCTA CTAGAATTTC AACCAGATGG TCCTTATCAA
ATTGGCGGTT GGTCTTTTGG AGGAGTTGTT GCTTTTGAGA TGGGACAGCA GTTACTTCAG
CAAGGTAAAG AAGTTAGCTT ATTGGCTTTG TTAGACCCTT GGGTTCCCAT TTTATTAGAC
CCTAATAAAA AAATTGATAA TTTGTATATG AAGGGTGTAT TAAGTCGCTA CTTTGGAGGT
ATGTTTGGTA TAACTGATTT AGTTACCGAA GATGAATTAT TAGGTTTAAA ATCAGAAGAA
CAAATAGAGT TTATAATTGA TAAGGCAGAG AAATTAAAGT TATTTCCCAA GGAAGCTACT
CGGGAACAAA ACCGACGCTT TATTGATGTA ATAATTGGCA CTTTGAAGGC AACTTATACT
TATAAACGTC ATCCTTATCC AGGAAAAGTA ACGGTTTTTC GGGCGCAAGA AAAGCATCCC
CATGGCATAG ATCCCCAATT AGTCTGGGTA GAAATGTATG CTATTTTAGA TGTAGCTGAT
ATAGAGGTAG TTATGGTTCC TGGTAATCAT TTTACATTTA TAAAAGAATC AAATAATAAA
GTATTAGCAG AATGTTTGAG TGAGCATTTA AAGTAG
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| Protein sequence | MNYQGISTLI SPSTSHIQQA NWFLYKFNPT GLADKISIAI QMVNSVDIPT VKNTLQILMK
RHSILRSVYS EKDGNIISQI RENVEIDWEK IDAYSWNNIE LNEQLSARMR LPFNLETGGV
FRACLFCISA TENILLLTLH QIAGDRYSIS ILVDEFVTIY ESKINNTNSN LIPINTNYVN
YINEELEFIN SSEGKQIGDY WQEKLGGELP ILELPTNFSR PSIRTYNGTA LKSTINFQLN
QKIQQLAKTL EVKKEEIILA VFKVLLYRYT GEEDILVGLL QSRENQPLFE QVVGNFTNIT
VLRNLISGNI KFTDFLNQVS KNIFEVENYQ NYPYSLLIKQ LKSANLSHYP ICQVAFSYHK
FHKLFEAKEL ELEYYELPQQ KVDFELNLEI IELPESLLAN FKYNSDVLEA QTVAQIAEHF
QNLLTAVVEN PETPVGKLSM LSEREKQKIL IAWNETKTDY PQDISIHQLF ESQVEKTPDA
IAVVFESEKL TYSELNNKAN QLAHYLQKLG VKPKAHLGIC VERSLSMVIG ILGILKAGAA
YVPLDSSYPS ERLAYMISDA QVSVLLTQES LLTSLPKHQA QVVCLDRDWK GIKEFSTVNL
SSGVTPENLG YIIYTSGSTG KPKGVAMSQR ALVNLIMWQQ EEATVGQGAK TLQFTPISFD
VSFQEIFSTW YSGGTLVLVS QEVRRDSFAL MAFMVESQIE RIFLPFVALQ QLATVAPQCQ
VLPPFCEIVT AGEQLQVTPD LVALMNRLPN CKVQNQYGPS ESHVVSAYTL QGAATNWPKL
PPIGRPIANN QLYIFNTDLQ PIPIGVSGEL YIGGVGVANG YLNRPDLTVE KFITIEGNKE
QGIGNRLYKT GDLARYLSDG NIEFLGRIDN QVKIRGFRIE IGEIETTLSQ HPIVKETVVL
LREDKPGNKL LVAYIVPETE GAQNVVPQLK QYLKEKLAEY MVPSAFVVLS KLPLTPSGKV
NRRALPAPDI SSFSQSDNFV APRDRIEQQL AQMWSEILNI HPVGVKSNFF ELGGHSLLAI
NLMAKIQESF GQQLPLSTLF TNRTIEDLGR LIRGESQVSS SSIVPLQTQG NKQPFFCIHP
AGGHVFYYHD LSHYLGNNQP FYGIQAQGFN EGEKIFTNVE DMAEFYVQTL LEFQPDGPYQ
IGGWSFGGVV AFEMGQQLLQ QGKEVSLLAL LDPWVPILLD PNKKIDNLYM KGVLSRYFGG
MFGITDLVTE DELLGLKSEE QIEFIIDKAE KLKLFPKEAT REQNRRFIDV IIGTLKATYT
YKRHPYPGKV TVFRAQEKHP HGIDPQLVWV EMYAILDVAD IEVVMVPGNH FTFIKESNNK
VLAECLSEHL K
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