Your browser is unable to support new features implemented in HTML5 and CSS3 to render this site as intended. Your experience may suffer from functionality degradation but the site should remain usable. We strongly recommend the latest version of Google Chrome, OS X Safari or Mozilla Firefox. As Safari is bundled with OS X, if you are unable to upgrade to a newer version of OS X, we recommend using an open source browser. Dismiss message
| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0127700 |
| Transcript ID | LotjaGi1g1v0127700.2 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | DNA mismatch repair MUTS family protein; TAIR: AT5G54090.1 DNA mismatch repair protein MutS, type 2; Swiss-Prot: sp|P73625|MUTS2_SYNY3 Endonuclease MutS2; TrEMBL-Plants: tr|I1JH75|I1JH75_SOYBN Uncharacterized protein; Found in the gene: LotjaGi1g1v0127700 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:20388353..20402367) extracted from Lotus japonicus Gifu genome v1.2.
AACAAGCCACAACCTTTGTGGCACACAAGTACCAGGTTCTCCCTCATATAAACCATAATTTTGTGCAATTTTGAAAACCC ATTTGAATCCATTGGTTTAAGACTCATAAAAATGTTCTCTTTCACCACAACCATCTCTGTTTTCCCCATAACCATTACCA AACTGAAGCAGCAGAGACACAGGCAAATTGTAGCAGCAGCTTCCATTCACGATGACAGCCTTAGAGTTCTCGAGTGGGAC AAGCTTTGTGATTTGGTCGCTACCTTTGCCACCACTTCATTAGGCCGTCAAGCCCTCAAGGTATCTCTCACCTTTTGCTT TCAGTTCTGTACTTTTGTCACAAAATCACTATATGAAGCCATATCAATGAACCCTTTAGTCTTAAAATGTGGGCAATGCT CATGACTGTTGAATTTTTGTGATAAAATTCAATTTTTATTTAGTAGAATGGTGGCAACAAGGGTCAAATTCTAGACCATT TAGTCATGAATTAACTATATTAAGAACTTGAGCAGGGTCTAATTCTAGTTCACTTTTTTTTTTTTTTGATAAGCCAATCT TATTGAATTTGATAAGTCAATTCTAGTTCACTTAATCATGAATGAATTATAGTAAAAGTTTAAGCTGTTAGGTGAAACCA CTTAGAATGATTTTTGTGGGTGTTCATGGAACAGGCCCAGCTATGGTCCGTTGATCGAACTTACGAGGAAAGTCTCAAAC TCTTAGATGAAACCAATGCTGCGGTTGAAATGCACAAGCATGGCGCTTGCAGGTTGCACTTGGGACACATTGATGCTTTG CTGGTTGGTAACTAACTAGTGTGTAAAAATGTGTTCTTTTTTTTTTAAGACAAGAGAACTATCATGTTATTTTATTGTCA AGTAGTTGATTTAAGGTTCCTGTAGGTGAAAACCGCGATTCAGAATGCCCGGAGAAGCATACACGTGACTGGCTATGAGG CAAGGGCTATTTGGGCTCTTCTTCTGTGTGCGGACACCTTGCAGGGTGATCTAAAAGCTGCAATTAAGCAAGACAAAGAT TGGTATGGTCGTTTCATGCCTCTTACAGAAGTGGTAAATGGTGAAATAAGATTTTGAATATATACCATAGCATATAATTC TTATTCCTACCATCATTTCCAATTTTCACTAATAATTAGAACAATGCCACATTGTTTTCTCTTTGTTTATTGGTTCAAGC ATTCTGATAAAAGATTTTGAAGACAGCATTTTTAGTGTTTTTTATGTTTTCTTATAAATCCTCGAAAACAGAACATTAAT GAAAACAATATCATTTTTATGACTATTAGTGAAAGTAGAAAATAAAAACATAACTTTTTATTTTTTCTGAAACCAAACAA ATATTGATATTACCATGTTTGATACTTTTCTACCCATATAAACATGTTTGCAGATAATGGAATTTGTCATCAATCGATCT