| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_3820 |
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| Symbol | |
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| ID | 4242271 |
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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 | 5876968 |
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| End bp | 5881329 |
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| Gene Length | 4362 bp |
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| Protein Length | 1453 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 638108754 |
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| Product | AMP-dependent synthetase and ligase |
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| Protein accession | YP_723337 |
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| Protein GI | 113477276 |
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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 |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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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 | ATGAAACTGA CCCAAATTCT GTCTCAAATC TCTAGCCAAG GCATTAAATT ATGGGCTGAA
GGTGATGAGT TAAAAATCCG CGCTCCCAAG GGGACACTAA CAGCAGAAAT TCGTGATTTA
TTATCCCAAA ATAAACTCGA ATTACTCCAG TTACTTCAGC AAAAGAGTAG TAATATTAGT
GCCACATCTG TGCCTTTAGT TCCTGTTGGT AGGGATAAAG ATTTGCCAGT TACTTATCAA
CAGGAGCGTC TCTGGACTAT AGATCAGTTA ATGGGAAATA AGCTGAATCT CAATGTTTCT
ACAGCCCTAA GAATTGAAGG TTTAATAGAT GTCCAACTAC TACAAAAAAG TTGGAATGAA
ATGATGAGTC GTCATGAAAC TTTGAGGACT ACTTTTAGTT TTGCTGAAGG GTCATTAATT
CAAGTGGTTC TTCCTAGTTT AGATTCTGAG ATTTCAGTAG TAGATTATCA AGGTTTAAGT
AAGACTGAGC AAGCAAGTGT AATTCAAGAG GCTATTGAAC AGGAAGCCCA ACAATATTTT
GATTTATCTG AAGGCCCACT GTTAAACGTA AAACTTTTCA GATGTAGCGA GCGAGAAGGA
GTATTGCTAT TAGTATCTCA TCATATTATT AGTGATGGTT TATCTCACAA TTTTTTATTT
CGCGAACATA TACTTTTGTA TGATTCTTAT CTGAGTAAAA AACCATCTCC TTTAGAAGAA
TTAGATATTC AATATGGAGA TTATTCTGTT TGGCAGCGAC AGTGGCTACA AGGAGAGGTG
TTACAAAAGG GAATAGATTT TTGGAAAAAA GAACTGGCAG ATATTTCTAC TTTATATCCA
GTACCATCTG ATATTTTTCA AGTATCTCCA GGCTTTAAAG CTATTAAGAA GACTTTTTCA
ATACCCAATA ATATATTGTC TTTAGTGCAA AAGGTAAGTA ATCAATATAG TGTTACTCCT
GTAGTTATTT TCCTTTCAGT GTTTTATGTA TTGATATTTC AATACTCTCT AAAACAGGAT
ATTGTTGTTG GTCTCCCAGT TTCGGGAAGG TTACATCATA AACTACAATC TGCCGTTGGT
TACTTTACTG ATACTATCCT ATTACGAGCC AAAATATCTG ATAATTTTAT TACATTTAAA
GAATTACTTA ACAAAGTTAA AGAAATTACC ATTAAAGCTT ATGCCAACCA ACATATTCCT
CTCAACTTTG TAGCAGAATT CCTGAATCAG CAAAACAATC AACAATATAG AAATTTATTT
