| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_2268 |
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| Symbol | |
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| ID | 4243361 |
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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 | 3529656 |
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| End bp | 3534458 |
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| Gene Length | 4803 bp |
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| Protein Length | 1600 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 638107369 |
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| Product | glycosyl transferase family protein |
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| Protein accession | YP_721969 |
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| Protein GI | 113475908 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG1216] Predicted glycosyltransferases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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| Plasmid unclonability p-value | 0.59897 |
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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 | 9 |
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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 | ATGACTGCTA CTTCTTTCGC TCAGGCAAAT CAACTATTTA AGGAAGGAAA AATAGAGGAA
GCGATCGCTT TTTACAAAAA GGCCACCACT AAAAGTAACC AATTCTATTG TTCTCACCAT
AATTTAGGAG AGGCATTGAT CAAAGCAGGA CGCATCAAAG AAGCTGCTGC TGCTTTTCGT
GAGGCATTGG CCATCAACCC TAATTCTGCT TGGTCTCTTT ATAAGTTAGG GGCAATGTTA
AACAAGTTAG GCCAGTATAA GGAAGCTGTG GGTTATTTGC GGCAAGCGGT GGAAAAGAAA
ACAAATGTGC CGGAGTTTTA TTTAAGTTTA GGGAGGGCAT TGGTGCATTT GGGACAATGG
TCGGACGCGG AGGAATCTCT CTATCAGGTG GTTGACTTCT GTGTTGACTC TCTCCCTCTA
GAGGAGGAGG CAAAGCAGGT ATATGGAACT TCCTTAATGA CATTCTATGT ATCAGAGGCT
TATTTTTACT TGGGAGACAT AAAGTTTGGG CAACAGCAAT GGTCTGAAGC GGTGAAATTT
TATCGTCAGA GTTGGGAAAC TAATTATGGT AAATTGGAAT GCTGTATGGG TTGGGCTGCA
AGTTTGGGTA AGTTGGGACG ATGGTCGGAA GTTGTGGAAT GTTATCGTCA GAGCGCACAT
CTGTTTGATG AGTCTGAGGA GTTTTTGTTT GGGTTTGGTC AAGCTTTGTC GCAGTTGGGT
