| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Smon_0177 |
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| Symbol | |
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| ID | 8599875 |
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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 | Streptobacillus moniliformis DSM 12112 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013515 |
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| Strand | + |
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| Start bp | 206589 |
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| End bp | 209633 |
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| Gene Length | 3045 bp |
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| Protein Length | 1014 aa |
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| Translation table | 11 |
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| GC content | 29% |
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| IMG OID | |
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| Product | YadA domain protein |
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| Protein accession | YP_003305541 |
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| Protein GI | 269122964 |
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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 | ATGGAAGATT TAGAAGAAGC AACACAAAAA GATTTAGCTA AAGAAATACT AACAACTGAT
GAAAAAAATA AATTAGAAAA TGAAAACTAT AATAATAAAG GGGCAAAAGG TAAAAACTCT
ATAGCAATAG GACATGGTGC TAGTACAGAT AAAAATGACG GTGAAAATGC AATAGCTATA
GGTAAAGGAG CAAAAGCAAC TACTAAAGAT AGTATAGTTT TAGGAAGTGA TTCTAAAAAT
ACAGCAGATA TGAATAATGT AGGATATGAT ATTACAAAAA ATAATAGTAA TTCAAATTCA
AACCTTAATT CTGATGCAAC TTGGAAACCA ACTCATGGAG AATTTGCTAT AGGAGATGGA
ACTAATAAAA CTAGAAGAAT AACAGGTGTT GCAGCAGGAG AAAAAGACAC AGATGCTGTA
AATGTGGCTC AACTTAAGAA AATTTTTGAA TTAGATGTAT TTAAAAGCAA GGAACTTATT
ACATTTATTG GTAATGATAA AACTAATGAA ATACCAATTA AAGTTGGAGA TAAACTTAAT
ATTGTAGGTG AAGGATCAGT TGATAATGGA ACAGCAGCAA ATAATATAAA AGTAACAGCA
GATAAAGACA ATAAAAAACT AACAATAGGA CTTGCAAAAA ATCTAACAAA TATAGAGAGT
ATAACAGTTA GTAAAAATGG ACAAGAAACA AAAATAGAAC AAGGGAAGAT AACTGGTGTA
AATACTATTG GAAAAAATGA TAATAATAGG CTAGTATTTA ATAATGGTAA TTCAGGAACT
GCAATGTTAA AAGTTGATGG TAAAGAACTA ACATTTACTA AATCAGAAGA ACATATAAAG
ATATCAAATG TTGCAAATGG AATATCTGAT AATGATGCTG TAAATGTATC ACAACTTAAA
AAGTATGTAG ATGCCTTAGG TGGAAATGCT AAAATAGATG ATAAAGGTAA TGTTACAGGA
CCTACATATA AATTAAAAGT AGGAGCTACA ACAAATGATG CTACAAAAGA TTATAATACT
GTAGGAGATG CTTTAAAAGC TTTAGATGAT GCTATAGGTA ACTCATCAAA AAATATAACA
GATCTTACTA ACAAACAAAT ATCATTCCAA GGTAATGGTG GAGATACAGA TAAAGTAAGT
AAAAAGCTAG GAGAAACTTT AAAAATACAA GGTGAAGGAA ATGTTAGTGG AAATACAGCC
AAAGATAATA TTAAAGTTGA GAAAAATAAA GATAGTGATG GCTTAGACAT TAAACTAGCT
GAAGATTTAA AGAATTTAAA TAGTATAGAA ACTAAAGAAG CAGGTGGAAA GAAAACAAAA
ATCACAACAG ATGGTATTGA GGTTACAAGT GATAAAGGTA AAGCTAACCT AACAGCAGAT
AAGCTAACAT TTGGACCAAA AGATGATAAA TCAACTGATA AAACAAGTAC AGAAGTTGGA