CAGATTTTCT TTGACTATAT TGACTTTGGA GGAGAAGATA AGATCGAATA TCCTAATTTG
ACAGGAACTT CAATAGAGGA AAAGTTCCCT TCAGATATAG ATTTGTTCTT TCTTTTATTA
AAATTTGAAC AGGAGCTAAA AGGGTCTTTT AGTTACAATC CTGAATTATT TGAAGAAGAA
ACAATTACAG CTTTAATAGA TTCCTATTTG TTGCTTCTAG AAAAAGCAAT TAATGCTCCA
GAGACACAAA TAAATGATTT AGAAATATCA GAAAATCTGG CAAAACGTAA GACTGAGATT
CACAGTCAAT CAAGAAAAAT AAATCTGATA GAAACTGGTT TAAAATCTAT TTCTGAAGTT
AAAGAGTCTG CTGTTTTGAC TAGGGATAAT CAACTGGTTG CTTATGTGGT TATTACCGAT
GATTATTCTG TAGAGAAAGT ACAATCTTTC CTAGAATCTC ATCTATCTTC CGAGTTTCTC
ACTGATGCTT ATATACCTGT TTCTACTCTA CCAAAAACAG AATCTGGAGA AATAGATGAA
ACTGCTTTAA CAAGTTTAGA AGTTATTGAC TCAGAATTAA TTAATCGTTG GGAAGAAAAA
CTGCGATCGC ATCCCGAAAT AGAAGAAGTG GCGGTAGTTG TGCAGCGCAA ACAAGCTTAC
CCAGTTATAC CAGTAATTCA GGAAACAACA GTAGAAAAGA ATGGTAAGGA TAACACAAAA
GACTTAAAAA TTGCCGAAGA AAATATTGCA GATACTACCC CTGCTGAGGT AGACGAGGTT
GCTGCATCTG TAGAATTTGA AACTTGGGCA GATTTATTAC CAGGTACAAA TGAACCAGCG
ATATATAGCA CTGACGGTCG TAAACCTCTT ACTCATGCAC AACTAAAAGA TTTTGTACAG
TCACCGCCAG ACAAGGCCAG TCTCAGCTAT TTGGGGATTA AAATAACTGA CCGTGTATGT
GCTGCTACTC CCAATGGACC AGAAGCAGCA ATAGCATTTT TGTCCTTAGC ACAACAGTGT
GTGTTTGCAC CTATTAGCAC TTCTCTGACG GAAAAGCAAG TTCAGTTTGA GTTGGAAGAC
CTGGGTGCAG TAGCTTTGTT ATTGCAAAAG GGAGAAGCTA ACAGTAGTGA TAATGCAAAG
TTAAAAGCTT GTGCGGAAAG TTTAGGGGTG CGGGTTATTG AGCTAATACC TGATGCTTCA
GTATGTGGCT TATTTAGCTT GGAAGAAATT ACTACAAATA AGGAAGAGCA TCAACCAATA
ACAGAAGGTA ATAATAAACC TACTCGTGAC CATATAGCTT TAGTGCTGCA TACTAGCGGT
ACAACAAGAA AACCCAAGAC AGTACCTTTG ACTCATGGGA ATTTAACAGC AGGTTCTTTA
ACTATTAGTC AGACTATACA ACTAACTCCA GAAGATACCT GTATCAATAT CATGCCTTTG
TTCCACATTC ACGGTCTTTC TGTTAATATT CTGGCCTCAC TGTTAGCTGG TGCTAGTGTA
CTTTGCATGC CAGGGTTATA CGCAACAGAA AAAGGAGTAA GTGATTTCTT TGAGTGGTTG
AAACCGGACG AGGGAAGCGA TAGAAAGAAA GTAACTTGGT ATTCTGCTGT ACCAACCATG
CACCAAGCAA TTTTGGAATA TGCAGAACAA GCATTAGCGG AAACAGGTAA AGCTCCTGAA
CACTCTCTGC GTTTAATTCG TAACTGTTCC GCAGCACTGC TACCAGCTAT TGCCGACCGG
ATGGCAAAAG CATTTAAATG TGAAGTATTG CCTACCTATG CAATGACAGA ATCTATGCCT
ATTTGTAGTC CAGAAGTAGG TAAGGGGTTA CTCAAGCGTG GCTCTGTAGG TCGCGCTGCT
GGTCCGAAAG TAATTATTGG AGATGTCAAA CTAGATGGAA AAGGCAAATC AGTTCTAAGT
GTGCTAGAAC CTTATGCTGA GGGGGAGGTA ATGGTTCAAG GTGCCTGTGT GACTGCTGGA
TATGAGTTAA GGGAATGGAT GGATTATAAT CCTAATAAGG AAGCCTTTAT TGACGGTTGG
TTAAGGACTG GGGATAAGGG TTATAAAGAT AAAGATGGTT ATGTTTATCT GGTAGGTCGG
TTCAAAGAAA TTATTAACCG AGCAGGGGAA AAAATTAGTC CGATGACAGT GGAAGATGTA
TTGCAGCGTC ATCCAGCAGT AGGTCAGGTG GTTGTATTTG CTGCCCCCCA TGAACTTTTT
GGTGAAGTAG TGGGAGCAGC AATAGTACCA GTTCCCAACC AGACACGACC AACTCTAGCA
GCATTACGTC AGTTTGCTAT GAAGCAAAAA GAACTGGAAA CCCAGTATTT GCCAGAATGC
