| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_3822 |
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| Symbol | |
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| ID | 4242273 |
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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 | 5887337 |
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| End bp | 5891401 |
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| Gene Length | 4065 bp |
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| Protein Length | 1354 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 638108756 |
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| Product | beta-ketoacyl synthase |
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| Protein accession | YP_723339 |
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| Protein GI | 113477278 |
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| COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG3208] Predicted thioesterase involved in non-ribosomal peptide biosynthesis
[COG3321] Polyketide synthase modules and related proteins |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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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 | 18 |
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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 | ATGGAACCTA GCTCCGAAAC TATTCAACTC TCAAATCAGC AACGTCTTTT ATTAGCAGTT
AAACAAGCAA CTGCTAAATT AAATGAAATA GAAACAGCAA CCACCGAACC AATAGCAATT
ATTGGTACTG CTTGTCGTTT TCCAGGGGGT GTTGATACTC CAGAGTCTTA CTGGGAATTT
CTCAGGGAAT CAATAGATGG CAGAGTAGAG ATTCCTAAAG AGCGATGGGA TAATGACCTC
TACTACAACC CCGACCCAGA AGCACCAGGT CAAATATACG TTCGTCATGG TTATTTTCTC
CAACAACCAG TAGACCAGTT TGACCCCGCT TTTTTCAGTA TTTCTGGGGT AGAAGCAAAT
AAGATGGACC CATCACAACG ACTTTTGTTG GAGGTAACTT GGGAAGCATT AGAAAATGCA
GGTATTTCAC CCAGGAGTTT GAAAAATACT GATACTGGAG TATATATAGG TCAATGTTTT
AATGATTATG CCTTGATTGG TATAAATGCT TTACCTAATA ACTTTGGTGA TTTTTATTTA
GGTCTAGGTA CAGCGATGAA TACTTCATCG GGTCGGGTGG CTTATGCTTT TGGGTTACAA
GGACCAACTT TTACTCTGGA TACAACTTGC TCCTCGTCCT TAGTTACTTT GCACATAGCT
TGTCAGAGTT TGCGGAGTGG AGAATCTAAC CTTGCTCTGG TGGGTGGAGT AAATTTAATG
CTTCATCCCA ATGTTACTCA TGGATTCTGT AAAGGTCGAG CATTATCCCC TGATAGTCGT
TGTAAGACTT TTGATGCTAG TGCTGATGGT TATGCTAGGG GAGAGGGTTG TGGTATTATT
GTTGCCAAAC GTCTTCGGGA TGCTGTGGCA GATGGCGATC GCATTTTGGC TCTGGTGAAA
GGTTCTGCTA TTAACCATGA TGGCCCTAGT AGTGGACTGA CAGTTCCTAA TCAACAGGCA
CAAAAGAAGG TAATTCGGCA AGCTTTGGTA AATGCTAAGG TAGACCCGTT AGCAGTTGAC
