| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Smon_0748 |
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| Symbol | |
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| ID | 8600472 |
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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 | 836640 |
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| End bp | 839846 |
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| Gene Length | 3207 bp |
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| Protein Length | 1068 aa |
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| Translation table | 11 |
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| GC content | 19% |
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| IMG OID | |
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| Product | protein of unknown function DUF214 |
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| Protein accession | YP_003306095 |
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| Protein GI | 269123518 |
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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 | ATGAAAACGA ATAATAAGGA TATTATTCGT GAATTTTTTA AATCTAAAAC AAGATTTTTG
GCAATATTTA TTATTAATTT ACTTGGTATT TCAACATTTA TAGGTTTAAA TGTATTAAGT
AAAGATATGT ATAGAACAAT AGATGATTTA TATAAAATAA GTAATGTTGC TGATGTTACA
GTGAGTTCAA ATATTGCATT AAATCAAGGT GATTTAAGGA TTTTAAATAA TTTAGAATAT
ATATCAGATA TTGAATATGG ATACAATGAA GAAATATATA TAAATAATAC TAAAGAAATA
TTGAATTTAA AGAGTTTACC TGAAAGAATT TCTAAACTTA AATTAATTGA AGGAAATTTT
CCAAATTCAG TTAATGAAAT AATAATAGAA TATCAACTTA AAGATAAATA TAGTTTAAAT
CAAAAAATAA ATGAAAAATT TAAAATTGTT GGATATTATG AGAATGTCGA AAATAGATTA
CTTAATTCAA AAATTCAGAC ATTTAAAGGA TATAATGTTT CAAGTGTTAA TGGATATACT
TTAAACAAAT ATTTTGAAAA TAAGGAATAT ACTTTTGCAA ATATTAAACT TAAAACAAAT
TTTAATACAT ATGAAAAAGA GTATAATGAC TATATTTTTG AAAAGAAAAT TGATATTAAA
AATAAACTAA ATAAAAATTC TAAAATAAAG TTAGATGAAT TTTTATCTGA AAAGTATGAT
GAAATTAATA AAGGTAAAAA TAAAATTGAA AATTCTAAAA ATGAAATAAT GAAAAATGAA
AATAAGATTA TTGATGCTAA AAATAAGATA TTATCAGCTG AGAAAAACCT TATTTCAAAA
ATTAATGAGT TTCAAAATGC AAATGATAAA TTCTATAGTA GTGAAGTAGA AATTAATAAT
CAGAAAGTTA AATTATTAGA AAAACAATAT AATTTAAAAG AAAATTTATC AAAACTTGAA
GAAGGCTTAA AAGAATTAGA GATAAATAAA AATAAAATAA ATAATGGTTT AAATGAAATA
GAAAAAGGAT TTAATGATAT AGATGAAAAT CAGAAAAAAA TAGATGTTTC AAAAGAAGAA
ATTTTAAAAA ATGAAAAATA TATAAATCCA TTAAAACCTA GCATTTTTGT ATCTAAAAAA
AAGATAGAAG ATGGTAAAAG TAAGATAGAA AAAGCAATAA AAGAAATAGA GTTAGGTGAA
AATAGATTAA AAGATGAACT TAAAAATTTA GAAAATAAAA AAATAGAATT AATTAACAAT
TTATCTTTTG TTGAAAACAA AAAAAATGAA CTAGAAGAAA ATAAGAAAAA AATTAATGAT
GGATTAGAAC AAATTAAATT AGGACTAGAT AAACTTGAAG AAGGTAATAA AAAATTAATA
GAAGAAAAAA ATAAATTTAA TGAAGAATAT GAAGAAAACT TAAGTAAAAT AATTAAGGCT
AAAGAAGAGA TTAAAAGTAG AAAAAAAGAA ATAGAGAAAG CTGCAAAAAA GTTTGAAGAA
GAAAAGAATA AAGCTAATGA AATTATAGAA AATTCGTTAA ATGATTTAGA AATAAATAGA
CGTAAACTAG ACTTATTAAA CTCAATATAT TTTATAAATA CAAGAATTGA TAATCCAAAT
TATTCATCAT TTATTGAAAG TATAGAAAGT TTAAATATTA TTTCAAAATT ATTTCCTGTA
