| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_2109 |
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| Symbol | |
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| ID | 4243945 |
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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 | 3291907 |
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| End bp | 3294882 |
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| Gene Length | 2976 bp |
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| Protein Length | 991 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 638107217 |
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| Product | AMP-dependent synthetase and ligase |
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| Protein accession | YP_721818 |
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| Protein GI | 113475757 |
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| COG category | [I] Lipid transport and metabolism
[Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG0318] Acyl-CoA synthetases (AMP-forming)/AMP-acid ligases II
[COG3319] Thioesterase domains of type I polyketide synthases or non-ribosomal peptide synthetases |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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| Plasmid unclonability p-value | 0.911479 |
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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 | 8 |
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| Fosmid unclonability p-value | 0.633615 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCAATTTG ATACTTTAAT AGACCTCCTA CACCATAGAA CCCTAGATCA ACCTAAGCAA
AAAACCTATA CTTTTCTCAA AGATGGTGAA ACAGAAGCTG ATAGTCTTAC CTATCAAATA
TTAGAACAAC ACGCTAAGGC CATAGCAGCA AATCTTCAGT CCCTAAATGC TAAAGGTGAA
AGAGTCTTGC TGTTGTACCC CCCTGGACTA AAATTGATGG CTGGATTTTT TGGCTGTTTG
TATGGGGGGG CGATCGCTAT ACCAACCTAT CCACCACGCC CTGATCAGTC CCTCTCAAAA
TTAGAAGCAA TTGCAGCAGA TGCTCAAGCA AAGTTGATTC TTACCACTAC ACCTCTATTA
CCTTACTTAA AAGGTCGCTT TGCGGAAAAT CCCATGTTAG CAACAATACA GCTGTTAGAT
ACCGATAATA TTATTGCTCA AAATCTGGAG TCCCATTGGC AAGAACCTAA TATCAACGGT
GATACATTGG CTTTTCTTCA ATACACTTCC GGTTCAACTG GAAAACCTAA AGGTGTAATG
ATCACCCACA AAAATATTCT GCACAATTTA GCTATGGGCT ATGAACAATC TGATATTACA
CCTGAAAGTA TTACAGTGAC TTGGTTACCC TTTAGTCACA ATACAGGGTT ATTAGTGGGA
GTTCTACAAC CTCTCTACGG TAATTTCCCT GTTAAAATTA TGTCGCCATT GGATTTTCTG
CAAAAACCTT TCCGTTGGCT AATGGCTATG TCTCATTACA AAGCTACTCA AAGCCTAGCT
CCTAACTTTG CTTATGACCT AGTTTGTTTT CAAACAACCC CTGAAGAACG GGCAATGCTT
GACCTAAGTA ATTGGGAGTT AGCTCTTAGC GGTGCTGAAC CAATTCGTGC GGAGACATTT
GAGCGGTTTA TCAAGACTTT TAAACCCTAT GGCTTTCGCC CAGAGGCTTT AACTGCAGGC
TATGGGATGG CAGAGAGTGT TGTCGGTATT ACTTTAGGCT TAATAACAGA ACCCCCAGTT
ATTCTGAATG TTGACAAGGC TGAATTTACT AAAAATCGGG TTTTGGTAAC AGTTGACGAG
AATGATAGTA CCCAAAAAAT TGTTAGTTGT GGTCGCGCTA GTTCAGGTGA AAAAATTCTC
ATTGTTAACC CGGAAACTTT AACTGAATGT GCAGATGACC AAGTGGGAGA GATTTGGGTT
TCTAGTCCTA GTGTTGCTCA AGGTTATTGG AGTAGACCCC AAGCAACAGC AGAAACTTTT
CAAAATTACT TAAAAGATAC ACAGGAGGGT CCGTTTCTCA GGACTGGTGA CTTAGGATTT
