| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sterm_2404 |
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| Symbol | |
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| ID | 8597868 |
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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 | Sebaldella termitidis ATCC 33386 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013517 |
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| Strand | - |
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| Start bp | 2557438 |
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| End bp | 2561487 |
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| Gene Length | 4050 bp |
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| Protein Length | 1349 aa |
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| Translation table | 11 |
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| GC content | 27% |
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| IMG OID | |
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| Product | Arylsulfotransferase |
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| Protein accession | YP_003309188 |
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| Protein GI | 269121011 |
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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 | 16 |
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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 | 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 | ATGCATGATC ATTTTTTGGC TTTATTTTTT TATTACATTA TAAATATATA TTATGAAGTT
GTAATAATAT TATTTGAAAA CTTTAAGAAA GGTGATGGAA TGAAGAAAAT TATCATATTA
CTATGTTCAA TTGTTTTATT GGTTTCTTGT GATTTAAGTA GAGAATTATC AACAGCAGCA
GAATTAAATA TTTTAAGTTA TAAAGAAGAG GAGAAACTAG AGAAAACTAA TATTATTACA
ATTTATGGCG GTGAATCAAA AGAAGAGTAT AATATAAAAC TACCAAAACA AAATAATAAG
TTTGTTTTAG TAGATATATC AGTAAATACA GGCAGTAAAG AAAAAATAAA AATTAAGGAT
TTTAAATTAA GAACAAACGA AAAGGAATTT TTGGCACTAG AAAATATAGC ATTTCTTTCA
GTATATGGGT ATAAACCTTT TTTTGGTTCA GAAAATGGTT TAGGTGACGG AACGCTTATT
TTTGAAATTG ATAAAGATAT AAAGCTAGAT CCTCAAAGTA CACAGCTTGT TTATAAAGGT
CATGCCCAAA CTTTTGAGGA GATAAAGGAA GTAATCTATG AAGATAATTT CTTTGATTTA
GCTAATACAA ATATAGAATA CGAAGAAAGT TTTACAAATG AAACAAAAAT AAAAGAATAT
AGAAATAAAC ATTATGACAT TGAAAGTCCT TTAATACTAT TGGATCCGTA TAATTTTGCG
CCGTTAACAG CACTGGTAAT GTTTGATACA GGAGAAGATA CTAAAATAGA GATATTCATT
GAAGGGAAAG ATGGACCAAC ATCAGTAAGA TATGATTTTA AAAAATATAA AAAACACCAT
GAGATTCCTG TTTATGGTCT TTACGCTGGG AAAAATAATA AGGTGATTTT GTATTTAGAA
