| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_1360 |
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| Symbol | |
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| ID | 4241857 |
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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 | 2081009 |
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| End bp | 2086984 |
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| Gene Length | 5976 bp |
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| Protein Length | 1991 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 638106534 |
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| Product | glycosyl transferase, group 1 |
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| Protein accession | YP_721145 |
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| Protein GI | 113475084 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis
[R] General function prediction only |
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| COG ID | [COG0438] Glycosyltransferase
[COG0463] Glycosyltransferases involved in cell wall biogenesis
[COG1216] Predicted glycosyltransferases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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| Plasmid unclonability p-value | 0.976549 |
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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 | 10 |
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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 | ATGAAAACAA CAGCTTTGAT TATTGCCGGA ATGCACCGTT CAGGAACCTC CTTAACTGCT
TCTTTATTTC AAAGTTTAGG AGTGAATATA GGAGAAAAAT TACTCGGTCC TGAATTGGGA
AATATTAGAG GGCATTTTGA AGATATTGAG TTTGTAGAAC TCCATAAAAA AATATTGCGG
TCGCAACATA TAGATGACCT CGGTAGTAAC TTAGAAACTC AAGAAATTGT AGTCAAGAAG
CCAAACTTAA AAATAGCAAG AAAACTTATA AAAAATCGTC AAGAAGAAAA TGAAAAATCT
CACAAAATAT GGGGATGGAA AGACCCTAGG ACTACATTAT TTTTAAACTT TTGGTTAAAG
TTATTGCCCG ATGCTAAATT TATTTTTGTT TATCGTTCTC CTTGGGAAGT AGTAGACTCT
CTTTATCGAC GAAGTACAGA TAAAAAGTTA TTGGATCAAC CAGAAATAGC TGTAAAAATG
