| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Teth514_1611 |
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| Symbol | |
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| ID | 5876065 |
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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 | Thermoanaerobacter sp. X514 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010320 |
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| Strand | + |
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| Start bp | 1626797 |
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| End bp | 1629400 |
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| Gene Length | 2604 bp |
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| Protein Length | 867 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 641541958 |
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| Product | DNA mismatch repair protein MutS |
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| Protein accession | YP_001663233 |
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| Protein GI | 167040248 |
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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 | 12 |
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| Plasmid unclonability p-value | 0.749504 |
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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 | ATGGCCGTCA CTCCAATGAT GGAACAATAC CTTAAAATAA AAGAAAAATA TAAAGATGCA
ATACTCTTTT TCCGCCTAGG AGATTTTTAT GAGATGTTTT ACGAAGATGC GGAAATTGCT
GCTAAAGAGC TTGAAATAGC TTTGACAGGG AGAGACGCCG GAACGGAAGA AAGAGCCCCA
ATGGCTGGTG TTCCTTACCA TGCAGCAGAC TTTTATATAG ACAAGTTAAT AAAGAAAGGA
TATAAAGTTG CTATTTGTGA ACAATTAGAA GACCCTGCAA AAGCAAAAGG TTTGGTAAAA
AGAGATGTAG TAAGAATATA TACTCCGGGG ACAATAATAA ATCCTGAATC AATGGATGAA
AAAACAAATA ACTACCTTGT GTCTGTTTTT AAAGGAAGGG ACAATTATGG AATTTGTGCT
GTTGATGTAA CAACGGGAGA TTTATACGCT ACAGAACTTA AAAATTGTAA AGACACTAAA
AGAGTTTATG ATGAAATAAC AAAGTATGCT CCTTCAGAAA TAATCGCTAA TGAAGATTTT
TTAAAAAATA ATAAATACAT AAAAATTTTC AAGAATAATA ACTGTGCTAT AAATATCTAT
GAAAAGCAGC TTGACTATGA AGAAAAAATT AAATTAATAG AAACTCAATT TAATAAAAAA
TCCGAAGAAT TAGGTATAAA AGATAAGCCT TATATGGCTA ATTCGTTAGC GGCTCTTTTT
AGCTATTTAC AAGAATTACA AAAAACTGCT TTAAAGCATA TAAACAAATT GCTTATATAT
GAAGATAACT CCTATATGGG ATTAGACAGC AATGCAATAA AAAATTTAGA AATATTAGAG
TCTAATAAAA ACAAGTCAAA AAAAGGTTCT TTATTAGGAG TTTTAGATAA AACTGTAACT
CCTATGGGAG GAAGGCTTTT AAAAAAATGG CTAGAAGAGC CTTTGCTTAA TAAAGAGCAT
ATTGATGCTC GGTTGCAAGC AGTAGAAGAA CTTTTTAATG ATTATAAAAA TCGCCAAGAT
TTAAAACAAC TTTTAAACAA AATATACGAT TTAGAAAGAT TGGCCAGCAA AATTGTCTAC
CAGAGTATTA ATCCAAAAGA TTTTATTTCC ATAAAGCTAT CTCTTCAAAA TTTGCCTTAC
