| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sterm_3729 |
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| Symbol | |
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| ID | 8599175 |
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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 | 3965206 |
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| End bp | 3967947 |
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| Gene Length | 2742 bp |
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| Protein Length | 913 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | |
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| Product | outer membrane autotransporter barrel domain protein |
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| Protein accession | YP_003310494 |
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| Protein GI | 269122317 |
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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 | 15 |
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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 | ATGAAAAAGA AGTTGATACT AATCATTGCT TTGGTAATTG TTGTCTTAAG CTGTTCAAGC
TCCGGCGGCC AATCAAATCA AAACCCTTCC CCGTCACCGC CTACACCGAT TGATGTTACA
AGAGATATTC CGTTTAATCC AGAAGATCCG CATAATAATA ATGAGGCAAA AGAAACAGAC
AGTGATGGTG ATAATATCAC TGTGGGTATT GTAGACAGTA ATTTTGATAC TACACATAAA
GAGTTTTACA GTGAGGAAAA TAAACCGCGT CTGTCAAGAA GCAGAAATTA TTCCGGAACC
ACAAATATTC ATGGAAGTTT GGTTGCTGAA GTTCTGGGAG GAAGAACAAT GGGGATAGCA
ACTAATGTAG AAATGAGAGG AATAGCTGCA GGAACAATTT GTTCTAATGG CTCTAATAAT
TGTATTTCAG TAAAAAGAGA GATGTATGAT GAATTATATG ATCATGGTGT AAGAATATAC
AACCAATCAT TCGGAGTAGC ATCAAGAACA ATAAAAACAA CTACAAAAAC TGATATGCCC
TTGTCAGATC CGGTAATAGC TTTTTACAGA GATAAGGCAT CAACAGACAG CCTTTTCGTC
TGGGCAGCAG GCAATTCCGG AACAGAGGAG GTTTCGGCAG AAGCAGGACT TCCATATCTT
TATCCGGAGA TGCAGAAAGG ATGGATAGCT GTTATGGCTG TAAATTCTAC TGACGGAGCT
CCCAGTGATT ATTCAAATAA ATGCGGTATA GCACAGAATT GGTGTATAGC AGCAGTTGGT
GATTATGATT TTAATGTAAG AAATGTTTCA GGAATGGGTA CTTCATTTGC AGCACCGGCA
GTAACAGGAA CAGCAGCTGT GGTTCAGGAA AAGTATCCGT GGATGAACGG AGATCTTATA
AGACAGACAA TCTTATCTAC AGCCACTGAT AAAGGAATTA AAGATGCAGA TCCAGTATAT
GGATGGGGAC TTTTGAATAT AAGCAAAGCA GTAAAAGGAC CTGCACTTTT TGATAAAAGA
CTTGCGTTAG GTGATTATGT CAATGTAGCA TTTGATAATA CTACTTCTAC ATTTGAAAAT
GATATATCGG GAGATGCGGG ACTTATAAAA GCAGGGACAG GAAAATTAAT ACTCAGCGGG
AAAAATACAT ATACAGGGAA AAACGTAGTA AACGGCGGAG TACTGGAAGT AAACGGACAG
GTAGTATCGG AAGTGTATGT ACAGCCCGGA GGAACCCTGT CAAGCAACGG AGGATACATA
AATAATAATG TGATCAATAA CGGAGGAATT ATTAGCAATA CAGGTAAGGG AATGAATATA
CAGGGAAATT ATACTTCTAC TCCTGAAGGT GTAATAGTAA GTACAGCAGG AGCAACAATA
