| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_2707 |
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| Symbol | |
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| ID | 4244970 |
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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 | 4187462 |
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| End bp | 4191922 |
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| Gene Length | 4461 bp |
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| Protein Length | 1486 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 638107770 |
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| Product | glycosyl transferase family protein |
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| Protein accession | YP_722369 |
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| Protein GI | 113476308 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis
[N] Cell motility
[R] General function prediction only
[U] Intracellular trafficking, secretion, and vesicular transport |
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| COG ID | [COG0463] Glycosyltransferases involved in cell wall biogenesis
[COG1216] Predicted glycosyltransferases
[COG3063] Tfp pilus assembly protein PilF |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 2 |
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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 | 6 |
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| Fosmid unclonability p-value | 0.228337 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGCATCAA TAAATCCTCA GGAAACTGCA GCAGAAAATT TCCACAAAAA AGCAGAAGCT
TATTTAGCAG AAAAGAAATT TGACGAAGCG ATCGCCTCCT GCGAATTAGC AATAAAAATA
GAAGATAATT ATTTTCCTGC CTACAAAACT TTAGGGAATA CTTGGCAAGC TCAAGGAAAA
TTAGCAGAAG CAGAAAATTG GTACAAAAAA GCGTTAGAAA TCAAATCAAA TTGGCCGGAA
ATATATGCTA ATCTAGGCAG TTTATATGCC ATGCAGCAAA AATGGGAAGA AGCAATATCC
TATTATCAAA AAGCTGTAGA TATCAAACCA GATTTTGCTG GTGCTTATCG CAATATGAGG
AAAGTATGGT TAAGTTTAGG CAATCAAAAA TTAGCTACAT ATTGTCAGTA TAAAGTATTG
TCTATAGAAC CAGAAAAAGC TACCTTTGAA GAATTTATGA ATGTAGGGAA AACTCTGGAA
AAGGAAGGTA GCTTAAATGA CGCAATATCT TGTTATCGAA TGGCAACTAA ATTAAATAGT
AATTCATCAG AAGCTTATCA AAATTTAGGA GAAGCTTTAA AAGAGCAAGG AAACTTAGAT
GAAGCGACAG TCTGTTGTCG GAAAGCGATA GAATTAAAGG TAAATGGTAA GAAAATAGAA
AATTCAGATG ATACTTTAGG AGCAGCGAGT AAATACAATT TAATTTCTAG TCAAGAGTTA
AATTCTGGAG ATACTTTAGT TGGTAGTTTA AGTAGTAATA AAGTTAATGG TCATAACACT
CTTGTGAGAG CAACTATCCC AACAACTTCT CCGACGGTTA ATGCTGAAGA TATAGAAACT
TATATGGTAG AGGCAGAGAC TTACGTTAAC CAGAAAAAAT GGGAACAAGC AATTGCTGTA
AGTAAGCAAG TTATTCAAAC TAAAACAGAA CCCAAAGCTT ATAAAATAAT TGGTAATTCT
TTACAAGCTA TGGGTAAATT ACAAGAAGCA TTAGATTGGT ACAATAAAGC ATTAAAAATT
AAGCCTGATT TTGGAGAAGT ATATGCAAAT ATAGGAACTA TATTTGCTCA ACAAAAACAG
