| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tter_0944 |
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| Symbol | |
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| ID | 8645424 |
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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 | Thermobaculum terrenum ATCC BAA-798 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013525 |
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| Strand | + |
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| Start bp | 1001753 |
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| End bp | 1005928 |
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| Gene Length | 4176 bp |
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| Protein Length | 1391 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | |
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| Product | glycosyl transferase family 39 |
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| Protein accession | YP_003322683 |
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| Protein GI | 269926060 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | GTGTCTAACG GTACGAATAG AGTCTTGCTG CTGATCATCC TACTGATTGC ATTTTCCCTG
CGAGTATATG GAATAGGCTG GGATTCAGGC TTTTATGCTC ATCCAGACGA GAGACACATT
ATTGATGTTA CAGTCAATAG GGTACATCTC ACCTTAGACC TCGGGAAGTT GTTAGATGCA
GATTCTAGTC CCCTAAACCC TCGCAGACTA GAAAACGGGA TTAGGTTAAG CTATTCCTAC
GGTACCCTGC TTATTTACTT TCTAAAGGCT GTATCTAACT TAGTTGCCAA GGTTTTGGGG
CAACAGTATG CTGAATTTGA ATCTATATAT GTAGTGGCTA GGTCTATAAG TGCGATAGCA
GACACGCTCA CGGTTCTATT CATTTACTTA TTAGCTTTAC GGTTATTCGG GGCAAGAACA
GGAATTATTG CTGCATTATT GTCAGCTTTT TCCGTAATTC AAATACAATT TGCTCATTTT
TATGTGGCAG AGCCTATAAT GACCCTCTTA TTGGTCATAA GTTTGTGGTT CGCAGTATCT
GCCATTCAGG ATCATAAGAA TTACAAGTTT GCTTTAAGTG GTTTGTTTCT TGGATTTGCG
ATAGCTACAA AGCCAAGCGC TGCAGCATTT TGTCCCGCAT TGTTGCTCTT ACTTGCTATA
AGAAGTTTGG AGTCAAGGAT ATCAGGTATA TTCTCTTCGG GAGAGAGTAT AGCCTCTACC
TTGATGCTTG TAGTGAGGCG CCTAACGTAT GTTTTACCAG CTGCTGTCTT GGCGTGGGCA
ATATGGGAGC CCTATGCGTT GCTGGATTTT CCCACCTATG CGCAGAATAT CGTCGCCGAG
AGCCAGATAC AGCGAGGAAT AATCGACGTT CCTTACACAA GACAGTACAT AGGAACTATA
CCTGGCTGGT ACCATCTTAC GCAGTATGCA CGTTGGGGAG TGGGAATACC CTTAGGTATA
ACAGTAATAT TTGGCTTGTT TTGGGCCCTT TTCAGGACTT TGAGATCTGG CGATTCCAAA
TATGCAGTCT TATTGATTTG GATTCTCCCA TACACTGCTT CTATCCTCCT GCTTGAAGCT
AAATGGTTGA GATACATGCT CCCCATTCAT CCAGTGCTGC TGATATTGGC CAGCGCAGTT
TTGTCTAATT ACCTTTTACA CTCAAGGTTT GTCACCAGGA TTAGCCCCGA ACCTGGTATC
