| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Apre_0948 |
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| Symbol | |
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| ID | 8397734 |
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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 | Anaerococcus prevotii DSM 20548 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013171 |
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| Strand | + |
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| Start bp | 1010530 |
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| End bp | 1013136 |
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| Gene Length | 2607 bp |
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| Protein Length | 868 aa |
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| Translation table | 11 |
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| GC content | 31% |
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| IMG OID | 644995295 |
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| Product | DNA mismatch repair protein MutS |
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| Protein accession | YP_003152697 |
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| Protein GI | 257066441 |
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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 | 27 |
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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 | ATGAAAAACA ATTTTAAATA TGATAAACTT ACTCCTATGT TAAAACACTA CGTGGACGTT
AAGAATGATT TCAAAGATGC TATACTCTTA TATAGGGTAG GAGATTTTTA TGAAGCTTTC
TTTGATGATG CAATTATTAC TAGCAAAGCT CTTTCTCTTA CGCTTACTGG TAAAGAGTGT
GGTCACGAAA AGAAAGCTCC TATGTGCGGT GTCCCACATC ATGTTATAGA TAATTATGCC
TTTAAACTTG TAAAACAAGG CTATAAAGTG GCTTTATGTG ATCAAGTAGA AGACCCCAAA
GAAGCTAAAG GACTCGTCAA AAGAGCTATA ACGCGTGTTA TAACTCCAGG GACAATTACT
GATATGGAGT CCTTAGATAA TAGAAAAAAC AATTATCTCC TCTCAATATT TCAAAACGAT
TATGGTCTAT CAATTAGCTA TTGTGATATT TCAACTGGGA AGCTTGTAAG CTTTGAAATA
AAAGGATTAA GCTCTTCTAT AGGAAAAAAA GCAATAGATC AGATAGAGAA AATTAACCCA
TCAGAAATTC TAATTAACTC TGATTTTAAC GATCAAAACT TAAGAAGATA TTTTCTGGAC
GAAGAAATAT TTGTAAATTA TATACAAAAC CCTAAAGATT ATATGAATAG GGCAAGCCTT
ATAAGAGATC ATTTGGGAGA TGATAATCTT AAAAAGATTG AAAATATGAG ACTATCTATT
CTTTCTCTTG CAAATCTTCT TGATTATATC TATAAATATC ATAAGGACAA TTTAGTCCAT
ATTAATAATA TAGATATACT TGAAATTAAT GACTATATGG AGCTTGAAGC AAGTACAAGG
AAAAACTTAG AATTAAGTAA GAATTTAAAC AATAATACTA AGGAAAATTC ACTTTTAAGT
ATAATTGACA AGGCTGATAC AGTTATGGGA TCTAGGATGA TTAGCGAGTA TCTAGAAAGA
CCTCTAATAG ACAAAAGGAA GATAGAGAGA AGGTTAGATA TTGTAGAAGT CCTATTTAAT
GATAGAATTC TTGCTAGTAA CATCTCAAAT CTATTGTCGG ATGTCTATGA TCTTGAAAGA
CTTATAGCTA AGATATCTTA TAAGAGAGCA AACGGACGTG ACTTTATATC ACTGAAGAAT