GATAAATCCG GAAAAAAGTT AACAAAAGAG ATTTACATTC AAACAGAAGA ATTACCAGAA
AATTTTTATA CTATAAATTT AGTTCAGTCA AAACCTGAAA AAATGGAGCC GGGATTTACA
TTTCTATCTA CAGTGGGAAA ACATAATAAT TCAATTATAG ATAGTAATGG AGATATAAGA
TGGTATACTA ATTATAAATC AAATTTGATA TTTAAAAGAC TTAGAAATGG AAATATAATT
ATGAATTCAG AAGTGAAAAA TAAATTTTTA GAATTAGATT TATTAGGAAA GATATATAAC
ATTTATTCAA TCGCATCAGA AAATATCCAT CATGATATTT TGGAAATGGA AAATGGAAAT
TTCCTTATAA CAACTCTGGA TGAAAATGGA TCTGAAGACT CGTTAATAGA ATTATCACGA
AATAGTGGAA AAATTATAAA AAAGATAGAT TTAAAAACTG TATTAGATCA GAATAGATAT
ATAAATAAAA AACTTTTTAA ACAAGATTTT TTTGGTGCAA GTTTTGATGA TTGGTTTCAC
TTAAATGCAA TATATGAGCA TAAAGATGGT ATAACTCTTT CGGGAAGGCA TCAAAGTGCA
GTTATTAAAA TGAGTTATCC AGAATTAGAA TTAAAATGGA TTTTGGGGAT ACATGACCAA
TGGAATGACA GTTATAGAAA TTATTTATTA ACACCAATAG AGACTGAAGG ATTTTTTGAG
TGGCAATATG GACAGCATTC ACAAGAAGAA CTTCCAGATT TTGATAATAA TGTAGACACT
ATTGATATTT TACTGTTCGA TAACGGAAAT GGACGTGGTG TACCAAATAT AAAAAATTAC
AGTCGAGCTG TGCAGTATAG AATAAATGAA AAAGAAATGA CTGTAACACA AATTTGGGAA
TATGGAAAAG TAAGAGGAAA AGATTTATTT TCAGCTTCTG TAGGAGATGC AAACTATCTT
CCTAAAACTG GGAACAGACT TATATCATTT GGTAGTTTGG TAAATGATGT TAATTTTGCT
AAAGGGTTAA ATTCACCAAG AATTGTAGAA GTAACTTATC CTGATTCTGA AGTAGCATAT
GAAGTAGAAC TTAAATTTAG CGATATGACA AGTGTTTATA GAATAGACAG AATGTTCATA
TATCCGGAAA ATTATGAAAC TGAAAACTTA CAAGCTGAGG CAAAAGTATA TTTAAATAAA
GAGGAAATTT TAGAAGAGGA TAAAAATAAA AGAATTTTAC CTGAGACAGA ACATGCCTGC
ATAGATAAAA TATCTTTGGA TATTGAAAGT AAGTCATTGT CCATAGATGG ATGGGCCTTT
TTAGAAGAAT ATAATTCAGA TACTGTTAAA AAATATTTGG TTTTATATAA TGAAGATAGA
AGTTACAGTG TACAATTAAA TAATACTATA AGAGGAGATG TAACAGAAGT TTTTAATAAA
GTATTGGGGA ATAATAAAAA TTATAGCAAG TCAGGTTTTA ATGACTGGAT ATCTTTGACA
AATCTACCAC CAGGAAAATA TAAAGTAGCT GTAAAAGTGG TATATGGAGA TATAGAAAAA
GAATATAAAA CAGATTATTA TTTAGCTTTA AACAGTATAG ACAATACTAA ATTAATAAAA
AAGCAAAAAA AAATAGAAGA AAATATAAAA AAAGACTTTG AAAAGAAAGT ATACACTCTT
GACGATCCTA TGATAGTAAA GGATCCATAC GGATTATCCC CTTTAACAGC GTTAATATTA
TTTAAAACAG ATTCAAAAAT GAATATTGAA ATAGAGATTC CAGGTAAAAA TAAAGAGGGA
ACTTTGAAAT ATAAATTAGA GGGTTATAAT AATCTTCATA TAATACCAGT ATATGGCTTA
TATCCTGATA AAAAAAATAT TGTATTTATT TCAGCTTATG ATGAACACGG GAAAAAAATA
AGAAAAAAAA TAAAGATAAA AACAGATAAA GTGGAAATAG ATATGCCCAA AGTAAAAATT
TTGAAGAAAG ATCAAGAAAA ATTAAAAAAA GGATTTTTAT TTATTTCATC ATTTTCAGGG
ATGTATGCGA TCGATTTAAA TGGAGATGTG AGATGGTATA TTAAGGATGG TATCGGAGGA
ACAAGTCCTA TTACTCAGCT GGAAAATGAC CGCTTTCTGG CAATAAATAA TGAGATGACG
AGACCACCTT ATTATAAAAG CGGTTTTTAT GAATTAAATA TAATGGGAAA AGTTCATAAA
GAATACGATG TAGACGGAGT ACATCATGAT ATTGTTGAAT TACCAAACAA AAACTATATT
