| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Smon_0332 |
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| Symbol | |
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| ID | 8600041 |
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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 | 391969 |
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| End bp | 396366 |
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| Gene Length | 4398 bp |
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| Protein Length | 1465 aa |
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| Translation table | 11 |
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| GC content | 27% |
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| IMG OID | |
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| Product | DNA polymerase III, alpha subunit |
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| Protein accession | YP_003305693 |
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| Protein GI | 269123116 |
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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 | ATGAAAAAAG GATATACTAT ACTTACAGTT AATGAAGACA GCTTGGGTAT TAGTAATATT
AAAATAACAG AAATAGCATT ACTTAGATCA AAGGTAAATG AAGTAATAAT AAATTATGAT
ATTTTAAATA TAGAAAATGT ATTTGATGAC TTGTTAAAAA TAAGAAGAGT ATTGGAAAAA
GTTTCCGATA CTCTTTATGT TAAATTTAAT ATAAATACAT GTAATAAAGA TAAATTTAAC
ATAGATGAAG TTATTAATTT TACAATTAAA CTTATTAGAG ATACTAACCC ATATTTATCA
TCAATTTTAT CAAATTATAC TTATACTAAA CTGCAAGACA ATATTAAATT AAATTTAGAA
ACTATAATGA ATATAGGTAA AAATACTGAA AAAAATATAT CTAAAAAAAT AGAAAAAATA
ATAAATGAAA CATTTTCTCA AAATTTAAAC TTTGAGATAT TTTTTGATGT AAATACAGAT
CAAAATGTAG TTAATATACA AAAACAAGAA CAAGAAGAAA TATTAGAATA TGAAATACCA
ATTTCATACA AGCCTAAAGA AGTAAAAAAA CCTGGTATAG TTAATAATAA GAAGTATAGT
AAATCTAAAC TTAAGTTAAG TAAATTTAGT GATATTGAAG ATTTAATGGT TGGTCAAGAA
ATAGCTTTAA GAGGAGATAT ATTCTATTTT GATTTAGTGG CAACTAAAAG TGGCAAATTA
AAAATAGTAA TATATATAAC AGATTATGAA AATTCGGTAG CTTGCACTAA GTTTGTAAAT
GATAAGGAAG AAATTAAATT TAAAATTGGA GATAGTGTTG AACTTTCAGG TAAATACGAA
AAATATTTTG ATGATTATTC AATAATAATA AGGGATATAA AGGTTGTTGA AGGAGAAGAA
AATAAAAGAG AAGATAATGC AAGTGAAAAA AGAATAGAGC TTGCAGCTCA TACTAATATG
AGTGATATGT TATCTACTAT AGAACCTAAA TCAGGAAAAG AAGGCTCTTT AGTTAATAGA
GCAAGAGAAT TTGGACATAA AGCCGTAGCT GTTACAGACT ATGGTGTAGT ACATGCCTTC
CCATTTGTTG CTACAGGAAT TAAAGAAGAT GAAGAATTTA AGGTAATATA TGGAATGGAA
GCATATATGG TAGATGATAG TGCTCCTTTA ATAGTTAAGG CTAAAGATGT ATTTATTGAA
GAGGAAGAAT TTGTAGTATT TGATATAGAA ACTACAGGAT TTTCACCTAT TAATGATAAA
ATAATAGAAA TAGGTGCAGT TAAGTTAAAA AATGGTAAGG TATTAGATAG ATTTTCTGAA
