| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SERP0863 |
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| Symbol | hexA |
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| ID | 3240406 |
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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 | Staphylococcus epidermidis RP62A |
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| Kingdom | Bacteria |
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| Replicon accession | NC_002976 |
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| Strand | + |
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| Start bp | 874143 |
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| End bp | 876764 |
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| Gene Length | 2622 bp |
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| Protein Length | 873 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 637167522 |
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| Product | DNA mismatch repair protein MutS |
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| Protein accession | YP_188445 |
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| Protein GI | 57866808 |
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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 | 0.462297 |
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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 | ATGGCTAACA TTACACCAAT GATGCAACAA TATTTAAAGA TAAAATCTGA ATATGATGAT
TGTTTGCTAT TTTTTAGACT CGGAGATTTC TATGAAATGT TCTTTGATGA TGCTAAAGAA
GCATCAAGAG TACTTGAAAT AACATTGACG AAAAGAGATG CTAAAAAAGA AAATCCTATT
CCGATGTGTG GCGTACCATA TCATTCTGCT GATAATTACA TTGAAACATT GATTAATAAG
GGGTATAAGG TCGCTATATG TGAACAAATG GAAGATCCAA AGCAAACAAA AGGAATGGTT
AGAAGAGAAG TTGTAAGAAT CATCACACCA GGAACTGTTA TGGATCAAAA TGGTATGGAT
GAAAAGAAAA ATAATTATAT TTTAAGTTTT ATCGAAAATG AAGAATTTGG ATTATGCTAT
TGTGATGTTT CTACAGGAGA ACTCAAAGTA ACTCATTTCA AAGATACAGC AACCTTGCTT
AATGAGATTA CAACAATTAA TCCCAATGAA ATCGTCATAA AGCAAGCTCT ATCTGAAGAA
TTAAAAAGAC AAATCAACAT GATAACTGAG ACGATTACTG TTCGCGAAGA TATATCTGAT
GAAGATTATG ATATGAATCA GTTGACACAT CAGTTAATGC ATGACACAAC TCAATTATTG
TTAGATTACA TTCATCACAC ACAAAAGCGA GATTTATCTC ATATTGAGGA AGTAATTGAA
TATGCTGCAG TTGATTATAT GAAGATGGAT TATTATGCGA AGCGAAATTT AGAGCTGACA
GAGAGCATAC GATTAAAATC AAAAAAAGGG ACTTTGTTAT GGTTAATGGA TGAGACAAAA
ACACCGATGG GTGCTAGACG TTTAAAGCAG TGGATTGATC GTCCATTAAT TAATAAACAA
CAAATCAACG ACAGATTAAA TATTGTTGAA GAGTTTATGG ACCGTTTTAT TGAAAGAGAT
ACATTACGTA ATCATTTAAA TCAAGTGTAT GACATAGAAC GACTAGTAGG AAGAGTGAGT
TATGGAAACG TAAATGCAAG AGATTTAATA CAACTTAAGC ATTCTATATC CGAAATACCT
CACATTAAAG CATTACTCAA TGAATTGGGT GCACAAACTA CCACGCAATT TAAAGAATTA
