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 | LotjaGi6g1v0040800 |
| Transcript ID | LotjaGi6g1v0040800.1 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | DNA repair protein RAD50; TAIR: AT2G31970.1 DNA repair-recombination protein (RAD50); Swiss-Prot: sp|Q9SL02|RAD50_ARATH DNA repair protein RAD50; TrEMBL-Plants: tr|A0A151SQF0|A0A151SQF0_CAJCA DNA repair protein RAD50; Found in the gene: LotjaGi6g1v0040800 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr6:7869711..7890472) extracted from Lotus japonicus Gifu genome v1.2.
GCCCTCTTTGATATAAAAAAAAACAATTTACTAATCACCTTATTTTCTATTTATATTCTTCTCTTTTATATTCTCTCCTC TAATTTTCACATTTATTTATAAATTTAAGTGAGTGAACTTGTTGGGCGGGCATGGCCGTATGAGTGAGAGGGAGTGATCA AGAGCATGAGTATGAGAAGACGAATGGTGTAACGTAACAACATCGAGAGGGAGGAAGCAAAGCAAAGCAAAGCCAAAATG AGTACGGTTGACAAGATGTTGATCAAAGGTATCCGGAGTTTCGACCCGGAGAACAAGAACGTCATCACCTTCTTCAAGCC CTTAACCCTAATCGTTGGCCCCAACGGTGCCGGCAAAACCACAATCATCGAGTGCTTGAAGCTCTCCTGCACCGGCGAGT TGCCTCCTAATGCCAGGTCTGGCCACAGCTTCATTCACGATCCCAAGGTCTCAATCTCTCTCTCTCTCTCTCTCTCTCTC TCTCTCTCGCATTTCTTCGTTTAACCATTGTAATTACTCGTTCGTTGATTCAGTGTTTGGTATTGTTTTGTTTCCGATTG CGAAGGTCGCCGGCGAAACTGAAACCAAGGGACAGATTAAGCTCCGTTTCAAAACCCCCGCCGGTAAAGACGTGGTTTGC ATAAGGTCCTTTCAGCTCACGCAAAAGGCCTCCAAGATGGAATACAAGGCTATTGAGAGCGTGCTTCAAACCATTAATCC TCATTCCGGCGAGGTACAACCAAAACTCTCTCTCTCTTTGTTTTTGTGCATGTTTGAATACACAATGAGAACATAAGGGT TGGGTGAGATGAAGGGTGAAGGGTCCAGGGTTGAACCCTGAGAAGAAGAGACTAATTTACTAACATTATTAGGTAAAGCC AAAATCGTGGTGGGCAGAAGCAAAAGCTAAGGGAAATTGCTTCTGTGCACCATGATTTTGACTTACAGAGTGATTTTATA CCGTGTATCCAAACATGTACTTTTAGACTATAGTTTTCGACTCGTATTAATCTGACTTGTTTGTTCTGCTCTGTTAGAAA GTTTGCCTAAGCTATAGATGCGCTAACATGGATAAAGAGATTCCTGCGCTCATGGGTGTTTCAAAGGCCATTTTGGAAAA TGTTATATTCGTTCATCAGGATGAAGCAAATTGGCCCCTCCAGGATCCTTCCACGTTAAAGAAGAAGTTTGATGACATTT TTTCGGCAACGCGGTATCTTCTACTAATCCCTGTTTCATTGTTCTCTTCTCCGCATATGTAACATGTCAGCTTTAACTTA ACTACCACACATCTAATTTTGTTACTTTCAAGCTTCAACCTCTTTATCTTTCTGTTAAAGCATCATATTAATTCATTTAT CTTGTATTATTTACATTCTCCACCACTCAAATGCTCAAGTGTCTCATCAAACTCATACAGTTACTACAGGAAATTGGCTT TGTCACAGATTGCTATGGATTAATAGGGTGTGTTTGGGTAAACGGCATAATTAAGCGCTTGTTAAGCACTCATTACATAT CCATCTGTTTGTAAGTTTATCTGAGAAAATTATTCAAACAAGCTCAAAAGAGCTTATATGTAGGTATAAGCGCTTATTCA TTAGGTAATATGAGAAACTTACTGAAAACGTTTTTATCGGTAGGTGATGAACTATTTTCATAAGTTCAACCAAGCACGCT