TATGTTGAAT GTCACGGTAC GGGAACTTCT CTGGGAGATC CTCTGGAGGT CAAAGCTATT
GATGAGGTTT ATTGTCGAGA AAGAAGTAAG GATGACCCTC TGGTTTTGGG TGCGGTTAAA
AGTAATGTGG GGCACTTAGA AGCTGCTGCC GGGGTTGCAG GTTTAATTAA AATTATTTTG
GCTCTGCAAA ACAAGGAAAT TCCACCTAAT CTTCATTTTA ATCAACCTAA CCCTCAAATT
GATTGGGATA AAATTCCGGT GCAGGTGGCA ACAAGTGTTG TACCTTGGGA AAAACCAGGT
AAACCTCTTT TGGCAGGAAT TAGCGGATTT GGTATGAGTG GGACTAATGC TCATGTAATT
TTACAGGAAG CACCAGAACA AGTTAAAAGT AAAAATGATA CAGATAGATC CCTTCATTTA
TTAACTCTGT CAGCTAAAAC TAAAAAAGCT TTGGAGAAGT CGGTTGTTCG TTATCAAAAT
TATCTAGCAC AAGAGAATAA TGGGAATGAG TTAGCTGATA TTTGTTATAC AGCTAACACA
GGACGTACCC ATTTCAATCA TAGGTTAGCA GTTATCGCAG CTAATCAAGC AGAATTATTG
GAGAAATTAA GCGCTGGTTT AACTGGGGAG GAAATATTCT CTGGACAGGT ATCTAGTAGC
AGTTTACCAA AGGTGGCTTT CTTATTCACT GGTCAAGGTT CCCAATACGT TAATATGGGT
CGGAGATTAT ATGAGCAAGC ACCAGTTTTC CGACAGGCGA TCGACCAATG TAATCAAATT
TTCACTACAA TTGTTGAGGA GCAAGCAGAA TCAGAGGAAA TGTCTCTGTT AGATGTCATA
TATTCTGATA CTACAGAAGA TTCTGATTCA TCTCCACTAC ACCAAACTGC TTATACTCAA
CCAGCACTAT TTTCTATTGA ATATGCTTTG GCTAAATTAT GGCAGTCTTG GGGAATTCAA
CCAGATGTAG TCATGGGCCA TAGTGTGGGT GAATATGTTG CAGCAACAAT AGCAGGAATT
TTTAGTTTAG AAGACGGATT AAAGTTAATT ACTGCTAGGG GACAATTAAT GCAACAGTTA
CCTTCTGGTG GTGAAATGGT TTCTGTTATG GCCTCAGAGT CAAAAATACG CCCTCTCCTA
AAAAATTACA CAGATCAAGT GGCTATGGCA GCGATTAATG GGCCAGCAAG TGTGGTGATT
TCTGGAGAGT CAGAAGGGGT AAGAGCGATC GCTACTAAGT TAAAGTCGGA AAGAATTAAA
ACGAAACAAC TGCAAGTATC CCATGCTTTT CATTCACCTC TAATGGAACC AATGTTATCT
GAGTTTGAAG CTATAGCTAA TCAAATTGAT TATAGTATAC CCAGGATACC GATAATATCT
AACGTCACTG GGGCAAAGGC AGATAGTAGT ATTACTACTG CTAAATATTG GGTAAATCAT
GTCCGACAAC CAGTTAAGTT TGCCCAAAGT ATGAATGCTT TACACCAACA GGGAGTTGAT
ATTTTCCTAG AAGTCGGAGC AAAACCAATA TTATTAGGTA TGGGCCGTCG GTGTTTACCA
GAAGATGTAG GTGTGTGGTT ACCATCATTA CGCCCTAATG TGGATGAATG GCAGCAAATA
CTTTCTAGTC TATCAGAATT ATACGTTCGG GGAGCCAAAA TAGATTGGTC AGGGTTTGAT
GGAGATTATC AGCGACAAAA AGTGACTTTA CCTAATTATC CTTTCGAACG TCAACGGTAT
TGGATAGAAA GTGAGAAGTC AGGGTTATCA GGATCGACTG TTTCTCAAAT AACAGAAACG
GCAACAGAAA CTTTAACTAA GCAACTGGCA GAAACTGGTA ATCTTTCAGC AAGCGAACTG
AAGTTAGTGC CAAAAATACT GGATTTGCTC AAACAACAAC AGTTAAAATC TGTTACAGAG
TCGGACCAAA AGTATACAGA ATTAGAAGAC TTAGTTTCCC CTTCGTCAAT AATAGATATT
GAGAAGTTTC AAGCTGCTTC GAGAAAAGAA CAGAAGTTGA TGATAGTAGA GTATTTGCAA
GAATTGGCAA TGAAGGTACT GCAACTGAAT ACTTCTGAGG TTTTAGACCC CAATGAATCT
GTTCTAGAAC TAGGTTTTGA TTCTTTGAGC GTTGTAGAAC TTCGGAGCAA AGTCGAAAAA
CAACTAGCAG TAACTATTCC TGCCAGCTTA ATTTTGCAAG GTCCTAGCAT TATGGAATTA