AAAGATGGAA TAACATTAAA AAGCAAAGAT GGAAAAGATT CAGTATCAAT AAAACCAAGC
AATGATACTG ATGGTGGAAT AATAGAAGTT AAATCTAAAG ATGGAAATTC AAGTATTAAA
ATAGATGGAG AAAAAGGTTC TATTACTGGA CTTAAAGACA TATCACCTAA TGAAACAGAT
GGAAGTATAG CAGTTAACAA AAATTATGTA GATAATCAAA TAAGAGCAAT AGCTAATGGA
CCATTTGAAT ATGAAGCAAT AAATGGAAAA GAAAAGGTTG TAAGAGGACA AGATGGTAAG
CTATATAAAG AAACAGATTT AAATAACTAC TATTATGATA AAGATTCATC TTCATACAAA
CCTAAAAATA ATGGAACTAA TAGTGTTGCC CAAGGACCAA CTCCATTAGA AAACAAAGAT
GTAACAGTAA ATGTAATGCC TAAGAATGGA ACACCAATAT CAATAGGAAA TGTGGCAAGT
ATTCTAGGAG AAGATTCAAT TACAACAGAT AATAAAGCTT CATCTAAAGT TAAAGAACTA
ATCGAGAATA CTAATAGCTT ATCTGATAAT AGCAAAAACA AAGTAGCAAC AGGAACAGAT
ATATTAGCCT TAGCAAAAGC AGGAATAAGC TTTGAAGGTA ATACAGGTTC AGGAGAAAAA
ATACATAGAA ACCTAGGAGA ACAAGTAACT ATTAAAGGTG AAGGAACAGA TGACAATAAA
AACTTTACTA GTGCAAGTGG AAACATACAA GTTAAATCAG ATAAAGCTAA AGGTGAATTA
ACAGTAAAAC TATCAGATAA GCTAACTAAC ATGACTTCAT TTGAAACAAA AGAATTAGAT
GATAATGGAA ATAAATCTAA AGTTAAACTA GATAAAGAAG GACTAACTAC AATTAATAAG
ACAGATGATA ATAAATACAT AATGTCTAAA ACAGGACCAA AAGGAACTGA AATAGGTAAA
TATGATAATG ATCCATTAAT GAATAACAAT ACTTCACCAA CAAATAGTGC AAAATATGGA
TTAGATGGAA TAAGCTTAAA GGATGATAAA GGAGAAGTAA AATTAACACC AACAGAATTA
GACTTTAAAG ATAATAAGGG AAGAATAAAA GGCTTATCAG ATCCAGTAGA TCAAAATGAT
GCAGTAAATA AGAAGTATGT AGATGAAAAG ATAGCAAGTA CAAGTGGAGG TATAGCAAAT
GCAATAGCGA GGGCAAACTT ACCACAGATA AGTGGAAAAG GACATAACAT AGCAGGATCA
TATGGTTACT ATAATGGAGA ACATGCATTT GCATTAGGAC TGTCAGGAAC AAATGAAGTA
TCTAATTTAG TATATAGAGC AAGTGGGTCA TTAAATACGA GAGGACATGT ATCATTAGGA
GCAGGACTAG GTTATCAATT TGATAATATA GGGAAGAGAA GTAAGGAGAT GTTAAAGTTA
GATAGATATG GAAATATTAA TTTACTTGAT GAGAAGGTTT ATGAACATGG AATAAAAATA
GAAAATCTTG AAATTTCAAA TGAAAAATTA AAGAAAGATA ATCATGAATT AAAAATGAAG
GTTGTAGAAT TAGAGAAATT AATACATGAA TTAATGAAAA AATAG
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| Protein sequence | MEDLEEATQK DLAKEILTTD EKNKLENENY NNKGAKGKNS IAIGHGASTD KNDGENAIAI
GKGAKATTKD SIVLGSDSKN TADMNNVGYD ITKNNSNSNS NLNSDATWKP THGEFAIGDG
TNKTRRITGV AAGEKDTDAV NVAQLKKIFE LDVFKSKELI TFIGNDKTNE IPIKVGDKLN
IVGEGSVDNG TAANNIKVTA DKDNKKLTIG LAKNLTNIES ITVSKNGQET KIEQGKITGV
NTIGKNDNNR LVFNNGNSGT AMLKVDGKEL TFTKSEEHIK ISNVANGISD NDAVNVSQLK
KYVDALGGNA KIDDKGNVTG PTYKLKVGAT TNDATKDYNT VGDALKALDD AIGNSSKNIT
DLTNKQISFQ GNGGDTDKVS KKLGETLKIQ GEGNVSGNTA KDNIKVEKNK DSDGLDIKLA
EDLKNLNSIE TKEAGGKKTK ITTDGIEVTS DKGKANLTAD KLTFGPKDDK STDKTSTEVG
KDGITLKSKD GKDSVSIKPS NDTDGGIIEV KSKDGNSSIK IDGEKGSITG LKDISPNETD
GSIAVNKNYV DNQIRAIANG PFEYEAINGK EKVVRGQDGK LYKETDLNNY YYDKDSSSYK
PKNNGTNSVA QGPTPLENKD VTVNVMPKNG TPISIGNVAS ILGEDSITTD NKASSKVKEL
IENTNSLSDN SKNKVATGTD ILALAKAGIS FEGNTGSGEK IHRNLGEQVT IKGEGTDDNK
NFTSASGNIQ VKSDKAKGEL TVKLSDKLTN MTSFETKELD DNGNKSKVKL DKEGLTTINK
TDDNKYIMSK TGPKGTEIGK YDNDPLMNNN TSPTNSAKYG LDGISLKDDK GEVKLTPTEL
DFKDNKGRIK GLSDPVDQND AVNKKYVDEK IASTSGGIAN AIARANLPQI SGKGHNIAGS
YGYYNGEHAF ALGLSGTNEV SNLVYRASGS LNTRGHVSLG AGLGYQFDNI GKRSKEMLKL
DRYGNINLLD EKVYEHGIKI ENLEISNEKL KKDNHELKMK VVELEKLIHE LMKK
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