TTAGTTAAAGCGATAGAACAAGTTGTTGATGAAGATGGCTCTATTAAAGACTCTGCGGTTTGTTCCATATCTCATACTAG TTTCCTTTTTTTTTTATCCCTGCATGTTGACAGTGATTAGCTGCTGCTTTTCTTTGATTTGAGATGTCATGTGTTTTATC TTAAGTTTGGTTTTTTAACATTCTTCATTGCATAGTATTTGATAAAAGTGAATATTTAAAAAAATGCATCTCTCCTTTCT TGGTGCCGAACAATTAGGTTACTGTCATTTGCTTCTTCTATTGCAAACACATGTATAACTTAAGCTTACACCCTTGTTGT AGAGTCCAGAGCTTAAGAAGTCACGTCAACAAGTGCAAGTGCTTGAGAGAAAGGTAACTCCTGCTTAATTTTCTTTATTT CATGATGTTGGTTCTGGTGATACTGATTTTGTCAGTTATATGGAATTTCAATAGTTTATAGTATAGTTTACAGCCACAAA TCTAGTTAAATTTCATTCGATGTTTTGACACACTAGTTTGAGATTAGGATTTAGTCACAGAAGTTTTGACAACAATCTAC TTAGGATTGGACAAAACCCTGATTTTATTTTATCTGTCTTAGGTTTTTAATTAATGAACTGACCACTTGTTTATACACTT TAACTTCCACCAGTAGAAATTTATTTAGGGAGAAAGTTATGCTCATGACCACATCAATATGATTTATCTGAAATTATAAA TGTGTCATCTTTTTCAAACCCCACAGAAACCTCCCATTCGAAAGATTATTGCAAAGTAGAATGACTCAATTAGTACTTCC ATCTAATTAAATTATAAATTATAAATGAAGCCATTACATTTTGGTAAAATTCACAATAAATTGACTAAAACCGTAGTTTA ATTGATGAATTGGTTTAAAAAACAGGAAAGGGGTCTAGACCATAGTTGTATTATTGAGTTATATTCTGATGAAGCTCATT TATTTCACCCACTTGCCTGATTCCTCAACGAACTTACAATTCAACTCTTGGTACTTTGACAAATGACATGTTGTTTGACA AAGATCTGATGGCTGTGTTACTGTGTGTGGGAGACAAGTTAAATTGGGATATTTTTGTAGTACATAGTATATATTACGGG ATATTTCTGTTGATTTGAAGATTGGAGTGTGATGCATGTGTCTCCACTTGGCAAGTTATCTATTTTTCATCTGTAATTAT TGTGTGTGCTGTGCGCTTTATAGATCGATCAACTGATAGATAGATATTTGCAATTAGTTCTTTCTTACACTAAAATAAAT AAGATTTTGATCTAGTAAAACTTATATGCTTTTTTATTTGACTTGGTGGGTTGTTCCTATGGTTATCTATACACTTTGAT GATCAAACTAGTTATTTTAATTTAAAGGAGTTTGTGATGAACTAACTATCTCAAAATTTTAAGCTTTCAGGTGAAAACAC AGAAATTTATATATCTCGCAGAGCTCATTTTATGCTTCCCATCATTGAATATTATTTGTTTCCTTTGTTCAGATACAACA GTTAATGGAGAGCTTAGTCAGGAAAGAAAGGAGTGAATCATCAGTTCTTGTAAGATTCACCCTGCTGCACGCAAATTACT TTTCGTCCTCCATATTTTTTCCCTATCGATTGTGATAATTCAAACAGGAAGTGAATAATGTTGATGGCAGGTGGTGCATA AGAGTGGATTCTGGACAAAATACAAGTTTTAAAGGTCTCTTGTTGTCCAGGTATATGAAATTTTCCAACATAGCTTCAGT CATTCATTGTTCATAAAATAATGTTCGTCTACAAAGCTAGTAGGTAGGATTAAAATTTCATTCTTCAAAGATGGTATTTA TTGGCAGTGGTTCAGGTGTTGGAAGCACTGTAGAGCCACTTTCTGCTGTTCCGTTAAATGATGAGTTGCAGCGAGCAAGA ACTTTGGTGGCAAAGGCTGAGGTGGATGTGCTTTTGACATTAACCAAAAAGGTTACAAACATGATATAAATAAAGATTCT CCCATAATTTCAAAAAGAGGGGTTTTCATTCATATTGAATAATACATCAATGGATGATCTGTATGTATGAGAACCGCTGG GAAAAAGGAAATTAGTAAAAGGCTAATCCCATGATTTGTAGAATGTCCTAACTGATTAAAGAATACAATTAAATGAGCCA AATTCTATGGATACAATCTGTATGTCATAAAAGATTTCCTACACAGCTGATTGATTACACGGTTTTCCACAGATTCTTCT GGCCACGATTTTTTCTTCTCTGATGTTGTCATAATTTGTATGCAGATGCAACTGGACCTAGATGATATTGAAAACACATT GAACAGTTTGGTTCAACTAGATGTGGTAAATACCCTGAACGTTTTCTGACAGAAGTGGATCCCCATTTTCTCTATTTGAG TTGTTTCTTCTGTGTTTTCCCTCTTCTAAACTCGTTAATTTGTGAGATTTACTCTTTTTACCTTTCACATTTCAATGAGT