GCTTTAATAA ATAATCCAGA TGGAGATTTA GAAGATTATA TGGTAGAAAT TAACAGAGAA
ACTGGCAGAG TAGTAAAAAG ATGGAATATG AAAGAAATTT TTAATATTAA AGAAAAAATT
GCAAGACCCG AATATATCAA TTATGACTTA ATGACAAATA AAGAAAAAGA AAATAAAGTT
CTGGAAGAAA AAATAGTAAG TAAATATAAA GAAGACTGGT TTCATCAGAA TGCAGTCTGG
TATGATAAGG ATACAAACTA TTTAATCATA TCAAGCAGAC ACCAAAATGC AGTAATAGCA
ATAGATTATA ATAGTTCAGA AGTAAAATGG ATATTTGGCG GAGAAAAATA TGAATGGAAC
GAAAAAAGGG ATCTGACAAA TAAGATATTA AAACCTAATT CTTCAGATTT TGATTATGCA
TACGGACAAC ATGGAGTAAA ATTGATAGAT GGATTATTAT ATGTATATGA TAATGGAAAT
TTTAGACATG GTATTTCAGA AGAAACGAAC TATTCAAGAG GGGTTATCTT CAGAATTGAT
GAATCTGACA TGAAAGTAAG TAAAGTCTGG GAATATGGAA AAGAAAACGG GAATAGTACT
TTTACTCCTT ATATAGGAAA TATAGAGGTG CTTGATAATG ATTACTATTT AATAAATTTC
GGTGGGATAG TAATAGATTC GAATGGTAAA ATTACAGGTG ATGTATCTAA GGTTTTTTCA
CCAACTTCAA AAAGTGAAAC AGTTATATCA GAAATTAGGA ATGGAGAAGA AGTGCTAATC
GTAAAGTTAT ATGATAAGGC ATATATATCT AACTCATATA GAGTAAATCA TTTTGAATTA
AATCCTAAAA ATTTAATATG GAATTTTTGA
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| Protein sequence | MHDHFLALFF YYIINIYYEV VIILFENFKK GDGMKKIIIL LCSIVLLVSC DLSRELSTAA
ELNILSYKEE EKLEKTNIIT IYGGESKEEY NIKLPKQNNK FVLVDISVNT GSKEKIKIKD
FKLRTNEKEF LALENIAFLS VYGYKPFFGS ENGLGDGTLI FEIDKDIKLD PQSTQLVYKG
HAQTFEEIKE VIYEDNFFDL ANTNIEYEES FTNETKIKEY RNKHYDIESP LILLDPYNFA
PLTALVMFDT GEDTKIEIFI EGKDGPTSVR YDFKKYKKHH EIPVYGLYAG KNNKVILYLE
DKSGKKLTKE IYIQTEELPE NFYTINLVQS KPEKMEPGFT FLSTVGKHNN SIIDSNGDIR
WYTNYKSNLI FKRLRNGNII MNSEVKNKFL ELDLLGKIYN IYSIASENIH HDILEMENGN
FLITTLDENG SEDSLIELSR NSGKIIKKID LKTVLDQNRY INKKLFKQDF FGASFDDWFH
LNAIYEHKDG ITLSGRHQSA VIKMSYPELE LKWILGIHDQ WNDSYRNYLL TPIETEGFFE
WQYGQHSQEE LPDFDNNVDT IDILLFDNGN GRGVPNIKNY SRAVQYRINE KEMTVTQIWE
YGKVRGKDLF SASVGDANYL PKTGNRLISF GSLVNDVNFA KGLNSPRIVE VTYPDSEVAY
EVELKFSDMT SVYRIDRMFI YPENYETENL QAEAKVYLNK EEILEEDKNK RILPETEHAC
IDKISLDIES KSLSIDGWAF LEEYNSDTVK KYLVLYNEDR SYSVQLNNTI RGDVTEVFNK
VLGNNKNYSK SGFNDWISLT NLPPGKYKVA VKVVYGDIEK EYKTDYYLAL NSIDNTKLIK
KQKKIEENIK KDFEKKVYTL DDPMIVKDPY GLSPLTALIL FKTDSKMNIE IEIPGKNKEG
TLKYKLEGYN NLHIIPVYGL YPDKKNIVFI SAYDEHGKKI RKKIKIKTDK VEIDMPKVKI
LKKDQEKLKK GFLFISSFSG MYAIDLNGDV RWYIKDGIGG TSPITQLEND RFLAINNEMT
RPPYYKSGFY ELNIMGKVHK EYDVDGVHHD IVELPNKNYI ALINNPDGDL EDYMVEINRE
TGRVVKRWNM KEIFNIKEKI ARPEYINYDL MTNKEKENKV LEEKIVSKYK EDWFHQNAVW
YDKDTNYLII SSRHQNAVIA IDYNSSEVKW IFGGEKYEWN EKRDLTNKIL KPNSSDFDYA
YGQHGVKLID GLLYVYDNGN FRHGISEETN YSRGVIFRID ESDMKVSKVW EYGKENGNST
FTPYIGNIEV LDNDYYLINF GGIVIDSNGK ITGDVSKVFS PTSKSETVIS EIRNGEEVLI
VKLYDKAYIS NSYRVNHFEL NPKNLIWNF
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