TGGTTGAATT ACAATCAGAG AATATTAGAC TTTTATCAAC AATGTTCAGC AAAATGTTTA
ATAGGTAAAG TTGATATTAT TGGTAGAGAT CCTGAAAGCT TTATCCAGGC AGTTAACGAA
AAATTTGAAA TGAATTTACC AGCACCTTCT CCTGAGATTT TTGCTGAATC ATTATTGGTG
AAAGACATTA GCCAAACCAA TAAACCTAGT CTCATAGAAA AATATTTTCC AGAAACATTA
GAAACTTATC AGCAACTAGA AAAAAATGGC ATAGGTGGAG ATTTAGAGGT CAACATCCAA
GAGTCGAAGG TTAAAAGTGA ATCAGAATTA TGGGAGTTTA GGGATTGGTT CAATATTCGA
TGTTTAGAAA AACAAGTTAG TAGTTTAGAA ACAGATGTAG AAAAATGGCA AAAAATATTT
AAAGAAGCAC AAAAAAAGGT AGGAAAATTA GAATCCGAAT TAGGTGAAAC TCAGCAACAA
ATTAATATTA GGTCAGTTAA GCTCGAAGAG TCTAGTAAAA AGATAGAATT ACTAGAAATA
GAATTAGGTA AAACTCAAGT TCAACTCGAA GGTAAAGTAA AAAATTTACA AGCATCTCAA
ACTAAAGTAG TCACATTAGA AAGAACACTA GGGCAGACTC AATCTCAACT GGAAAATAAT
CAAACAAAAT TACAAGAGTC TCAACAGAAA ATTATTAGAT TAGAAGTAGA CTTAGGGCAA
ACTCAGACAC AATTTAATAA CTCAAAAACT AGGTTTAAAG AAGCTTTAGT CAAAATATTT
AGTTTAGAAA CAGAATTAGG AAAAACTCAA GTTCAACTAG AAGGTACTCA GATTAAATTT
ACTGAATCTC AGAAAAAATT ATTAGGAGTA GAAACTGACT TTGGGCAAAG TCAAATGAAA
CTTGAGAGAA ATCAAATTAA GTTAGGAGAG TCTCAGGAAA AAATTGGAAT ATTAGAAACT
AAGTTAGGTC AGACTACACT ACGACTTAAT GGCAATATTC TGAAATTACA AGAGTCTCAA
ACTAAAATTC AACTGTTAGA AACAGAATTT GGAGAAGCTC AAAGATTACT CGATGGTACT
CAGATAAAAT TATTAGAATC TCAAAATAAA ATTCAATTCC TAGAAACAGA ATTCGGAGAA
GCTCAAAGAT TACTCGATGG TACTCAGGTA AAATTATTAG AATCTCAAAA TAAAATTCAA
TTCCTGGAAA CAGAATTAGG GCAAACTCAA GGAGTATTGG GACAAACTCA AGCCACTCTC
CAAGAAACTC AAGCTACTCT CCAAGAAACT CAAACCACTC TCCAAGAAAC TCAAACCACT
CTCCAAGAAA CTCAAACCAC TCTCCAAGAA ACTCAAACCA CTCTCCAAGA AACTCAAGCC
ACTCTCCAAC AAACTCAAGC TCAATTAGAT GCTCAACACT ACGAAACAGA AATGCTTAGG
GCAGAAATTT CTGGGATGAA ATCTTCCAAA TTCTGGAAAC TACGAGAAAA GTGGTTTAGT
TTGAAAGGAA AACTAAAAAA GAAACTGAAA AATTTACGAG GGCGCTTCAT TTTTTCTATC
GACTCCCCTA TTAATTGGAA AATTTCCAAC TCCCAAATAG AAATAGTAGG TTGGTGTTTC
CACAATAGTA TTCTCAAGAT CCAAAATATT CGTGCCAGAG TAGGAACCGA AGTTTTTTTT
GGTAAGTATG GTATCCCACG ACCAGATGTT GCCCAACAAT ATAATGATAT TTCTACTGCT
CAAAATTCTG GCTTTCAAAT ATCTGTACAA CTTTCCCCAG GAAATTACCA ATTAATACTT
GAAGTAGAAG AAAAGAAAGG AAAGTGGCAT GAATTGGTAA CCTACCCCAT ATCAATATCT
ACCGTCGAAG CAAATTTTGA TGCTCCCACA AACTGGCAAC AAAGGGAGGG AGTAATTTTA