TCACTTTTGGTTCTCTTCTTAATGAAGATCATCTCCTCCTGAGGGTTGGGACTTGGGATGGGTAGTATTTTGAACAGCTG CTACTGTTGACAGTTCTTATGCAGTTATTTCACATTTTTTTCTTTTTCATGAATTAAATTTCAGCATAAAACAAGTAATC TCATTGAATGCTTTCAGTACAATTTTTTTATTAGTTGTACTTTATTCAACTCAGATAATTAGCTGCATCTCAGTAAAGGT TAAATAAGTATTGGTTGATTTAAATATGCTAAACTTCATTAAGTCATGGGCATATAAGTCAAAGGCAAGAGCCTCCCACA AGTTTCTGGCCTGCTGTTCTCCAGGTCCTTGCTAAACTTTACACTAAATCACTTGGAATAAGATAAAGTGATGATCATAA TTAAACTCAGCAAGTCAGTTACAGAATTTGGCAGGTAAATACATACAGAACTTCCAGCCTATTTTTTCTTGAGCCTAGCA TCAAAAGACATAAATAGGGTTACTATGCACATAATTACTGTTAAAATGATATTTTGCTACCATATGAAACATATACCATA GTATCTGTGTAAAATTTGGATTAGTGCCCTTTATAGTAACCCGCGTAGTTGCTACAACAAAAAAAACTTGCGCACTTGCT TATGTAGGTGGCCCCAGTTGGCAGTTTATATTTTACAACATGGTGCAAAAGATAATTAGCAATGTGGTTCATATTATGCA GATTAATGCTCGGGCAACTTATGGGCTTTCATTCCGAGGATCAAGCCCCCATATATTTCTGCCAGAAAAGAACAGCTCTT CTTCTACTGAAGCCTTCTTAACAGGGAATGACAATTCCTATGGACCATTACCCAACAATAAGGAATGGACGTTGTATCTG CCAAAAGCTTATCATCCTTTATTGCTCCAGAGTCATAGAGAGAATCTGCAGAAGTCTAAAAAGGATGCCAATCTTGCTAC TTCAGTTAAGTCACTGATGACACGAGGCTACTGTTTTCTTCACTTTGTCCCTGACCCCCTAATTTTTTGCTTTATATGAG GATGGGTAGGGTTTTGGTTCTAGTCCTGGGTTGGGCCTTCATATTCAGGTAAAAGGGCTGATGTTTTGATTGCCAGCAAC AATGTGCCTTTTCTAATCAAGAGACACTCAAAGAAAAAGCGCCATCCTGATTGTTGCTAATAATGATCAATGTTTCCTTT CCCTCTTTTTTTTTTATTTGCATGGAAAAGTATACGAAAAAAACTAGAAGAATCTATCATCAAGAGGAGAAGCATAAATT GGGGCATTAGGTAGTGTTCCAGCCAAGAACATAGAGATAGGGTATAGTACCTATAGTGAAGGGATTGCCATGAGAGAGAA TCTAGAGGGATGAATGTGTAACTGCCTAGAGAGAGAAAATAACCGCTTAGAGAGAGAGAGTAACTCAATTTAGAGTTTGT TATTGAGAAATGAGCCCAGCGTCCCTTACATGTGGTAACCGCTCCCTATTTATAGGCTAGGGGCTGGGCCTCGTAAGCTA ACTATCCCTGTTGGGCCGGTTGGGCCTCGCGAGGGAGGCCCAACTCTGGCCTTGCGTGACCGCCACGAGGCGGGTAGCCC TGGGCGAGGCCCAGGCCCCCTGGGGAGCTCGCCCAGTCCAGGTAGTTGTGGTAGGGATCCTTCACTGAAGCTACTGTATA TCATATGATAAGATTTGTTTTAGATATTTGATATGTTGCTGGAAAGTATTGTTATCAGTTGACTTTAAGGTTTTTCTCAT CTACTTCTCCTCATGATAAAGTACTTCTGGTATCAGGTTGCTCCGATGGAGAAAACCCAGCCAGAGCCAGTACCAGTTGA TTTTTTGGTACCTCAGAAAACTCGTGTTATAGTTATAACTGGCCCTAATACTGGTGGTAAAACCATATGCTTGAAAACTG TAGGATTGGCTGCTATGATGGCAAAGTCAGGTGATCAATTTTTCCTCTCTTCTCTCTTCTCTCTCTCTCTCTCTCTCAAT GTTTAGCATCATTACTTGAACATAAATAGAATCATTACTGGAATCCATGAAGTAAAATTTCATTTAATTTAATCTTTTAT TATGGTAAGCCTCTTGATATTTAACCATTGGGGCTTGGGTCATGAATTGCATATCTTTTCACGGTACTTATCATCCCATT GCAGCCACCTCAAACCTTGAACAAAAAATCTTGAGGAAAAAAACATGATCTAATTTTAGCTAATGCCCTGTTCCCCCAAG CCTTGACTATATTAGAGCCCTCAATTAACCATAAATCTTTCATTTTGGTATGAGAGCTCTCTCCTTAAAAAGATAAATAT AGGCTGAAATCTAGAAAAGGAGAATAGCTCTCTCTTACTGTCTTGATTAATTTTCCATTCTCTTTCCCTCCATTAATAAT