| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sputcn32_2748 |
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| Symbol | |
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| ID | 5080815 |
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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 putrefaciens CN-32 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009438 |
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| Strand | + |
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| Start bp | 3183580 |
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| End bp | 3186150 |
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| Gene Length | 2571 bp |
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| Protein Length | 856 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 640499942 |
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| Product | DNA mismatch repair protein MutS |
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| Protein accession | YP_001184266 |
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| Protein GI | 146293842 |
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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 | 19 |
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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 | 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 | ATGAATGTAA TTGATACCGA TGATTTAGAA AAACATACCC CCATGATGCG TCAATATTTG
ACGATGAAAG CAGAACATCA CGATATGCTA CTGTTTTATC GAATGGGTGA CTTCTATGAA
CTCTTCTATG ATGACGCTAA ACGTGCTTCT GAGTTATTAG GCATCTCCCT GACTGCCCGC
GGAAAGAGTG GCGGCGATCC AATCCCAATG GCTGGCATTC CCTATCATGC GGTTGAAGGT
TATTTGGCTA AATTGGTTCA AATTGGTCAA TCTGTTGCAA TTTGCGAGCA GATTGGCGAT
CCCGCGACCG CTAAAGGTCC GGTTGAGCGT AAAGTCGTAC GCATAGTAAC ACCCGGCACC
TTAACCGATG AAGCCCTGTT ACAAGAACGC CAAGACAATC TTTTAGCCGC AGTTTATCAA
GGTAAAGTTG GATTTGGCTA TGCGACCCTC GATGTTTCCT CTGGCCGATT TGTGATTGCA
GAGCTTGATA CAAAGGAATC CTTAGAAGCC GAATTACAAC GTACAAATCC AGTCGAAATT
CTTTACAGTG AAGATTTTGG TGAACTTGGC TTGCTAAGCC ACTTCAAAGG CAAACGTCGT
CGTCCCGAGT GGGAATTTGA TTACGACACC AGCATCAAAC TTTTACTTGC ACAATTTGGC
ACTAAAGATC TTCATGGTTT TGGCATTAGC GATGCGCGTC TATCACTGCA AGCCGCTGGT
TGCTTAATGC AGTATGTTAA AGATACACAA CGTACTACCC TGCCCCATAT CAATGCCATA
ATTCGCTTTA ATCAAGCGGA TAGTATAGTA CTTGATGCCG CAACCCGCCG TAACTTGGAA
CTCACCCAAA ATCTAGCGGG TGGCCGTGAT AATACCTTAG CGGCCGTATT AGATAATACT
GCGACAGCAA TGGGAAGCCG TATGCTGCAG CGCTGGATCC ATCAGCCATT ACGGGATCCT
AATCAAATTA TCGCCCGCCA AACGGCTGTG AATGAATTAC TTAAGACAGG CACACATGAA
CCACTCCATG AACAGCTTAA GGCACTGGGT GACATTGAGC GTATTATGGC AAGGCTTGCG
CTGCGTACTG CTCGACCACG GGATTTTGCC CGCCTACGTC AAGCATTGAG TTTATTACCT