CGATGGGAGG AGGCGGTTGT TAAGTATCGG TTAGTAGTGG AAATTAATCC GAAGTCGGCT
GAGTTTCGGC ATCATTTGGG GTATGCTTTG ATGCAGTTGA AGTATTGGGT CCAGGCAGAG
ATTGAGTTAC GGAAGGCAGC GGAGTTGCAT CCAGCATCTG CCGTGGTTTG GCAGCACTTA
GGGAATGTTT TGAGGGAGTT GGGGAAGAGG GAGGAGGCTG TTAAGGTTTA TCAGCGGGGG
CAACAGATTG ATACTGAGTC TGTAAGTCCT AAACAGATTG CAGATAAGCA GTTGCTAGAA
AGGGTGCGGA AATATTTAAA GGCGTCAAAG TCCAAAAAAA AGAACGTGGT TGTTTATACA
GCCATTTGCA ATAACTATGA TGTATTAAAA ATACCAGAGT TTTTATGCCC TGACTGGGAT
TATGTTTGCT TTACGGATAG AGCGCAATAT CCAGGGGAGC ATTGTTGGGA AATTCGTCAT
TTCGATTACA TACATGAAGA TAGCACTCGC ACTGCTCGAT ATGTAAAAAC ACATCCTCAT
ATTTATTTCA ATAACTATGA GTATAGTATC TGGATAGATG CGCACATTCT GGTTAAATCC
AATTTTCTGG AGGAGTTTCT GAATAGTTTT ATCAAAAATC AGCAATTGTT TGCAGCTATC
CCTCACCCAT ATAGGAATTG TACTTATCAA GAAGCTAATA TATGTAGCCA GCAAGAGAAA
GACGACAAAG ATACAATTGA AGAGCAAACT ACTCACTATC AACAGGAAGG TCTGCCCTAT
GAATTAGGAT TAATAGAGAC AGGTGTTATG ATTCGTAAAC ATAACGACAA TTGTATTAGG
AACTTGCACA ATTTATGGTG GGAAGAAATA GAAAAATATA GTAAAAGAGA CCAGCTTTCC
GTAATGTTTG CTCTATGGAA AACTGACTTA AAGTGGATTC CATTGATGAA GAAAGGGCGA
TCAACAAGAA ACCACCCAGG ATTTGGCTTC TTTCAGCATG GGTTAAGATC TACCACAAGA
GATATCCCCT ATCAGATACC CTCTTTCCTG CCTAAAGAAT TTGCCTTTGA ACAAACTCCA
TTTTGGCACT CAAAAACTAA GCCTTACGAT CGAAATTCCT TAAAAAGCAT AAGTGCTTTT
CCTATTGATA TTGTCATTTG TGTACACAAT GCCCTTGAGC ATGTTAAAAA TTGTATTAAT
TCTGTGCTTG TCAATCTTTT GCCAAGCCAT AAGATTATTA TTGTGGATGA CGGTTCTGAT
CATGACACCT GGGACTACCT AAAACAGATT GCTGCACAAA ACCATAGCAT TACTTTAGTT
CGACATGAGA TAGCTAAGGG TTACACAAAA TCTGCAAATT TAGGAATGCA GATTGCTGAT
GCGGAGTTTG TTATTCTTTT AAATAGTGAT ACTATAGTAA GCCCAGACTG GGCTTTGAAA
CTTTTGCAAA CTGCAACGAG TAGTAATTTG ATAGGTGTAG TAGGTCCCAT GAGTAATGCA
GCATCATGGC AATCATTACC TTTTGTCAAA GATCCAAAGA ACGGTGGAAT GATAATCAAT
GAACTTCCAG AGGGCAAGAC TGTAGCTGAC ATGGATAAGT TCTGCGAGCA ATACGGTTGG
TTTGGGCATT TCCCCCGGGT TCCTTTAATT AATGGTTTTT GTTATGGTAT AAAGCGCGAA
GTTATTGATG CTATTGGCTA CTTTGATGAA GAAGCTTTTC CCAAAGGATA TGGGGAGGAA
GATGATTATT CTATGCGCGC CTTGAATGCA GGTTTTACCC ATGCATTGGC AACCCATTGC
TATGTTTTTC ATGCCAAATC AAAGAGTTTT GGTGCGGAAA CTAGAAGTGT CCTTGCTGAA
GCAGGTGGGA ATGCACTAAG AGCCAGACAT GGAGAGAAAC GAATCAAAAG AGCTGTGATT