TTCATAGCTT TGAAGCGATT TATACCATAT CTTGCTATTT TCTCTGTGGT AGTGGGAACG
TTATTGTGGG CGCTGGCCTT TGAACGTATA TATACTCGGC CGCATGTGTG GATCACGGCT
TCAGAATGGA TATACAAGCA CATACCTCCC GGCTCAATTA TAGGCACAGA ACACTGGGAT
GACCGTCTCC CTCTCCCTGT GGAGGGGAAT AGCCCAAGCA TCTACAACTA CTACACTATA
GCTATGTATG ATGATCTACC GCCTGACGAA AAGCTACAGC AGATAGAAGA TGTACTACGT
AACTCGGATT ATATAGTGCT GGCCACCAAC AGGCTGTATA AATCTATCCC CATGTCCCCG
TGGCGATATG CTGTTGCTAC TAGGTATTAT CAACTGCTCT TTTCTGAGCG CCTAGGATTT
ATCAAAGTTG CGGAGTTTCA TTCTTCTCCT TCGTTAGGTG CTGTACCTAT AGATGAAAGT
AGCGCAGATG ACAATGTTGC TGTATATGAC CACCCCCCGG TTGTGATATT CAAAAAGGAG
AGACAGCTTG CAGACTGGGA ACTAAGAGCG CTTTTTGCGG ACTCTTTGCT AGCGCCCTGG
AATCCTTCCA GACATGGCAA GGTCGATAAG CCTCTAATGA TTAATCCTCT GACGACATTG
TCTTCGATAG GCTTACCTTA CTATCGGGGA ATAATTAATA ACAGCTTGAT TTCGCCAATA
GCTTGGTTCT TTATCCTCGA GTTAATAGGC TTGCTAGGAT GGATTCTTCT TGCCCAGTTT
GTATATGCAG CACAAGATAG TGGCTGGATG TTGTCTAAGC TTCTTTCTAT CGTAATTATT
GCCCTTGGTG CCTGGTTGGG CACGTCTCTT GGACTACTAA CATATCCAGC TAGCTTGTGG
GTAATAACGA TCGGCTTTAT ACTTTTCTCC CTCTCGTTTG CCCTTGTCAA CTCCAGATCC
TTAGTAAATA TCCTTAGATC CAGGATCAGT AGGATAGTGC TGCTAGAGGG ATTATTCTTA
TTGCTTTTTA TTGTCGGTCT GCTTATGAGA ATAGCTAATC CTGATCTGTG GCATCCCATA
TTCGGTGGTG AAAAGCCAAT GGAGCTTTCA TTTATCAACG CGATTCAAAG GAGCTCCAAC
TTACCCCCTT ATGATCCCTG GTTTTCTGGC GGGTACATTA ACTACTACTA TTTTGGCCAG
TGGTTAGCTG CTGTTCTCAT GAGACTGACG TTCGTGGGGC CGGCCTATGG CTTCAATATC
GCGGTGGCAT GGATCTTCGC CGTTACGGGT ACCCTTGCCT TTACATTTGG TTATGAGATC
TCCAGAAGGT TTTTTGGAGG GACTTTTGCG CAAATCGTGG GCTTTTTGAG TACCTTGCTT
ATGGTTATAG TAGGTAACTT GGACGGCCTA GTGCAACTCA TGCAGTCTTT TGCCAGCGGC
AACTTGTCCA ACTTCCTGGG AAACTTTGAC TTCTGGAGGT CTACTCGCAT TACCGGTGGG
AACATAATTC ACGAGTTCCC ATTCTTCACG TTTCTGTATG CTGATCTCCA TGCACATATG
GTAGCTATGC CTATGGCGCT AGGGCTTTTA ATCCTGGCAG CGTATTATGT TTTCATTTCT
GCGAGGAAGA GTAGGTTGAT TGTGATTATC CTGGCGTCGA TGCTTGGTAG TGTCCTGATA
ATGACTAACC CCTGGGATTT CCCTACTTAT AGTGGATTGT TCCTGCTAGC TGTATCTATA
CGAGCTCTAA CCTCGTGTAC GACCTTGCTT ACTAAGCTAC TTAGAGTCGC ACACGATAGT
TTGACCTTTA TAATCCTATC AGTTGCTTTC TGTGTACCAT TCTTCGTGCA CTTTAAGAGT
TTTTATTCCA GTTTTGGCCT GGTACATGAA TCTGTCCCCG TTACTTTGAT CCTGATACAG
TTAGGTTTAT TCTTTGCCAT TGTTCTGTCT TATGCTCTGG TAACTTTACT CAGGGATACT
CATCTCAGGT TCATATTATT AGTAGCTTTA GGTGCTGTGA TAGTTGGCCT CTCTCTAAAC
AGGCTATCTT TAGGTCTTTT GCTAGCCTTG CTCATATGTT CAATCTCTTG CCTTTGGCAG
AGTAGAAATA AACAGCCATT GGCTATTTGG CTTGGGTTGA CGTCCGCTGG GTTAGCTATT
TGGGTGCTTA TAGAGATCTT CTACTTGAGA GACTTTTTGG ATGGATCAAC CGCGTATCGT
