| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Smon_1103 |
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| Symbol | |
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| ID | 8600831 |
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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 | 1216981 |
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| End bp | 1219566 |
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| Gene Length | 2586 bp |
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| Protein Length | 861 aa |
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| Translation table | 11 |
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| GC content | 25% |
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| IMG OID | |
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| Product | DNA polymerase I |
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| Protein accession | YP_003306441 |
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| Protein GI | 269123864 |
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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 TATTGATATT AGATACTAGT GCAATTATGT ATAGAGCATA TTTCGCTCTT
ATGAATTTCA GAAATTCAAA TGGAGAACCT GTAGGAGCTA TGTTAGGCTT TATAAAGCAG
TTGGAACTTG CACTTTCATA TTTTTCTCCA GAATATGTAA TAGCAGCTAA AGATGTTAAA
AGAGCTGAAC TTAAAAGACG TGAGATATAT AAAGAGTATA AAGAAAATAG AAGTGGTATG
CCTGATGAAT TAGTGATGCA ATTAGATGCT ATAGATGGAA TTTTAGAGGG ATATGGTATT
CCTATAATAA AAATTCCAAG TTACGAAGCT GATGATGTTA TAGCATCTAT TTCTAAAAAA
TATTCTAAAG ATTATGAAAT AATAATTCTT ACAGGAGATA AGGATTTAGC CCAGCTTATA
AACCCTAATA CTTCTATTGC CCTTTTAGGA AAAAAAGATG AAAATGAACC ATATAAGATA
ATAGAAAATG ATGAAGATGT AATAGAATAT TTAGGTGTTA AATCTTATCA AATTAAGGAT
TTATTTGGAC TAATAGGAGA TAGTAGTGAT GGTATACCTG GAGTTTTAGG TATAGGGCCT
AAAACAGGTG CTAAATTAAT AGCAGAATAT GATAATATAG ATAATATTTA TGCAAATATT
GATAATATTA AAGGTGCATT ACAAAAAAAA ATAATAGCTT CAAAGGATTT AGCATATATT
AGTAGAGAGT TAGCAACTGT ATTTGATGAA CTTGATATAG ATTTAAATAT AGAGGATGCT
AAAATTAAAG AAAAAGATTT TGATAAGCTT TCAGAAATAT ATTTAAAGTA TGAATTAAGA
AAAGAATATG AAAAATTAGT TAAAGATAAA CCTAAAATGG ATCTTAAAAT AAATGAAATA
GAGTATCCAA GTTTAAATGA TTTCATAACT AAAATTAATA GTGTAAATGA AGAAATTTCT
ATATATCTTG GTGAAGAAGG TATAGCTTTT TGTAATAAAG ATGAAGTTCA TTATACTTTT
GATATTTCAG AAGAAATAGG AAATCTTTTT GAAAAAGGTG TAAGTATTAG AGATATTGAT
AGTAATCTTA ATGTATGCAT ATATTCAGGT AAAGAATGGA AAAATTTAGG AATTAATTTT
AAAAACTATT TTGATATTTT ACTTGCAAGC TTTACATTAG GGACTGATAA ATCTCAAAAA
TTAGAAACAA TGGCATTTGA TAAACTAGGG CTTTCTATAG AAGAAATAGA TAAAAAAATA
