| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | STER_0068 |
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| Symbol | |
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| ID | 4437301 |
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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 | Streptococcus thermophilus LMD-9 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008532 |
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| Strand | + |
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| Start bp | 55662 |
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| End bp | 58220 |
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| Gene Length | 2559 bp |
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| Protein Length | 852 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 639675831 |
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| Product | DNA mismatch repair protein MutS |
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| Protein accession | YP_819634 |
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| Protein GI | 116627015 |
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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
[TIGR01145] ATP synthase, F1 delta subunit |
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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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 | ATGGCTAAGG AAAAAATATC TCCAGGAATG CAGCAGTATT TGGATATCAA GAAAAATTAT
CCAGATGCTT TTTTGCTGTT TCGGATGGGG GATTTTTACG AATTATTTTA CGATGATGCT
GTTAAGGCTG CCCAGATTTT GGAAATTAGC CTAACTAGCC GTAATAAGAA TGCAGATAAT
CCCATTCCTA TGGCAGGTGT GCCTTATCAT TCAGCTCAAG CATACATTGA TGTTTTGGTT
GAGATGGGCT ACAAGGTAGC CATTGCTGAG CAGATGGAGG ATCCTAAGCA GGCTGTCGGT
GTGGTAAAGC GTGAGGTTGT TCAGGTTATC ACACCAGGTA CAGTGGTTGA CAGCTCTAAA
CCTGATAGTG CCAACAATTT CTTGGTGGCC ATTGACAAGG TTGGAAGTCG TTTTGGTCTT
TCCTATATGG ATGTGTCAAC GGGTGAATTT TTTGCGACAG AGTTGGATGA TTTTAGTTCA
GTTTGTAGTG AAATTCAGAA CCTTAAGGCA CGTGAAGTAG TGGTTGGATA TGATCTACTT
GAAACTGACG AACAAGTTTT AGTGAACCAA CTTAACCTAC TTCTCTCCAA GGAAACAGAA
GGTTACGATG ATGTTCACTT GATTGGTAAT AGCTTGACAG ATTTGGAAAG CAGTGTGGCA
AGTAAACTTC TCCAGTATGT TCATCGCACT CAGATGCGTG AGCTCAGTCA TTTACAAAAA
GCTCAGCACT ATGAGATAAA GGATTACTTG CAGATGTCCT ATGCGACCAA GTCAAGCTTG
GATTTACTGG AAAATGCTAG AACGGGCAAG AAACACGGTT CTCTTTTCTG GCTCTTGGAT
AAAACCAAGA CAGCCATGGG AATGCGTCTC TTGCGAACTT GGATTGATCG TCCTTTAGTG
AATCAAGCCA GCATCATAGA GCGTCAGAAT ATTATCCAAG TTTTCTTGGA CAATTTCTTT
GAGCGTAGTG ACTTGACCGA GAGTCTAAAA GGTGTTTACG ATATTGAGCG TCTGGCCAGT
CGTGTTTCCT TTGGCAAGGC TAATCCTAAA GATTTAATTC AGCTAGGTCA TACCTTAGCT
CAGGTTCCGA TCATTAAGGC AATCTTGGAG TCCTTTAATG ACGATGCCTT GTCAGGTCTT
