Gene Smon_0174 details

Gene Information

• Locus tag: Smon_0174
• ID: 8599872
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Streptobacillus moniliformis DSM 12112
• Kingdom: Bacteria
• Replicon accession: NC_013515
• Strand: +
• Start bp: 198801
• End bp: 205076
• Gene Length: 6276 bp
• Protein Length: 2091 aa
• Translation table: 11
• GC content: 29%
• Product: YadA domain protein
• Protein accession: YP_003305538
• Protein GI: 269122961

Plasmid Coverage information

• Num covering plasmid clones: n/a
• Plasmid unclonability p-value: n/a
• Plasmid hitchhiking: n/a
• Plasmid clonability: n/a

Fosmid Coverage information

• Num covering fosmid clones: n/a
• Fosmid unclonability p-value: n/a
• Fosmid Hitchhiker: n/a
• Fosmid clonability: n/a

Sequence

Gene sequence

ATGAAAAGAT TTGAAATACA GAAATTGAAA AATTATTTAA AGGCTTCGTT AAAAAATAAG 
GTCAGTATAA ATGATAAAAT AATAATAAGA TACATTATGC TTGGATTTAT AGGATTATCA 
GCAATGTCTT ATGGTTCTTG GTTATCAATA AATGATAATA CTGGAGCAGC TGGTTCAGAT 
GGTGGTGGAA GTAACACGAC TCATGGTTCG GATAATCAAA AAAATAATAC AATATTAGCT 
TTATATAAAG ATGAATATAA AACAGATCAT TCAGTAATAA TAGGAGCAGG TGGAAAAACT 
TATGGTAAGG GTTCAGAAAA TGTAGTAATA GGATTTAATG CAAAATCTGA AAAACAACAA 
AATGTGGTAA TAGGTGCTAA TACTAAATCG GATTTACAAA ATTCTGTAAT TCTTGGAAAT 
AAGTCTTATG TTTATAAAGA TCATTTTGGT ATAACAAACT ATATACAAGA TAGTGATGGT 
CAAGGAGTTG CTGTAGGTAA CTCTGTATTT TCAACTGCAC AAGCAACATC TATAGGGAAT 
AATACATATG CTATAGGAAG ATCATCTATA GCTATAGGTA ATGATGATAT ATCAGCATAT 
GAAAATAAAG TTACTCAACA TGATTATGAT AGTTATTTCA AAAAACTTTA TGAAAAGATA 
GATAAAGATG GAACTCTATA TGGTTACGGA AGTAATAATA AAACAGATGC AAGTAAACAT 
AAATGGTCGC CAACACTAGC ACAAGGACAT GGATCAATAG CCATAGGTTC TCGTTCTATA 
GCCTATGCTG ATGGTTCAAC AGCACTAGGG ACACTTGCTT ATGCACTTAA AAAAGGATCT 
ACAGCAGTTG GAACATTAAC AAGAGCAGAA GGAGAAGGAG CTATAGCATT AGGAAGAGAA 
ACTAATGTAT TTTCAGATAA TGCTATAGCA TCAGGTAATA AGACATTAGT TCTAAAAGAA 
GGTGGAGCTG CTTATGGATT ATCAGCTATT TCAGGTGGTG AAAATTCAAT AGCAATAGGA 
