| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Smon_1486 |
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| Symbol | |
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| ID | 8601238 |
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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 | 1640689 |
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| End bp | 1643886 |
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| Gene Length | 3198 bp |
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| Protein Length | 1065 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_003306795 |
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| Protein GI | 269124218 |
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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 | ATGAAGAAAA ATAATTTAAT TGCATTTTTA ATAGTTATTT CTAGTTTGTC TTATTCTAGA
AATAATGGAA ATAATTTGAA CTCGTATACA ATTTTTGGGA GTAATTCCAT TACTACTGAT
ACCCATAATG TACAAATAGG TAAGGATTCT AAATCAGAAG AAGATAAAAA GTCAATAGCA
ATAGGATCTA GTTCTATGTC AAGAGGAACT AATGGAGTGG CTATAGGGAA TAAGGCTCAT
GCTGGAGCTA TGCCAAATCT TAGTAATGAT GTAGAAAATA CAGTAGCTAT AGGAACAGAT
TCTAAGGCAA CAGCACTTGA TGCAATAGCA ATAGGGAATA AAGCACATGC GAGTACAAAA
TATGGTATAG CTATAGGGAC TGAAACTAAA ACAGATGGAA TAGGAGCAAT TTCTTTGGGG
TATAAGAGTG AGGCTAATTC AGATTCTATA GCTATAGGAA AAGAAGCAGT AGGATATGGT
AAAGGGATAG CACTTGGAGA AAACTCACAT TCAAGAAGAT ACAGTGTTGC AATAGGATAT
ATGGCAGATT CAAAAGGAGT ATATTCATAT GGTAATGTAG TTATAGGTAG TGAAAGTAGT
ACTGATGAAA ATTTAAATTT TTCAACAGCA ATAGGATATA AGGCAAAGGT AGAAGAAAGT
TATTCAACAG CCATTGGTTC AAGTTCTATA GCAAAAAAAA GAGATGATAG ACTTGGATAT
GATATGTTTA CAAATAAGGT AGTTAAATTA GAAGATAAAT TAGAAAAAGC AGATAAATCA
AAATACACAA AATTAAAAGA AGAAATAGAA AAATTAAAAG CAGAAAAGGG TACACTTGAT
AAAGACGCTA AAGATATAAT AGACAAGGCT TATAATTCAA GAACAGAAGA TGAAAAAAAT
AAATTAACAG AATTAAATAA AAAAATTACA AGTAAAATTA CAGAAATTAA TCAAAAATAT
GGAGAGTATT ATAAAATTGT AAATGTATGG GAAGCAACTT ATGGAGAAGT TTCAATTGGA
GATGCAAAAA ATGGGATAAC AAGACAAATA ACAGGACTTG CAGCAGGTAA AGAAGATACA
GATGCAGTAA ATGTAGCCCA ATTAAAATCA CTATATAATA AATTTGAATC AGAAAATAAG
ACATATTTTC ATGTGAATTC AGGAGAAAAT AAGGATACTG GAGATAAAGA TACTAATTTA
GGTAAAATAG GAGAAGCTGC TGGAGCAACA GGATATGGAG CTATAGCAGT AGGAATAAAA
ACTAAAGCGT CAGGTCTTAA TAGTATAGCT ATAGGTAAAT CATCTAATTC ATCAGGAGAT
AATTCAATAT CAATGGGTAT AGATTCTAAG GCTTCAGGAC TTACATCAAT GGCAATAGGA
GTAGATGCTA AAGCGTCAGG AATAACTTCA ATAGCAATAG GTTCAAATGC AAATGCTTCA
GGCTTCGGAG CTATATCATT AGGACTTAGT TCATCTTCTT CTGGAATGCA TAGTTTAGCT
ATAGGACAAT TAGCTAAGGC TAGTGAAGAA AAATCAGTAG CATTAGGCTC AGAAAGTGAA
ACAACAAAAG CAGTTGCAAC AAAAGATATT GAGATAAATG GTATAAAATA TGGAGAATTT
GCAGGAAAAA CACCTTTTTC AGTAATATCT ATAGGCTATA AAGATAGAGA AAGACAACTT
CAATATGTAG CAGCAGGGCA AATAAGTAAA GAATCAACAG ATGCAATAAA TGGTTCACAA
CTTTATTGGA CTAATAATGT TTTAGGAAAA TTTATAGATT CAACTAAAAG TATTTTAGGT