ATTTTTTATT TAATAGTAAT ACTTGTTTCA ACTACTACTA TGACAAGAAT GGTTGATGAA
CAAAGAAATT CTATAGGAAC ATATATGTTT TTAGGTTATT CTAAAAATGA AATTTCAAAA
AAATACTATA TTTATGCTTT ACTTTCAACT ATTTTAGGAA TTTCTTTAGG TATTTATTTT
GGAATATATT CTATGCCTAA GTTTATTTAT ACAGCATTTA AAGCAGGTTC TATTTCAATG
TATAATGATC TTGTAATTCT ATTTGACATA AAAATAGTCT TAATAAGTGT TGTTGCATCA
ATTTCATCTT CTATTTTATC AGTATATCTA TCTTTAAGAA GTGATTTTAA TATTGAAATT
TCAGAATTAC TTAAACCTAA AATGCCTAAG CAAGGAAGTA GTATTTTTCT TGAAAAAATA
AAGATATTTT GGAATAATTT ATCTTTTTCA AATAAAATAA GTTTAAGAAA TATTTTTAGA
TATAAAGGTA AAATGATTAT GAATATTTTA GGGATTACAG GATGTACTTC TTTAATATTT
CTTGGATTTG CAATTAAAAA TTCATTTTCA GAAATTTCTG AACTTCAGTA TAATAAAATA
AGGAATTTTC ATGCTGAAGT TAATTTGAAA AATTATTTAA ATAAAAATGA AATTAGTAAT
ATAATTAATT TAGTTAATAA AGATTTTAAT TTAATTTCTT TAGAAAGTAT AAATGCTAAA
TTTTCAACTG AAAATCGTGA AAATAATATT AAAATATATG TTTTAGATGA TATTAATGTA
AATGAGTTTT TTTATTTATC AAATAAAATT GATGATGAAG GTATTCTTAT TTCAAAAAGA
GCATTAACTC TTATGAATAA AAATATAGGT GATGAAATTT TAATTAGTGA TTTCATAGGA
AATGAATATA ATTTAAGAGT TTCAAATACT ATAGATAATT ATCAAGGTAA TTACATTTTT
CTTACAAGAA AATTTTATGA AAAAAATTTA CAAAAAGAAT ATAAGGTAAA TACTTTAATA
GTTAAAGAAA ATGGAAAATC ATTAGATTAT CTATTAGATT TTGATGAAAT TCAATCTATA
TCATTAAATC GTGAATACAA AGAAATTTTC GATAAGATTA GTGATAGTCT TAATTTCATA
GTTATATTCA TAACTTTGCT TTCAGCACTT TTATCTATTG TAGTTACTTA TAGTTTATTA
GAAATAAATG TAAATGAAAG ACAAAGAGAA TTAGCTACTA TAAAAGTAAT TGGATTTTTT
TCAAAAGAAG TTTCGTTATA TATTTATAAA GAAATATTTA TTTTAACTAT TGTAGGAATT
ATTTTAGGGC TATTTAGTGG TAAATGGATA CATAAAATAG TATTAATATC AATGGAGAAA
ACTAACACAG TTTTTGTTGA AAATATAGGA TATACTCCAT ATATATTTTC AATAACATTA
ACTTTAATTT TTTCTTTTAT TTCATTTTTA TTAATACATA GAAAGTTAAA AGAAATTAAT
ATGATAGAAG CACTTAAAAT GGAATAA
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| Protein sequence | MKTNNKDIIR EFFKSKTRFL AIFIINLLGI STFIGLNVLS KDMYRTIDDL YKISNVADVT
VSSNIALNQG DLRILNNLEY ISDIEYGYNE EIYINNTKEI LNLKSLPERI SKLKLIEGNF
PNSVNEIIIE YQLKDKYSLN QKINEKFKIV GYYENVENRL LNSKIQTFKG YNVSSVNGYT
LNKYFENKEY TFANIKLKTN FNTYEKEYND YIFEKKIDIK NKLNKNSKIK LDEFLSEKYD
EINKGKNKIE NSKNEIMKNE NKIIDAKNKI LSAEKNLISK INEFQNANDK FYSSEVEINN
QKVKLLEKQY NLKENLSKLE EGLKELEINK NKINNGLNEI EKGFNDIDEN QKKIDVSKEE
ILKNEKYINP LKPSIFVSKK KIEDGKSKIE KAIKEIELGE NRLKDELKNL ENKKIELINN
LSFVENKKNE LEENKKKIND GLEQIKLGLD KLEEGNKKLI EEKNKFNEEY EENLSKIIKA
KEEIKSRKKE IEKAAKKFEE EKNKANEIIE NSLNDLEINR RKLDLLNSIY FINTRIDNPN
YSSFIESIES LNIISKLFPV IFYLIVILVS TTTMTRMVDE QRNSIGTYMF LGYSKNEISK
KYYIYALLST ILGISLGIYF GIYSMPKFIY TAFKAGSISM YNDLVILFDI KIVLISVVAS
ISSSILSVYL SLRSDFNIEI SELLKPKMPK QGSSIFLEKI KIFWNNLSFS NKISLRNIFR
YKGKMIMNIL GITGCTSLIF LGFAIKNSFS EISELQYNKI RNFHAEVNLK NYLNKNEISN
IINLVNKDFN LISLESINAK FSTENRENNI KIYVLDDINV NEFFYLSNKI DDEGILISKR
ALTLMNKNIG DEILISDFIG NEYNLRVSNT IDNYQGNYIF LTRKFYEKNL QKEYKVNTLI
VKENGKSLDY LLDFDEIQSI SLNREYKEIF DKISDSLNFI VIFITLLSAL LSIVVTYSLL
EINVNERQRE LATIKVIGFF SKEVSLYIYK EIFILTIVGI ILGLFSGKWI HKIVLISMEK
TNTVFVENIG YTPYIFSITL TLIFSFISFL LIHRKLKEIN MIEALKME
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