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| Field | Value |
|---|---|
| Gene ID | LotjaGi3g1v0335500 |
| Transcript ID | LotjaGi3g1v0335500.1 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | DNA mismatch repair protein MutL; TAIR: AT4G09140.1 MUTL-homologue 1; Swiss-Prot: sp|Q9ZRV4|MLH1_ARATH DNA mismatch repair protein MLH1; TrEMBL-Plants: tr|I1JZC3|I1JZC3_SOYBN Uncharacterized protein; Found in the gene: LotjaGi3g1v0335500 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:70548437..70560545) extracted from Lotus japonicus Gifu genome v1.2.
GTAAGGCGGTAACTCATAACTTATAAGCAAACCGCCATTAATAAATTGGGCGGGAGAGTGTGTTAAAGGAGTGAGAAGAC CTTAATTAGCAGTTGGTCAGTCAGTACACTGTAGGCGGAAGAAGGACCCGGGATTATGGAAGAGCGCGCCAGTGGGAGCG AGAAGGAAATGGAACCACCCAAAATCCAGCGCCTGAGCGAGTCGGTGGTGAACCGAATCGCCGCCGGCGAGGTCATCCAA CGCCCAGTCTCCGCCGTCAAGGAGCTCTTGGAGAACAGCCTCGACGCCGGCTCCACCTCCATCAACCTCCTCATCAAAGA CGGTGGTCTCAAACTCATCCAAGTCTCCGACGACGGCCACGGAGTTCGAGTAACTCACTCACTCTTGACTCCATTCGATT CTCTCACCTTTGCGTTTTCCACATTCTCACTGTCTTCTTCTCTTCTCTTCCTGTAGTTCGAGGATCTTCCGATACTGTGC GAGCGCCACACGACATCGAAGCTGTCTGCGTTTGAGGATTTGCAGAGCATCAAGTCCATGGGGTTTAGGGGAGAAGCTCT CGCCAGCATGACCTATGTCGGCCACGTTACTGTCACCACCATCACCAAAGGCAAATTGCACGGTTACAGGTAGCTAGGGT TTGTGTTCAATGACGTCGATTTGCAATCATGTTGATAAAATTAAACTACCATTCTCATTTTCAAATTTTCTGATTATATT TGGGGTTTAGGGTATCCTATAGAGATGGTGTCATGGAGCATGAACCCAAGCCATGTGCTGCTGTGAAAGGAACACAGATA ATGGTATTGTCTTTAACATTTGATATACTGAAGTTGAATAGCTAGCTGATTGCATTAGGGTATTGTCTTCTGAATAAGTA ATTGGAACTATGTCTGTTATGGGTTGAGATTCTTGTGCTTGTGTTATCAGGTTGAGAATCTATTCTATAACATGGCGGCG AGGAGGAAGACGCTGCAAAGTTCCTCTGATGATTACTCAAAGATTGTGGACTTGGTGAGCCGGTTTGCTATTCATCATAC CAATGTTGGTTTCTCTTGCAGAAAGGTTGGTCTCTTGAGCAGTAAAACTTTCTTGCTATAAAATCTTATAGGGTGTATTG TAAGTGAGGTGTGTTAATTTTCACTGACTGCTGTTGCAATCAGCATGGAGCTGTGAAAGCGGATGTTCACACAGTTTCCA CATCTTCGAGGCTTGATGCCATCAGATCAGTTTATGGGGTCTCAGTTGCTCGCAATCTGGTTGAAATTGAAGCTTCAGAC AATGATCCATCTACTTCATGTTTTGAGATGCATGGTTATATATCCAATGCAAATCATGCAGCCAAGAAAATTACAATGGT GCTTTTCATCAATGGTATAAATGTTAACTTGTTTTTCAAATTTCTTAGAAGGTGTTTATTTTTGTCAATGAAGCCCCTGT TATCAATATTGTATAATGTCAGATAATGTGTCTAATCAAACCATTCTTTTCCTGAATGCTACCATGCATAAAATATAGAT CTGCTGTGTCTGTTTCTGTCTATGCCTCTATATCTTCCTCTCACCTTGGTATGGGTTCTACACCCTTACACTACTTTATG GGTGAAGTATATGGAAGCTCTAAATCTTGGAGTTAAAATTATATATGTATATTTTTTTCATCTTGTACTGTTCAACATGT