ACAGATGTTT ATTCTAATGT TGATTATGAT TATGATAATA GTAATATAGT ATTAGGTGGA 
AATCAAAAAA AAATAGAAAC AGGTTTATTT GGAAATATAA ATAAATATGA TGATCAAGGT 
TCAAGTAATG ATGAAACAAA AAGAGGTTTA TATGGATTTG ATTTAAATGG AGTTGCTAAA 
ACTATAATAG GTCTTGGACA AGATAATCCA CCTGGTAATG TAAGTGGAGC TAAAAAAGGA 
GATTATTTAA ACAGTGGAAC ATACTTTAGT CAATACAAAA GCTATATAGA TGGATTAGAA 
AGTGGATTAA GTAATGCAAT AACTAAAGAC AATAAACAAT CAACAAATTC AATTACTATA 
AAAAAAGAAG AAAAAAATGG AGTAAAGGAT GTAGCTAAAA GCAAAGGTAA AAATGCAATA 
GTTATAGGGA GTAAATCAGG AGCATTTGGG GATAATGGGA TAGCCTTAGG AAGAGGGTCA 
TTTTCACTTG AAAATAACTC TATTGCAATA GGTTCATATT CTTATGCAAA ATCAAAGAAT 
GCTATTGCAC TTGGTATAGT CTCAAGAGCT TTAGGTGAAG GTTCTATTGC TTTTGGTAAT 
GGTGCTGGAG TAGATATAGA AGGTAAGAAC TCTATGGTCT ATGGTCATGG TTCAGTAGCA 
TATGCTCCTA ATTCAATAAT ACTTGGAATA AATTCTCGTG TTTGGGGAGA TAAGAATAAA 
GGAGATTCCA TTATAATAGG TAATGATGCT AGTATAGATG AATTAAAAGA AAATGGAACT 
GTAAAAAAAG GTCATAATGG AAAATCAGTA TTAGCATTAG GAAATAAAAC TAATGCAACA 
CTTGATAACT CAGTAGCACT TGGATATCTT TCAGCAACAG ATTATACACA AGAGGATTTA 
GATAAACCTG GATATACAGC AAAGGGATCA TATTCTATAC CAAGTTCAGC TAAAGTAGGA 
GTAATATCAG TAGGTAAAAA AGGAAATGAA AGAAGAATAA TTAATGTTGC TTCAGGATAT 
AGAGATTCTG ATGCTGTTAA TGTTGCTCAA CTTAAAACAT TAGAAGATAG ATTAGATGGT 
GCAACAGAAG AAGTAGATGA TAAGGTTAGA TACTTTTCTG TAAATACTGA TAATGATCTT 
GATGTTATAG CAAGAAAAAG AATAGACTAC AGAAATTATG TTAAATTAAA AGTACAAAAA 
TTAACGATAG AGGCTAGAGA AAAAGCTGGA GAAAATATAA ATAAAGACAA TGTTAAGGAT 
CTGACTACTA AATTAAATGA GTTAGAAAAG AAAGATAATA TAAAGAATCA TGCAAGTAAA 
ATTAATGCTC TAGGTAGTTT GGAACAAGAT AAGTATAAAA CAGATAATAA ATTTGATTTT 
GATAAATATA TAAAAGAATT AGAAAAAGCT AAACAAGAAG ATTCAACTGA AACTAAAGTT 
GATAGCATAT TAAGTGATGA AGAAAAGAAT AAATTAAAAT CAAATAATTT TTCTAATGAG 
GGAGCAAAGG GTAAAAATTC TATAGCTATA GGGTATAAGT CTAGTACAGA ACAAGCTGCT 
GAAAATTCAA TATCTATAGG AACTGATGCA GTTGCTAGTA AAAAAGATAG TATAGCATTA 
GGAAGTTTTT CTAAAAATAC AGCAGATATA TCAAAGTCAG GATATGACAT TACTAAAGAT 
GGAAGTTCTA CTTCAATGGA ACCAACATGG AAACCAAATA ATGGTGAATT TGCTATAGGT 