TGCACCCGCCCCTCATTTCCCTTGGAATCCTTTCCACTTTCTTATGTGCCTATTTAGCTTCATTTAGTTCGATTCTCTTG CTGCACTCCTTCTGAGTCTAACATTTATACCTGTAGATTGAATTTTCCAAAACATAAACCTTCTTTATTGGAGGCCTATC AGTAAAATAGTAACTGCTTTTCAAAGTTTGTTAAAGCAGGAGTTCTTTTCTAGGATATTTTTGCGATAAAGTTTTTCCAG GTTTCACTCAGTTGCAGGTTGCATCATGTTAGGAATGGCCAAGAGGGGAGAATGTGAAAAATCTACATCAGAACTATTGG AATTAAACTGCTGCATAACTGAATTAGTTAATTGTAACAGTCAGGCAGGCAGCTGTTTAGTCAATTAGCAGGGTCGTTTG GTAGTTGGGAGTCTAGTTGGTTAAATAGGAAAGTTGTACAGAGAGGTGTTATATCACCTTTATTTTTGGCTTTCTGCTTC TGTTCCCATTATCACATCACTCATTCTATATCTATTCGAATAGAGGTGCACATGCCTTGGAAATTGTATTGTTCAGGACT GCTAAAGTGCCTAAAGTACACAATTAGCTAGCGATAGAGTCAACTAAGATGATAAATAACTTTAAATGCATGTCATGAGT TCAACATGCACATAAGTTATATTTTGCTATATAATGGTATTTTCAATGTGTTAGTAAATGTCTTCATGTATTTCCATGTG AATTTCAATTCAATGCGATGGGTGTTATTCTGTTGAAATGTGATGGGTGTTATTTCCATATAACTGGCCTAATCACTTAC TAACACTCTGCAATCATTATAGCTTTAGTTGACTAATATTCTAGCACGTGCTAAATCGGCTCATAAATATTGATAACTAT TTTAACATTCTGCAAACTTTAAATAACCATCTCATGACATGGATTAGGGGTTAGATATCCATTATGAGTAAATTATATAT CAAGGTAGAAAGTCAGAATAAGAGTGTCACGTTTTAGACCAGCAAAAAAGTTCTTATCATCATGCAATATGAGATGAAAG AGTTGGATAGGCTACAGATGATTGAACAGTTATACTAGAACTTTTCATCATGAATGTTAGTGAAAATATTAGGTGACAGA ATGGTACAAATACAATAAGTATTGTGTACTAGTTAATCAATGATTTAATCCTTTGTGGGTTTCAGTGGATATATGTAAAT ACAAATTCATCATTTTACTGGACCTTCAAAACTCTAAATATTTTATGAGCGGCTTACTTCACATCAAGCATGGGTTATTT CTTATATGTGCTAACCTATTCATGATGACTGAATCTTCTTTTCATTAACCTACTGTTGTCATTCATGGATTACCTATTTA GGAATGATTTGTGAAGCCAGGTATTGGCAATTGTTTTTGCTATTGTAGGATTTTTATGCTCTCAACCTTTCATGTTGCAG GTCTCTATGTTCTTGCTTCTGAATCTTTGCAAATTCCTTGGTTTGATTCCATTTTTGCTGACATTGGTGATGAGCAGTCC TTATCACAGTCTTTGTCTACATTCTCTGGCCACTTGAGACAGATTAGTGTAAGGAAATTATATTGCGATTGTGTAGAACG TAAAAGCTGAAAGTACCTTCCTTGTTTCACTTTTTTTTAACATATTTTGTAACTCAATGAACAACAGAGCTCCAGTGAAA TTGAGCAACTTATAAACATCCCAATTGAGTTTTATCAGCATTTAAAATGTTGATTGTTTCAGTTTGAAGTTAAAAGTCAG GCATTTTCTCTTGATATTTTTAATTTATGAAATTCTTATGTTGCTTTCTAAATTTCATCTTGCAGAATATTAAATTACAT TCAACAAGCCAGTCACTGGTGCTACTAGATGAGGCATGTATTGCATGAGTTTAGTAAAATGAGTTCAAAAGTGCAATATC ATGCAAGTTTATGATATATAGTATAATGTTTGCAATTGTTAGGTTGGTGCAGGAACAAACCCCCTTGAAGGAGCAGCACT AGGATTGTCTTTATTGGAGTCTTTTGCTCAAGATGGTTGCTTGTTGACTATAGCTACAACTCATCACGGTGAACTGAAAA CCCTGAAATACAGGTAGTCAGAAAATATGATGAAGACATAACTAGAAAAAACATTGATTTGGCATTTTTTACCTGTCATT CCTTTTTTGTTTTTTGTCTTCACGTCAAAAGTATGAAACTGCTGCCTTAAGTTTTCTTTCGCATTTCTGACATTCGTTTC ATGAGCAGTAATGAGGCCTTTGAAAATGCATGTATGGAGTTCGATGAAGTGAACTTGAAGCCAACTTACAAGGTTCTCTG GGGCATACCAGGCAAGCAGTCTCTAACTCATGAATAATAATAACAACAATGATTAGAAGTTTGTTAATGCAATTTTTTAT CTTGCTTTAAATACACTGTTTTTCTGTCATTTCTTTTGATTCGTCCTCCTTCCTTTGTGCGTTTGTGCTGATCTGAAGCA