AATTAGTATCTGTTATTCTGTTAAGTATTTATCTTTATATACTTCAATAATTTCCTCGAACAGTTTTTACATTTGTATCT GGCATGAGATAACTGTTTATAGACTCATGAAAATCTTCATGTTTGTGTTTCTCAGATAGATTGGTTGAGTGGTCTGCATT GAAGAGAGCTGTTGAAATTGTTTATGCAGCAACATTACCCAAAGCATCTAAACCCTTTATATATATTTCAATTGTTTTAC CGCCTGAGAATATTGATGTAAATGTGCATCCGACAAAGAGAGAGGTACAGGCCTTAATAAAAATATTCATGTGTATGTTT TGTTTGTCATAATTAGTGCTAAAGTCACTGGCTTATTAAAAATAAGATTCCATGTTACTGACAAATACCTTTAATTTGAT GGTGTTATCTGAAAATCCTTTTGAATTTCATACTTATTTAACAGAATATGTTGTGTGCTGATGCTGCAATTTGGTTAATA ATTCCTCTTTACTTCCTTTTTTTCCATTGGTTTTGAAGGAATTGTTGGTTTAATCTTAGATAATGTGGTGGAAAGGATCA AATGGTTACATCTTCGATAATGACACCTTTTAAAAGGACCGTCAGTAGTTGTCTTTACACAAGCTATAGCTAACAATTTT ATTTGAACATTTGTGTGGACAAAAGTTCTACCCCAAGTAACTAGACCATGATACCCTACTATGTAGCTAGCTTTGAGTTT CTGCAATTGTTAAAACATTCAAATTTAAACTCTACATTTGCTAGTCTTTTTTTCTTTTGTTATTGAAAACAGTGAATTTG TTTGCATATAGGTTAGTGTTTTAAATCAGGAAGTTATCATTGAGAAGATACAGTCGGTGGTTGAATCAACAATGAGGAGT TCCAATGAGGCACGGACATTTCAAGAACAAGTATGCTTACGACAATATACTCAATGCTTGTTATTGTTTAGTATGTAGTT CAAACTAGTTGCTAATTTTTGGTTTTTCTCCTTCAATTGAATTCATCGATAGAAAAGCAGGTGACAAGCTGCTGTTTTAT ACAACTGACAGTTAATGAACCAGGAAGCTTGGAAAATAACAGAATCAGGGAATTAGGAAACTAAGAAAATGGTTATTTAG ACATGATTTACAATGTATAATGTTAGGAAACTAGCAAAATAACAAAACCAAGAAATTAAGAAAACAGTTCATTATTTATA GAATATTTACAGTCCTTAAATACGGGATATTTTGCTAAATAGGAGACGCTTTACGACTTTTCACTTTCACCTAGATATTT ACTAATGAAATGGCCTCAAGGACCTCAAAGAGACATTGTAAGGATATATCCAAATGAATCACTAGAATTAACAAACTCAG TGATTTCTGTGAAGAGAATGTTTTCCCTGATAAAGTTACAATACATTTCTCTATGTTTGGTCTGCTCATGAAAGGTTGGA GTTGGCCCCATATGTACGGGCCATGATCCAGAGATCGTCGCACAATAAACATTAAAATATTAGCAGAATATTCTTCATTC TTACAGATCATGAATGCAGATTTTGCTCTCTATCATGTTTTATTTGAATATGGTTACTTAATACCTGCATTTTATTTGTG TATATTGTCTCGTGCTTGTGGCAGACAGCTGGGCAATCTTCATTGTCTCTTATTAATGCAAGCAAGGAGGTTAAACATAG CCCTACACCAACGGGTATGGTAAATTTATTGTTTTTTGTGTTGCATGCCTTTCATTTGTTTGTGGCTTATACTCGTGATG TGTTTAATTTATCTTCTAAAATCATTTATTGATAATAGGCTCAAGATCACAGAAAGTACCAGTTCATAAATTGGTTAGAA CAGATTCATTAGATCCTGCAGGAAGATTACATGCCTACATGCAAACTATGCCTGATAGCAATCTTGAGAAGAATATTAAT TTGAATGCAGTAAGGTGATTACTAGTTGCTTCTACATTTTTTATCTAACAAGTTAGTAGTAATATTCATTTTTCAGATTG ATTTCTGTTTGTGGTAATTTCTTAGTCTTTTCAGTATGTACTTGTTTTTGACTTTTTGTAGTAGTACTTGTTTTTGAAAT TTTATATATTTCTTGTGTTTTTCAAGTTCGTAAAAGCCTCTCAACATTTCTGTATATAAATACCTGCACTTATTACCATT CTCAAGTGTAAATGGTGTGTTTAGGTAAACAACTTAGTTAAGCAGTTATGGCAATTTGGATCTCATTTGCATAAGTGCTT ATTCATAAGCTAATTTAAGAAGCTTACTGAAATAAGCTCAAAACAAGTTATAGGTACCACGTGTTCTTAAGCTAATCTGA