| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sterm_1082 |
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| Symbol | |
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| ID | 8596561 |
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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 | 1183654 |
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| End bp | 1186401 |
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| Gene Length | 2748 bp |
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| Protein Length | 915 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | |
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| Product | outer membrane autotransporter barrel domain protein |
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| Protein accession | YP_003307881 |
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| Protein GI | 269119704 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 18 |
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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 | ATGAATAAGA AAATTATGTT TATTATAACT TTGGCAACAG CTTTGGTAAG CTGTTCGAGC
TCTGGCGGGG GCGAAGGAAA CAGTGGCGGA GGAGGAACTG CAACACCGAC TCCGATTGAT
GTGACTAGAG ATATTCCTTT TAATCAAGAA GATCCGCATA GTGCAAAAGA AGCTAAAGTA
AATAAAATAG ATGGTACTGG AGTTACAGTT GGTGTAGTAG ATAGTAACTT TGATGTCAAT
AATATCGAAT TCAGAGATTC AAACGGTAAA AGCCGTATAA CAAAAGACAA TAAATATGCC
GGAAGTACAA ATATACACGG AAGCCTTGTA TCGGAAATAA TAGGCGGGAA TACAATAGGT
GTAGCTCCAA AAGTACAAAT CAGGGGTGAA GCAGCAGGGA CTATATGTTC TGATGGAAGT
AACAGCTGTA TAGTAGTGCA GAGAGGTATG TATGATAATT TATATAATAA CGGTGTAAGA
ATATACAACC AATCATTCGG AGTAGCATCA AGAACAATAA AAACAGCTAC AAAAGCTGAT
ATGCCCTTGT CAGATCCGGT AATAGCTTTT TACAGAGATA AGGCATCAAC AGACAGCCTG
TTTATCTGGG CAGCAGGTAA TTCGGGGAAA GACGAGGTTT CGGCAGAAGC AGGACTTCCA
TACTTTTATC CGGAGATGCA AAAAGGATGG ATAGCAGTTA TGGCTGTAAA TTCTGCTGAC
GGAACTCCAA GCGATTATTC AAATAAATGC GGTATAGCAC AGAATTGGTG TATAGCAGCA
GTTGGTGATT ATGACTTTAA TGTAAGAAAT GTTTCAGGAA TGGGGACTTC ATTTGCAGCA
CCGGTAGTAA CAGGAACAGC AGCTCTGGTT CAGCAAAAAT ATCCGTGGAT GAACGGAGAC
CTTATAAGAC AGACAATCCT ATCTACAGCC ACTGATAAAG GTGCGAAAGG TGTAGATGCA
GTATATGGCT GGGGACTTCT GAATATAAGC AAAGCAGTAA AAGGACCTGC ACTTTTTGAT
AAAAGACTTG CATTAGGTGA TTATGTCAAT GTAGCATTTG ATAATACTAC TTCCACATTT
GAAAATGATA TATCAGGAGA TGCGGGACTT ATAAAAGCAG GGACAGGAAA ATTAATACTC
AGCGGGAAAA ATACATATAC AGGGAAAAAC GTAGTAAACG GCGGAGTACT GGAAGTAAAC
GGACAGGTAG TATCGGAAGT AGATGTACAG TCTGGAGGAA CTCTGTCAAG CAACGGAGGA
TACATAAATA ATAATGTGGT TAATAACGGA GGAACTGTCA GCAGTATAGG TCAGGGAATG
AATATACAGG GAAATTATAC TTCTACTCCT GAAGGTGTAA TAGTAAGTAC AGCAGGAGCA