TCTAAAAGCTTGAGTTAAATCATGGAATATCAACTACCCAAGAAAGCTCTTTTTTAAGGCTTCAATGGATAAGAATATCA TTTGCACATGGAAGTTTTACATTTTTGTTTTTGCTGTGCAATCTATGATCCTTCTCACTGAAATAAAAATAAAAGGTTTT ATGGCCTGAATAGGCGTGTTTCATTCTGTGGTTTATTCTGCGTGAAGATTTGTTTGAAAATTTTATAGCCTTACTAATAG GCATGTTTCATGGATCATCTAAATGATAGACTTACATATAACTCGAGATTTTCATTATAGGGCGCTCAAATGCAATCAAT ATAGCCGAGAGGTTGGGACTTCCATCTGTTGTTGTAGATACTGCTCGTAAGTTATATGGTTCTGCCAGTGCAGAGATAGA TGAGGTATTTGTAATTTATCATAATTGTATTTATTATTTGTTAATGATTGTATATGATGTCTTTGTAACATAAGTAAGAA GTTCTATTTGTGTTTTTTTTTTAGACTTCAAGTAGTGAATTGACCATTTTGCCTTAAACTTGATGCTAGAGTACTTGTTA GAATTTGGGAGGCCTAACTCTACCCAAATGCAATCAATATGAGTGCATGCTTAATTTCAAATTGTATCCCGCTGATCATC ATTTGGCCGTGCTAGCTTAATGCCAAGGACTAAATTTGGACCTATTAACAAAAATGAGAGACTAAAACAAGGTGTTTTTA AAATTAAGGATCAAAATCAAAATTTGGAAATTCTATAATGACTAAATACAAATTTAACCCAAGCCAGAATTATACAGGGC ACCATTTATTTGCCACCAAATAATTAAATTCTCTTCTTTTCATCATATTACGAATATTTCAGTAGCATTTCAACACAGTT TACTTTTTATGTAGGTAATAGCCGATATGGAAAAGTTCAAACAAGAATACCAAGAGCTATTGGCTGAAGGGCGTCATTAT CTAATGTGAGATTCTCTGCTTTTGGGAAAAACTTAAGTTTTATTTCATGCCGTTCCACCCCCCCCCCGATATGCATTTAT TTGGTGTACAATTTAAAGGGGAGCCATTCATATGTTATTCGTTCCATAAAGAACTTTTTTTTTCTAAAACAATCCTAATA AACAGATTCTAAATACTGCACTTCTCCTTTTTCGCTGCTGGTAATAATTCATACTTGCAGATAATTATCAATAAATTCCA CCATACGTTGGAGTATTTGTAAATTCTTAATTTTGAGAAGAGTTTTTCATGTTTGTAATTATAGGCACTCCAGAGAACTT CACAATAGTCTGTTGAACACCAGAAGGAAGATTGCGGAACACAGTACTAAACTAAGATTTAAAAAAATGAGAGAAGTATC TGAGGCTGCAGCAACGGCAAGATCTGATATTCACAAGAAGGTGAGGGAGATGGATGCATTAGCTAAGCAAGCTTCACAGC ACAAAAAATCCATTAAGAGCTCTCCTTCATCAGCAACAAACAGCCTTCATACTGCAGCTGACAACAAAAAACCTACAATT GCTGATAGAAGTGCATCTGCTATAAAAAAGTTGAACCAATCATCATCAGGTATATGCAGGAAAAATGAAGCATGAGGGAA ATATTAACTTGTTACGAGATGATATGCTTCCTTGCTTAATTTCTTGCATCTAAATCAAGTGTCCAGAACTAGTTACTTTT CACCTGGTGGTATAGCACATGCTGAAGTTGTGCTGTCTGGTTTTATAATTAGAAACTATATCATAGGAAAATTTATGCTG TGTTTTCATTCACCTATTAATGTCGCAGATAGGTTTGAGCTTCCCAAGGTTGGTGATATGGTGCATGTTGCTTCCCTTGG TAAAAAAGTGACTGTTCTAAAAGTGGATTCATCCAAAGGAGATATTGTAGTTCAAGCTGGAAACATGAAATTGAAGCTAA AAGTAACTGACATTCAAAGATAGTAGAAGATATGAAATTATGGCTATGATCATAAATGAGTAAGTGTTTTATTGATGCAT AAGTCATACGCACTGTTAGCATTAAGGATTATGTTAAGAGTTAGGGTTAGATGTAGAGTCTATGGGTCAGGCCCATATGT ACTTTGTACTACATGTTGTACTACTCTTAACCTAGTATTATATATATGAGGGAGGCTGCACCTTGCAGTGTATCCCATTA CAATATCTCTTTCTCTCTCTCTTAGTCTTTTCTCTTTACATGGTATCAAGAGCCTAGGTTCTCAACCTGCCTAGGTCAGC CGTCACAGCCGTCAACCTGTAATAAAAAAAAAAATCCGAAAAAAAAAAGAAATTCCCTCCCAGCCACTTCAGAAAGGGCC GACCAAGGTTGCTGGGGGTATAGAAAATCCACCACTGGCTATTGTGTATTTTTGGGAGGTAATTTAATTTCTTGGAAAAG