ATCAAAGAAA TATTAGAAAA GTTCAATTCA AGGCTTTTGA AAGAGATATG CGAGAAATTT
GATATTTTAC AAGATATATA CGAATTAATA GATAAGTCGA TAAAAGATGA CCCTTCTACT
CAATTAAAAG AAGGAAATAT CATAAAAGAC GGGTATAATG AAACAGTGGA TAAGCTAAGA
AAGGCTTCAA CAGAAGGTAA AAATTGGATC GCAAATCTTG AGGCTGAAGA AAGAGAAAAA
ACAGGCATTA AGAACTTGAG AATAGGTTAC AACAAAGTTT TTGGCTATTA TATTGAAGTT
ACAAAATCTA ATATACCACA GGTTCCTGAA AGATTCATAC GAAAACAAAC TTTGGCAAAT
GCAGAAAGGT ATGTGACACC TGAGCTTAAA GAAATAGAAG AGACTATATT AGGAGCAGAA
GAAAAATTAA TTGAGCTTGA ATATCAGCTT TTTAACGAAA TAAGAGAAAA AGTAGAACTA
CAAATTGTAA GAATACAAAA TACAGCAAAA TATATAGCCA TAATAGATGT ACTCATTTCC
TTTGCAGAAG TTGCGGAAAC AAATAGATAT ATAAAACCGA TAGTAGATTA TAGTGACAGA
ATAGTCATCA AGGAAGGGAG ACATCCAGTA ATAGAGACTA TTTCTGATGA ATCTTTTGTA
GCAAATGATA TAGATATTGG TTCTGAAAAT CCTATCATGA TAATAACGGG GCCTAATATG
GCTGGTAAAT CTACTTACAT GAGACAGGTT GCTTTAATTG TACTGATGGC GCAGATAGGC
TCTTTTGTCC CTGCTTCTTA CGCTAAAATT GGGATTGTAG ATAAAATCTT TACAAGAGTA
GGAGCATCCG ATGACATCTT TGCAGGACAG AGTACCTTTA TGGTGGAAAT GTCTGAAGTG
GCAAATATAT TAAAATCTGC CACTAGTAAA AGTTTGATAA TACTAGATGA GGTAGGGAGA
GGTACAAGCA CTTATGATGG TATGAGTATA GCTCATGCAG TTATTGAATA TATTCATGAA
AAGATAAAGG CTAAAACTTT GTTCGCTACT CACTATCATG AATTGACAAA ACTTGAAGGC
AAGATGAAGG GAGTAAGGAA TTATAATGTT TCAGTAGAAG AAAGAGAAGA TGACATAATA
TTTTTACGGA AAATAGTACC TGGTGGCGCT GATAAAAGCT ATGGAATACA AGTTTCAAAA
TTAGCAGGAC TACCTTATAG CATTGTTGAA AGAGCAAAAG AGATATTGAA CAGTTTGGAA
AATGATAAGG CCATAAAGTC CGAATTAGAA AATGCATCAC AGCAACTTGC CTTTACTCAA
ATAGATATTT TTTCTACGGC AAAGGATTCG CTAATTGATG ATATAGCCAA TTGCGATGTG
GACAACATGA CTCCTATTCA AGCTCTAAAT TATTTATATG AATTAAAGGA GAAGGCAATC
TCCTTGAGGA GCGGAGTATT ATGA
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| Protein sequence | MAVTPMMEQY LKIKEKYKDA ILFFRLGDFY EMFYEDAEIA AKELEIALTG RDAGTEERAP
MAGVPYHAAD FYIDKLIKKG YKVAICEQLE DPAKAKGLVK RDVVRIYTPG TIINPESMDE
KTNNYLVSVF KGRDNYGICA VDVTTGDLYA TELKNCKDTK RVYDEITKYA PSEIIANEDF
LKNNKYIKIF KNNNCAINIY EKQLDYEEKI KLIETQFNKK SEELGIKDKP YMANSLAALF
SYLQELQKTA LKHINKLLIY EDNSYMGLDS NAIKNLEILE SNKNKSKKGS LLGVLDKTVT
PMGGRLLKKW LEEPLLNKEH IDARLQAVEE LFNDYKNRQD LKQLLNKIYD LERLASKIVY
QSINPKDFIS IKLSLQNLPY IKEILEKFNS RLLKEICEKF DILQDIYELI DKSIKDDPST
QLKEGNIIKD GYNETVDKLR KASTEGKNWI ANLEAEEREK TGIKNLRIGY NKVFGYYIEV
TKSNIPQVPE RFIRKQTLAN AERYVTPELK EIEETILGAE EKLIELEYQL FNEIREKVEL
QIVRIQNTAK YIAIIDVLIS FAEVAETNRY IKPIVDYSDR IVIKEGRHPV IETISDESFV
ANDIDIGSEN PIMIITGPNM AGKSTYMRQV ALIVLMAQIG SFVPASYAKI GIVDKIFTRV
GASDDIFAGQ STFMVEMSEV ANILKSATSK SLIILDEVGR GTSTYDGMSI AHAVIEYIHE
KIKAKTLFAT HYHELTKLEG KMKGVRNYNV SVEEREDDII FLRKIVPGGA DKSYGIQVSK
LAGLPYSIVE RAKEILNSLE NDKAIKSELE NASQQLAFTQ IDIFSTAKDS LIDDIANCDV
DNMTPIQALN YLYELKEKAI SLRSGVL
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