TTGCTCAATG ATGAATTATT TGTCACTGGT CGTCTCAAAG ATTTAATTAT TATCCGAGGT
AGTAACCATT ATCCCCAGGA TATTGAGTTA ACTGTAGACA GAAGTCATCA AGCTTTACGA
CCTAGTTGTG GTGCAGCATT TTCCGTAGAG TTGGAAAGTG AGGAAAGGTT GGTCATTGTT
CAAGAAGTTC AGGAAAGTTA CTTAGATAAA CTGGATGTAG ATGAGGTTGT TAACGCTATC
CGTCAAGCTG TATCTCAACA GCATCAGTTA CAAGTTTATG GGATATTATT ATTGAAAACA
GGAACTATTC CTAAAACTTC TAGCAACAAG ATTCAGCGTC ATGCTTGCAA AGTAGGTTTT
TTAGAGCAAA GTCTTGATGT TGTTGGCAGT AGTATTTACC AAGAATTTGA TCTGTTGGAA
AAGGAAAAAG AAGCTTTCTT AGATAGAAAA ACACTCTTAG CTACCACACT TGAAAAACGT
CAAGAATTAC TAATATCTCA TCTTCAGATT TTAATCTCAA ATATTCTCCA GGTAAATAAA
TCTCAATTAG ACTGGCAACA ACCTTTAACT AGTATGGGAT TAGATTCTCT GACAGTTGTT
GAGTTGAGCG ATCTTCTCCA AGATAGCTTA GGAACTTCTT TTCCGGCAAC ACTAATTTTT
GAATATCCCA CAGTTGAAGC TCTAGCTAAT TATTTGGCAA AAGAAGTGCT TTCCCCACAA
CCTTCTGCAA ATTATGATAT AGGGTTAGTT GCAGATGGAA ACTTAGGTTC GGGTTTTGCT
ACTCCTGTAA TAGCAATTCA AGCAAAAGGT TCTAAGCCTC CTTTTTTCTG TATCCCTGGG
GGTGTGGGAA CTGCGTTTTA TCTCCATTCT CTAGCCTTTC ATCTCGGTCA AGACCAACCA
TTTTACGGAC TACAAGCACG GGGAATGGAT GATCAAGCAG AACCTCAAAC AAATGTTGAG
GCGATCGCTG CCGACTATAT TGACGCATTA AAAAAGATTC AGCCCACAGG TCCTTATTTT
TTGGGTGGTC ATTCTTTTGG TGGGCAAGTA GCTTTTGAAA TATCCCAACA GTTACAAAAA
CAGGGAGATG AAATTGGTTT ACTTGCTGTT TTTGATATTC CTGCCCCTTT ATTTAGTAGT
TTTATAATTG CGGGTTGGGA TGATACTAAA TATATGAGTG AGGTCGTGAG GTTATTTGAA
TACTTTTTAA AGGAAAATTT AGAGATATCC TATAATGATC TGAAAGTTTT CTCTCCTGAT
GAGCAATTAA ATTATGTAAC TGAGCAACTA GTGAAAAAGC TTCATGTACG TTCTTCTCAG
GCAGCTAAAA GACAAGTGCA TAGTTTTGTC AAAGTTTTAA AAGCTAGTGT TTATGCGATG
GGTCATTATC ACCCAGAGAA ACTTTATCCG ACTCCTATTG CTCTTTTCCG TAGTAGTGAT
GTTCGTACTT GGAATAGCGC CATTGGTTTG ACTGATACTA TTCGCAACCA ACTGCAAAAG
AATTCTTTTT TGGGTTGGGA GCAACTTTCT CAACGTTCTG TAGAACTTGA GACTGTTCCT
GGGGATCATA TTACCATGAT GCTTGAACCC CATGTTCAGG TTTTAGCTTC CAGACTCAAA
ACTTATATTG ATATGCCATC AAAATTAACT ATTTAG
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| Protein sequence | MQFDTLIDLL HHRTLDQPKQ KTYTFLKDGE TEADSLTYQI LEQHAKAIAA NLQSLNAKGE
RVLLLYPPGL KLMAGFFGCL YGGAIAIPTY PPRPDQSLSK LEAIAADAQA KLILTTTPLL
PYLKGRFAEN PMLATIQLLD TDNIIAQNLE SHWQEPNING DTLAFLQYTS GSTGKPKGVM
ITHKNILHNL AMGYEQSDIT PESITVTWLP FSHNTGLLVG VLQPLYGNFP VKIMSPLDFL
QKPFRWLMAM SHYKATQSLA PNFAYDLVCF QTTPEERAML DLSNWELALS GAEPIRAETF
ERFIKTFKPY GFRPEALTAG YGMAESVVGI TLGLITEPPV ILNVDKAEFT KNRVLVTVDE
NDSTQKIVSC GRASSGEKIL IVNPETLTEC ADDQVGEIWV SSPSVAQGYW SRPQATAETF
QNYLKDTQEG PFLRTGDLGF LLNDELFVTG RLKDLIIIRG SNHYPQDIEL TVDRSHQALR
PSCGAAFSVE LESEERLVIV QEVQESYLDK LDVDEVVNAI RQAVSQQHQL QVYGILLLKT
GTIPKTSSNK IQRHACKVGF LEQSLDVVGS SIYQEFDLLE KEKEAFLDRK TLLATTLEKR
QELLISHLQI LISNILQVNK SQLDWQQPLT SMGLDSLTVV ELSDLLQDSL GTSFPATLIF
EYPTVEALAN YLAKEVLSPQ PSANYDIGLV ADGNLGSGFA TPVIAIQAKG SKPPFFCIPG
GVGTAFYLHS LAFHLGQDQP FYGLQARGMD DQAEPQTNVE AIAADYIDAL KKIQPTGPYF
LGGHSFGGQV AFEISQQLQK QGDEIGLLAV FDIPAPLFSS FIIAGWDDTK YMSEVVRLFE
YFLKENLEIS YNDLKVFSPD EQLNYVTEQL VKKLHVRSSQ AAKRQVHSFV KVLKASVYAM
GHYHPEKLYP TPIALFRSSD VRTWNSAIGL TDTIRNQLQK NSFLGWEQLS QRSVELETVP
GDHITMMLEP HVQVLASRLK TYIDMPSKLT I
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