| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shewmr7_1195 |
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| Symbol | |
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| ID | 4258138 |
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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 | Shewanella sp. MR-7 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008322 |
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| Strand | - |
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| Start bp | 1394643 |
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| End bp | 1397228 |
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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 | 51% |
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| IMG OID | 638121816 |
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| Product | DNA mismatch repair protein MutS |
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| Protein accession | YP_737251 |
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| Protein GI | 114046701 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0249] Mismatch repair ATPase (MutS family) |
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| TIGRFAM ID | [TIGR01070] DNA mismatch repair protein MutS |
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | 16 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAATCCTA TAGATACCGA TGATTTAGAA AAACATACCC CTATGATGCG TCAATATTTG
ACCATGAAAG CAGAGCATCA CGACATGCTG CTGTTTTATC GTATGGGTGA CTTCTATGAA
CTCTTCTATG ATGACGCAAA ACGCGCCTCT GAATTATTGG GCATTTCCCT TACAGCCCGC
GGCAAAAGCG GCGGAGACCC GATCCCGATG GCGGGAATTC CTTACCATGC GGTTGAAGGC
TATCTCGCCA AATTGGTTCA AATTGGTCAA TCGGTCGCGA TCTGTGAGCA GATTGGCGAT
CCCGCCACTT CAAAGGGCCC GGTTGAGCGA AAAGTGGTGC GCATCGTCAC CCCAGGTACT
TTGACCGATG AAGCCCTATT ACAGGAGAGG CAGGACAATC TGTTAGCCGC GGTTTACCAA
GGTAAAGTTG GTTTTGGCTA CGCTACCCTC GATGTGTCTT CCGGCCGCTT CGTGATTGCT
GAATTAGAGA CAAAAGAGTC CCTCGAAGCC GAGCTACAAC GTACCAATCC GGTCGAAATT
CTCTATAGCG AAGATTTTGA CGCTATGGAG TTATTGCATC ATTTTAAAGG CAAGCGTCGC
CGCCCCGAGT GGGAGTTTGA TTACGATACC AGCATCAAAC TGCTGCTGGC ACAATTTGGC
ACTAAGGATT TGCACGGCTT TGGGATTACC GATGCAAGGC TTTCGCTACA AGCGGCTGGC
TGCTTAATGC AATATGTGAA AGACACCCAG CGCACCGCCC TGCCGCATAT CAATGCCATT
ACCCGTTTCA ATCAAACCGA TACGATTGTC TTGGATGCGG CAACGCGCCG TAACCTCGAG
CTGACACAAA ATTTGAGTGG TGGTCGAGAT AACACCTTAG CAGCCGTACT CGACAATACC
GCCACAGCCA TGGGCAGCCG GATGTTGCAA CGCTGGATCC ATCAGCCGCT AAGGGACCAT
GCCCAGATTT TTGCTCGCCA AACGGCCGTG AATGAATTGC TCGAGACCAC TGCCCATGAG
TCATTGCATG AGCAGCTTAA AGCCCTAGGC GATATCGAAC GTATTATGGC AAGGCTGGCG
CTGCGTACCG CTCGTCCAAG GGATTTTGCC CGCTTACGCC AAGCATTAAA CCTATTACCT
