| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Aasi_0767 |
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| Symbol | |
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| ID | 6376823 |
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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 | Candidatus Amoebophilus asiaticus 5a2 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010830 |
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| Strand | + |
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| Start bp | 977964 |
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| End bp | 980555 |
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| Gene Length | 2592 bp |
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| Protein Length | 863 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 642681913 |
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| Product | DNA mismatch repair protein MutS |
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| Protein accession | YP_001957876 |
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| Protein GI | 189502159 |
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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 | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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Fosmid Coverage information |
| Num covering fosmid clones | 28 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAATCAGG CTACCACTCC ATTAATGAAG CAATACAATG AAATTAAGGC AAAATATCCT
GGTTCATTAT TGCTTTTTAG GGTAGGCGAC TTTTACGAAA CTTTTGGAGA AGATGCTGTA
AAAACCAGCA AGTTGCTAGA TATTGTTTTA ACTAAACGTG CTAATGGTGC AGCAGCGGCT
GTAGAATTAG CTGGTTTTCC ACACCATGCG CTCGATACTT ATTTGCCTAA GTTAGTTAAA
GCAGGGCATC GAGTTGCTAT TTGTGACCAA CTAGAAGATC CTAAAGCAGT TAAAGGTATT
GTAAAGAGAG GTGTTACTGA ACTAGTAACC CCAGGTCTTT CTTTTCATGA TGCTGTCTTA
GAACGCAGGC ACAATAACTA TCTAGCATCT TTATACTTTG AGAAAGAGTT AGTAGGTATT
GCCTTTCTAG ATGTCTCTAC CGGTGAATTT CTTACGGCAC AAGGAAAGGC TACTTATATA
GATAAATTGA TGCAGGGCTT CCAACCTGCA GAAGTAATTA TAAGCAAAAA GCAAAGAGCC
ACTTTTCAGG CATTTTCTAA AGAAAATTAC CCTAGCTATG CGCTCGAAGA TTGGGTATAT
CAGCCTGATT ATGCACAAGA AAAACTCAAC GAACATTTTG GTACTGCTTC CATTAAGGGA
TTTGGAATAG ACAACCTGCC ACTAGGGGTT ATAGCTAGTG GGGCTATCCT CCGATACCTA
GAAGAGACAG AACACAAAGA AAAAAAGCAT ATTACTTCAA TTGCCCGTAT TGAAGAAGAC
AAGTATGTAT GGCTAGATAA ATTTACCATT AGAAATTTAG AAATACTACA GCCACAACAA
GAAGGGGGCG TGTCGTTGAT TGAAGTGCTT GATAAAACAG TGACTCCCAT GGGCGCTCGC
TTAATGAAAA AATGGCTGGT GTTGCCCTTA AAAGATATAC AGGCCATACA GAGAAGGCTA
GATATTGTTG ATCTGTTTTA CCAGGATACT AATTTATGGG GAAGTATTTT ACAAGAGCTT
AAACAGATTA GTGATTTGGA AAGGCTTATA TCTAAAGTTT CTGTTGGTAG AGCTACTCCA
CGAGATCTAT TAGCCTTACA GAAAGCATTG CAACATACGC TTCCTATACA AAACTACTTA