GCAGTTTATGAAAATAAGCTGAAAATAGTTTATAAGTAGGTCATAAACTATAAATGTTAGCTTTCCCAAACACTTGTATA AGTGCTTATGCTATAAGATAAGTTCAAATGATCTCTTCCAAACAGGCCAAAATCTATAAATTATATAGACCTTATTAACT TGAATTAGACAAACCATTTAGGCAAAAATGGAAATGGGATAGGTACAACCGTACAACACAAAACAGTATTGAATCATTTG ATACTCCTGCGGATCCGGATGTCAAACTTATGTTTGAAACCAAGAAGATATCAGAGGCTAGTGGGAAAATTCAATTATCT CAACATGAACAGAATTGACATTTACCTTGCTGTATGTGTTATGAGCCAATTTTTAAGTCTCCATTTGATAGCTACTGGGA TGCAGTTGTTCAAATTTTCCTAGAGAAGGTTAATCTACAGGAATAGAGGTGTTAATGATATTGTCGTTTACATATATGCA GATCAGGCTGGCTGCCCTAGTGAAATGAGCTCAACTTTAAGTTTTTAATTGTAGTTTAGGAGAAGAAAATGATGCCTTTA TTTCAAAATCAATAATATTTATATTGAAGTTCTACATTGACTAAAGATGTGACCAAATTAGTCATTATCAATAGTAGAGC AACCCTCACCTCTAAGCTAACTTTTAGGGTAGAGTTAGGCCTAGCCCGAGTACTAAGATGGTATTAGAGCCTTTCCTAGA TCAGTTTATTGGGCTACCCATATATGGGTCACCCATAGGCTGCATATGTTCATTCCTGCAAATTGCACATACCAGATGTT CAGCCCTAGGTGTGAGGTGTGTTGAAGTCGCTCATTGACTAGAGAAATGATCAAATAAGTCCTTATAAAGGGTAGGATAA CCCTCACCTCTAAGCTAGCTTTTGGGGTAGAGTTAGGTCTAACACGAATTCTAAGATTTACAGAAGTGTTGGATTTATAA GAAGAATTGGTTAGAGGTATTCTAACCATTCTAATTACAATTCAAATTGAGAGAAGAAAAAGAATAAGGCTTAATTACAA CTTTGGTCCCCGACGTTTACCAATGCCACGATTTTGGTCCCTCACCTAATTTAATTACATGGATGGTCCCCGACGTTGTA GGTTGCGTGCAACGTTAGTCTTACCGTTTATTTCTTAATGGAGGAGGCTTACGTGGACGTCTAGTTGGAGAGAAAAAGGA GATCTGAGGAGAGAGGGGAGCACGTGAGTATCACGTGAACTCACGTGAACCTTATATGAACCCATTATACCCAAATCTGA AACCCTAGGGATCTAAATCGCGTTACCTTCTTCGTTCCAGGGAGGTCAGGGGTTTGAGTATAATGGGTTCAGATAAGGGT CACGTGATACTCACGTGCTTCCCTCTCTCCTCATACCTCATTTCTCTCTCCAATTGGACGTCCACGTAAGCCTCCTTCAT TAAGAAATAAACAGTAGGACTAACGTTGCACACGGCCTACAACGTCGGGGACCATCCATGTAATTAAATTAGGTGGGGGA CCAAAATCGTGGCATTGGTAAACGTCGGGGACCAAAGTTGCAATTAAGCCAAAGAATAAAATAGAGAGAATAATATTAAA ACAGAAAAGGATAAGATTAAAATCAAATAATATCCTAACAACTAATCTTATCCTATCTACATAGTTCTGGCTTATCTATA CAAAATATCTTAAGCAGCGGTGATAGGCTGAATGCGTAAATTGTTATGGATTAAATTATAAGAAAAAAATTTAATAAAAA ATGAATATTTGTGAACACTGTGTGTGTGTGTGTGTGTGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAG AGAGAGAGAGAGAGTTTCTGAAACTGAATATTCTCATTATGTCATGTATATGAATTAAGATTCCATATGTGCCTCTTAAA ATTAAAGATTGTAAATCATGTTATATACACAATCATGCTAAGGATTTCCTCAAGCAATTTAGACATCTTCGGTCTCTTTC CAAATATATTTGGCTTCTAGATTATATTAATGTTGAATATATTTGTAATGATTATACTTATCATGAATCAATTATCCGAA AGCTTAAGTTGTTGGGTAAAAGACACATGGATGATTTTATTTTATATTTCTAACACTTTCCTCACGCAAGAGCCCATTGG GCTTCAAGCCTGGACAATGCACATACCCACTTACCTTGTGCTGAAACTCAATGTTTTTTATCCAAATAATTGGGGACAAC