CAGTTGCAGC AATCACTCGC GCAATTAAGT GCGCCCCATA CGGTGAAACT AGGCCAACTC
TTAGGTGAGT TTCCCGAAGA GCAACAACTG CTTGAGCGCG CCATTGTCGA TAACCCGCCG
ATGCTTATCC GTGACGGCGG CGTGATCCGT GAAGGCTACA ATGCCGAGTT AGATGAATGG
CGAGGTTTAA GTGAAGGAGC CACTGATTAT CTAGTTCAGC TCGAGGCACG GGAAAAAGAG
CGTACAGGCA TTGCCACGCT AAAGGTTGGC TACAACCGAG TGCATGGCTA CTACATCGAG
GTCAGTCGCC TGCAATCGCA GCAAGTGCCG TTAAATTACC AGCGCCGTCA AACCCTTAAG
AATATGGAGC GTTACATCAC GCCCGAGCTT AAGGAATACG AAGAAAAAGT GCTGTCGAGC
CAAGGTAAAG CGCTCGCCCT TGAAAAACAA CTATGGGACG AATTGTTTGA TTTAATCCTC
CCCAAGTTGC ATGAGCTACA AGCCTTCGCC AGAGCGGCAG CCGAGCTCGA TGTGCTGAGT
AACTTTGCCG AACGTGCCGA AACCTTAGGG TATACTTGCC CAGAACTGAG CAGCGAAATC
GGGGTAAAAA TCGAAGCGGG TCGCCACCCT GTAGTCGAGC GTGTGAGTCA AACGCCTTTT
ATCGCCAACC CTGTCACCCT GCACAATCAA CGCCGGATGT TGATTGTTAC AGGTCCAAAC
ATGGGCGGTA AATCGACCTA CATGCGCCAA GTGGCGCTTA TCACCCTAAT GGCACACATT
GGCTGCTTTG TGTCAGCAGA TCGCGCCATT ATTGGTCCTA TCGATCGGAT TTTTACTCGG
ATTGGCGCCT CAGACGATCT CGCCTCTGGT CGCTCAACCT TTATGGTGGA AATGACAGAA
ACGGCAAATA TTCTCCATAA TGCAACTGCG CAAAGTTTAG TCTTGATGGA TGAAATTGGC
CGTGGCACAT CAACCTACGA TGGCCTGTCA TTAGCCTGGT CTGCGGCTGA ATATTTAGCA
CAGCAAATCG GCGCAATGAC GCTGTTTGCG ACCCATTATT TCGAGTTAAC ACAATTACCG
GAACTCATGG CTGGCGTCTA TAACGTACAC CTTGATGCGA TTGAGCACGA GGACACCATC
GCCTTTATGC ATGCAGTGCA AGAAGGTGCC GCCAGCAAGA GTTATGGTCT ACAAGTTGCG
TCCCTTGCCG GGGTGCCTGC TCGGGTGATT AAGGCGGCAA AACACAAGTT ACATCAACTT
GAGAGCCGCG ATCATCAAGT GGAAGGTGTT AATGTTAACG GCACTAGGGC ACCGATCCAA
ACCCTGCTCG CCCTTCCTGA GCCGGTGGAG AATCCCGCTG TCAGCAAATT AAAAGCCATC
AATCCCGATA ACCTGACCCC AAAACAGGCG CTGGATTTAC TCTACGAGCT AAAACGCTTG
AGTTAA
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| Protein sequence | MNPIDTDDLE KHTPMMRQYL TMKAEHHDML LFYRMGDFYE LFYDDAKRAS ELLGISLTAR
GKSGGDPIPM AGIPYHAVEG YLAKLVQIGQ SVAICEQIGD PATSKGPVER KVVRIVTPGT
LTDEALLQER QDNLLAAVYQ GKVGFGYATL DVSSGRFVIA ELETKESLEA ELQRTNPVEI
LYSEDFDAME LLHHFKGKRR RPEWEFDYDT SIKLLLAQFG TKDLHGFGIT DARLSLQAAG
CLMQYVKDTQ RTALPHINAI TRFNQTDTIV LDAATRRNLE LTQNLSGGRD NTLAAVLDNT
ATAMGSRMLQ RWIHQPLRDH AQIFARQTAV NELLETTAHE SLHEQLKALG DIERIMARLA
LRTARPRDFA RLRQALNLLP QLQQSLAQLS APHTVKLGQL LGEFPEEQQL LERAIVDNPP
MLIRDGGVIR EGYNAELDEW RGLSEGATDY LVQLEAREKE RTGIATLKVG YNRVHGYYIE
VSRLQSQQVP LNYQRRQTLK NMERYITPEL KEYEEKVLSS QGKALALEKQ LWDELFDLIL
PKLHELQAFA RAAAELDVLS NFAERAETLG YTCPELSSEI GVKIEAGRHP VVERVSQTPF
IANPVTLHNQ RRMLIVTGPN MGGKSTYMRQ VALITLMAHI GCFVSADRAI IGPIDRIFTR
IGASDDLASG RSTFMVEMTE TANILHNATA QSLVLMDEIG RGTSTYDGLS LAWSAAEYLA
QQIGAMTLFA THYFELTQLP ELMAGVYNVH LDAIEHEDTI AFMHAVQEGA ASKSYGLQVA
SLAGVPARVI KAAKHKLHQL ESRDHQVEGV NVNGTRAPIQ TLLALPEPVE NPAVSKLKAI
NPDNLTPKQA LDLLYELKRL S
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