CAAACGAGCG AACATGATTT GCTTATAAAG TTGAGCCAGC AGCTCCACAA CTGTGAATAC
TTGGCTGATA AAATTAGAGG AACATTACAG GATAATCCTC CGTTGTCTCT TACTCAAGGA
GATCTGATCC GAGAAGGTAT TGATAGTGAG TTGGATGAGT TAAGAAAAAT TGCTTACCAA
GGAAAAGATT ATTTACTCCA GCTACAACAA AAAGAAATTA AAAATACAGG CATCAATTCC
TTAAAGATTG CTTATAATAA GGTGTTTGGC TATTACTTAG AAGTTACTAA TGTACATAAG
TCTAAAGTTC CAGCTTCGTG GATACGTAAA CAGACACTGG TAAATGCAGA GCGCTATGTT
ACAGAGGAGC TAAAGACATA TGAAGAAAAG ATTTTACAAG CAGAAAGTAA GATGCTGGAA
ATAGAACAAA GGTTATATCA GCAATTACTA GATAGCGCTT TAGAATTCGT TCCACAAATT
TTACAGAATG CAAAAATTTT AGCTCAAATA GATTGTTATC TTACATTTGC ACAAGAGGCT
AGAAAGCATC AGTACACCAA ACCTATTCTT GCCAATCATA AAAAAATAAT TATAAAAAAT
GGTAGACATC CTGTTATCGA ACAACAATTG TCTGTTGATG TAAGCTATGT GCCTAACGAT
ATTTACCTAG ATAATGAAAC ACAGCAGGTT ATTGTTATTA CAGGTCCTAA TATGGCTGGT
AAATCTGCAT TATTAAGGCA AGTGGCACTC ATTGTACTGA TGGCACAGAT AGGCTCTTTT
GTACCAGCTA GTCAGGCAGA GATTGGCTTG GTAGACAAAA TATTTACTCG GGTAGGAGCC
TCAGACAATT TAGCGCTAGG AGAGTCTACT TTTATGGTAG AGATGACGGA AACTGCCAGC
ATTATGCATA ATTTAAGTGA CCGTAGTCTG ATTGTCATGG ATGAAATTGG ACGTGGGACT
AGCACTTATG ATGGCATATC AATTGCCTGG TCTATTATTG AATATTTACA TAACCATCCT
AAATACAAAG CAAAAACTTT ATTTGCTACG CATTATCATG AGCTTAATCA ATTATCAGAT
CAGTTAGAGC GTGTTAAGAA CTTTAATGTG GCGGTTAAGG AAGTAGCAGG TAAAATTATA
TTTTTACGTA AACTTAGGGA GGGTGGGAGT GAACATAGCT TTGGGATTCA TGTAGCTCAG
CTAGCAGGAA TGCCAACTCA AGTAGTAGAA AGAGCCAGTG AAATTTTAGG GCATTTAGAA
CATGATAAAA AACATATTGA AAATAAAGCT AAAATTAAAA CTATACCTGC AAAAACTTAT
CAGCTCGCAC TTTTTGAAGC AGATCCTGAT ATAGAAAAAG CAAAGTCCTT ACTTAAGCAA
TTAGATATAG ATACGCTTGC ACCTATAGAA GCTTTGCTAA AATTAAAAGA GCTTCAGGAG
AGCTTAAAGT AA
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| Protein sequence | MNQATTPLMK QYNEIKAKYP GSLLLFRVGD FYETFGEDAV KTSKLLDIVL TKRANGAAAA
VELAGFPHHA LDTYLPKLVK AGHRVAICDQ LEDPKAVKGI VKRGVTELVT PGLSFHDAVL
ERRHNNYLAS LYFEKELVGI AFLDVSTGEF LTAQGKATYI DKLMQGFQPA EVIISKKQRA
TFQAFSKENY PSYALEDWVY QPDYAQEKLN EHFGTASIKG FGIDNLPLGV IASGAILRYL
EETEHKEKKH ITSIARIEED KYVWLDKFTI RNLEILQPQQ EGGVSLIEVL DKTVTPMGAR
LMKKWLVLPL KDIQAIQRRL DIVDLFYQDT NLWGSILQEL KQISDLERLI SKVSVGRATP
RDLLALQKAL QHTLPIQNYL QTSEHDLLIK LSQQLHNCEY LADKIRGTLQ DNPPLSLTQG
DLIREGIDSE LDELRKIAYQ GKDYLLQLQQ KEIKNTGINS LKIAYNKVFG YYLEVTNVHK
SKVPASWIRK QTLVNAERYV TEELKTYEEK ILQAESKMLE IEQRLYQQLL DSALEFVPQI
LQNAKILAQI DCYLTFAQEA RKHQYTKPIL ANHKKIIIKN GRHPVIEQQL SVDVSYVPND
IYLDNETQQV IVITGPNMAG KSALLRQVAL IVLMAQIGSF VPASQAEIGL VDKIFTRVGA
SDNLALGEST FMVEMTETAS IMHNLSDRSL IVMDEIGRGT STYDGISIAW SIIEYLHNHP
KYKAKTLFAT HYHELNQLSD QLERVKNFNV AVKEVAGKII FLRKLREGGS EHSFGIHVAQ
LAGMPTQVVE RASEILGHLE HDKKHIENKA KIKTIPAKTY QLALFEADPD IEKAKSLLKQ
LDIDTLAPIE ALLKLKELQE SLK
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