GAATTACAAC AAAGCTTAAG CGTGCTAAAT GCACCTCATA CCGTCAAACT ATGTCAATAT
TTGGGTGAAT TTCCCGAAGA ACAGGCCCTA CTCGAGCGCG CCATTGTTGA TAATCCCCCT
ATGCTTATTC GTGATGGTGG CGTGATCCGC GAAGGCTACA ATAATGAACT TGATGAATGG
CGCGGTCTGA GTGAGGGGGC CAGCGACTAT TTGGTTCAAC TTGAAGCAAG GGAAAAAGAA
CGTACTGGCA TCAATACACT TAAAGTCGGC TATAACCGCG TACATGGTTA TTATATTGAA
GTCAGCCGCT TGCAATCTTC ACAAGTGCCG CTCAATTATC AACGACGCCA AACGCTTAAA
AATATGGAGC GTTATATCAC GCCCGAACTT AAAGAGTACG AAGAAAAAGT GCTCTCAAGC
CAAGGTAAAG CGCTGGCCCT TGAAAAACAG CTATGGGAAC AGCTTTTCGA TCTTATTCTG
CCCAAACTAC ATGAGTTACA AGCTTTTGCT AGAGCGGCTG CTGAACTCGA TGTATTAAGT
AATTTTGCCG AACGCGCTGA AACTTTAGGA TATATCTGTC CTCAGCTAAG CCAGGATATC
GGCGTCCAGA TTGATGCAGG CAGACATCCC GTCGTTGAAC GCGTCAGTCA AACACCCTTT
ATCGCCAATC CAGTCACCTT GCACAATCAA AGACGCATGT TGATAGTGAC AGGACCCAAT
ATGGGGGGTA AGTCGACTTA TATGCGCCAA GTCGCCTTAA TCACGCTTAT GGCTCATATT
GGCTGTTTTG TACCGGCAGA GCGAGCTGTG ATAGGGCCTA TTGATCGCAT ATTTACTCGT
ATTGGTGCAT CGGACGATTT AGCTTCAGGC CGTTCAACCT TTATGGTCGA AATGACTGAG
ACTGCCAATA TCCTCCATAA TGCAACGGCT CAAAGTCTGG TATTAATGGA TGAAATTGGC
CGCGGTACAT CGACCTACGA TGGCTTATCT TTAGCTTGGT CTGCTGCAGA GTATCTCGCC
CAACAAATCG GTGCTATGAC GTTATTTGCC ACCCACTATT TTGAGCTAAC CCAACTGCCG
GATCTGATGG CTGGTGTCTA TAACGTCCAT TTAGACGCGA TAGAACATGA GGATACCATC
GCCTTTATGC ATGCGGTACA AGAAGGCGCC GCCAGTAAAA GCTACGGCTT ACAGGTTGCA
GCACTCGCGG GCGTACCAGC GAAAGTCATT AAGGCAGCCA AACACAAGTT GCAGCAATTA
GAAAGTCGCG ATCATCAGCT TGAGGGCACA AAAACGCCCA TTCAAACCCT ACTCGCCCTA
CCTGAGCCAG CTGAGAATCC CGCTCTAACT AAGTTACAAG CAATAAATCC CGATAATTTA
ACGCCTAAAC AAGCACTTGA TTTACTCTAC GAATTAAAGC GCTTGAGCTA A
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| Protein sequence | MNVIDTDDLE KHTPMMRQYL TMKAEHHDML LFYRMGDFYE LFYDDAKRAS ELLGISLTAR
GKSGGDPIPM AGIPYHAVEG YLAKLVQIGQ SVAICEQIGD PATAKGPVER KVVRIVTPGT
LTDEALLQER QDNLLAAVYQ GKVGFGYATL DVSSGRFVIA ELDTKESLEA ELQRTNPVEI
LYSEDFGELG LLSHFKGKRR RPEWEFDYDT SIKLLLAQFG TKDLHGFGIS DARLSLQAAG
CLMQYVKDTQ RTTLPHINAI IRFNQADSIV LDAATRRNLE LTQNLAGGRD NTLAAVLDNT
ATAMGSRMLQ RWIHQPLRDP NQIIARQTAV NELLKTGTHE PLHEQLKALG DIERIMARLA
LRTARPRDFA RLRQALSLLP ELQQSLSVLN APHTVKLCQY LGEFPEEQAL LERAIVDNPP
MLIRDGGVIR EGYNNELDEW RGLSEGASDY LVQLEAREKE RTGINTLKVG YNRVHGYYIE
VSRLQSSQVP LNYQRRQTLK NMERYITPEL KEYEEKVLSS QGKALALEKQ LWEQLFDLIL
PKLHELQAFA RAAAELDVLS NFAERAETLG YICPQLSQDI GVQIDAGRHP VVERVSQTPF
IANPVTLHNQ RRMLIVTGPN MGGKSTYMRQ VALITLMAHI GCFVPAERAV IGPIDRIFTR
IGASDDLASG RSTFMVEMTE TANILHNATA QSLVLMDEIG RGTSTYDGLS LAWSAAEYLA
QQIGAMTLFA THYFELTQLP DLMAGVYNVH LDAIEHEDTI AFMHAVQEGA ASKSYGLQVA
ALAGVPAKVI KAAKHKLQQL ESRDHQLEGT KTPIQTLLAL PEPAENPALT KLQAINPDNL
TPKQALDLLY ELKRLS
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