| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_3186 |
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| Symbol | |
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| ID | 3680665 |
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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 | Anabaena variabilis ATCC 29413 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007413 |
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| Strand | + |
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| Start bp | 3956580 |
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| End bp | 3959144 |
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| Gene Length | 2565 bp |
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| Protein Length | 854 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 637718536 |
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| Product | DNA mismatch repair protein MutS |
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| Protein accession | YP_323689 |
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| Protein GI | 75909393 |
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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 | 32 |
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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 | 7 |
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| Fosmid unclonability p-value | 0.0251089 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGACCGCTT CTGACATTCA GCCGACGGAA CCCCATACTC CCCCAACCCC TCACGCCGAC
ACTCGACTGG TAGACCGCAC TAAGCTGAGT AAGATGTATC AGCATTATGT TGAGGTGAAA
GATAAGTATC CTCATGCGTT GTTGTTGTAT CGGGTGGGTG ATTTCTTTGA AACGTTTTTT
CAAGATGCTG TCACGGTAGC TAGAGAATTA GAATTAGTCC TGACAAGTAA ACACGGTGGC
GAAGTTGGAC GGGTAGCCAT GACTGGTGTT CCTCACCATG CTTGGGAACG CTACACTACC
CAATTGGTGG AAAAAGGTTA TGCTGTGGTG ATTTGCGACC AAGTAGAAGA TGCTTCCGAG
GCTGTGGGTT TGGTGCGGCG GGAGGTGACG CGCATCCTGA CTCCCGGCAC TTTGCTCGAA
GAGGGAATGC TCAAATCAAG TCGCAATAAT TACTTAGCAG CTGTGGTAAT TACGAGCAAT
CATTGGGGGC TAGCCTATGC AGACATCTCC ACCGGGGAAT TTTTGACAAC TCAAGATAGT
GATTTAGAAC GGTTGACCCA GGAATTGATG CGGTTGCAAC CTTCAGAAGT ATTGGTTCCC
ACCAACGCCC CAGATTTGGG TACATTGCTG CGTCCGGGGG AAACTTCACC ACACCTTCCA
GAATGTTTAC CACCATCATT TTGCTATAGC TTGCGATCGC AACAACCATT CTCCCAGGCC
GAAGCTAGAA GTACATTATT GCAGAGATTT AAAGTGCGAT CGCTGGAAGG TTTGGGTTGC
GACCATCTCC CCTTGGCTGT GCGCGCGGCT GGTGGGTTGT TGGAATATGT GGAAGATACC
CAAAAAGCTG GACAAGTATC CCTGCAAAGA CTCCGCACCT ATACCATTAC CGATTATCTA
ATTGTTGATA ACCAAACCCG CCGCAATTTG GAAATTACTC AAACAGTTCG TGATGGTACT
TTTCACGGTT CCTTACTATG GGCATTAGAT AAAACTAGCA CGGCGATGGG TAGTCGGGCT
TTGCGGCGAT GGCTATTACA ACCGCTACTG GATATTAAAG GGATTAGTTC ACGCCAAGAC