GGGACAGTTT ATGTAATTAA AAGTGGGGAT GATGCTGGAA AACTTACTAT GAATAATATT
GGAGATACTG GTAAGGATAA TATTCATGAT GCAATAAAAC ATTTAAAAGA AAGTATAACA
TTTAATGTAA TGGCAGGGAA AGATGGAACA GGAACTGCTT TGGGAACTAT AGAAAGTATA
AAAATAAAAA AAGATGAGGT ATTAACATTT AAGGCTGGAG ATAATTTAAC TATTACTCAA
AATGGAAAAG ATTTTATTTA TGCATTAAAT AAAGATTTAA AAGGAATGAA TAGTATTAAA
TTTGGTGATG ATGATTCAGT ACATATAAGT AAAGATGGAT TAAATAATGG TGGAAAGAAA
ATAACTAATG TAGCAGATGG AAAAGATAGT ACAGATGCTG TTAATAAGGG TCAATTAGAT
AAGTTAGAAA ATAAAATAAG TGAAACAAAA ACAGAAATAG ATAATAAAAT AAAAGAAATA
GACAAAAAGT TAGATGAAAA AATAGAAAAA ATTGATAAAA AAATAGGGGA TACTAAAAAA
GAATTAACAG ATAAGATAGA TAATGTTACT AAAACATTAA AAACAGAGAT AACAGCAAAT
GGTGGAGAAA CAGAAAATAA TACTAAAGGG TCAATAACTT TAACATATAA AAAATCAGAT
GCAGGACATA ATATTTACGA TATTAGCTTA TCTACAACCC AATTAAAATT AAGTTCTGGT
GGTAAAGTAG AAACACTTAA TGATGAAGAT ACTAAAAAAA TAGCAAATGC AGGAGAAGTA
GCAAAAGCAA TAAATACTTT AGGAAATAAT ACATTATCAT TTGGAGGAGA TAGTGGAGTT
ACAGAAAAGC AAAGTTTAAA TAAAGATGGA GGACTTAATT TTAATATTAA AGGGTCAGAA
AATATAAAAA CAAAAGCAAA AGGAAATGAA GTAAGTATAG ATATAAGTGA AAAAATGAAA
ACAGATATAT CAAAAGGAGT AGCAGCAAAT AGTGGAGTAG CAAATGCAAT AGCAATGGCA
AATTTACCAC AAGTAAGTAC TATAGGAGAT AAAAGACATA ACATAGCAGG TTCATATGGT
TACTATAACG GAGAGAATGC TTTTGCTTTA GGATTATCAG GAGTAAATGA AACGGGAACT
TTAGTATATA GAGCAAGTGG AGCATTAAAT ACTAAAGGAC ATGTATCTTT AGGAGCAGGA
TTAGGGTATC AATTTGATAA TATAGGTAAA AGAAGTAAAG AAATTTTAAA ATTACAAAGA
AATGGAAACA TTAATTTACT TGATGAAAAG GTTTATGAAT TAGATAAAGA ATTTAAGGCT
CTTAAGGAAA ATAATAAGAC ATTAGAGTCT AGAATTGCTG AATTAGAAAA ATTAATGAAA
GAATTGAGAA GAAATTAG
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| Protein sequence | MKKNNLIAFL IVISSLSYSR NNGNNLNSYT IFGSNSITTD THNVQIGKDS KSEEDKKSIA
IGSSSMSRGT NGVAIGNKAH AGAMPNLSND VENTVAIGTD SKATALDAIA IGNKAHASTK
YGIAIGTETK TDGIGAISLG YKSEANSDSI AIGKEAVGYG KGIALGENSH SRRYSVAIGY
MADSKGVYSY GNVVIGSESS TDENLNFSTA IGYKAKVEES YSTAIGSSSI AKKRDDRLGY
DMFTNKVVKL EDKLEKADKS KYTKLKEEIE KLKAEKGTLD KDAKDIIDKA YNSRTEDEKN
KLTELNKKIT SKITEINQKY GEYYKIVNVW EATYGEVSIG DAKNGITRQI TGLAAGKEDT
DAVNVAQLKS LYNKFESENK TYFHVNSGEN KDTGDKDTNL GKIGEAAGAT GYGAIAVGIK
TKASGLNSIA IGKSSNSSGD NSISMGIDSK ASGLTSMAIG VDAKASGITS IAIGSNANAS
GFGAISLGLS SSSSGMHSLA IGQLAKASEE KSVALGSESE TTKAVATKDI EINGIKYGEF
AGKTPFSVIS IGYKDRERQL QYVAAGQISK ESTDAINGSQ LYWTNNVLGK FIDSTKSILG
GTVYVIKSGD DAGKLTMNNI GDTGKDNIHD AIKHLKESIT FNVMAGKDGT GTALGTIESI
KIKKDEVLTF KAGDNLTITQ NGKDFIYALN KDLKGMNSIK FGDDDSVHIS KDGLNNGGKK
ITNVADGKDS TDAVNKGQLD KLENKISETK TEIDNKIKEI DKKLDEKIEK IDKKIGDTKK
ELTDKIDNVT KTLKTEITAN GGETENNTKG SITLTYKKSD AGHNIYDISL STTQLKLSSG
GKVETLNDED TKKIANAGEV AKAINTLGNN TLSFGGDSGV TEKQSLNKDG GLNFNIKGSE
NIKTKAKGNE VSIDISEKMK TDISKGVAAN SGVANAIAMA NLPQVSTIGD KRHNIAGSYG
YYNGENAFAL GLSGVNETGT LVYRASGALN TKGHVSLGAG LGYQFDNIGK RSKEILKLQR
NGNINLLDEK VYELDKEFKA LKENNKTLES RIAELEKLMK ELRRN
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