GATGGAAGTA ATAAAACTAG AAGAATAACA GGAGTTGCAG CAGGAGATAA AGACACTGAT 
GTTGTAAATG TGGCTCAACT TAAAAAAGCA ACTTCAGGAT TATTAAATGA TAAATTTTTG 
AAATTTGCTG GAAATGATGG TAAAGAGGCT AAAATTAAAT TAGGAGAAAC ACTTAATATT 
AAAGGTGAAG GAATGGTTGT TGGCACAACA GCTAAGAATA ATATAAAAGT AACAACTGAT 
AAAGATAGTA AAATATTAAC TGTAGGACTA GCAGAAAATT TAGAAAATTT AAATATGATA 
ACAACTAAAA TGAATGCAAA TGGTCAAAAG TCAGTTTTAT CAACAGAAGG ACTTAAAGTT 
ACTGGAAAAG ATAGTAAAGA AACATCAGTT ACATCTGAAA ATGTAGAAGT AAAAAATAGT 
ACAGATAAGA CAACATTAAC AGCAGGTGAA TTAAAAATCA CAGATAAAGA TGGAAATGAT 
GATAAACAAA CAAATAAGCT GACTAAAACT TCTATAACTT TAACAGATAA GAATAACAAT 
AAAGAAGATA CAAATAAAAT AACAGCATCT TTAAGTGAAA TAAAGAATAA ATCTGGTGAT 
AGTGTTAAAG TAGAAGCTAA TAAGATAACT ATAGCAAATG GAAAAGATAA GGTAGAAATA 
ACTAAAGATT CTGTAACTGG AGTAACTAAG ATTGGTAAAG ATGATAGTAA TAGTTTAATA 
TTTGGTAATG GAGTAGCAGA CAATACTATT ACAAAATTAA AGATTGGTGG AAAAGAGTTA 
ACATTTACTA GATCAGGAGA AAACATAAAG ATATCAAATG TTGCAAATGG GACAAAAGAT 
AATGATGCTG TAAATGTATC ACAACTTAAA AAGTATTCAG AATTTTTAGG TGGAAATTCT 
AAGTTTGAAA ATGGAACAAT CACAGGTCCA AAGTATAATC TAAAAGCAGG ACAAGAGAAT 
GCTAAAGATT ACACTAATGT AGGAGATGCT TTAAGTGCGT TAGATAATGC TTTAACTACT 
TCAACAACAA ACATAAAAAA ATTAGAAAAC AAAGCTATAT CATTCCAAGG TAATGGTGGA 
AATACAGATA AAGTAGATAG AAAACTAGGA GAAACCTTAA AAATACAAGG TGAAGGAACA 
GTTGCAGGAG CTACAGCCAA AGATAACATC AAGGTTGAAA AAAATAAAGA TAATGATGGT 
TTAGATGTTA AACTTACTGA AGATTTAAAA GGTTTAAACA CAATAGAAAC TAAAGAAGAA 
AAAGGAAAGA AAACAAAACT TGATACTAAT GGTGTTGAGG TTACAAGTAA TGATAATAAG 
GCTAATCTAA CAGCAGATAA GTTAACATTT GGAGCAAAAG ATACTAATAA TGGTGATAAA 
ACAAGTACAA CTGTTGAAAA ATCAGGAATA ACTGTAAAAG GTAAAGATGA TAAAACAAGT 
GTAGAAATTA AATCATCAGA TAATGGTGGA ATAATAAAAT TATCAGATAA GTCTGGAAAT 
GAAAAAATTA AGATAGATGG TGGTAAAGCA TCAATAACAG GACTTGCAGA CATAAAACCA 
GATGAAACAG ATGGAAGTAT AGCAGTTAAC AAAAATTATG TAGATAATCA AATAAGAGCA 
ATAGCTAATG GACCATTTGA ATATGAAGCA ATAAATGGAA AAGAAAAGGT TGTAAGAGGA 
CAAGATAATA AACTGTATAA AGAATCTGAT TTAAATAAAC ATTACTATGA TGAAAAAGAG 
CAAAAATATA AACCTAAAAA TAATAATAAT GGAATGAATG GACCAAAAGC ATTAGAAAAT 