TCTCTAAATT TTCATCCATT TCTTAAACGT TTACGGGCTT ATGCTGGGGA GTATTATGGC
GTTGAAGTTC TAGAAAAGGG ACTTACTAAA CTTTCATCTG TGCCGAAAAA CACAAATTTG
CCAGAAAGCT CCGATCTACC GAAAAGCACA AATTTGCCAG AAAGCTCTGG ACCGTCAGAT
TCTCCCCAAA AATTAGCCAA CTACGATTTA AGTCAGCTCA CAAAAATAAA TTCGGTAATT
TTTCCTAAAG AGCTACTGCT GGTAAAAATT TCATTACAGG AGCTACAGGA GAACAGCGTT
TTTACTGAAA ACATGAGAGG TAAGCCCTTA GAAGAGCCTC CAGGAAAAGT GTTATGGATT
ATCCCTAACT GTCGAAATAT ATTAGCGGGA GGAATTAGAA CTGTATTTAT GGTAGCCGAG
GAATTTTCAC GGTCCTGGAA TAGTAAAAAC GTTTTTTTAA TTCAAATGAC TTCTCCGACA
GAGGTATTTT TAGACAAATC TACAATAAAA AAATTCTTCC CTGACCTAAA TTTTGAATTA
ATTGTTTTTA ATTTTGATGA TAACCCAAAA GAAATTCCCA GAACAGATAT AGCTTTTTGC
ACAGCTTGGC ATACAGCTTA TCTACTTGCT CGATACAATA ATTGCCAAGC CAAATTTTAC
TTTATGCAAG ATGATGAGTC GTTATTCTAT CCAGCTGGTA GCGTGAGTGG AACGATTGAT
ATGACTTACC GCTTTGGTTT TCATTGCATT GCCAATTCTT TAGGAATAGC GGAAAAGTAC
AAGCAATATG GAGATAATGT AACATACTTC ACTCCGGGAA TAGATCGGAG TATTTATTAT
CCGAAACCTT ATAGTAAAAA CAAACTACCG TGGCAAGTTG TATTTTATGG CAGACCGAAA
AATAAAAGAA ATGCTTTTGT TCTGGGGATT GAGGCTTTAA AGCTTGTCAA GTTACATTTC
CAGGACAATG TAAGAATCGT CTCTGTTGGT AGCGATTGGA ATCCCAAGGA TTATGGCCTC
GAAAGCATTA TTGAGAACTT AGGTGTGCTT GACAGCTTGG AAAAAGTAGC AGAGCTTTAT
GGAAATAGTC ATGTGGGCTT AGTCTTTATG CTGACCCCAC ATCCATCCTA CCAACCTCTT
GAATATATGG CTTCAGGCTG TGCTACAGTT AGTAATTATA ACTTAGGAAC TTCATGGCTT
TTTCAGCACG AACAAAATTC ACTGTTATCG TCTCTCTTAC CCGATGATGT TGCTGGAAAC
ATTATTCGTT TATTAGAAAA TAACCAACTA AGGGAGCAAA TTATCAAAGG AGGGCTAGAA
ACAACAAAAA AAATGGATTG GAAATTTGCA TTTGAGAGAA TTAAAGAATT TGTTATTAAC
CCCGATTCTG ATGATACAAA AAATTATAGA ATATCCAATG CGGAAAAAAT ATCTATTAAC
CCAAGAGATG AATTCATAAA AATATTGCGG GAAGGAAATT TTGACTATCT TGACTTTGGT
TGTTCAAAAG GAAATTCCCT AAACTGGAGC AAACGCCTTT TTGGTGGTAA ACAGGGTTTG
GGAATTGATA TCGATCCCAA AAAGATAGCT CAAGCGAAAG CTGCTGGTCA TAATGCTGTG
ATATTTGATA TAAACAATAT TCCTACAAAA AAACTGGTAA GATTTACAGT TCTCTCCCAC
TTACTTCAGA ATTTGCCAAG CGAAAACGAT GTTAAAGCTT TTGTACGAAA AGCTTGCCAA
GTATCTACTG ATTTTGTTTT TATCAAGCAA CCCTATTTTG ATGCGGATGG TTATTTATTC
CAAAATGGAC TCAAATTGTT TTTCTCTGAT TGGACTGGAC ATCCGAATCA GATGACTACT
CTATCTTTGT TTAAGTTAAT GAAGGAGTTA AAAGATGAAG GGCTTTTGCA GAAGTTTTCA