CAAGAAGCAAAATGTGGTGGCACGATCTAGTGCAGAAGCTGAATATCGTGCTATGGCTCAAACTACATGTGAACTTATGT GGGTAGGACAAATCTTGAGTGACATGGGAATTGAGAGGATATCTCCAATGAAACTATGGTGTGATAATCAGGCTGCCCTT CATATCTCGTCAAATCCAGTTTTTCATGAAAGAACTAAACATATTGAGGTGGATTGCCATTTTATCCGTGAGAAGCTTCA ACAGAACCTTATATCTACTTCTTATGTTAGAACAGGCGATCAACATGCAGATGTGTTTACAAAGGCTTTGAATGGGGTGC GTAATGATTTTATTTGTAACAAGCTGGGCATGATTAATATCTATGCTCCAGCTTGAGAGGGAGTGTTAGCATTAAGGTTT AAGAGTTAGGGTTAGATGTAGAGTCTATGGGCCAGGCCCATATGTACTTTGTACTACATGTTGTACTACTCTTAACCTAG TATTATATATATGAGGGAGGCTGCACCTTGCAGTGTATCCCATTACAATATCTCTTTCTCTCTCTCTTAGTCTTTTCTCT TTACACGCACTACTGAATATAGTGCCTGGTTGCCAGCCCTACGGCCTACACCATGGAAGCTTATTTTGAACTTGCTATTA CCTCAAATTCATTATGTTCATAGAAAATGTGAACCATCAAGAATTAAGGGTCCGTTTGGTTTCTATTTTCTTTTTCTGTC TGCAAAACTGTTACCTAATTTTCATTTTATTTCATGTTTTTAGTGTTTTGCATAGGAAAATGAATACATGAAAATAGAAA ATGATTACACAGTTTTAGTTTTGTAATTAAAACTGAAAATGAAAATAGAAACCAAATAGGCCCTAGCTTTTCAAGCGTTT TTTGATTTCAGAAATCGGTGCATTGTATTTTGCTCCTAACTATAGATGGTCTTTCAAGAAATTGTGTATTGAAATTGCTA TCTTATGCTTTGATGCAAGGTAGAAACAAATGCTGTGGGAGCTTTCAGAAACATCAGTTTCTTTTGATTTAGACAGATGT GCCAAGGTACAATTTTGAGAACCATCAATTTCAAGAGCAATAGTTGGTTGTGCTAAATGTGCAAGGTACATTTTTCTTTA TGATGCATATAAATTAACAGGATATCAGGATATCAGAATGGACTGAAGCTACAAATAAAGAAAACAAACAAGAAGTTTTT GGGCAACTGATGGTGCTTGCTTAGTGGAAAGAACAATGACAAGGTATTCAGAATTCAGAAACATTGTAACTGAAAAAGGT TTAGGCATTTTACCTTATGTTTCCTTTAACTTTATTGAGATCTGCACCCTTCTTAGAGTTTGTTAGGTGCCCTTTACTTC TGGTCCACTGAGTCATATGATTACTTAATGGAGCTAATTTGTTTGTATTGTCTATTTTAGGCTTTTTTTGGCACGTTTGG AGGTGGGATATTCTACACCCTTTACAAGTAGACACTAACGGCTTCCTATTATGTGCTTGGAGTTAGAGTAACTCCACCTT GGGTTGTTTTTATTGAAATAGTGTTTGATAACACGTGTTGCTTTTCCTATTGTGTATTGAAGGGTAGCTCATTTTTTCCA TGTCAAAGCACTGGTTGCTTTAAGCACATGCTGATATTCCTTATATGTGGGCCTCAATTTTCTGTGAGTATTTAAACATT GTCTTTTGTGATGTATTATAGCATGAAGAGTGCTAGCAAAACACATCTGTGATGATGCCTTCCTTTAGGTAGCCTTACAA TTGTTCAGTAAATGTGTCGGTTTTGTTCCATCCAGCTAATTGTCCTCGCTTTGGTTGTCTCGGTTGGCAAACATGGTGTC CACTTAGCTGTGGAACCTTTGGACTGTCCAGCGCAATGTTGAGCCTTGTTGCCGTTTGGGTCGACTAGAACATTGTTTAG TGAGATTCCCACAACTACTGCCTATTGAAGCCCTAAACATGGCGGGACTAATTATTGGTGACAAAAACTTTCGATTTTAG ATCTCCCATATTTCTCTCTTTAGTTCTTGTCTCTCCCTTTATTTCAATTATACGTTTCATATGTGCTTATACAAATTTTC AAGTGCCTGGGTATTTTATAACTATAAAAGCTATCAGGAAACTCTTTCATTAAAAAGAAGCATTACATCACATAGGAAGG TTGTTTTGGCCTGATAAGGACACCAAACAGGTTGATGTACAAAATTGCTTTCTGAAACACAATTTCACAATTTTGCGTGC TTTGGATTTGTGCTGAGGCAATGTGAAAGAAACACATTTGTCTAATCCATTAAGTGTACTTCATTAGGTGAATGTGCATT AGAATTCATGATGATGATGCATAACAACATTCCGATACATCTCATTAGAAAACCGAACATTTTTTTTTTGCTTTAATAGT AAATACCAAGGAAATAAAGAAGTGCCCATAAATGGCTTTTGTCATTACGCACACGATACAGCAGACCTACTGGATTTGAG GTTTAAAAAGTTAAAAAATAAATAAGGCTTATTACATGGAGCATACTTACCTAACTTCACTTTTATTATAAAGTAAATAC TAATCAAATTACTAATACAGAGAACGCTGAATTCAAAATTTCCACCAAGTTGGTGGAACATTAATATTAAAGCACTACTT AATGGGTAGATGAAAGGAAGACAACAGAAGTGACATATTCAACTAAAATATGTCTTCTGTGTGTTAGCTGGCAATGGCAA TGGCATTTTGCATTATTTTTTAGTACTTTATATTTGTCCCTAATTTTTTTCTGTAAGTTTTTTTTTTTCTTTTTTCTGTG GGGGTTATATTCTAA