AAGGATTGGACTCTAGACCACTTGGTCATAGAGGCTCTAATAACATGTCATGAACCAACTACCCCAAAAGCTTAAAATGT TCCGTAAATGACACATAAATGATTTTGTTTTATATTTCTAACAATATTAATGTATTCAAAATACTTTTCCCCTTGCTAGG TCCTCAGTTAGACAAAGAAGGAACCCAAAAGATTCTACGAAACTCACCAGCCTTGACCAACTTCGTGATGAGATCAATAG CAATTGTGACCCTGGTATGGCGCTAGATTACTCACAATGATGACTATGTTATGTGATGTAGGTTGATTTGGAAAACATTT CCTACTAACATCTACCCTGTAGGCATGATGGACATTGTAAGGCATTGCACATATGTTGGAATGGCAGATGATATTTTCGC TTTGCTTCAGCACAATACTCATCTTTATCTTGCGAATGTTGTAAACTTGAGGTAGATATTTATTATTTGTTTCTTTATAT TACGAAATCCTTAATGTGAATTATTTTATAAGAAGTCATAATGTATGAGGCATAAAATTTGTCATCTAGATAGGCCAATT GAATAGGAAAACATTACAAATAAATTTCTGACGAGAGCTAGCATGAGGTGGTGACTGATCTTAGTTGAGTGTATTGTATG GTGAAGCTAGGTCCAAGTTACTGCTTTTGTTACCTTGATAGAATTCTTAAGTGTGCAAGAATTGTTAGAAAATGAAGGAA AACTCTGCTATTATCAGCTGGCCTAGTGTGTACAGTCATCCGGTGGTTGACAACCACCGTTTACTTCAGGCACCTCCATT CGACCCATCAACCAACCGCCATTGCCATCTGCTATCACTGGAATTTTTTTTGATGACCTTTACAGCTAAAACCACCGCCA TTCTTGGGCCTCTATTAGAAGAGTTGGCCTTTGTCATGATATAAGAGTCTATATGAACAAGCGGTCAGGAGTTCAGTATT CGCTATTGCCAGTCTTCATAATTTAGAGTTAGCACAAGGTATAATGGGTGTGTAAGCTTCAATCCCAAAAAGCTCTTGTA TGATAGAGCATGTTAGAAATATAAATTACTTTTGGCTCTCGTTCTTACAGCTTTTGAGAATTGATCCTTGACATTCTGTC CTTAATTCATTTGCAGCAAAGAGCTTATGTATCAGCAAGTTCTGAGCCGTTTTGCCCATTTCAACGCCATTCAACTTAGT GATCCAGTCCCCTTGAAAGACTTGATAATATTGGCACTTAAGGAAGAGGATTTAGATTCAGAATGTAATGATGATGACGA ATTTAAGGAGAAGATTGCAGAAGTAATTACCCTTGGGCTTTAATTACTTCTTATTTTGTGAGTGCTAGATATTTCCTCTA TAACTGTAGCTATTGGTTCACAATGTAGTTTAGGATTAAGTTTTCTTTAAGTTATTTGTATCATGAAGTTTAATTATTTC TGTCAAAAATAAAATAAAATCAGCCGCTGGAAATAGGGCCACTAGAAACCTCCTAGTCTAGGGCTCTTGATACCATGAAG ACAGACAAAATAAATGCTAAAAAACTTTCTTATTCATTCATATCTTATGATACATGACAAGGGATGCTATATATGCACCT TACAAATGGGCCTAAAACCCCAACTCCCTTACTATAACTACAAAACTGAACTAGTATACATTAATAGTTGCAAGTTGCCA AATGATCCTAAAGAACTGGATGACTTACGTTTGGAGCTTAGAAAACTCTTGCCTGACAGAATGCTCCTTACTGACATGGA TAGATTCATCCAAATCCAGTTGTTGCCGGTTCATCATGTTCGATATCACTGAATAAAGGCTCTTCACATCATTAGTCTAA AGAGCTTCAGAGTGTCCCATTGAGAACAAAAGCTGTGTAGAGTTCAGAAAGTAGGTAATAATTTAGGGCCCATGGACATC CAATGAACACTCCATAACTCAGTCTTCTTCCTTGACGCTTGGTTCATAGTTGGAATGTCATTGTCAACTGCTTCTTCAAA CCACCTGGGAAAGTGGGGCTACGCCCTCATAAAATTTGTTTTATGTTATCTTAACATGAGTATGTTGGCTCTATCAGACT TTAAATTTGAGTAGTATCATGAACCAACTATCTCAAATTCTTAAGTTGTTTGATGAAGACACGTGAATGGTTTTACATTA TATTTTTAACCTAGTCCTTCACACGACAACTCATTGGACTTGAAGCGTGGACAATGAATACCTTGTACTGAAATTTAACT