TATGCTACAAGATAAGCTCAAATGAATTTTTCCAAACACACTCTTAGTTTCTTGGTATAACAGGTATTATAGCCTATCTG TACCAGACAGCTTCAAAAACATAGTTGTTATCCTCCATAAAATGTACCAAATCCTCCGCTTGTAGCAATCACAACATGGC GATCTTCTGTTGCTGCTTTCATTTCCTTACCATTCACATACTAGATTACACTGAGAATGGTGTTGCTTATTACTTAGAGT TGGTCCTAAATATATTCTCTTTTACTGGGCAGATACACTAAGGCACTGGAGGTTATTAAGAAACTTCACAAGGAGCAAGC TCAAGAGATAAAGACTTACAAGCTGAAACTAGAACATCTTCAAACTCTAAAAGATGCTGCTTATAAGGTCATTTTCCTCT TCTGAAAGTAACACTCCATTAATAAATTTTGCAAAATCTTTCCTTGGTTTTCTTCTTTACTGCAAGTCTGTAACTATCTT GAACTTGAACAGTTGAACTCTACAAAACCCTGGAGGGTACCCCTACTTCTCTTGCCTTTTTTAAACCATAAGTAAATGCA CTTTTTTTTTTCAGGAGGGGGGGGTGGTGGTGGTAGCAGTTCTAACCCATTAGTGTGTCTTCACGTAATAATAGTTTAAA TTTTTGGGAAACTTGAGTCATGGCATATTATCAAAACCTTTATGACCAAGTCATCTAGCGGATAGTCCTTGCTCCCCATG CTTCTAATAGAACCTTGAATTTAAGTACAAGGTTAGTGGGTCTTTACATTATCCATGCTTTTAGTCCAAAGGGCTCTTGC ATGAAGGGGTGTATTAGTAGCTTAAACTTATGGGATAGTTGGTTTGTAACAGTGTTGTCAAATAGCGGCTATAGCGGCCG CGACCCGCTATAGCGTAGCGGAAATTTGGCCCGCCGCAATCGCTACGCCGCGACAAACGCGATTGCGGCGCAACTCGCAA TAACGCCGCGATGGGCAAAGCGGAAATATCGGGTGGGAGTTAATTTCATGCGTGATTTGAGGGAATTTTCAATAATGGCA CCGCTTGGAGAATGTAATACCACCGACTGATTTAATTGGATGCCAATTAGTGGAAGAAAATGGCACCGCTTGGAGAATGA TGCCACCAACTGATTTTTCTAAAATGGCACCGCTTGGAGAATGTAATGCCACTTCTTTTTTTCACACTATTTTCTTTTCT TTCCTTTTCTTTTCTTTTTTCCTTCCTTCTTTCTTCAAATTTCCAGACTGTTTTCTTTCTTTTTCTTTTTTCATTTGTTC GCTATTCACAATTCAAACTTTCAGAATTCAGAATCTGTTTTTATGTTTTTTCACTCTGCTTTCTTTCCTTATCTCTTTCA CATTTTCTTTCTCTTTCTCTTTTCACTTGTTCGTTATTCACAATTATCTGTTTTTTTTTTTCACTCTGCTCTCTTTCCTT ATCTCTTTCACTTCGTTTTTTCTCCACAGTTCCGGTTTCTGTTTTTCATTTATTCACCCTCTGTTTTCTGCTTTTTATTC TGTCTCTGTATTTTATTTCGTTCTTCTTTTGTGACAAGCTATTTTTGTATAATATTTTACTTATTTTAACCGCTATGCGG TTACCGCTATTTGCCCGCGACGCTATCCGCTAAATGAAATAGCGGATTTTGGCCTCGCCGCGATTTTCCGCGATCGCGAT TTGACAACACTGGTTTGTAACAGTTATTTTATAACTTAAGCTCTCAAGTCAGCTTGACAACAATAAACTAGAAGAAGTAC ATAATATGCTAATGTCGAAGGAAAAGAAAATCTAATTATTTTATTTTATTATAGCTTCGGGAAAGCATTGCACAGGATCA GGAGAAAATGGAGGCACTAAAAAGTCAGGTACAGCAGTTGGACGGAGGCATTCAAGATTTGGATGCTAAAATTGATCATG CTGAAAAAACATTTAAAGATTTGAGGAGGCTGCAGGAGCAGATATCAACTAAAACTGCACAACGGAGCGTCTTGTTTAAG GAACAACAGAAACAATATTCAGCTCTTGAGGAAGATAATGAAGGTGTGTAAGTGTTGAGCATGGTATATATTACCATCAC TCCATTAGTGAGTCAGTTTTAAATTCTCTATCTTTTCTCAGTTGTTTTTTTTAATTTCTTTTATCTTGTTATAGATTCAA