TGGGGACAGG CTATACAAAA TTATCTAAGA GCAATTGAAA TTAAGCCAGA ATTTGCGGGA
GCATATCGAA ACTTAGCGAA AATTTATACT CAGGTTAATA AGTCACAAGA AGCAGCAGAA
TACCTATATC AGGCAATAAG ATTAGAACCA GGAAAAGCTA CTGCACAAGA TTTTTTATTC
ACTGGCAATA CTCTGAGTGA AAATGGTAAA TTAGAACAGG CGATCGCTTG TTATCAACAA
TTAATATCTG CTGATCCAAA TAGTTTTGAA GCTTATGAAA AACTAGGAGA TAGTTTACTA
AAGCAGGGGC AGTTAGAGCT AAGTTTACAG AATTATAAAA ATGCTCAAAA ACTAAAACCA
TATTCTACAG AAATTAAGCA AAAAATTGGA GAAATTTATT ACAGATATGG AGAATATTTC
CAAAAAAAAG AAAAAGTAGA AGAGGCAGTA AAAGCTTATC GTCAAGCAAT AGAAAATTAT
CCACAATATG ATATACCTTA TGGAAAATTA GGAGAAGTTT TTTCCCAACA GGAAAAATGG
GAAGAAGCTG TCAAAGTATA TGAAAAAGCA AGTCAAATAA AACCAGATAA TTCTTGGTAT
TATAACAGCT TAGGAGAAGC TCTAAAGAAG TTAGAAAAAT GGGAAGAAGC TGTTATGGCT
TACCGCAAAG CTATACAATT AAATCCTGAC TTTTCTTGGT CTCATAATAA CTTAGCAGAC
TGTCTAGTAA AACTAGGGAA ACGGGAAGAA GCTGTTGTAG CCTATCGTCA AGCAATAAAA
TTAAAACCTG ACTTTACTTG GTCTTATATT AATTTAGGAA ATACTCTTTG GGAAATAGGA
AATTGGCAAG AGGCGATCAA CCCCTATAGT CGCGCTTTAG AATTAAAAGC AGATCTGCCA
GAAACTTATC AAAAATTGGG ACATGCTCTG AAAAAACGTG CTGAGTTAGA TTTAGAAGAA
TCAATTAAAT GGTATCGTAA AGCTATAGAA AATGACCCCG ATAATGAGAA GCTTTATCAC
AAAGCGTTAG AGGTTAAGCC AGAAGACCAC ACACTTTATT TACAACTAGG GAATACATTA
GTAAAAAAAG GAAAAACTCA TGGAGCGATC GCCTTTTATC AGTTAGGTTT ACAAATTAAT
CCAGATGATT CAGAAATTCA AGGGCAACTA GAAAAAATAT TACCGAAAAA AAATACTTTA
AGGGAAAAGA AAAAAGATAA TAGGAAAAAG AATAAAGTTC CTATTTTTCC ATTACCTTCT
AGTCCTGTTA TTGAAAAAAA TGAAGAGAAA AAAGTTCCTA TTTCTCCATT ACCTTCTAGT
CCTGTTATTG AAAAAGAAGA TACCTATCAA TTATGGCTTA AGGAAAACTT ACCTAACTCA
GACCAACTCA AGAAAATGTC AGAAAATTTA AAGATTTTCC GATACCAACC ATTGATTAGT
ATTATACTGC AAGAAAAATC AGGATCTCCA TACATTCAAA AGACGATTGA ATCATTAATA
AATCAAATTT ATCCTAACTG GGAACTTTGC TATATTTCTG ATAAACTTCC GCAAAATATA
GAAGCAAACA ACAAAATTAA ATTAGTCATA AAAAGTGAAA ATAGGGATAT TGCTACAGAC
TTAAATGCGG CATTAGCATT AGCAACAGGA GATTTTGTTA CTCTATTAAA TCCTGAGGAT
ATTTTAACAC CAGATGCACT TTATGAAATG GTGTTATTTC TGAATAGATA TCCAGATTCA
GATATGATTT ATTCTGATGA AGATAAACTG ACCAGTGAAG GAAAATTAAT TGAACCATAC
TTTAAACCAA ATTGGTCTCC AGATTCATTT TTATCCCGAA TGTATACAGG TCATTTGTGT
ATATATCGCC GAGAATTATT GGAAAAATTG AATGGTTTTC GAGTCGGATA TGAAAGTAGT
TATGAATATG ATTTAATTCT CCGTTTAAGC GAAGTAAGTC AAAAAATATT TCATATTCCT
AAGGTACTTT ATCACAGCAG AATTCCGGAA AATGGAGGAG AAATAGATTG GGAAATATCA
AAAGAAACTA CTAAAAAAAC ATTAACTGAA GCATTAGCCA GAAGAGGAGA AATGGGAACA
GTTTATAGTG TGCCCAACCA TCCTGGTTTT TATCGAGTCC GATATCAAAT ATCAGAACAA
AAATTAGTCA GTATAATTAT TCCCACTAGG AATTTAGGAA ATATTTTAGA TAGATGTTTG
GAGTCAATAT TTACTCAAAC TACCTATCCA AATTATGAAG TAATAGTAAT AGATAATGGT
AGTGATGAAC CAGAAACATT ATCTATTATT GAGAAGTGGA AAAATCAACA ACCAGAACGT
TTCAAATGTT ATGAAAAGAA TATTCCTTTC AATTTCTCCA AACTCAATAA TTATGCCGTA
GAGAAAGCAG AAGGTGATTA TTTACTATTC TTAAATAATG ATACGGAAGT CAAAACAGCC