AAAGATGTAA CAGTAAATGT AATGCCTAAG AATGGAACAC CAATATCAAT AGGAAATGTG 
GCAAGTATAT TAGGAGAAGA AGCAACTACA ACATCAGATA AAGCTACTGA AAAAGTAAAA 
GAACTAATTG ATAATACAAA TAAATTATAT GAAAATAATA AAAACAAAGT AGCAACAGGA 
ACAGATATAT TAGCCTTAGC AAAAGCAGGA ATAAGCTTTG AAGGTAATAC AGGTTCAGGA 
GAAAAAATAC ATAGAAACCT AGGAGAGAAA GTAACTATTA AAGGTGAAGG AACAGATAGT 
AAGAATGACT TTACTAGTGC AAGTGGAAAC ATACAAGTTA AATCAGATAA AGCTAAAAGT 
GAATTAACAG TAAAACTATC AGATAAGCTA ACTAACATGA CTTCATTTGA AACAAAAGAA 
TTAGATGATA ATGGAAATAA ATCTAAAGTT AAACTAGATA AAGAAGGACT AACTACAATT 
AATAAGACAG ATGATAATAA ATACATAATG TCTAAAACAG GACCAAATGG AACTGAAATA 
GGTAAATATG ATGTTAATCC ATTAATGAAT GGTAATAATA AAGCTCAACC AACTACAAGT 
GCCAAATATA CATTAGAAGG AACAACAATA AAAGATGATA AAGGAAGTTC TAACCTAACA 
TCAAATACAT TAACTTTAAA AGATAAAGAT AATAAACAAG GAATAACATT AGATAATAAA 
GCTGAAACTC CAACTATTTC TTTATCAAAT AAAGAAGGAG AAGAAACAGT TAAAATAGAT 
GGAGGAGATG GAAAAGATAA AGAACCAACA ATATCATTTA AAGTAGATAA AGATAAAGGA 
TTAGGAGTAG TAAAAGGTTT AAGAGATCTA ACAGATAATG ATCCAGGACA TTATGCAGTA 
AATAAGAGAT ATGTAGATAA TAAATTAAAT GGAGCTTTAG GAGGGGTAGC AAATGCAATA 
GCAGTAGCAA GTATACCACA GATAAATGGA AAGGGACATA ATATAGGAGC ATCATATGGA 
TATTATGAAG GACATTCAGC CTTTGCATTA GGGTTAAGTG GAATAAATGA AAGAGGAAAT 
GTATTATATA AGGCAAACTT ATCATTAAAT ACAAGAGGAA ATGTAGGGAT AGGAGCAGGG 
ATAGGATATC AGTTTGGAGG AGATGATGTA AGAAGAGAAG AAGTAATAAT AGAAAATAAT 
CCTTCAAATG ATATAAGAGA TAGATTGATT GAACAAAATG AAAAGTTAAT TAATCAGAAT 
AAGAAGTTAG AAGAAGATAA TGATATATTA AGAAGAGAAA ATGATAGGAT AGGAGATGAG 
ATAAAGGAAT TAAGAGAAAG AATAAAAGCA ATAGAAAAAA TTAAGATGAA TGAAGATGAC 
TTATACACAC TAGATGGATA TAGATTAGGT ATACATGAGC TAACAAAGAG CCAAGAAGAG 
ATGTTAATGA ATATAGTAAG AGAATTAAAT GAGAACTATA AGAATAGGAA GATATATATA 
ACAGGATATA CAGATAATGT ATCAGGAGAG GATTTAAATC TTGAGTTAGG TTTAAAAAGA 
GCAAATGTAG TAGCAAAGAA ACTAAGAGAG TTAGGCTTAG ATATGAGTAT ATCAATAAGG 
AAGGTAAGTT CATCAGGATA TAATAATATA GTGGAAACAA ATAAGAGTTC AAATGGAAGG 
TCTTCTAATA GAAGGGTAGA AATTGAATTA AGATAG 