ATTCATGGTA AAAAACCAAT TTTGTCCTCT GATGACAACC ATGTACAGTC GATTAATGCT
CCCATAGATC AGCATCACTT CGATTCATCA AAACATCCAC CTAAGATTCA GGGGTTTAAA
TTTGAGTTTC CAGTTTTTTA TGAAACGGTT GTGATGATCT CAATATCAGG TGTTAGCCAT
TATGAATACT TTAAAAAATT TCCAACAGAT GCAACCTTTT TTGAAAGCTG GTCTGTTGAT
TAA
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| Protein sequence | MTATSFAQAN QLFKEGKIEE AIAFYKKATT KSNQFYCSHH NLGEALIKAG RIKEAAAAFR
EALAINPNSA WSLYKLGAML NKLGQYKEAV GYLRQAVEKK TNVPEFYLSL GRALVHLGQW
SDAEESLYQV VDFCVDSLPL EEEAKQVYGT SLMTFYVSEA YFYLGDIKFG QQQWSEAVKF
YRQSWETNYG KLECCMGWAA SLGKLGRWSE VVECYRQSAH LFDESEEFLF GFGQALSQLG
RWEEAVVKYR LVVEINPKSA EFRHHLGYAL MQLKYWVQAE IELRKAAELH PASAVVWQHL
GNVLRELGKR EEAVKVYQRG QQIDTESVSP KQIADKQLLE RVRKYLKASK SKKKNVVVYT
AICNNYDVLK IPEFLCPDWD YVCFTDRAQY PGEHCWEIRH FDYIHEDSTR TARYVKTHPH
IYFNNYEYSI WIDAHILVKS NFLEEFLNSF IKNQQLFAAI PHPYRNCTYQ EANICSQQEK
DDKDTIEEQT THYQQEGLPY ELGLIETGVM IRKHNDNCIR NLHNLWWEEI EKYSKRDQLS
VMFALWKTDL KWIPLMKKGR STRNHPGFGF FQHGLRSTTR DIPYQIPSFL PKEFAFEQTP
FWHSKTKPYD RNSLKSISAF PIDIVICVHN ALEHVKNCIN SVLVNLLPSH KIIIVDDGSD
HDTWDYLKQI AAQNHSITLV RHEIAKGYTK SANLGMQIAD AEFVILLNSD TIVSPDWALK
LLQTATSSNL IGVVGPMSNA ASWQSLPFVK DPKNGGMIIN ELPEGKTVAD MDKFCEQYGW
FGHFPRVPLI NGFCYGIKRE VIDAIGYFDE EAFPKGYGEE DDYSMRALNA GFTHALATHC
YVFHAKSKSF GAETRSVLAE AGGNALRARH GEKRIKRAVI SLNFHPFLKR LRAYAGEYYG
VEVLEKGLTK LSSVPKNTNL PESSDLPKST NLPESSGPSD SPQKLANYDL SQLTKINSVI
FPKELLLVKI SLQELQENSV FTENMRGKPL EEPPGKVLWI IPNCRNILAG GIRTVFMVAE
EFSRSWNSKN VFLIQMTSPT EVFLDKSTIK KFFPDLNFEL IVFNFDDNPK EIPRTDIAFC
TAWHTAYLLA RYNNCQAKFY FMQDDESLFY PAGSVSGTID MTYRFGFHCI ANSLGIAEKY
KQYGDNVTYF TPGIDRSIYY PKPYSKNKLP WQVVFYGRPK NKRNAFVLGI EALKLVKLHF
QDNVRIVSVG SDWNPKDYGL ESIIENLGVL DSLEKVAELY GNSHVGLVFM LTPHPSYQPL
EYMASGCATV SNYNLGTSWL FQHEQNSLLS SLLPDDVAGN IIRLLENNQL REQIIKGGLE
TTKKMDWKFA FERIKEFVIN PDSDDTKNYR ISNAEKISIN PRDEFIKILR EGNFDYLDFG
CSKGNSLNWS KRLFGGKQGL GIDIDPKKIA QAKAAGHNAV IFDINNIPTK KLVRFTVLSH
LLQNLPSEND VKAFVRKACQ VSTDFVFIKQ PYFDADGYLF QNGLKLFFSD WTGHPNQMTT
LSLFKLMKEL KDEGLLQKFS IHGKKPILSS DDNHVQSINA PIDQHHFDSS KHPPKIQGFK
FEFPVFYETV VMISISGVSH YEYFKKFPTD ATFFESWSVD
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