ATTTATTAGAATAATGAGGGGCAACCAGGATCGAAGTTTGGGCTGCCTGGTCATAGACGCTCTCATATCATGTTATAAAC TAACTATCTGAAAAGCTTAAGTTGTTGAGTCTTCGCACATGAATGATTGTATTGTATATTATATTTCTAACATGTAGTGG ATAAATTAATGCAATTTCGTTGCATAGAACTATGTGGGAAATTAACTTCTATACATGCATATGCTCATTTTATTGTTTCC TTTTGAATCTTCCCTTTTGATATTTATGGGTATTTCTTCTGCCATTCCCCAGATGAACACAGAACTGCTGAAACAGAAGG TTGAAATGCTGGAGGAGTATTTTGGCATTCATATTGATGAACATGGAAATATCTCTAGACTTCCGGTGATACTTGACCAA TATACTCCTGACATGGATCGCATCCCTGAGTTTGCGCTTAGTTTAGGCAATGATGTTAGTTACAAATTTCTTCTATCTTC CTCTCTTAACCTGTTTGTGAAGAAGTCTATGTGATTTACTTTTCTCCGTTTATGTCCTTTTCATTAATTTAGCTATTTCT TTGCTGCCTGATTTCAGATTATTCGCTAAAATGATTCATAAGGTCATAGAATGCACATTCTTTTTCATGAATTTTGATTT TACTTATTGTGAGCAAGCACTGTCTTGTATGTCTAATTGTTATTCTGTTGAATTCATTGCCCAACTCAATATTCAAGTAC GTGCTTATCGATAATCTTGAATGCTTCATAATGTTTTGTGATCACATCTTTTTTCTTCCTTTGAATGTTAAAAATTGTGA TATGCATTTTTTATGATAGGTTGATTGGGAAGATGAGAAAAACTGTATTCAAGCCGTTTCAGCTGCTCTGGGAAATTTTT ATGCTATGCATCCACCTATGTTGCCTAATCCATCTGGTGAGGGCTTGTCTTTTTACAAGAAGAGAAAACTGATTGACAGT TGTGCTGAGGAGAATACTTGTGATATTACAGGTATGGACTTCATTGCTTGTTACTTTCTGGATCACTCACACCCACGCGG CCACACATGTGCATATATATCAACACTTGTCAATTATCTTTGGAATATTCACACTTCTTTTTTTTAGAAACGTAGAATAT TCACACTTCTAATGTAAAGAAAAATAAAAAACTGCCTATCAAGGTTTTGTGGGTAATTGAAGTTATGGAAAAATCTGGGA AGTAGTCTCACATAGCTTTGATTGTTAATTTGAGAAATATAGAGAATTTCATCTGATTGTTGATTTGATTTTCATTGAAT GATTGGAAAATGAAAGAGTACATCCTTATGTACTGTACTTATGTAAACTGAAGTTAGTTCAGTTAATAACTAAAATGATT CAAGAGAGGGAGAGAAGAGAGACCAGAGTAAAATCTGAATGGTATTCACTGAATGAGAACTGAATAGATTACATGAATAC ATATAGACACAGTTAGAACTAACATAGCTTAGCTAGCATATTTTGGATTAGAACCTGCCTTAATATGTCTACTTTCAGTT CAATTATGTATTCAGATTTCAGCATATTGTATATATTTATGCTTTTAGTACTGCATGTTATTTAAGGCTTATTTTAATGT TCATTTACTAATTTTTTGAAGTTTAGAAACTAAAAATTCAAATTGAACCAAACTTTCATGACCATATCAGACGGTTATAG ACTTATAGCCATGCAAACTCGGGTTATTCTTATTGGGAAAATTTATGGAAACAGTTATTAAGGAAAAATGGCATTAGGGT GGTGCAATATTAAGGACTTTGTTCAGGTTGTTGAGTTCCAATTTAAGTGAGGTTTGTATTCAGGGAATGATGTTGATGAT CAAGTTGAGCATGAATTGCTTTCTGAAGCTGAGACAGCTTGGGCCCAGCGTGAATGGTCAATACAGCATGTGCTTTTTCC ATCCATGAGACTTTTTTTCAAACCACCTGTTTCTATGGCTAGCAATGGAACCATTGTTCAGGTAATATTTAATGAATGAG TGTTTTTTAGTACTAATATTATATATCGATAACTCTTGGGAGCTTACTTGTCATTAATGTCATGGCAATCTCATCCTTCA TATCGTATAAACAAAACCCTTACTGCTTCATTTGCTTGATTGTATATGTGGCCCACCTGACTAACCATGCTTGAAGACAC GTGGGAATCTAACCATTTACCATAAAACTACCAGTCAAATCTTCGGGTTATATCTTTCTTATCTACTAAGATTAATCTGG