GACTGGTTAG AAGCAATGGT TGAGCAAGCA CAAAGAGAAA CAATAGGAGC TGTCGGAGCT
TTATTATTAT ATCCAGACAA TACAATTCAA CACGCCGGAG TTGTACTAGG AATGCGAAGT
GTTGCAGACC ATAGTCACCG AGGTTTTTCT CCCACCGACG CTGGATACAA AGGTCAAATT
ATTTCTGTGA ATAATTATTC TGCCGTAACT GCAGCGTGTT TAATGTGTCG GCGAGAAGTA
TTTGAGCAAG TGGGAGGATT TGATGAAGAG TTAGCTGTAG CATTTAATGA TGTAGATTTA
TGTTTAAAAA TAATATATAA AGGTTATCGA AATATTTATT TACCTCACGC CGTTTTATAT
CACCACGAGT CAAAAAGTCG GGGAGTAGAA AATACCGGAG AAAAACAACT ACGTTTCCAA
CAAGAAATTC AGAATATGAA GCAAAGGTGG AAAGATTTAA TAGACGAAGA TCCTTGTTAT
CATCCTCATT TAACTCGACA ACAAGAAGAC TTTAGTTTAA GAGTTCAAAC AAATGTAGAA
GTTGCTCTTT CTATGTATGA TAAAGATCCA GAAATAGTTG GATGTTCTAT AGATGTACCA
TCACCAGGAG TAAAGCAAAA TATTAGTTCT ATTTGTATAG GTGGGTGGGT AGTTGGAAAA
AAATCTTCTC CAGTCACAGT TAAACTAATT TCTTTAACTA AATCAGGTAA AGTTTTGCGG
GAAGTTCCTG CTAATTTACA TCGTCCAGAT GTAGGTAAAA TTCATCCTGA GTATCCTTAT
GCTCAACATT CTGGTTTTTG GGGAGAAATA GAAGTAATTG AGATTGCACC AGAGTCGAAA
ATTTCCTTAG AAGCTATTTT CAAAGATGGT TCTCATGTGC GACTGGGTAT GGTAAGTTTT
AAGTGTCCTA ATTTGATTTA A
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| Protein sequence | MASINPQETA AENFHKKAEA YLAEKKFDEA IASCELAIKI EDNYFPAYKT LGNTWQAQGK
LAEAENWYKK ALEIKSNWPE IYANLGSLYA MQQKWEEAIS YYQKAVDIKP DFAGAYRNMR
KVWLSLGNQK LATYCQYKVL SIEPEKATFE EFMNVGKTLE KEGSLNDAIS CYRMATKLNS
NSSEAYQNLG EALKEQGNLD EATVCCRKAI ELKVNGKKIE NSDDTLGAAS KYNLISSQEL
NSGDTLVGSL SSNKVNGHNT LVRATIPTTS PTVNAEDIET YMVEAETYVN QKKWEQAIAV
SKQVIQTKTE PKAYKIIGNS LQAMGKLQEA LDWYNKALKI KPDFGEVYAN IGTIFAQQKQ
WGQAIQNYLR AIEIKPEFAG AYRNLAKIYT QVNKSQEAAE YLYQAIRLEP GKATAQDFLF
TGNTLSENGK LEQAIACYQQ LISADPNSFE AYEKLGDSLL KQGQLELSLQ NYKNAQKLKP
YSTEIKQKIG EIYYRYGEYF QKKEKVEEAV KAYRQAIENY PQYDIPYGKL GEVFSQQEKW
EEAVKVYEKA SQIKPDNSWY YNSLGEALKK LEKWEEAVMA YRKAIQLNPD FSWSHNNLAD
CLVKLGKREE AVVAYRQAIK LKPDFTWSYI NLGNTLWEIG NWQEAINPYS RALELKADLP
ETYQKLGHAL KKRAELDLEE SIKWYRKAIE NDPDNEKLYH KALEVKPEDH TLYLQLGNTL
VKKGKTHGAI AFYQLGLQIN PDDSEIQGQL EKILPKKNTL REKKKDNRKK NKVPIFPLPS
SPVIEKNEEK KVPISPLPSS PVIEKEDTYQ LWLKENLPNS DQLKKMSENL KIFRYQPLIS
IILQEKSGSP YIQKTIESLI NQIYPNWELC YISDKLPQNI EANNKIKLVI KSENRDIATD
LNAALALATG DFVTLLNPED ILTPDALYEM VLFLNRYPDS DMIYSDEDKL TSEGKLIEPY
FKPNWSPDSF LSRMYTGHLC IYRRELLEKL NGFRVGYESS YEYDLILRLS EVSQKIFHIP
KVLYHSRIPE NGGEIDWEIS KETTKKTLTE ALARRGEMGT VYSVPNHPGF YRVRYQISEQ
KLVSIIIPTR NLGNILDRCL ESIFTQTTYP NYEVIVIDNG SDEPETLSII EKWKNQQPER
FKCYEKNIPF NFSKLNNYAV EKAEGDYLLF LNNDTEVKTA DWLEAMVEQA QRETIGAVGA
LLLYPDNTIQ HAGVVLGMRS VADHSHRGFS PTDAGYKGQI ISVNNYSAVT AACLMCRREV
FEQVGGFDEE LAVAFNDVDL CLKIIYKGYR NIYLPHAVLY HHESKSRGVE NTGEKQLRFQ
QEIQNMKQRW KDLIDEDPCY HPHLTRQQED FSLRVQTNVE VALSMYDKDP EIVGCSIDVP
SPGVKQNISS ICIGGWVVGK KSSPVTVKLI SLTKSGKVLR EVPANLHRPD VGKIHPEYPY
AQHSGFWGEI EVIEIAPESK ISLEAIFKDG SHVRLGMVSF KCPNLI
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