TTACAAGAGT TAGATGCTTT GCCAGAATTA GAGAGTTTGA TTCGTTCGGC TATTGATCCT
GATGCTCCAG CAACAATTAC AGAAGGTGGT ATTATTCGTG ATGGTTTTGA TGAGACCTTG
GACAAGTATC GCAAAGTGAT GAGCGAGGGG ACGTCATGGA TTGCGGATAT CGAAGCAAAA
GAACGCGAAG CGTCTGGTAT TACAACACTA AAAATTGATT ATAACCGTAA AGATGGTTAT
TACTTCCATG TGACCAACTC TAACCTTAGT TTGGTTCCTG ACCATTTCTT CCGTAAGGCG
ACACTGAAAA ATTCGGAGCG TTTTGGAACT GCTGAGTTGG CTAAGATTGA AGGTGAAATG
CTAGAAGCAC GTGAAAAATC GTCAACCCTA GAGTATGATA TTTTCATGCG TGTCCGTGAG
CAGGTTGAAC GCTATATCGA CCGTTTGCAG TCTTTGGCTA AGGCCATTGC AACAGTCGAT
GTGCTTCAGA GTTTGGCTGT TACAGCGGAG ACAAATCATT ATGTTCGTCC TGTTTTTAAT
GATGAGCATC GTATCGCTAT TGATCGGGGC CGTCATGCGG TGGTTGAGAA GGTTATGGGC
GTTCAGGAAT ACATTCCAAA TACGATTACC TTTGACAGTC AGACCAATAT TCAGCTCATC
ACAGGACCAA ATATGAGTGG TAAATCTACC TATATGCGGC AGTTAGCCTT GTCAGTAGTT
ATGGCTCAAA TGGGGGCTTA CGTACCAGCA GATAGTGTTG ATTTACCTGT TTTTGACGCC
ATCTATACAC GTATAGGTGC CGCAGATGAC CTGATTTCAG GTCAGTCGAC CTTCATGGTT
GAGATGATGG AGGCTAATCA GGCCATTAAG CGAGCGACAC CTAATTCCTT GATTATTTTT
GATGAGTTGG GGCGTGGGAC AGCCACTTAT GATGGTATGG CTTTGGCCCA GTCTATTATT
GAGTTTATTC ATGACAAGGT TGGGGCTAAG ACCATGTTTG CTACCCATTA TCATGAGTTG
ACTGCGCTGT CAAACAGTTT GACACACCTT GTCAACGTCC ATGTTGCGAC ACTTGAAAAG
GATGGCGAAG TGACTTTCCT CCACAAAATT GTCGATGGTC CAGCCGATAA ATCTTATGGT
ATTCATGTAG CTAAAATTGC AGGTTTACCA ACAGATTTAT TGAACCGTGC TGACACCATA
TTGACACAAT TAGAAGGAGA GACAGTTGTA ATCCAACCTC AGGAAAAGGT ATCGTCTCAA
GAAAAGCCTG CCATTGAAAC GCATGTCAAC GAGCAAATCT CTCTCTTTGA TGACTTTACT
GAAAATCCGG TTCTTCAAGA GTTGCGTGAT TTGGACATTT ACAACATGAC ACCGATGCAA
GTCATGATGG CTGTAGCAGA TTTAAAACAG AAACTATAA
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| Protein sequence | MAKEKISPGM QQYLDIKKNY PDAFLLFRMG DFYELFYDDA VKAAQILEIS LTSRNKNADN
PIPMAGVPYH SAQAYIDVLV EMGYKVAIAE QMEDPKQAVG VVKREVVQVI TPGTVVDSSK
PDSANNFLVA IDKVGSRFGL SYMDVSTGEF FATELDDFSS VCSEIQNLKA REVVVGYDLL
ETDEQVLVNQ LNLLLSKETE GYDDVHLIGN SLTDLESSVA SKLLQYVHRT QMRELSHLQK
AQHYEIKDYL QMSYATKSSL DLLENARTGK KHGSLFWLLD KTKTAMGMRL LRTWIDRPLV
NQASIIERQN IIQVFLDNFF ERSDLTESLK GVYDIERLAS RVSFGKANPK DLIQLGHTLA
QVPIIKAILE SFNDDALSGL LQELDALPEL ESLIRSAIDP DAPATITEGG IIRDGFDETL
DKYRKVMSEG TSWIADIEAK EREASGITTL KIDYNRKDGY YFHVTNSNLS LVPDHFFRKA
TLKNSERFGT AELAKIEGEM LEAREKSSTL EYDIFMRVRE QVERYIDRLQ SLAKAIATVD
VLQSLAVTAE TNHYVRPVFN DEHRIAIDRG RHAVVEKVMG VQEYIPNTIT FDSQTNIQLI
TGPNMSGKST YMRQLALSVV MAQMGAYVPA DSVDLPVFDA IYTRIGAADD LISGQSTFMV
EMMEANQAIK RATPNSLIIF DELGRGTATY DGMALAQSII EFIHDKVGAK TMFATHYHEL
TALSNSLTHL VNVHVATLEK DGEVTFLHKI VDGPADKSYG IHVAKIAGLP TDLLNRADTI
LTQLEGETVV IQPQEKVSSQ EKPAIETHVN EQISLFDDFT ENPVLQELRD LDIYNMTPMQ
VMMAVADLKQ KL
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