| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | COXBURSA331_A0879 |
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| Symbol | mutS |
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| ID | 5794719 |
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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 | Coxiella burnetii RSA 331 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010117 |
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| Strand | - |
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| Start bp | 781862 |
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| End bp | 784441 |
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| Gene Length | 2580 bp |
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| Protein Length | 859 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 641330363 |
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| Product | DNA mismatch repair protein MutS |
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| Protein accession | YP_001596673 |
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| Protein GI | 161831167 |
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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 | 36 |
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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 | ATGGAACTTC AAACAAAATC GCCAACGACG CAAAATGATT TTAGTCAGCA CACGCCCATG
ATGCGTCAAT ACTTACGCAT TAAAGCCGAG TACCCCGATC TTTTAGTTTT TTACCGCATG
GGTGATTTCT ATGAATTATT TTATGATGAC GCTAAAAAAG CGGCGAAATT ATTAAATATT
ACGCTAACCG CTCGAGGTCA ATCGGCCGGT CATGCCATTC CGATGGCCGG TGTTCCCTAC
CATGCCGTCG AAAATTATTT AACAAAACTA GTTCGACTCG GCGAATCCGT TGTCATTTGC
GAGCAAATTG GAGACCCCGC AACCAGTAAA GGTCCTGTCG CTCGCGAAGT CACCCGTATT
ATCACTCCAG GTACCGTTAG CGACGAAGCA CTGCTTGATG AACATCGCGA CAACACCTTA
ATGGTAATTC ATCAAGAGAA AGATCGTTTC GGTATCGCGA CATTAGATAT TACCAGCGGG
CGTTTTTTGA TTCAGGAAAT CATTTCTGAA AATGCACTAT TCGCTGAAAT TGAACGCATT
CGCCCGGCAG AACTTTTAAT CAGTGAAGAA AATAGCGTTC ATCCGCTAAA AGCCGACTCC
ATCAAGCGCC GACCTCCGTG GGAATTTGAT CATGCCACTG CGCTCACTTT ATTGTGCCAA
CAATTTCAGA CAAAAAGTTT GGATGGATTT GGTATTACTC ATTTGCCGCT GGCCATTACG
GCGGCAGGAT GTTTGCTGCA ATATGTTAAT TACACACAAA AAAGCGCCCT GCCTCATATT
CACTCCATTC AAGCCGAACA AAATGAGGAA GCCCTATTTA TCGACGCTAA CACGCGCCGT
AACCTTGAAT TAATCACCAA TTTACAAGGC GAAGAAGTTC ACTCTCTGGC TTGGCTGCTC
GATCACACAG CCACCCCCAT GGGAAGCCGA TTATTACGCC GCTGGATTAA TCGGCCCTTG
CGCGACCAAA TTTTATTGCA ACAAAGGCAA AACGCCGTTT CTACCCTTCT CGAAAAAAGA
AATTATTCGG AAATCTACGA AAATTTACGC CATATTGGCG ATCTCGAAAG GATAGTGGCA
CGGATCGCAC TTCGCTCTGC TCGGCCCCGA GATTTAATGC AACTGCGCCA GGCGCTCGGT