CAGACATTGACTATTGTGCTTTCCCATATAATGCAGTTACAAGTATCTAGTGTTTTCATGTCTTCATGATGATTTATCTA CTCATTTGATTATTGCTTTGATCATATGTACAAAATCTTGATTTTATTGTTTCCTTAATCATGGTAAAAATAAAATTTTA CAGTTTATAAACCGCACATTTTGATACCGACACACCATGAGTTATTTCCTCTGGCTCTTTTACTTCACTTTGAAGAGAGC TAGACATTCAATCATTTTATCAGAATATGAAACAGATTGTGCCCTCTATTTAGTTTGATTAGTTTTTGTTTTAGAAATTG TTAACGGTAGACTCAGATTAGCTGAAGTGCTGTTACTTAGAATGGAAAGTAGTACTTCAATGAGTCAAAGTGCATTAAAT TCTATTATATAAACATAAGAATATAGCCTCATTGGCCTCAAAAAAATAATAATAATGTAGCCTCATTACGTTCCTTTGAA GTTGTTGTCTGTTTATAAATTGAGCTTATATGTATCTTGAATTTTCTTGTCTGTGGCATGAGCCAATAGCTAAGAGGTAC TGATTTATAATGATTGTGAAGTGAGGAGGAGAGGGGGAACATACAAGTTAATCTCGGGGAAGGAATTTGACTAGTACCAT CAATGATTGCTTTGTTTTCACTTTCTCCTTTTATAATTTTCTACAGGTGGCTTCATTGGATAAACTTTACAAGATTTTTG AAAGATGCTAGGAACCATATGGATTATGGGAGCCACATGAATTTTGCATGCTGTCTGGGATTTTTGGTTTGGGATTAATG TTGCTCAATGCTGCATCGTCTATTGTGAATATGAATTAGAAAAGGATCATTCCAAGGGTTGTAGTCCTGCAATTTCTTCT CAAGAAAGGTTTGCGAAAAAAGAATGCAAGCTTAGTTGTGCCATTTACCGGGCCAGAGGAGAATTTTCAGAACAAGTTTG TTCTCTGTTTTGAGAAGTCTGCTTATCTATTATAGCTGTACGAGGAAAAACTGACAATGTTATGCCATTGACCAAATATG TATCTCCTGAAGTTTCTTTTGTAATCTAGCCTCACATGTCCCCTTCTTTGATTTTGATTTTTGAATGCTTGTTCTGTGCA GTCCATGTTAGAACTAGTTTAGATGATTTAGAAGAATTAAGCTCCTATATAATAACTCCGAAATTTATCCTCCAATGAGA GAAGAGAAAAAATGCTAACTATAAAAGCATTAAGATGGTAGAAAAAGTGATAGTTCATTCTCTAAAAAGTGACTCAATTT TTATACAAGTGTATTTTTTTGGTTACAGAGGAAAATATACAAGTGTATAATTTGAAGAATAAGATTCATAATTAAATTAA TAAATCAAAATAATTAAATTAACGCATTT
CDS sequence (LotjaGi3g1v0335500.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGAAGAGCGCGCCAGTGGGAGCGAGAAGGAAATGGAACCACCCAAAATCCAGCGCCTGAGCGAGTCGGTGGTGAACCG AATCGCCGCCGGCGAGGTCATCCAACGCCCAGTCTCCGCCGTCAAGGAGCTCTTGGAGAACAGCCTCGACGCCGGCTCCA CCTCCATCAACCTCCTCATCAAAGACGGTGGTCTCAAACTCATCCAAGTCTCCGACGACGGCCACGGAGTTCGATTCGAG GATCTTCCGATACTGTGCGAGCGCCACACGACATCGAAGCTGTCTGCGTTTGAGGATTTGCAGAGCATCAAGTCCATGGG GTTTAGGGGAGAAGCTCTCGCCAGCATGACCTATGTCGGCCACGTTACTGTCACCACCATCACCAAAGGCAAATTGCACG GTTACAGGGTATCCTATAGAGATGGTGTCATGGAGCATGAACCCAAGCCATGTGCTGCTGTGAAAGGAACACAGATAATG GTTGAGAATCTATTCTATAACATGGCGGCGAGGAGGAAGACGCTGCAAAGTTCCTCTGATGATTACTCAAAGATTGTGGA CTTGGTGAGCCGGTTTGCTATTCATCATACCAATGTTGGTTTCTCTTGCAGAAAGCATGGAGCTGTGAAAGCGGATGTTC ACACAGTTTCCACATCTTCGAGGCTTGATGCCATCAGATCAGTTTATGGGGTCTCAGTTGCTCGCAATCTGGTTGAAATT GAAGCTTCAGACAATGATCCATCTACTTCATGTTTTGAGATGCATGGTTATATATCCAATGCAAATCATGCAGCCAAGAA