GAACCTTTAG ATGACTTGTT ACAAATTTTA GAAGAAAGTT TAGTTGAAGA ACCACCTATT
TCCATCAAAG ATGGAGGATT ATTTAAAAAT GGCTTCAACG CGCAACTTGA TGAATATTTA
GAAGCTTCAA AAAATGGTAA AACTTGGCTT GCAGAATTAC AAGCTAAGGA ACGTGAACGT
ACAGGTATTA AGTCATTGAA AATTAGTTTT AATAAAGTGT TTGGTTATTT TATTGAAATT
ACACGTGCAA ACTTAAATAA TTTTCAACCT GAAGCGTTTG GCTATAATCG AAAACAAACA
TTATCTAATG CTGAACGATT TATTACGGAT GAATTAAAAG AAAAAGAAGA TATAATACTT
GGTGCTGAAG ATAAAGCAGT AGAGTTAGAA TATGAATTAT TTGTTAAATT ACGAGAACAC
ATTAAAACGT ACACTGAACG TTTACAAAAG CAAGCGAAAA TCATTTCAGA ACTTGATTGT
TTACAAAGTT TTGCTGAAAT TGCTCAAAAA TATAATTATG TCAAACCTAC ATTTAGTGAT
GATAAAGTTT TACATTTAGA AAACTCAAGA CATCCTGTTG TTGAGAGAGT GATGGATTAT
AATGATTATG TACCTAATGA TTGCCATCTT GATGATGAAA CGTTTATTTA TCTCATTACG
GGACCTAATA TGTCAGGTAA GTCAACATAT ATGAGACAAG TTGCTATAAT AAGTATCATG
GCTCAAATGG GAGCATATGT ACCATGTGAT TCAGCAACAT TACCTATATT TGATCAAATT
TTTACTAGGA TTGGTGCAGC AGATGATCTT GTATCAGGTA AAAGTACATT TATGGTAGAA
ATGTTAGAAG CTCAAAAAGC TTTAACTTAT GCTACTGAAA ATAGTTTAAT TATCTTTGAC
GAAATAGGAA GAGGTACATC CACTTATGAT GGTCTTGCGT TAGCGCAAGC GATGATTGAA
TATGTTGCTC AAACTTCCCA TGCTAAGACA CTTTTCTCAA CACATTATCA TGAATTGACA
TCACTTGATC AAATGCTTAA GTGTTTAAAA AATGTACATG TTGCTGCAAA CGAGTATCAA
GGTGAACTGA TATTTTTGCA TAAAGTCAAA GATGGCGCTG TGGATGATAG CTATGGTATT
CAAGTGGCAA AATTAGCGGA TTTACCTAAT GAAGTCATTG ATAGAGCGCA AGTTATATTA
AATGCATTTG AGCAAAAACC TTCGTATCAA CTCTCTCATG AGAATACTGA CAATCAACAA
ACGGTTCCGT CGTATAACGA TTTTGGTCGA ACAGAAGAAG AGCAATCAGT TATAGAAACA
CATACATCAA ATCATAATTA TGAGCAAGCG ACCTTTGATT TATTTGATGG TTACAATCAA
CAAAGTGAAG TTGAATGTCA AATTCGAGAA TTGAATCTAT CCAATATGAC ACCATTGGAA
GCCTTAATCA AGCTGAATGA ATTACAAAGT CAATTAAAGT AG
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| Protein sequence | MANITPMMQQ YLKIKSEYDD CLLFFRLGDF YEMFFDDAKE ASRVLEITLT KRDAKKENPI
PMCGVPYHSA DNYIETLINK GYKVAICEQM EDPKQTKGMV RREVVRIITP GTVMDQNGMD
EKKNNYILSF IENEEFGLCY CDVSTGELKV THFKDTATLL NEITTINPNE IVIKQALSEE
LKRQINMITE TITVREDISD EDYDMNQLTH QLMHDTTQLL LDYIHHTQKR DLSHIEEVIE
YAAVDYMKMD YYAKRNLELT ESIRLKSKKG TLLWLMDETK TPMGARRLKQ WIDRPLINKQ
QINDRLNIVE EFMDRFIERD TLRNHLNQVY DIERLVGRVS YGNVNARDLI QLKHSISEIP
HIKALLNELG AQTTTQFKEL EPLDDLLQIL EESLVEEPPI SIKDGGLFKN GFNAQLDEYL
EASKNGKTWL AELQAKERER TGIKSLKISF NKVFGYFIEI TRANLNNFQP EAFGYNRKQT
LSNAERFITD ELKEKEDIIL GAEDKAVELE YELFVKLREH IKTYTERLQK QAKIISELDC
LQSFAEIAQK YNYVKPTFSD DKVLHLENSR HPVVERVMDY NDYVPNDCHL DDETFIYLIT
GPNMSGKSTY MRQVAIISIM AQMGAYVPCD SATLPIFDQI FTRIGAADDL VSGKSTFMVE
MLEAQKALTY ATENSLIIFD EIGRGTSTYD GLALAQAMIE YVAQTSHAKT LFSTHYHELT
SLDQMLKCLK NVHVAANEYQ GELIFLHKVK DGAVDDSYGI QVAKLADLPN EVIDRAQVIL
NAFEQKPSYQ LSHENTDNQQ TVPSYNDFGR TEEEQSVIET HTSNHNYEQA TFDLFDGYNQ
QSEVECQIRE LNLSNMTPLE ALIKLNELQS QLK
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