ACCATCCAAG AATTAGTCAC AAATACTCGA CTACGGCAAG ATTTACGGCA TTTGTTACGC
CAAATTTACG ACCTCGAAAG GCTAACGGGT CGGGCTAGTT CGGGGACTGC AAATGCTAGA
GATTTAGTCG CCTTGGCTGA TTCCCTCTCC CGTTTGCCAG AATTAGCCAA CTTAGTCATT
GATGCTCATT CGCCTTTCCT CAAGGCTTTG CAAAAAGTAC CGCCAATTTT AGAAGAACTG
GCACAAAAAA TACACGCTCA TCTGGTAGAA TCACCACCAT TACATCTCAA AGAAGGGGGC
TTGATTCGTC CTGGTGTCAA TCCTTTATTG GATGAAAGAA AAGCGACCGT CGAAGCAGAC
CACCAATGGA TTGCTAATTT AGAAGTGGAT GAAAGGGCGA GAACGGGAAT CCCTTTGCTG
AAGGTGGGAT TTAACGAAAC CTTTGGCTAT TACATTAGTA TTTCCCGCGC CAAAGCTGAC
CAAGTACCCG CCAATTACAT CCGCAAGCAA ACCCTGAAAA ATGAGGAACG TTACATCACC
CCGGAATTGA AGGAAAGGGA AGCCAGGATT CTCACAGCGC GGGATGATTT ACATAAGTTG
GAATATGAGG TTTTTGTCAC CTTACGGGAA GAAGTAGGAG AACAGGCGGA AGCAATTCGC
CACCTTTCCC GCGCCGTAGC CGCCGCCGAT GTGTTGTGTG GTTTAGCTGA GTTGGCGGTT
TATCAAGGTT ATTGTCGTCC CGAAATGGTG AATGGACGAG AGATAGCAAT TATCGATGGT
CGCCATCCGG TAGTGGAACA GTCCTTACCT GCGGGGTTCT TTGTGCCAAA TTCCACCCAG
TTGGGGAGTA ATGAAGAAAC CCACCAACTT CCTGACTTAA TTATTCTAAC TGGACCAAAT
GCCAGTGGTA AAAGTTGTTA CCTGCGTCAA GTGGGTTTAA TTCAACTAAT GGCGCAGATT
GGCAGTTTTG TTCCGGCTAA ATCTGCTAGG TTGGGAATAT GCGATCGCAT TTTTACCCGC
GTTGGTGCAG TGGATGATTT AGCCACAGGT CAATCTACAT TTATGGTGGA GATGAATGAG
ACAGCAAATA TTCTCAATCA TGCCACATCT AGATCCCTAG TTTTATTAGA TGAAATTGGT
AGAGGAACCG CTACTTTTGA CGGTCTTTCC ATCGCTTGGG CGGTTGCAGA ATATATCGCC
ACCGAGATTC GTTCCCGGAC AATTTTTGCC ACTCACTACC ATGAATTAAA CGAACTGGCG
GGAATGTTAC CAAATGTGGC TAACTATCAG GTGACAGTGA AAGAATTACC AGACCAAATT
ATCTTTCTGC ACCAAGTCCA ACCAGGAGGC GCTGACAAGT CCTACGGTAT TGAAGCGGGA
AGGTTAGCGG GTTTACCAAC CGTAGTCATT CAACGGGCGA AACAAGTCAT GGGGCAAATT
GAGAAACATA GTAAGATTGC GATGGGATTG CAAAATTTGG ATTAA
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| Protein sequence | MTASDIQPTE PHTPPTPHAD TRLVDRTKLS KMYQHYVEVK DKYPHALLLY RVGDFFETFF
QDAVTVAREL ELVLTSKHGG EVGRVAMTGV PHHAWERYTT QLVEKGYAVV ICDQVEDASE
AVGLVRREVT RILTPGTLLE EGMLKSSRNN YLAAVVITSN HWGLAYADIS TGEFLTTQDS
DLERLTQELM RLQPSEVLVP TNAPDLGTLL RPGETSPHLP ECLPPSFCYS LRSQQPFSQA
EARSTLLQRF KVRSLEGLGC DHLPLAVRAA GGLLEYVEDT QKAGQVSLQR LRTYTITDYL
IVDNQTRRNL EITQTVRDGT FHGSLLWALD KTSTAMGSRA LRRWLLQPLL DIKGISSRQD
TIQELVTNTR LRQDLRHLLR QIYDLERLTG RASSGTANAR DLVALADSLS RLPELANLVI
DAHSPFLKAL QKVPPILEEL AQKIHAHLVE SPPLHLKEGG LIRPGVNPLL DERKATVEAD
HQWIANLEVD ERARTGIPLL KVGFNETFGY YISISRAKAD QVPANYIRKQ TLKNEERYIT
PELKEREARI LTARDDLHKL EYEVFVTLRE EVGEQAEAIR HLSRAVAAAD VLCGLAELAV
YQGYCRPEMV NGREIAIIDG RHPVVEQSLP AGFFVPNSTQ LGSNEETHQL PDLIILTGPN
ASGKSCYLRQ VGLIQLMAQI GSFVPAKSAR LGICDRIFTR VGAVDDLATG QSTFMVEMNE
TANILNHATS RSLVLLDEIG RGTATFDGLS IAWAVAEYIA TEIRSRTIFA THYHELNELA
GMLPNVANYQ VTVKELPDQI IFLHQVQPGG ADKSYGIEAG RLAGLPTVVI QRAKQVMGQI
EKHSKIAMGL QNLD
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