AATGTGGGCG GAACAGCAGA TTTAAATAAT TCTACTTTAA GAGTAACAGC TCCTAAAGAT
GATGATAATA ATCCAGTATA CATAAGTAAA GAAGTGATAA CAGAAAATGT AGTAAATGCA
GCAAACGGAG TAACAAGCAC ATTTGGAAAA GTGGAAACAC CTGTATTTCT TCAATCAGAC
GTTATATACG GAAATGACGG AGTAAAATTA AGTGTAGCAA GAAGAGATAT AGCAGAATAT
GCTGATGAAG CTTATAATTC AGATGCAACA AGAAATAATT CATCACAAAA TCTGGAACAG
GTTTTGACAG CACTGGACAA TAATAAAGGA AGCGATGAGT TTAGAACAAA AATAGCAATG
CTGCAGCAGT CGTCATCATC AGATCTGGCA GCAACACTGG ACAGTTTATC AGGACAGATT
TATGCTTCAG CACAGGCATT AACATTCCAA CAGTCACAGG CAGTGAACAG AGACCTTACA
AACAGACTGG TAATGCTTGG AAGCATGGAA AATAAGGCAG ATATAGCAGG TCTATGGTTC
AGCGGCATAG CTTCTACAGG AAAACTAAAA GAATCGGGTT ATGCTTCGGC GGATACAACA
TCATACGGCG GACAGGTAGG AATAGATAAG AATATAAATG ACAGTACAAT ATTAGGTATA
GCACTTTCTT ACTCAGATGC AGAAGCAGAT TTCGACCGAT ACGGAGGAAA ATCAAAAAGC
CAGAACTTTG GAGTATCACT TTACGGAAGG TACGGGCAGA AAGAAGACAA ATTCTATGTA
TTGGGAAGAT TGGGAGTAGG ATTTGTATCA AGTGATGTAG ACAGAGAAGT AGTAACAGGA
GTACAGAGTG AAAATGTATC AATAAATCAT GATGATTATG TATATTCAGG ATATGGTGAA
ACGGGCTATA AATTCAAATT GGCGAAAAAC TTTAACTTAA CACCATTTGC AGGAATATCA
TATGATTTAG TAAAAAGAGG AAGCTTTTCA GAGGATGGAA GCCTTTTGGG ACTTGAAGCT
GATAATAAAA CTTATGATCA GATGTCAGGA TTTATAGGAC TTAGAGGGAA ATATGACTTT
GAATGGGCAG GCGGAAAAAG TACAATTTTG GGATATGTGT CATGGCAGAA AGCTTTTAGT
GATGAAAGTC TGGATTTTGA AGCATCATAT GTAGGACTGC CGTCAGAAAA ATTCACAGTA
GAGGGTATAG GACTTCCCGG AGATTCAGTA TGGACAGGTG TGGGAGTAAG TACAGAAGTA
AATGACAGAT GGGCATGGTA TGCGAACTAT GATATGCAGA TAAGTGACTC TGACATTTCA
AATAATGTAT TTTCAGCAGG ATTCAGATTT AATGTAAAAT GA
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| Protein sequence | MKKKLILIIA LVIVVLSCSS SGGQSNQNPS PSPPTPIDVT RDIPFNPEDP HNNNEAKETD
SDGDNITVGI VDSNFDTTHK EFYSEENKPR LSRSRNYSGT TNIHGSLVAE VLGGRTMGIA
TNVEMRGIAA GTICSNGSNN CISVKREMYD ELYDHGVRIY NQSFGVASRT IKTTTKTDMP
LSDPVIAFYR DKASTDSLFV WAAGNSGTEE VSAEAGLPYL YPEMQKGWIA VMAVNSTDGA
PSDYSNKCGI AQNWCIAAVG DYDFNVRNVS GMGTSFAAPA VTGTAAVVQE KYPWMNGDLI
RQTILSTATD KGIKDADPVY GWGLLNISKA VKGPALFDKR LALGDYVNVA FDNTTSTFEN
DISGDAGLIK AGTGKLILSG KNTYTGKNVV NGGVLEVNGQ VVSEVYVQPG GTLSSNGGYI
NNNVINNGGI ISNTGKGMNI QGNYTSTPEG VIVSTAGATI NVGGTADLNN STLRVTAPKD
DDNNPVYISK EVITENVVNA ANGVTSTFGK VETPVFLQSD VIYGNDGVKL SVARRDIAEY
ADEAYNSDAT RNNSSQNLEQ VLTALDNNKG SDEFRTKIAM LQQSSSSDLA ATLDSLSGQI
YASAQALTFQ QSQAVNRDLT NRLVMLGSME NKADIAGLWF SGIASTGKLK ESGYASADTT
SYGGQVGIDK NINDSTILGI ALSYSDAEAD FDRYGGKSKS QNFGVSLYGR YGQKEDKFYV
LGRLGVGFVS SDVDREVVTG VQSENVSINH DDYVYSGYGE TGYKFKLAKN FNLTPFAGIS
YDLVKRGSFS EDGSLLGLEA DNKTYDQMSG FIGLRGKYDF EWAGGKSTIL GYVSWQKAFS
DESLDFEASY VGLPSEKFTV EGIGLPGDSV WTGVGVSTEV NDRWAWYANY DMQISDSDIS
NNVFSAGFRF NVK
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