TTTGCTGGTT GGTGTTGCCA TCGAGAAGAG AAAATTACCA AATTAGTTCT TAAATATGGG
GATATTTCTG TAGACTGCGC TTATGGTTTG CGTCGGAAAG ATGTAGAGGA AATTTTCCCA
AATTGGGTAG GAAGTGGCCA TAGTGGCTTT GAAGTAACCG TTGAACTTCC ACCCGGAAAA
TGGCAAGTTA GTTTAGAAGC ATATTTGGAA AGTGGGGAAA TAGTTGGTTT TCCTTGCTCA
GAAGTTTTGC AACTAAAACG TTATGGTTTT TGGGAAAAAG CTAAAGATAA ATTTCGGCAA
TTATCCAAAT TTACTCAAGC TATTCAAAAA CGAATTTCCG AAAGAAAACA AAGATTAGGT
CGCATCATCC CCCTACCTTC AGAATTACCT AGTATTGCCC GACAAATATT AGCAATATAT
AGACAGCAGC AAAAACAAGG GGGAGATTTA TTGCTTCCCC CTGGGTTTGT CCTACCAGAA
ACTGTAGATG TTTATGATGC TTGGTTGGCA GTAAATAACT GGGGCGATCG CTCCCGTCAA
TATTTAATAT CCCGTTTAGA AAGTTGTCGG ACTCCTTTGC CAAAAATTTC TGTGGTTATG
CCAGTTTATG ATCCTCCTCT AAAATTTTTG CATCAGGGAA TATCCAGTGT ACTAAATCAA
GTATACCAAA ATTGGGAATT TTGTATAGCC GATGATTGTA GTAGTAATCC GAAAATTCGG
GAAATTCTGA CAGAAAGAGC TAAGACTGAT TCCCGTATTA AACTTACATT CCGCTCTGAA
AATGGCAATA TTAGTGCTGC GACTAATTCC GCCGCCGAAT TGGCCACGGG AGATTTTCTT
CTCTTTTTGG ATAATGATGA TGAACTTACT CCGGATGCTT TGGGGGAAGT TGCTTTATAT
ATAAGTCAAA ATTCAGAGAT AGATTTTCTT TATTCCGATG ACGATAAAAT TAGTACGGAA
GGCAAAAGAT TCGACCCTCA ATTTAAACCA GAATATTCTC CAGAATTATT ACTTTCCTAT
ATGTATATAG GTCATTTGTG TGTAGTGAGA AAAGAAATTT TCGACAAAAT AGGAGGATTT
AGAATTGGTT TTGAAGGTTC TCAAGATTAT GATTTTGCTT TAAGAGCAAC AGAAATTTCT
CGTCAAGTCG GACATTTACC TTTAGTGTTA TATCATTGGC GAACAACTCC AGGTTCGACT
GCTATTTCTG GAGGGGAAAA ACCGAAAAGT TTTCTAGCAG GTCAAAAAGC ACTTCAAGAA
AGTTTAATTC GTCGAGGTGT GGCAGGAAAT ATTTATCAAC CAGACTGGGC AGTGCGGGAA
AAGTTAGGAA TTTTTAAACC AACTTTTCCC GATCAAGGTG ACTCAGTAAC TATTATTATT
CCAACGAAAA ATCAGGTTAA GTTATTGAAA GCTTGTGTGG AGTCTTTGAG AAAGACAACC
TATCAGAATT ATCAAATTTT TGTGATTGAT AATGAAAGTG ATGAACCTGA AACTTTAGAA
TATTTGGCAG GTTTAAAATG TTTGTATTCT GGGGAAGATA ATATATTAGT TTTTCCGATG
AAAAATACTG ATGGAAAATT TAATTTTGCT GCTATAAACA ACCGCGCTGT CGAACAGGTA
AAAACTGAGT ATATTCTATT TCTAAATAAT GACACAGAAA TTATTTCTCC CTACTGGTTA
AGTCAAATGA TGGGATATGC AAAAATTCCT GGAGTCGGTG CGGTGGGTGC TAAGTTGATT
TATCCGGATA AAAGAATTCA ACATGCTGGT GTAATTCATG GTTTACACCA TGGTTTAGCA
GGTCATGCTT TTAAATTATT ACATAGTGAA AATAGGGGTT ATCTTTCCCA AGCGTTTGTT