GCAGAAGCAT TGGTTGAACA ATTAACTAAT AGCGGCTCAT CTGACCAAGG TCCCGTTAAG
AGCAAAAAAG GAAGTGGTTG GATTGCATAC CACAAACCTA AACTTAATGC AAGTACCCGT
TTATTCTGTT TTCACCCATG GGGTGCTAGT GCTTCTATGT ATCAACAATG GTCTGATGCT
TTGCCTCCAG AAATAGAAGT TTTACCCATT CAACTACCAG GTAGGCAAAG GCGTATTCAG
GAAAAACCAT TTACAGATTT TGCAAGTCTA ATAGAGGTTT TAGCAGATTT CCTTTCTCCT
TATTTGGATA AACCTTTTGC TTTCTTTGGT CATAGCATGG GAGGGTTCAT TGCTTTTGAG
CTTGCCTATT TTCTGGAAAA ACAATATAAT TTGAAACCAA GACACTTATT TTTGAGTGGT
GTTGTTCCAC CATCAGACAA TACTTTCTTA GAAAAAATAG GATCTCTTTC AGAAACAGAA
CGACTTAATT ATCTTCTAGA AATTTCAGAA ATTCCAGAAA GTATTACTGA AGATTCATCC
CTTTTCCATG AGTTAATGAA TATCTTTAAG GCAGATTTTC AACTGTTACA AAGTTATCGT
TATCTAGAGA AAAAGCCACT AGATTTCCCA ATCTCCAGTT TTAGTGGAGT AGATGATTAT
ACGATTAGCG ATCGCCAACT TAATAATTGG TCTAAGTATA CTACCAGCAA CCTAAAAATA
GATAGGATAC CTGGTAAACA TATGTTTATG TTCTTGAAAG ATAGCCAAAA ATTACTTTTG
GAGCTGATTT CTCAAGAACT TTTACCACAA TTAATTGCTC AATAA
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| Protein sequence | MEPSSETIQL SNQQRLLLAV KQATAKLNEI ETATTEPIAI IGTACRFPGG VDTPESYWEF
LRESIDGRVE IPKERWDNDL YYNPDPEAPG QIYVRHGYFL QQPVDQFDPA FFSISGVEAN
KMDPSQRLLL EVTWEALENA GISPRSLKNT DTGVYIGQCF NDYALIGINA LPNNFGDFYL
GLGTAMNTSS GRVAYAFGLQ GPTFTLDTTC SSSLVTLHIA CQSLRSGESN LALVGGVNLM
LHPNVTHGFC KGRALSPDSR CKTFDASADG YARGEGCGII VAKRLRDAVA DGDRILALVK
GSAINHDGPS SGLTVPNQQA QKKVIRQALV NAKVDPLAVD YVECHGTGTS LGDPLEVKAI
DEVYCRERSK DDPLVLGAVK SNVGHLEAAA GVAGLIKIIL ALQNKEIPPN LHFNQPNPQI
DWDKIPVQVA TSVVPWEKPG KPLLAGISGF GMSGTNAHVI LQEAPEQVKS KNDTDRSLHL
LTLSAKTKKA LEKSVVRYQN YLAQENNGNE LADICYTANT GRTHFNHRLA VIAANQAELL
EKLSAGLTGE EIFSGQVSSS SLPKVAFLFT GQGSQYVNMG RRLYEQAPVF RQAIDQCNQI
FTTIVEEQAE SEEMSLLDVI YSDTTEDSDS SPLHQTAYTQ PALFSIEYAL AKLWQSWGIQ
PDVVMGHSVG EYVAATIAGI FSLEDGLKLI TARGQLMQQL PSGGEMVSVM ASESKIRPLL
KNYTDQVAMA AINGPASVVI SGESEGVRAI ATKLKSERIK TKQLQVSHAF HSPLMEPMLS
EFEAIANQID YSIPRIPIIS NVTGAKADSS ITTAKYWVNH VRQPVKFAQS MNALHQQGVD
IFLEVGAKPI LLGMGRRCLP EDVGVWLPSL RPNVDEWQQI LSSLSELYVR GAKIDWSGFD
GDYQRQKVTL PNYPFERQRY WIESEKSGLS GSTVSQITET ATETLTKQLA ETGNLSASEL
KLVPKILDLL KQQQLKSVTE SDQKYTELED LVSPSSIIDI EKFQAASRKE QKLMIVEYLQ
ELAMKVLQLN TSEVLDPNES VLELGFDSLS VVELRSKVEK QLAVTIPASL ILQGPSIMEL
AEALVEQLTN SGSSDQGPVK SKKGSGWIAY HKPKLNASTR LFCFHPWGAS ASMYQQWSDA
LPPEIEVLPI QLPGRQRRIQ EKPFTDFASL IEVLADFLSP YLDKPFAFFG HSMGGFIAFE
LAYFLEKQYN LKPRHLFLSG VVPPSDNTFL EKIGSLSETE RLNYLLEISE IPESITEDSS
LFHELMNIFK ADFQLLQSYR YLEKKPLDFP ISSFSGVDDY TISDRQLNNW SKYTTSNLKI
DRIPGKHMFM FLKDSQKLLL ELISQELLPQ LIAQ
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