ACAATAAATG TGGGCGGAAC AGCAGATTTA AATAATTCTA TTTTAAGAGT AACAGCTCCT
AAAGATGATG ATAATAATCC AGTATACATA AGTAAAGAAG TGATAACAGA AAATGTAGTA
AATGCAGCAA ACGGAGTAAC AAGCACATTT GGAAAAGTGG AAACACCTGT ATTTCTTCAA
TCAGACGTTA TATACGGAAA TGACGGAGTA AAATTAAGTG TAGCAAGAAG AGATATAGCA
GAATATGCTG ATGAAGCTTA TAATTCAGAT GCAACAAGAA ATAATTCATC ACAAAATCTG
GAACAGGTTT TGACAGCACT GGACAATAAT AAAGGAAGCG ATGAGTTTAG AACAAAAATA
GCAATGCTGC AGCAGTCGTC ATCATCAGAT CTGGCAGCAA CACTGGACAG TTTATCAGGA
CAGATTTATG CTTCGGCACA GGCATTAACA TTTCAACAGT CGCAGGCAGT GAACAGAGAC
CTTACAAACA GACTGGTAAT GCTTGGAAGC ATGGAAAATA AGGCAGATAT AGCAGGTCTA
TGGTTCAGCG GCATAGCATC TACAGGAAAA CTAAAAGAAT CGGGTTATGC TTCGGCGGAT
ACAACATCAT ACGGCGGACA GGTAGGAATA GATAAGAATA TAAATGACAG TACAATATTA
GGTATAGCAC TTTCTTACTC AGATGCAGAA GCAGATTTTG ACCGATACGG AGGAAAATCA
AAAAGCCAGA ACTTTGGAGT ATCACTTTAC GGAAGATACG GTCAGAAAGA AGACAAATTC
TATGTATTGG GAAGATTGGG AGTAGGAATT GTATCAAGTG ATGTAGACAG AGAAGTAGTA
ACAGGAGTAC AGAGTGAAAA TGTATCAATA AATCATGATG ATTATGTATA TTCAGGATAT
GGTGAAACAG GTTATAAATT CAAATTGGCG AAAAACTTTA ACTTAACACC GTTTGCAGGA
ATATCGTATG ATTCAGTAAA AAGAGGAAGC TTTTCAGAAG ACGGAAGCCT TTTGGGACTC
GAAGCAGACA GCAAGACATA TGATCAGACA TCAGGTTCTA TAGGTCTGAG AGGAGAATAT
GACTTTGAAT GGATAGGCGG AAAAAGTACA ATATTAGGAT ATGCATCATG GCAGAAAGCA
TTTAATGATG AAGATCTAAG TTTTGAGGCA TCATATGTAG GACTGCCGTC AGAGAAATTC
ACAGTAGAGG GTATAGGACT TCCCGGAGAT TCAGTATGGA CAGGTGTGGG AGTAAGTACA
GAAGTAAATG ACAGATGGGC ATGGTATGCA AACTATGATA TGCAGATAAG TGACTCTGAC
ATTTCAAACA ATGTATTTTC AGCCGGGTTC AGATATAATA TAAAATAA
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| Protein sequence | MNKKIMFIIT LATALVSCSS SGGGEGNSGG GGTATPTPID VTRDIPFNQE DPHSAKEAKV
NKIDGTGVTV GVVDSNFDVN NIEFRDSNGK SRITKDNKYA GSTNIHGSLV SEIIGGNTIG
VAPKVQIRGE AAGTICSDGS NSCIVVQRGM YDNLYNNGVR IYNQSFGVAS RTIKTATKAD
MPLSDPVIAF YRDKASTDSL FIWAAGNSGK DEVSAEAGLP YFYPEMQKGW IAVMAVNSAD
GTPSDYSNKC GIAQNWCIAA VGDYDFNVRN VSGMGTSFAA PVVTGTAALV QQKYPWMNGD
LIRQTILSTA TDKGAKGVDA VYGWGLLNIS KAVKGPALFD KRLALGDYVN VAFDNTTSTF
ENDISGDAGL IKAGTGKLIL SGKNTYTGKN VVNGGVLEVN GQVVSEVDVQ SGGTLSSNGG
YINNNVVNNG GTVSSIGQGM NIQGNYTSTP EGVIVSTAGA TINVGGTADL NNSILRVTAP
KDDDNNPVYI SKEVITENVV NAANGVTSTF GKVETPVFLQ SDVIYGNDGV KLSVARRDIA
EYADEAYNSD ATRNNSSQNL EQVLTALDNN KGSDEFRTKI AMLQQSSSSD LAATLDSLSG
QIYASAQALT FQQSQAVNRD LTNRLVMLGS MENKADIAGL WFSGIASTGK LKESGYASAD
TTSYGGQVGI DKNINDSTIL GIALSYSDAE ADFDRYGGKS KSQNFGVSLY GRYGQKEDKF
YVLGRLGVGI VSSDVDREVV TGVQSENVSI NHDDYVYSGY GETGYKFKLA KNFNLTPFAG
ISYDSVKRGS FSEDGSLLGL EADSKTYDQT SGSIGLRGEY DFEWIGGKST ILGYASWQKA
FNDEDLSFEA SYVGLPSEKF TVEGIGLPGD SVWTGVGVST EVNDRWAWYA NYDMQISDSD
ISNNVFSAGF RYNIK
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