ATGAACACCA TCTTCAAATT TGGGGTTCAG AGCTGGATCT TGCTGGCTCT GGGGTGTGCT
GGATTGTTAC CTGTTACTTA TAGGAGTATC AGGAGAAGCA GTCTAAGAGC TAGTTACTTA
GGAGTTTGCC TGTTCCTGGT CACCTCATCG CTCATATATA CTGTCGCCGG CTCTTATTCT
CGCTTGTCTC AGCGCTTTCC GGTGCCTCCA AGTAATGCAG GACTAAATGG AGAAGCATTT
CTTACTACCG CTACTTTGAC GAATGTTTCA GGGCAGACGC TTAGCTTTAA ATATGATTAT
GATGCTATAC AGTGGCTTAG GAAGAATATT GCTAAGCCTG ATGTGTTGGT CGAGGCGAGT
ATTGGTCCGT ATAGAGGATT TGGGTCCAGG ATATCTATGT TCACTGGCTT GCCCGACGTA
ATGGGGTGGG ATAATCATGA GAGTCAACAG CGATATCCAG ATCAGGTCTT CAGTAGGAGT
CGTGATGTTA GGAATCTCTA TGATACATCA AGTATTAAGA CCGCTCTGGA GCTTATATTG
AGATATGACA TAAAGTACAT CTATTTAGGA CCCGTCGAGA GGTTGCACGA GTTTGATACA
GGCGAGAGGT ATGCCTCACA ACAGGGGCTT GAGAAGTTTG ATCGAATGGT TGGTCCCTAT
TTGAAACTTA TATATAGCAA CAGGGCTGTA AAGATCTACG AAGTGAAGCC TTCCTGGCAA
TGGTCCGAGG AGAGCTTAAG TAAACTTGAA CAATGA
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| Protein sequence | MSNGTNRVLL LIILLIAFSL RVYGIGWDSG FYAHPDERHI IDVTVNRVHL TLDLGKLLDA
DSSPLNPRRL ENGIRLSYSY GTLLIYFLKA VSNLVAKVLG QQYAEFESIY VVARSISAIA
DTLTVLFIYL LALRLFGART GIIAALLSAF SVIQIQFAHF YVAEPIMTLL LVISLWFAVS
AIQDHKNYKF ALSGLFLGFA IATKPSAAAF CPALLLLLAI RSLESRISGI FSSGESIAST
LMLVVRRLTY VLPAAVLAWA IWEPYALLDF PTYAQNIVAE SQIQRGIIDV PYTRQYIGTI
PGWYHLTQYA RWGVGIPLGI TVIFGLFWAL FRTLRSGDSK YAVLLIWILP YTASILLLEA
KWLRYMLPIH PVLLILASAV LSNYLLHSRF VTRISPEPGI FIALKRFIPY LAIFSVVVGT
LLWALAFERI YTRPHVWITA SEWIYKHIPP GSIIGTEHWD DRLPLPVEGN SPSIYNYYTI
AMYDDLPPDE KLQQIEDVLR NSDYIVLATN RLYKSIPMSP WRYAVATRYY QLLFSERLGF
IKVAEFHSSP SLGAVPIDES SADDNVAVYD HPPVVIFKKE RQLADWELRA LFADSLLAPW
NPSRHGKVDK PLMINPLTTL SSIGLPYYRG IINNSLISPI AWFFILELIG LLGWILLAQF
VYAAQDSGWM LSKLLSIVII ALGAWLGTSL GLLTYPASLW VITIGFILFS LSFALVNSRS
LVNILRSRIS RIVLLEGLFL LLFIVGLLMR IANPDLWHPI FGGEKPMELS FINAIQRSSN
LPPYDPWFSG GYINYYYFGQ WLAAVLMRLT FVGPAYGFNI AVAWIFAVTG TLAFTFGYEI
SRRFFGGTFA QIVGFLSTLL MVIVGNLDGL VQLMQSFASG NLSNFLGNFD FWRSTRITGG
NIIHEFPFFT FLYADLHAHM VAMPMALGLL ILAAYYVFIS ARKSRLIVII LASMLGSVLI
MTNPWDFPTY SGLFLLAVSI RALTSCTTLL TKLLRVAHDS LTFIILSVAF CVPFFVHFKS
FYSSFGLVHE SVPVTLILIQ LGLFFAIVLS YALVTLLRDT HLRFILLVAL GAVIVGLSLN
RLSLGLLLAL LICSISCLWQ SRNKQPLAIW LGLTSAGLAI WVLIEIFYLR DFLDGSTAYR
MNTIFKFGVQ SWILLALGCA GLLPVTYRSI RRSSLRASYL GVCLFLVTSS LIYTVAGSYS
RLSQRFPVPP SNAGLNGEAF LTTATLTNVS GQTLSFKYDY DAIQWLRKNI AKPDVLVEAS
IGPYRGFGSR ISMFTGLPDV MGWDNHESQQ RYPDQVFSRS RDVRNLYDTS SIKTALELIL
RYDIKYIYLG PVERLHEFDT GERYASQQGL EKFDRMVGPY LKLIYSNRAV KIYEVKPSWQ
WSEESLSKLE Q
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