TCAAAAAATT ATTCGGCAGT AACCGCAGCT TGTATGTTAA CTCCCCGAAA ATTATTTTTA
GAATTAGGTG GTTTTGATGA GGAAAATTTT GCTGTTGCTT ATAATGATGC TGACTATGGT
TATCGACTTT TAAAAAGTGG TTATCGTTCG GTTTATTGTG CAGATGCTGA ATTAATTCAT
AAGGAAGGAA CGAGTCGGGG TTATTCTGAT AATCCTCAAG AAGAGGCAAA TTATCGTAGG
AAATATTCTC AGATGATAGA TGGGTTTTAT AGTCCTCATT TGTCTCTAGA AAGTGATTGT
TTTCAAATTC AACCGAGAAG ATATTTTATT AGAAATTTAG AAGTCAGAAG TCAAAAGCCA
GAAGTTTTTA TGAATTCAGG TAGTTCTAAG AAAGAGCCGG AAATAAATAC TCAAGTAAAA
GTCGATAAAT CTGATAAAGA GTCAGAAATA AATAATCAGA CATTAGAGAA AAATTATCCA
AATGAATCAG AAATAAATAA TCAGATTAGT TATAGTACAG AAAACTTCTA TACTTCTCAA
AAAGAAGCTT TTCCCAGAAT TAAAATATTG ATGTGTAGTA ATTCTTTAGA CCTAACTGGT
GCCCCACTTC ATCAATTAGA AATAGCTCTA AAGTTAGCAA AAGATGGAAT TGTTGAACCA
ATAATATTTT CCGTAAATGA TGGGGAGTTA AGAGAAATTT ATCAACAACA AAATATTCAA
GTTATTGTTA AAGATAATCC TCTAGAACAT ATTTACGAAA GACATGCTTA TGATACAGCT
TTAACTACTT TTGCTCAAGA AATAAAATCT CTAAATATTG ATGTGATGTA TATCAATACT
TTAGAAAATT TTTTTATGGT AGATGTGGCT CAAATGTTAA ATATTCCCAG TGTCTGGAAT
GTGCATGAAA GTGAACCTTG GCAAACTTAT TTTAATCGTT TTGGAAATGA GATAGCTGCC
AGAGCATTAG AATGTTTCCG TTATCCTTAT CGCATAATTT TTGTTTCTGA TGCTACTCGA
AATAGGTATC TTCCTTTAAA TAGTCATCAC AATTTTACAG TCATTCATAA TGGACTAGAT
TTAGAATTAT TAAAAAAAGC CAGCGCTAAA TGGTCTAGAC AAGAAGCAAG GTCAGTTTTA
GGAGTAAAAG AAGATGAAAT AGTTATTCTA TTATTAGGTA CTGTCTGTGA AAGGAAAGGT
CAACATGACT TAATAAGAGC CCTATCATTT ATGCCAGAAG AAGAAAGACA AAAAATTAAA
TGTTTTCTAG TAGGTGATCG CCCCAACCTT TACAGCTTAA AATTACACGA GCTTGTCAAA
AACTTACCAG AAGAAATTCA ACAAAGAGTA GAAATAGTAG GAGAAACTCC AGAAACAGCA
AAATATTATC AAGCAGCAGA TATATTTGTT TGTACTTCTC GCATAGAAAG TTTCCCCAGA
GTAATATTAG AAGCAATGTC TTATAGTTTA CCTATAGTTA CTACTCCAGT TTTTGGCATA
GTTGAACAAG TCAAGCCAAA TATTAACGGT TTATTCTATA CTCCTGAAAA CCCAGAAGAA
TTAGCAAATG TTTTGACGTC TTTATTGATA GATGAAGAGT TACGTCATAA ATTTGCTACT
AATGCTAAAT ATGTATTGGA GTCATTAAAT AACTTTGCAG AAATGACTGA AACTTACGGT
CAAATATTCC AAGAAGCTTA CTTTTGTAGA GTGTGA
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| Protein sequence | MKTTALIIAG MHRSGTSLTA SLFQSLGVNI GEKLLGPELG NIRGHFEDIE FVELHKKILR
SQHIDDLGSN LETQEIVVKK PNLKIARKLI KNRQEENEKS HKIWGWKDPR TTLFLNFWLK