AATTACAATGGTGCTTTTCATCAATGATAGATTGGTTGAGTGGTCTGCATTGAAGAGAGCTGTTGAAATTGTTTATGCAG CAACATTACCCAAAGCATCTAAACCCTTTATATATATTTCAATTGTTTTACCGCCTGAGAATATTGATGTAAATGTGCAT CCGACAAAGAGAGAGGTTAGTGTTTTAAATCAGGAAGTTATCATTGAGAAGATACAGTCGGTGGTTGAATCAACAATGAG GAGTTCCAATGAGGCACGGACATTTCAAGAACAAACAGCTGGGCAATCTTCATTGTCTCTTATTAATGCAAGCAAGGAGG TTAAACATAGCCCTACACCAACGGGCTCAAGATCACAGAAAGTACCAGTTCATAAATTGGTTAGAACAGATTCATTAGAT CCTGCAGGAAGATTACATGCCTACATGCAAACTATGCCTGATAGCAATCTTGAGAAGAATATTAATTTGAATGCAGTAAG GTCCTCAGTTAGACAAAGAAGGAACCCAAAAGATTCTACGAAACTCACCAGCCTTGACCAACTTCGTGATGAGATCAATA GCAATTGTGACCCTGGCATGATGGACATTGTAAGGCATTGCACATATGTTGGAATGGCAGATGATATTTTCGCTTTGCTT CAGCACAATACTCATCTTTATCTTGCGAATGTTGTAAACTTGAGCAAAGAGCTTATGTATCAGCAAGTTCTGAGCCGTTT TGCCCATTTCAACGCCATTCAACTTAGTGATCCAGTCCCCTTGAAAGACTTGATAATATTGGCACTTAAGGAAGAGGATT TAGATTCAGAATGTAATGATGATGACGAATTTAAGGAGAAGATTGCAGAAATGAACACAGAACTGCTGAAACAGAAGGTT GAAATGCTGGAGGAGTATTTTGGCATTCATATTGATGAACATGGAAATATCTCTAGACTTCCGGTGATACTTGACCAATA TACTCCTGACATGGATCGCATCCCTGAGTTTGCGCTTAGTTTAGGCAATGATGTTGATTGGGAAGATGAGAAAAACTGTA TTCAAGCCGTTTCAGCTGCTCTGGGAAATTTTTATGCTATGCATCCACCTATGTTGCCTAATCCATCTGGTGAGGGCTTG TCTTTTTACAAGAAGAGAAAACTGATTGACAGTTGTGCTGAGGAGAATACTTGTGATATTACAGGGAATGATGTTGATGA TCAAGTTGAGCATGAATTGCTTTCTGAAGCTGAGACAGCTTGGGCCCAGCGTGAATGGTCAATACAGCATGTGCTTTTTC CATCCATGAGACTTTTTTTCAAACCACCTGTTTCTATGGCTAGCAATGGAACCATTGTTCAGGTGGCTTCATTGGATAAA CTTTACAAGATTTTTGAAAGATGCTAG
Protein sequence (LotjaGi3g1v0335500.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MEERASGSEKEMEPPKIQRLSESVVNRIAAGEVIQRPVSAVKELLENSLDAGSTSINLLIKDGGLKLIQVSDDGHGVRFE DLPILCERHTTSKLSAFEDLQSIKSMGFRGEALASMTYVGHVTVTTITKGKLHGYRVSYRDGVMEHEPKPCAAVKGTQIM VENLFYNMAARRKTLQSSSDDYSKIVDLVSRFAIHHTNVGFSCRKHGAVKADVHTVSTSSRLDAIRSVYGVSVARNLVEI EASDNDPSTSCFEMHGYISNANHAAKKITMVLFINDRLVEWSALKRAVEIVYAATLPKASKPFIYISIVLPPENIDVNVH PTKREVSVLNQEVIIEKIQSVVESTMRSSNEARTFQEQTAGQSSLSLINASKEVKHSPTPTGSRSQKVPVHKLVRTDSLD PAGRLHAYMQTMPDSNLEKNINLNAVRSSVRQRRNPKDSTKLTSLDQLRDEINSNCDPGMMDIVRHCTYVGMADDIFALL QHNTHLYLANVVNLSKELMYQQVLSRFAHFNAIQLSDPVPLKDLIILALKEEDLDSECNDDDEFKEKIAEMNTELLKQKV EMLEEYFGIHIDEHGNISRLPVILDQYTPDMDRIPEFALSLGNDVDWEDEKNCIQAVSAALGNFYAMHPPMLPNPSGEGL SFYKKRKLIDSCAEENTCDITGNDVDDQVEHELLSEAETAWAQREWSIQHVLFPSMRLFFKPPVSMASNGTIVQVASLDK LYKIFERC
Data for domain prediction are obtained with InterProScan, and merged with InterPro data obtained from the EB-eye REST service.