GTATTGCCAA CCCTTCACCA ACAGCTCACC AACTTGCCGC TTAATAAACA ATTACAAGAA
ATTAAAAATA ACCTTGGTCT TTTCGATGAA TTATTTCGAT TATTACAAAA AGCGATTATC
GAAAACCCAC CGATCGTTAT TCGCGATGGC GGCGTGATTG CCGATGGTTA TGACGCGCCA
TTGGATGAAC TGCGCAATAT GAGCACCAAC AGTCACCAAT TTTTAATTGA CTTAGAACAA
CAAGAGCGCG AACGCACCAA AATAAATACG GTTAAAGTTG GCTATAATCG CATCCATGGT
TATTACATTG AAATTTCACG CGCCCAAGCC AAACAAGCCC CTACGGAATA TATTCGGCGA
CAAACCCTAA AAAACGTGGA ACGTTACATC ACTCCCGAAT TAAAAATTTT TGAAGACAAA
GTGTTAAGCA GCCGCTCCCG CGCACTGGCC CGCGAAAAAG AACTTTACGA ACAATTATTG
GATACTTTAA TCGAAAAATT AATTCCTTTA CAACAATGCG CAAGTGCAAT TGCAAACCTG
GACGTTTTAA ATACCCTCGC TGAACGGGCT GACACACTTA ATTTTAACGC GCCACAGTTT
TGCGATTACC CTATTATTAA AATTGAGGCT GGGCGTCACC CTATTGTGGA AAATGTAATG
ACCGATCCGT TTATGCCCAA TGACACTCAT CTCGACGAAA AGCGCCGAAT GCTTATCATT
ACTGGCCCGA ATATGGGTGG TAAATCCACT TACATGCGGC AAACGGCTTT AATCACTTTA
CTCGCCTATA TTGGCAGTTT CGTACCCGCT AAAAATGCGC AACTTGGACC CATTGATCGC
ATCTTCACTC GGATCGGTGC GGCAGATGAT TTAGCCAGTG GCCGATCAAC CTTTATGGTA
GAAATGACTG AGACTGCAGC GATTTTGCAT AATGCGACAG AAGAAAGTTT AGTGCTAATG
GATGAAGTTG GCCGCGGTAC CAGTACGTTT GATGGGCTTT CGTTGGCTTA CGCTTGCGCT
TCTTATTTAG CAACAAAATT AAAAGCTTTT GCCTTATTTG CAACCCATTA TTTTGAATTG
ACAGCTTTAG CTTCGACACT ACAGGCGGTT AAAAATGTTC ACTTAGACGC TGTGGAGCAC
GAAGAAAAAA TTATTTTTTT ACACGCTCTG AGGGAGGGAC CGGCGAATAA AAGTTATGGA
TTGCAAGTAG CGCAGCTAGC AGGAATTCCT CGCTCAGTAA TTCAGCATGC CCGGCAAAAA
TTAGAAGAGT TGGAAAATCC CGTTATTTCG GAAACCCAAC AACCCCAACA AAATGAACTT
TTTCTTCCCA TAGAAAATCC TGTTTTAACG CAATTAGACA AACTCAATCC CGATAACCTA
ACGCCTAAAC AAGCTTTAGA TATCCTTTAT CAATTAATTC AATTACGTCA GCAAAAATGA
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| Protein sequence | MELQTKSPTT QNDFSQHTPM MRQYLRIKAE YPDLLVFYRM GDFYELFYDD AKKAAKLLNI
TLTARGQSAG HAIPMAGVPY HAVENYLTKL VRLGESVVIC EQIGDPATSK GPVAREVTRI
ITPGTVSDEA LLDEHRDNTL MVIHQEKDRF GIATLDITSG RFLIQEIISE NALFAEIERI
RPAELLISEE NSVHPLKADS IKRRPPWEFD HATALTLLCQ QFQTKSLDGF GITHLPLAIT
AAGCLLQYVN YTQKSALPHI HSIQAEQNEE ALFIDANTRR NLELITNLQG EEVHSLAWLL
DHTATPMGSR LLRRWINRPL RDQILLQQRQ NAVSTLLEKR NYSEIYENLR HIGDLERIVA
RIALRSARPR DLMQLRQALG VLPTLHQQLT NLPLNKQLQE IKNNLGLFDE LFRLLQKAII
ENPPIVIRDG GVIADGYDAP LDELRNMSTN SHQFLIDLEQ QERERTKINT VKVGYNRIHG
YYIEISRAQA KQAPTEYIRR QTLKNVERYI TPELKIFEDK VLSSRSRALA REKELYEQLL
DTLIEKLIPL QQCASAIANL DVLNTLAERA DTLNFNAPQF CDYPIIKIEA GRHPIVENVM
TDPFMPNDTH LDEKRRMLII TGPNMGGKST YMRQTALITL LAYIGSFVPA KNAQLGPIDR
IFTRIGAADD LASGRSTFMV EMTETAAILH NATEESLVLM DEVGRGTSTF DGLSLAYACA
SYLATKLKAF ALFATHYFEL TALASTLQAV KNVHLDAVEH EEKIIFLHAL REGPANKSYG
LQVAQLAGIP RSVIQHARQK LEELENPVIS ETQQPQQNEL FLPIENPVLT QLDKLNPDNL
TPKQALDILY QLIQLRQQK
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