TTTGTAAATC CTCAGACTAT AATTCCTAAA AAGATTGTAG AACTTACTGG TATTAATGAT
AATATGGTTA AAGATAGTGA TATTATTGAT AAAGTAATGC CAAGATTTTT AGAATTTGTT
AAAGGGACTA CATTAGTAGC CCATAATGCA AAATTTGACG TAGGCTTTAT TTCTAAAAAA
TGTGAAGACT TAAATTTAGA AACAGATTTT TCATATATAG ATACTTTAGA ATGGTCTAAA
ATATTAGTAG ATGATGTAAA AAGATTTAAT TTAGATACAC TTACTAAAAG ATTTAATATT
AAATTAGAAA ATCACCATAG AGCAGTAGAT GATGCTAATG CAACAGCAGA ATTATTTAAA
AAGTTATTAT CATTAGTATC TGCAAATGGT GTAGAAAAGC TAACTGATGT TAGTGAGAAA
TTAGAGAAAA AACCTAAAAT TGCTGATACA GAAAATATTA CAATACTTGT AAAAAATCTT
GCAGGATTAA AAAGATTATA TGAATTAGTA TCTATTTCAC ATCTAAAATA TTATGGAGAG
AAAAAACCTA GAATACTTAA AACAGATCTT GAAAAAGATA GAGAAAATTT CTTGATTTCT
TCAAGCCCAA TATATTCAGG AAGATTTAAT AAGGGTAAAC TTGTCAGCCT ATATGTTAGA
GGTATTTCAA GAGAAGAAAT TATGCAACAG TTAGATTTCT ATGATTATGT ACAAGTATAT
CCAAGATGTA TATATAACGA TGCGATAGAA ATGGAAGAAA TTTCTGGTTA TGAATTTATA
GAACAGATGA ATAAAGATTT TGTTCAAATG GCTAAAGAAA AAAATAAGTT GGTTGTAGCT
ACTGGAAATG TATATTATTT AGATGATAGG GATAAAAAAT CTAAAGCAGC TCTACTTTTA
GGTTCTGATA GAGCATTTAG AACATATCAA ATAGATACAG GTAATTATTA TAGAACTACA
GAGGAAATGC TTGATGAATT TAGCTATTTA AATGAAGAAG ATATTAAAGA TGTTGTAATA
TACAATACAC ATAAAATTAA TGATCAAATT GAAAAAATTA AACCTATACC TGATGGTGAC
TATAAACCAG TAATGGAAGG TGCTGAAGAT GAAGTTAGAA ATATGACATA TAATAAGGCG
TATGAACTTT ATGGAAATCC ACTTCCTGAA GCAGTAGAAA CAAGGGTTAA AAGAGAACTT
GATTCTATAA TAGGTAATGG ATTTGCTGTG CTTTATCTAA TTGCACAAAA ACTAGTTAAA
AAATCAGTTG ATAATGGTTA TTTAGTTGGT TCAAGAGGAT CTGTAGGTTC ATCACTTGTA
GCATATTTTA TGGGAATAAC AGAGGTTAAT GCCCTATATC CACATTATAG GTGTGAAGAA
TGTAAATATT TTGAAATGAA AGACTTTGAA GGTTCGGGAG TTGATTTAGA AGAAAAAAAT
TGCCCTAAAT GTAATTCTAA ATTAATAAGA GATGGGCATT CTATACCGTT TGAAGTATTT
ATGGGATTTA AGGGAGATAA AACTCCTGAT ATAGATCTTA ATTTTTCTGG AGAATATCAA
GGTGAAATAC ATAAATATAC TAAAGAACTA TTTGGGGATG ATTATGTATT TAGAGCAGGA
ACTATATCAG GTCTTGCTGA AAAGAATGCA TATACTACAG CAAAGAAATA TTTTGAAGAA
AATATAAAAA AAGATTTTGA AAAAGAGATA TATAATAAAT ATAAGACATC TTTAAAAAAA
TTAGATCCTA TTACTAGATC TAGTGAGGAA AAGAAATTAG AAGAAAGAAT AAATGATTAT
TGTAATAAGA ATAAAGCTGA AATATATAGG ATAGCTACTA AATGTACAGG AGCTAGAAAA
ACTACTGGTC AGCATCCAGG TGGAATGATA GTAGTTCCAG ATTATAAATC AATATATGAT
TTTACTCCAG TTCAATATCC AGCTAATGAT GAAAGTTCTG GCTCTATAAC TACACATTTT
GATTACCATG TTATGGATCA ACAATTAGTT AAACTTGATA TACTAGGGCA TGATGATCCT
ACAACTTTAA GAATGTTACA GGATTTAACT AATGTTGATA TATATAATAT ACCTTTAACA
GATCCTAAGG TAATTAGTAT ATTTAATTCA ACAGAAGCTT TAGGAGTTAG TGAAGAACAA
ATAGGTTCTA AAATGGGAAC TAATGGTATA CCTGAATTTG GTACAGACTT TGTTAAAAAG
ATGTTAGAAG ATACATTGCC TACAACTTTT GCAGAACTTG TAAGAATATC AGGGCTTTCA
CATGGAACAG ATGTTTGGTT AAATAATGCT CAAGAATATG TAAGAGAGGG TATAGCCACA