CDS sequence (LotjaGi1g1v0127700.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGTTCTCTTTCACCACAACCATCTCTGTTTTCCCCATAACCATTACCAAACTGAAGCAGCAGAGACACAGGCAAATTGT AGCAGCAGCTTCCATTCACGATGACAGCCTTAGAGTTCTCGAGTGGGACAAGCTTTGTGATTTGGTCGCTACCTTTGCCA CCACTTCATTAGGCCGTCAAGCCCTCAAGGCCCAGCTATGGTCCGTTGATCGAACTTACGAGGAAAGTCTCAAACTCTTA GATGAAACCAATGCTGCGGTTGAAATGCACAAGCATGGCGCTTGCAGGTTGCACTTGGGACACATTGATGCTTTGCTGGT GAAAACCGCGATTCAGAATGCCCGGAGAAGCATACACGTGACTGGCTATGAGGCAAGGGCTATTTGGGCTCTTCTTCTGT GTGCGGACACCTTGCAGGGTGATCTAAAAGCTGCAATTAAGCAAGACAAAGATTGGTATGGTCGTTTCATGCCTCTTACA GAAGTGATAATGGAATTTGTCATCAATCGATCTTTAGTTAAAGCGATAGAACAAGTTGTTGATGAAGATGGCTCTATTAA AGACTCTGCGAGTCCAGAGCTTAAGAAGTCACGTCAACAAGTGCAAGTGCTTGAGAGAAAGATACAACAGTTAATGGAGA GCTTAGTCAGGAAAGAAAGGAGTGAATCATCAGTTCTTGAAGTGAATAATGTTGATGGCAGGTGGTGCATAAGAGTGGAT TCTGGACAAAATACAAGTTTTAAAGGTCTCTTGTTGTCCAGTGGTTCAGGTGTTGGAAGCACTGTAGAGCCACTTTCTGC TGTTCCGTTAAATGATGAGTTGCAGCGAGCAAGAACTTTGGTGGCAAAGGCTGAGGTGGATGTGCTTTTGACATTAACCA AAAAGATGCAACTGGACCTAGATGATATTGAAAACACATTGAACAGTTTGGTTCAACTAGATGTGATTAATGCTCGGGCA ACTTATGGGCTTTCATTCCGAGGATCAAGCCCCCATATATTTCTGCCAGAAAAGAACAGCTCTTCTTCTACTGAAGCCTT CTTAACAGGGAATGACAATTCCTATGGACCATTACCCAACAATAAGGAATGGACGTTGTATCTGCCAAAAGCTTATCATC CTTTATTGCTCCAGAGTCATAGAGAGAATCTGCAGAAGTCTAAAAAGGATGCCAATCTTGCTACTTCAGTTGCTCCGATG GAGAAAACCCAGCCAGAGCCAGTACCAGTTGATTTTTTGGTACCTCAGAAAACTCGTGTTATAGTTATAACTGGCCCTAA TACTGGTGGTAAAACCATATGCTTGAAAACTGTAGGATTGGCTGCTATGATGGCAAAGTCAGGTCTCTATGTTCTTGCTT CTGAATCTTTGCAAATTCCTTGGTTTGATTCCATTTTTGCTGACATTGGTGATGAGCAGTCCTTATCACAGTCTTTGTCT ACATTCTCTGGCCACTTGAGACAGATTAGTAATATTAAATTACATTCAACAAGCCAGTCACTGGTGCTACTAGATGAGGT TGGTGCAGGAACAAACCCCCTTGAAGGAGCAGCACTAGGATTGTCTTTATTGGAGTCTTTTGCTCAAGATGGTTGCTTGT TGACTATAGCTACAACTCATCACGGTGAACTGAAAACCCTGAAATACAGTAATGAGGCCTTTGAAAATGCATGTATGGAG TTCGATGAAGTGAACTTGAAGCCAACTTACAAGGTTCTCTGGGGCATACCAGGGCGCTCAAATGCAATCAATATAGCCGA GAGGTTGGGACTTCCATCTGTTGTTGTAGATACTGCTCGTAAGTTATATGGTTCTGCCAGTGCAGAGATAGATGAGGTAA TAGCCGATATGGAAAAGTTCAAACAAGAATACCAAGAGCTATTGGCTGAAGGGCGTCATTATCTAATGCACTCCAGAGAA CTTCACAATAGTCTGTTGAACACCAGAAGGAAGATTGCGGAACACAGTACTAAACTAAGATTTAAAAAAATGAGAGAAGT