TTAAATAAAT TTGATGCTAC TAGTTTTATA GAATATAGAA AAAATAGATT AATAACTATG
ACATATGCTA TTTTTAAATT AAAAGAAGTA TTTATGGACT TACTTGAAAA AGAAAATCAA
CTGGATATAT ATTTAGAAGA AAAAGAATTT ACTGATGTTT TAATATATAT GGAAAAACAA
GGTATAGCTA TAAATCAAAA CTATTTTGAA AAATATAACT TAGAACTTGA AAAAAAGATA
AAAGATATAG AAAATAAGAT ATATATTGAA AGTGGAGAAA GTTTTAATAT TTCATCGCCT
AAACAATTAG GAGAAGTTCT TTTTGAAACT ATGGGTATAG AAGGCGTTAA AAAAAATAAA
AGAGGATATT CAACTGATGC AGAAGTACTT GAGTTACTTA GAGATAGAGG GATTAAAATA
GCAGAGCTGT TATTAGAATA TAGGGAACTT GTAAAACTTA AATCGACATA TGTAGAACCT
TTATTAAAGC TTTCTATAAA TGGGAGAATA CATACTACAT ATAATCAGAC TGGAACAGCT
ACTGGAAGAT TATCATCTAG CAATCCTAAC CTTCAAAATA TACCTACAAG AACTTATGAG
GGAACAAAAA TTAGAGAAGG ATTTATTGCT TCTAAGGGTA TGAAACTTGT ATCTTTTGAT
TACTCACAAA TAGAATTAAG AGTACTTGCA GAAATATCTA AAGATGAAAA TTTAATAAAT
GCATATAAAC ATAATTTAGA CTTACATGAA TTAACAGCAA GAAAAATATT TATGTTAAAA
GATGATGAAA AAGTAAGTAA AACACAAAGA AATATAGCTA AGGTAATAAA CTTTTCAGTT
CTTTATGGTA AAACTCCTTT TGGTTTATCT AAGGAGCTTA AAATAACAGT TTCAGATGCC
AAACTATATA TAAATACATA TTTTAAAGAA TATCCCAAAG TAAGAATATT ACTTGATGAT
ATTATAGAAA AAGCAAAAAA AGATGGTTAT GTTGAAACTA AATTTGGTAC AAGAAGATAT
GTTTATGATA TTAATTCATC TAATATAAAT ATAAAAGAAC AGGCAAAAAG AATGGCAGTA
AATACTGTAA TTCAAGGAAC TGCTGCAAAT ATTATTAAAA AAGTTATGAA AGAGATATAT
GACAAATTAT GTAATGATAA TGTTAAAATG TTACTTCAAG TACACGATGA ATTAATATTT
GAAGTTAGGG AAGATATAAA TATTTTTGAA GAAATAAGAG ATATTATGCA AAATACCATT
GTTTTTGATG ATGTAGTATT AAAAGTTAAT GGAAGTGAAG GAGATAATTG GGCAGTTCTT
AAGTAA
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| Protein sequence | MKKILILDTS AIMYRAYFAL MNFRNSNGEP VGAMLGFIKQ LELALSYFSP EYVIAAKDVK
RAELKRREIY KEYKENRSGM PDELVMQLDA IDGILEGYGI PIIKIPSYEA DDVIASISKK
YSKDYEIIIL TGDKDLAQLI NPNTSIALLG KKDENEPYKI IENDEDVIEY LGVKSYQIKD
LFGLIGDSSD GIPGVLGIGP KTGAKLIAEY DNIDNIYANI DNIKGALQKK IIASKDLAYI
SRELATVFDE LDIDLNIEDA KIKEKDFDKL SEIYLKYELR KEYEKLVKDK PKMDLKINEI
EYPSLNDFIT KINSVNEEIS IYLGEEGIAF CNKDEVHYTF DISEEIGNLF EKGVSIRDID
SNLNVCIYSG KEWKNLGINF KNYFDILLAS FTLGTDKSQK LETMAFDKLG LSIEEIDKKI
LNKFDATSFI EYRKNRLITM TYAIFKLKEV FMDLLEKENQ LDIYLEEKEF TDVLIYMEKQ
GIAINQNYFE KYNLELEKKI KDIENKIYIE SGESFNISSP KQLGEVLFET MGIEGVKKNK
RGYSTDAEVL ELLRDRGIKI AELLLEYREL VKLKSTYVEP LLKLSINGRI HTTYNQTGTA
TGRLSSSNPN LQNIPTRTYE GTKIREGFIA SKGMKLVSFD YSQIELRVLA EISKDENLIN
AYKHNLDLHE LTARKIFMLK DDEKVSKTQR NIAKVINFSV LYGKTPFGLS KELKITVSDA
KLYINTYFKE YPKVRILLDD IIEKAKKDGY VETKFGTRRY VYDINSSNIN IKEQAKRMAV
NTVIQGTAAN IIKKVMKEIY DKLCNDNVKM LLQVHDELIF EVREDINIFE EIRDIMQNTI
VFDDVVLKVN GSEGDNWAVL K
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