TCTATTGCTA ACATTCCTAA GCTAAAGGAT ATATTAAGAT CTTATTCAGA TACAAATATC
AGTAATATAG GTGAAAACAT ACCAGATGTT AGTGATATAT TTGATTTGAT AGATAAGGCT
ATAGTGGAAG ATCCACCTAT TGCTATAAGC GAAGGTGGCA TAATTAAAGA CTCATATAAC
GATGAACTTG ATAAACTTAA AGAGTCATCC TCTAGTGCAC AAAGTGCTTT GATAGAATAT
GAAAATAAGG AAAGAGAAAA AACTGGTATT AAAAACTATA AGATAGTTTT CAATAAAAAT
AATGGATATT CTATCGAGAT AACTAAATCA AACTTAGACA AAGTTCCAGA TTCTTATGTA
AGAAAACAAA CACTAAAAAA TCAGGAGAGA TATACAACCG AAAAGTTAGA AGAAATATCT
AGTTTGATTT TAGGTGGTAA AGATAGGATA AACGACTTAG AGTATAAAAT ATTTCAGGAA
ATTCGCGAAA AAGTTTTGAA GAATACTATC AAACTCCAAG CTTTAGCTAA GATTCTCGCT
ACGGTCGATA CCTTAAATAC CTTTGCCAAG ATTTCTTTAG AAAACTCTTA TGTTAGACCA
GTAATTCGTG AAGATAATAT AATAAAAATT AAAGATGGAA GACATCCTGT TATAGAAAGA
AAACTCAAAG AAAATGAATT TATCCCTAAT GATACTGATA TAGGAGAGGA GAATAATTTA
ATACAGATTA TAACAGGACC TAATATGGCA GGAAAATCCA CCTATATGAG ACAAATGGCA
ATCATTATAA TTCTTGCACA GATGGGTTGC TTTGTACCAG CATCTCTAGC AGAAATCTCA
ATATGTGATC AAGTTTTTAC TAGGATTGGT GCAAGTGATA ATATTTCAAA AGGCGAATCT
ACTTTTATGC TTGAGATGAA TGAGGTAAGT AGTATTCTTA AAAATTCTAC AGAACATTCT
TTTGTTATCC TGGATGAAGT AGGTAGGGGG ACTTCTTCTG ATGACGGATT AAGCATAGCT
ATGGCGATTG TCGAATATCT TAGCAAGAGA AAAAAAGTAA AGACAGTTTT TGCTACACAC
TTTCATGAGC TTACAATACT AGAAAAAGAA CTAGATAATG TGAAGAATCT TAAGATTGAA
ATATTAGAAG AGAATAATAA TTTAGTTTTT TTAAGAAAGA TTAGCGAAGG AAAGTCTGAT
AGATCATATG GGATAGAAGT AGCTAAATTA AGTGGTCTCC CTAATGAAAT AATCGACAAT
GCCAAAATAA TTATGGACAA GCTTTCAACT GATGATTTCT ATGATCTTGA TAAGAAAAAG
GAAATATCAA CTTCCTTGGA GGAGATTTCT GATCAAAAAC TAGAAGAAGT TAAGATAGAG
GCATCAAATA TTGATATAAA TAACTTGACT CCTATGGAAG CAATCAATTC TTTAAGCAAT
TTATTAAATA AGATTGGTGA ACTTTGA
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| Protein sequence | MKNNFKYDKL TPMLKHYVDV KNDFKDAILL YRVGDFYEAF FDDAIITSKA LSLTLTGKEC
GHEKKAPMCG VPHHVIDNYA FKLVKQGYKV ALCDQVEDPK EAKGLVKRAI TRVITPGTIT
DMESLDNRKN NYLLSIFQND YGLSISYCDI STGKLVSFEI KGLSSSIGKK AIDQIEKINP
SEILINSDFN DQNLRRYFLD EEIFVNYIQN PKDYMNRASL IRDHLGDDNL KKIENMRLSI
LSLANLLDYI YKYHKDNLVH INNIDILEIN DYMELEASTR KNLELSKNLN NNTKENSLLS
IIDKADTVMG SRMISEYLER PLIDKRKIER RLDIVEVLFN DRILASNISN LLSDVYDLER
LIAKISYKRA NGRDFISLKN SIANIPKLKD ILRSYSDTNI SNIGENIPDV SDIFDLIDKA
IVEDPPIAIS EGGIIKDSYN DELDKLKESS SSAQSALIEY ENKEREKTGI KNYKIVFNKN
NGYSIEITKS NLDKVPDSYV RKQTLKNQER YTTEKLEEIS SLILGGKDRI NDLEYKIFQE
IREKVLKNTI KLQALAKILA TVDTLNTFAK ISLENSYVRP VIREDNIIKI KDGRHPVIER
KLKENEFIPN DTDIGEENNL IQIITGPNMA GKSTYMRQMA IIIILAQMGC FVPASLAEIS
ICDQVFTRIG ASDNISKGES TFMLEMNEVS SILKNSTEHS FVILDEVGRG TSSDDGLSIA
MAIVEYLSKR KKVKTVFATH FHELTILEKE LDNVKNLKIE ILEENNNLVF LRKISEGKSD
RSYGIEVAKL SGLPNEIIDN AKIIMDKLST DDFYDLDKKK EISTSLEEIS DQKLEEVKIE
ASNIDINNLT PMEAINSLSN LLNKIGEL
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