LLPDAKFIFV YRSPWEVVDS LYRRSTDKKL LDQPEIAVKM WLNYNQRILD FYQQCSAKCL
IGKVDIIGRD PESFIQAVNE KFEMNLPAPS PEIFAESLLV KDISQTNKPS LIEKYFPETL
ETYQQLEKNG IGGDLEVNIQ ESKVKSESEL WEFRDWFNIR CLEKQVSSLE TDVEKWQKIF
KEAQKKVGKL ESELGETQQQ INIRSVKLEE SSKKIELLEI ELGKTQVQLE GKVKNLQASQ
TKVVTLERTL GQTQSQLENN QTKLQESQQK IIRLEVDLGQ TQTQFNNSKT RFKEALVKIF
SLETELGKTQ VQLEGTQIKF TESQKKLLGV ETDFGQSQMK LERNQIKLGE SQEKIGILET
KLGQTTLRLN GNILKLQESQ TKIQLLETEF GEAQRLLDGT QIKLLESQNK IQFLETEFGE
AQRLLDGTQV KLLESQNKIQ FLETELGQTQ GVLGQTQATL QETQATLQET QTTLQETQTT
LQETQTTLQE TQTTLQETQA TLQQTQAQLD AQHYETEMLR AEISGMKSSK FWKLREKWFS
LKGKLKKKLK NLRGRFIFSI DSPINWKISN SQIEIVGWCF HNSILKIQNI RARVGTEVFF
GKYGIPRPDV AQQYNDISTA QNSGFQISVQ LSPGNYQLIL EVEEKKGKWH ELVTYPISIS
TVEANFDAPT NWQQREGVIL FAGWCCHREE KITKLVLKYG DISVDCAYGL RRKDVEEIFP
NWVGSGHSGF EVTVELPPGK WQVSLEAYLE SGEIVGFPCS EVLQLKRYGF WEKAKDKFRQ
LSKFTQAIQK RISERKQRLG RIIPLPSELP SIARQILAIY RQQQKQGGDL LLPPGFVLPE
TVDVYDAWLA VNNWGDRSRQ YLISRLESCR TPLPKISVVM PVYDPPLKFL HQGISSVLNQ
VYQNWEFCIA DDCSSNPKIR EILTERAKTD SRIKLTFRSE NGNISAATNS AAELATGDFL
LFLDNDDELT PDALGEVALY ISQNSEIDFL YSDDDKISTE GKRFDPQFKP EYSPELLLSY
MYIGHLCVVR KEIFDKIGGF RIGFEGSQDY DFALRATEIS RQVGHLPLVL YHWRTTPGST
AISGGEKPKS FLAGQKALQE SLIRRGVAGN IYQPDWAVRE KLGIFKPTFP DQGDSVTIII
PTKNQVKLLK ACVESLRKTT YQNYQIFVID NESDEPETLE YLAGLKCLYS GEDNILVFPM
KNTDGKFNFA AINNRAVEQV KTEYILFLNN DTEIISPYWL SQMMGYAKIP GVGAVGAKLI
YPDKRIQHAG VIHGLHHGLA GHAFKLLHSE NRGYLSQAFV SKNYSAVTAA CMLTPRKLFL
ELGGFDEENF AVAYNDADYG YRLLKSGYRS VYCADAELIH KEGTSRGYSD NPQEEANYRR
KYSQMIDGFY SPHLSLESDC FQIQPRRYFI RNLEVRSQKP EVFMNSGSSK KEPEINTQVK
VDKSDKESEI NNQTLEKNYP NESEINNQIS YSTENFYTSQ KEAFPRIKIL MCSNSLDLTG
APLHQLEIAL KLAKDGIVEP IIFSVNDGEL REIYQQQNIQ VIVKDNPLEH IYERHAYDTA
LTTFAQEIKS LNIDVMYINT LENFFMVDVA QMLNIPSVWN VHESEPWQTY FNRFGNEIAA
RALECFRYPY RIIFVSDATR NRYLPLNSHH NFTVIHNGLD LELLKKASAK WSRQEARSVL
GVKEDEIVIL LLGTVCERKG QHDLIRALSF MPEEERQKIK CFLVGDRPNL YSLKLHELVK
NLPEEIQQRV EIVGETPETA KYYQAADIFV CTSRIESFPR VILEAMSYSL PIVTTPVFGI
VEQVKPNING LFYTPENPEE LANVLTSLLI DEELRHKFAT NAKYVLESLN NFAEMTETYG
QIFQEAYFCR V
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