| Prediction algorithm | Identifier | Start | End | Length | E-value | InterPro ID |
|---|---|---|---|---|---|---|
| PANTHER | 13 | 724 | 712 | 6.1E-249 | – | |
| PANTHER | 13 | 724 | 712 | 6.1E-249 | ||
| SUPERFAMILY | 15 | 226 | 212 | 2.88E-48 | ||
| TIGRFAM | 16 | 326 | 311 | 3.2E-96 | ||
| Gene3D | 16 | 229 | 214 | 3.8E-75 | ||
| CDD | 24 | 207 | 184 | 9.19554E-97 | – | |
| Pfam | 38 | 141 | 104 | 1.9E-10 | – | |
| ProSitePatterns | 107 | 113 | 7 | - | ||
| SUPERFAMILY | 213 | 346 | 134 | 1.71E-29 | ||
| CDD | 220 | 344 | 125 | 1.06362E-58 | – | |
| SMART | 225 | 347 | 123 | 1.2E-37 | ||
| Pfam | 225 | 346 | 122 | 6.8E-29 | ||
| Gene3D | 230 | 359 | 130 | 1.4E-41 | ||
| Pfam | 441 | 728 | 288 | 4.8E-87 |
GO predictions are based solely on the InterPro-to-GO mappings published by EMBL-EBI, which are in turn based on the mapping of predicted domains to the InterPro dataset. The InterPro-to-GO mapping was last updated on , while the GO metadata was last updated on .
| GO term | Namespace | Name | Definition | Relationships |
|---|---|---|---|---|
| Molecular function | ATP binding | Interacting selectively and non-covalently with ATP, adenosine 5'-triphosphate, a universally important coenzyme and enzyme regulator. | ||
| Biological process | Mismatch repair | A system for the correction of errors in which an incorrect base, which cannot form hydrogen bonds with the corresponding base in the parent strand, is incorporated into the daughter strand. The mismatch repair system promotes genomic fidelity by repairing base-base mismatches, insertion-deletion loops and heterologies generated during DNA replication and recombination. | ||
| Molecular function | ATPase activity | Catalysis of the reaction: ATP + H2O = ADP + phosphate + 2 H+. May or may not be coupled to another reaction. | ||
| Molecular function | Mismatched DNA binding | Interacting selectively and non-covalently with double-stranded DNA containing one or more mismatches. | ||
| Cellular component | Mismatch repair complex | Any complex formed of proteins that act in mismatch repair. |
Expression pattern of LotjaGi3g1v0335500.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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