TTAGTTTGGA TGAATGCTAT TCCTAAAGGT CTGACAGGGA AACCTGCGCG AATAGGTTTA
GCCAAAAGGT TAGGAATACC TATTCTGACG ACTGATGTGA CAGCATCACC TCGAACTTTT
GTGGCCACAA AAGGAGGGGA TGGTAAGTAT GTTTTAGAAA TATTGGAGAG TCAAATTGAG
AATGGAAAAG GAAGTTGTCA GAGCTTACAA CAGTTGACTG TTTATTTTAC TTCTAAGACA
ACAGAGTTTT CTTTAAGTCA GTTGTCAGAG TTTGAAGTAC GCGATCGCTT TGGTACTCTC
AGTCAAATCA TGCCTTATGC TTTCGTCCAG TTAGACACAT TACCATTAAC ATCTGATGGA
AAAATAGACC GGAAACGGTT ACAAAACCCT GAGAAAGATG GTGGTTCTCA AATTGTACAA
CAAGGAAATG AGACTGAGCA AAAGATTGCT GCTATTTGGA AAGAGGTACT GCAAATAGAA
GAAGTTGGGA TTTATGATAA CTTCTTTGAA TTAGGAGGTA AGTCTGTACT ACTAATTCAG
GTGTATGCCA AGTTACAAGA AATATTTGAT ATGAATAACT TGAAGGTTGT TGACTTGCTA
GCTAACCCTA CAGTTTATTC ATTAAGTCAG TTTATTATCA ATGGCGGTAC AGCAGAATCA
AACAAACAGA GCCAAGTTAG TTATCAGAAG CGTTTAACTA AACGTCTCTC TAAGAAAAGT
GAAAGGGGTA ATATGCGGAA AAAACTCCGT TCTCAAAAAT AG
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| Protein sequence | MKLTQILSQI SSQGIKLWAE GDELKIRAPK GTLTAEIRDL LSQNKLELLQ LLQQKSSNIS
ATSVPLVPVG RDKDLPVTYQ QERLWTIDQL MGNKLNLNVS TALRIEGLID VQLLQKSWNE
MMSRHETLRT TFSFAEGSLI QVVLPSLDSE ISVVDYQGLS KTEQASVIQE AIEQEAQQYF
DLSEGPLLNV KLFRCSEREG VLLLVSHHII SDGLSHNFLF REHILLYDSY LSKKPSPLEE
LDIQYGDYSV WQRQWLQGEV LQKGIDFWKK ELADISTLYP VPSDIFQVSP GFKAIKKTFS
IPNNILSLVQ KVSNQYSVTP VVIFLSVFYV LIFQYSLKQD IVVGLPVSGR LHHKLQSAVG
YFTDTILLRA KISDNFITFK ELLNKVKEIT IKAYANQHIP LNFVAEFLNQ QNNQQYRNLF
QIFFDYIDFG GEDKIEYPNL TGTSIEEKFP SDIDLFFLLL KFEQELKGSF SYNPELFEEE
TITALIDSYL LLLEKAINAP ETQINDLEIS ENLAKRKTEI HSQSRKINLI ETGLKSISEV
KESAVLTRDN QLVAYVVITD DYSVEKVQSF LESHLSSEFL TDAYIPVSTL PKTESGEIDE
TALTSLEVID SELINRWEEK LRSHPEIEEV AVVVQRKQAY PVIPVIQETT VEKNGKDNTK
DLKIAEENIA DTTPAEVDEV AASVEFETWA DLLPGTNEPA IYSTDGRKPL THAQLKDFVQ
SPPDKASLSY LGIKITDRVC AATPNGPEAA IAFLSLAQQC VFAPISTSLT EKQVQFELED
LGAVALLLQK GEANSSDNAK LKACAESLGV RVIELIPDAS VCGLFSLEEI TTNKEEHQPI
TEGNNKPTRD HIALVLHTSG TTRKPKTVPL THGNLTAGSL TISQTIQLTP EDTCINIMPL
FHIHGLSVNI LASLLAGASV LCMPGLYATE KGVSDFFEWL KPDEGSDRKK VTWYSAVPTM
HQAILEYAEQ ALAETGKAPE HSLRLIRNCS AALLPAIADR MAKAFKCEVL PTYAMTESMP
ICSPEVGKGL LKRGSVGRAA GPKVIIGDVK LDGKGKSVLS VLEPYAEGEV MVQGACVTAG
YELREWMDYN PNKEAFIDGW LRTGDKGYKD KDGYVYLVGR FKEIINRAGE KISPMTVEDV
LQRHPAVGQV VVFAAPHELF GEVVGAAIVP VPNQTRPTLA ALRQFAMKQK ELETQYLPEC
LVWMNAIPKG LTGKPARIGL AKRLGIPILT TDVTASPRTF VATKGGDGKY VLEILESQIE
NGKGSCQSLQ QLTVYFTSKT TEFSLSQLSE FEVRDRFGTL SQIMPYAFVQ LDTLPLTSDG
KIDRKRLQNP EKDGGSQIVQ QGNETEQKIA AIWKEVLQIE EVGIYDNFFE LGGKSVLLIQ
VYAKLQEIFD MNNLKVVDLL ANPTVYSLSQ FIINGGTAES NKQSQVSYQK RLTKRLSKKS
ERGNMRKKLR SQK
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