TTAAGTGAAG TTATTACAGT AAGAGATGAC ATTATGAATA GATTAATAGA TAAAGGTATG
GATAAATCAG AAGCATTTAA TATTATGGAA TTTGTTCGTA AAGGTCAACC ATCTAAAAAC
AAGGAAAAAT GGGAACAGTA TAAGGAAATT ATGAAGGCAA GTAATATAGA TGAGTGGTAT
ATAGAATCAT GTGAAAAGAT AAAATATATG TTCCCTAAAG GTCATGCTGT TGCATATGTT
ATGATGGCTG TTAGAATAGC ATACTTTAAA GTGTTTTATC CACTTGAGTT TTATACTGCA
TTTTTAAATA GAAAATATGC TGATTTCTCT TTTGAAAAAA TGTTTGGAAG TATAGATGAA
GTTAAAATGA ATTTACAGAA ATTAAAAGAA TTAGAAACAA GAGATTTAAA GGTTTTAGAT
AAAAAGCAAA TAATACTTTT AGAAATATTA GTAGAGATGC ACTATAGAGG TATAGAATTA
TTAAATATAG ATATATATAA ATCAGATTCT ATGAAATTTA CTATAGAAGA TGGTAAGATT
AGATTGCCTT TAATAGCTAT GGATCAACTT GGAGAAGTTG TAGCAAGAAC AATAGCAGAA
GAAAGAGAAA TAAAAGAATT TACCTCTATA GAAGATTTGA CTAAGAGATG TAGAATACCT
AAAACAGTTC TTGAAACTTT AAAATGTTTT GGATGTATAG GTGAGATGCC AGAGTCAAAT
CAATTAACTC TTTTTTAA
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| Protein sequence | MKKGYTILTV NEDSLGISNI KITEIALLRS KVNEVIINYD ILNIENVFDD LLKIRRVLEK
VSDTLYVKFN INTCNKDKFN IDEVINFTIK LIRDTNPYLS SILSNYTYTK LQDNIKLNLE
TIMNIGKNTE KNISKKIEKI INETFSQNLN FEIFFDVNTD QNVVNIQKQE QEEILEYEIP
ISYKPKEVKK PGIVNNKKYS KSKLKLSKFS DIEDLMVGQE IALRGDIFYF DLVATKSGKL
KIVIYITDYE NSVACTKFVN DKEEIKFKIG DSVELSGKYE KYFDDYSIII RDIKVVEGEE
NKREDNASEK RIELAAHTNM SDMLSTIEPK SGKEGSLVNR AREFGHKAVA VTDYGVVHAF
PFVATGIKED EEFKVIYGME AYMVDDSAPL IVKAKDVFIE EEEFVVFDIE TTGFSPINDK
IIEIGAVKLK NGKVLDRFSE FVNPQTIIPK KIVELTGIND NMVKDSDIID KVMPRFLEFV
KGTTLVAHNA KFDVGFISKK CEDLNLETDF SYIDTLEWSK ILVDDVKRFN LDTLTKRFNI
KLENHHRAVD DANATAELFK KLLSLVSANG VEKLTDVSEK LEKKPKIADT ENITILVKNL
AGLKRLYELV SISHLKYYGE KKPRILKTDL EKDRENFLIS SSPIYSGRFN KGKLVSLYVR
GISREEIMQQ LDFYDYVQVY PRCIYNDAIE MEEISGYEFI EQMNKDFVQM AKEKNKLVVA
TGNVYYLDDR DKKSKAALLL GSDRAFRTYQ IDTGNYYRTT EEMLDEFSYL NEEDIKDVVI
YNTHKINDQI EKIKPIPDGD YKPVMEGAED EVRNMTYNKA YELYGNPLPE AVETRVKREL
DSIIGNGFAV LYLIAQKLVK KSVDNGYLVG SRGSVGSSLV AYFMGITEVN ALYPHYRCEE
CKYFEMKDFE GSGVDLEEKN CPKCNSKLIR DGHSIPFEVF MGFKGDKTPD IDLNFSGEYQ
GEIHKYTKEL FGDDYVFRAG TISGLAEKNA YTTAKKYFEE NIKKDFEKEI YNKYKTSLKK
LDPITRSSEE KKLEERINDY CNKNKAEIYR IATKCTGARK TTGQHPGGMI VVPDYKSIYD
FTPVQYPAND ESSGSITTHF DYHVMDQQLV KLDILGHDDP TTLRMLQDLT NVDIYNIPLT
DPKVISIFNS TEALGVSEEQ IGSKMGTNGI PEFGTDFVKK MLEDTLPTTF AELVRISGLS
HGTDVWLNNA QEYVREGIAT LSEVITVRDD IMNRLIDKGM DKSEAFNIME FVRKGQPSKN
KEKWEQYKEI MKASNIDEWY IESCEKIKYM FPKGHAVAYV MMAVRIAYFK VFYPLEFYTA
FLNRKYADFS FEKMFGSIDE VKMNLQKLKE LETRDLKVLD KKQIILLEIL VEMHYRGIEL
LNIDIYKSDS MKFTIEDGKI RLPLIAMDQL GEVVARTIAE EREIKEFTSI EDLTKRCRIP
KTVLETLKCF GCIGEMPESN QLTLF
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