 

Protein sequence

MKRFEIQKLK NYLKASLKNK VSINDKIIIR YIMLGFIGLS AMSYGSWLSI NDNTGAAGSD 
GGGSNTTHGS DNQKNNTILA LYKDEYKTDH SVIIGAGGKT YGKGSENVVI GFNAKSEKQQ 
NVVIGANTKS DLQNSVILGN KSYVYKDHFG ITNYIQDSDG QGVAVGNSVF STAQATSIGN 
NTYAIGRSSI AIGNDDISAY ENKVTQHDYD SYFKKLYEKI DKDGTLYGYG SNNKTDASKH 
KWSPTLAQGH GSIAIGSRSI AYADGSTALG TLAYALKKGS TAVGTLTRAE GEGAIALGRE 
TNVFSDNAIA SGNKTLVLKE GGAAYGLSAI SGGENSIAIG TDVYSNVDYD YDNSNIVLGG 
NQKKIETGLF GNINKYDDQG SSNDETKRGL YGFDLNGVAK TIIGLGQDNP PGNVSGAKKG 
DYLNSGTYFS QYKSYIDGLE SGLSNAITKD NKQSTNSITI KKEEKNGVKD VAKSKGKNAI 
VIGSKSGAFG DNGIALGRGS FSLENNSIAI GSYSYAKSKN AIALGIVSRA LGEGSIAFGN 
GAGVDIEGKN SMVYGHGSVA YAPNSIILGI NSRVWGDKNK GDSIIIGNDA SIDELKENGT 
VKKGHNGKSV LALGNKTNAT LDNSVALGYL SATDYTQEDL DKPGYTAKGS YSIPSSAKVG 
VISVGKKGNE RRIINVASGY RDSDAVNVAQ LKTLEDRLDG ATEEVDDKVR YFSVNTDNDL 
DVIARKRIDY RNYVKLKVQK LTIEAREKAG ENINKDNVKD LTTKLNELEK KDNIKNHASK 
INALGSLEQD KYKTDNKFDF DKYIKELEKA KQEDSTETKV DSILSDEEKN KLKSNNFSNE 
GAKGKNSIAI GYKSSTEQAA ENSISIGTDA VASKKDSIAL GSFSKNTADI SKSGYDITKD 
GSSTSMEPTW KPNNGEFAIG DGSNKTRRIT GVAAGDKDTD VVNVAQLKKA TSGLLNDKFL 
KFAGNDGKEA KIKLGETLNI KGEGMVVGTT AKNNIKVTTD KDSKILTVGL AENLENLNMI 
TTKMNANGQK SVLSTEGLKV TGKDSKETSV TSENVEVKNS TDKTTLTAGE LKITDKDGND 
DKQTNKLTKT SITLTDKNNN KEDTNKITAS LSEIKNKSGD SVKVEANKIT IANGKDKVEI 
TKDSVTGVTK IGKDDSNSLI FGNGVADNTI TKLKIGGKEL TFTRSGENIK ISNVANGTKD 
NDAVNVSQLK KYSEFLGGNS KFENGTITGP KYNLKAGQEN AKDYTNVGDA LSALDNALTT 
STTNIKKLEN KAISFQGNGG NTDKVDRKLG ETLKIQGEGT VAGATAKDNI KVEKNKDNDG 
LDVKLTEDLK GLNTIETKEE KGKKTKLDTN GVEVTSNDNK ANLTADKLTF GAKDTNNGDK 
TSTTVEKSGI TVKGKDDKTS VEIKSSDNGG IIKLSDKSGN EKIKIDGGKA SITGLADIKP 
DETDGSIAVN KNYVDNQIRA IANGPFEYEA INGKEKVVRG QDNKLYKESD LNKHYYDEKE 
QKYKPKNNNN GMNGPKALEN KDVTVNVMPK NGTPISIGNV ASILGEEATT TSDKATEKVK 
ELIDNTNKLY ENNKNKVATG TDILALAKAG ISFEGNTGSG EKIHRNLGEK VTIKGEGTDS 
KNDFTSASGN IQVKSDKAKS ELTVKLSDKL TNMTSFETKE LDDNGNKSKV KLDKEGLTTI 
NKTDDNKYIM SKTGPNGTEI GKYDVNPLMN GNNKAQPTTS AKYTLEGTTI KDDKGSSNLT 
SNTLTLKDKD NKQGITLDNK AETPTISLSN KEGEETVKID GGDGKDKEPT ISFKVDKDKG 
LGVVKGLRDL TDNDPGHYAV NKRYVDNKLN GALGGVANAI AVASIPQING KGHNIGASYG 
YYEGHSAFAL GLSGINERGN VLYKANLSLN TRGNVGIGAG IGYQFGGDDV RREEVIIENN 
PSNDIRDRLI EQNEKLINQN KKLEEDNDIL RRENDRIGDE IKELRERIKA IEKIKMNEDD 
LYTLDGYRLG IHELTKSQEE MLMNIVRELN ENYKNRKIYI TGYTDNVSGE DLNLELGLKR 
ANVVAKKLRE LGLDMSISIR KVSSSGYNNI VETNKSSNGR SSNRRVEIEL R