ATCTGAGGCTGCAGCAACGGCAAGATCTGATATTCACAAGAAGGTGAGGGAGATGGATGCATTAGCTAAGCAAGCTTCAC AGCACAAAAAATCCATTAAGAGCTCTCCTTCATCAGCAACAAACAGCCTTCATACTGCAGCTGACAACAAAAAACCTACA ATTGCTGATAGAAGTGCATCTGCTATAAAAAAGTTGAACCAATCATCATCAGATAGGTTTGAGCTTCCCAAGGTTGGTGA TATGGTGCATGTTGCTTCCCTTGGTAAAAAAGTGACTGTTCTAAAAGTGGATTCATCCAAAGGAGATATTGTAGTTCAAG CTGGAAACATGAAATTGAAGCTAAAAGTAACTGACATTCAAAGATAG
Protein sequence (LotjaGi1g1v0127700.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MFSFTTTISVFPITITKLKQQRHRQIVAAASIHDDSLRVLEWDKLCDLVATFATTSLGRQALKAQLWSVDRTYEESLKLL DETNAAVEMHKHGACRLHLGHIDALLVKTAIQNARRSIHVTGYEARAIWALLLCADTLQGDLKAAIKQDKDWYGRFMPLT EVIMEFVINRSLVKAIEQVVDEDGSIKDSASPELKKSRQQVQVLERKIQQLMESLVRKERSESSVLEVNNVDGRWCIRVD SGQNTSFKGLLLSSGSGVGSTVEPLSAVPLNDELQRARTLVAKAEVDVLLTLTKKMQLDLDDIENTLNSLVQLDVINARA TYGLSFRGSSPHIFLPEKNSSSSTEAFLTGNDNSYGPLPNNKEWTLYLPKAYHPLLLQSHRENLQKSKKDANLATSVAPM EKTQPEPVPVDFLVPQKTRVIVITGPNTGGKTICLKTVGLAAMMAKSGLYVLASESLQIPWFDSIFADIGDEQSLSQSLS TFSGHLRQISNIKLHSTSQSLVLLDEVGAGTNPLEGAALGLSLLESFAQDGCLLTIATTHHGELKTLKYSNEAFENACME FDEVNLKPTYKVLWGIPGRSNAINIAERLGLPSVVVDTARKLYGSASAEIDEVIADMEKFKQEYQELLAEGRHYLMHSRE LHNSLLNTRRKIAEHSTKLRFKKMREVSEAAATARSDIHKKVREMDALAKQASQHKKSIKSSPSSATNSLHTAADNKKPT IADRSASAIKKLNQSSSDRFELPKVGDMVHVASLGKKVTVLKVDSSKGDIVVQAGNMKLKLKVTDIQR
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 | 24 | 617 | 594 | 9.4E-241 | – | |
| PANTHER | 24 | 617 | 594 | 9.4E-241 | – | |
| PIRSF | 29 | 788 | 760 | 2.5E-220 | ||
| SMART | 40 | 379 | 340 | 8.1E-5 | ||
| SUPERFAMILY | 159 | 323 | 165 | 3.14E-9 | ||
| Coils | 194 | 221 | 28 | - | – | |
| Gene3D | 383 | 686 | 304 | 4.9E-71 | – | |
| SUPERFAMILY | 409 | 604 | 196 | 5.88E-36 | ||
| SMART | 418 | 604 | 187 | 3.5E-68 | ||
| Pfam | 421 | 602 | 182 | 7.1E-34 | ||
| ProSitePatterns | 500 | 516 | 17 | - | ||
| Coils | 603 | 630 | 28 | - | – | |
| MobiDBLite | 689 | 722 | 34 | - | – | |
| MobiDBLite | 694 | 715 | 22 | - | – |
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 | Endonuclease activity | Catalysis of the hydrolysis of ester linkages within nucleic acids by creating internal breaks. | ||
| 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. | ||
| Biological process | Negative regulation of DNA recombination | Any process that stops, prevents, or reduces the frequency, rate or extent of DNA recombination. |
Expression pattern of LotjaGi1g1v0127700.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
Loading expression data from ljgea-geneid. Please wait…