GTAACCTTGTTGGATCCAGGTAGATATGAACATCATAATATATTTGAATGTTTCTCATGCTTTCTTCTGCTTTTTGTATT GATTAGACACTGATGAAGAGTTGATGGAATGGAAGACCAAGTTTAGTGAAATGATTGCAATGTTAGAAACAAAAATAACC AAGTTGGAAAGAGAGATGGAGGACATTGACACTAAAAGTTCTTTCCTTCAGAAGCAAATTGATAATTCCAACTGGGAGAT GGGCAAGCTACAGACAGAAGCAAAGGTAAATGAATTGATATGCAAGTTGCCTATACTGGCATTCACTCATGAGAACTGTT GTTCTAATTTTGTTTCTGATCTGAATTGCAGGCTCACATGTCTTTGAAGAATGAACGCGATTCCTCAATTCAAAATCTTT TTGCTAGGTATAGCTTAGGGTCTCTTCCAAAGTCACCCTTCAGTGATGAGGTTGCTTTAAACCTCACTAGTCGAGTAAAG TCAAGATTGGGGGATCTTGAGAAGGATCTGGAAGATAAAAAGGTGACTCTTCTATCCTTCCCTTTTTTATTATATATAGG GGATTTATCTAGTCAGTGTTTCCCCCCCTAAGTGAGAGTAAGAGGTAGAGGAATACATCCTGAGTACACAACCATGCATA TATGATTATTTGAAAGAATCAATCTCATGATTTTAAATTTTAATCCTCACCATCCCTTCACGTGATTGATTCTTTCTAAA AGTCACATGACTATTATTTGAAAGAATCAATCACATGATTTTATAGCTTAATCCTCACCATCCCTAGATAGTTATAGAGA GACCAGAATTTTCAAGGGTGATTTCTTTTTGTTACTGAATATTGGGGATAGAAGATCTTCTTATCTACTGACTACTTAAT GGTACTCAACTAGCAGCTATTATGGAAAGTTTTCATTGTTGGATATAGAGATAAATTGGCATTGTTTGCACCCTCTAAGC TGTTGTTTTTTAGATGTTCTGAATTAGGATATCTTACTCTATCTCCTTCACTTCTCTCTCTCTAATGAATTTATTTTCTT GCTCATTGATTCTGCTTCTTCTCTAAATTGACCTAACTGTCAAATTACTTTCACATTTCAAAAGGAAGAAAAGAACATGG TTATTGAATATATTAGTAATGTTAGATATCCTAAAATGTCCTTGGGGCTTCTCAATCATAGTCGTAGGAACTAGGTAGAC TGATTTTTTTCATTGCTTCTTTTTGTACAGAAAGCAATCAACAATGAACTCAAGAATGCGTGGGATTGCTACATGGAAGC AAATGACTGTTGGAAAAATGTTGACGCTACAAAACAAGCTAAGATAGAGATCAAGGTTTGGTGTTTAAAATTAAATGTGT CCACTTTTTGGTCTGATGTTACTTGTACGATGTTAATAATTTATTTGCGCGCAGAGTGGTAAATTAAAGAGCATTGAAGA GAAGACAAAAGAGCGTGACTCATTTGAACTTCAAATATCCAATGTAAACTTTTCTCTTATAGATGAAAGAGAAAGAAATT TGGTGAGTGCAGCCTTCTTTCTTGTGTTGTTTGGTAGTTTTTAACCTGAAGTTTAGACATCTGGAAAATCTGATAAGCTA ATTCAAATAATGCTGGCAGCACATTGAGGTTGAGCGAAAGACAAAGCAACTCAGTGAAAGAGAATTTGAACCGAATATAC GTCATATGCAAAGTGAGCTATATAGTGTAGACCAGAAGATTAAGGGTGTCAATCGAGAGAAGGATATCATGGCTTCTGAC TCGGAGGACAGAGTGAAGCTATCTCTTAAGAAGACAGAGTTGGAGAATCAGAAGAAAAAATATAAGAAGATGTTGATAAA TTTTCTTTTTATCTCCTTTACCTTTGGCTTATTGTTTTCAGCTTGGTGATCATCTATTTATTCTTTTTTACAGAATTGAT GACCAAAAGGATAAAATAAGAAGGGTGCTAAAAGGGAGGGTTCCTCCTGATAAGGACATGAAGAAGGAAATTACAAAAGC ACTAAGGTTAGGCAAACCTTTTCTTTCATGTATGGTGTATAAACTGGAAATCTACACTTTTTTGTTGAGACACATGGGTT TTAGTATTAAAATGGTCTGAGCTAGATGCTTCTTTTGTAAATCAACTAACAAATGTGCAGGGAATTTGAAAATAATAATA TTATTCCGAGTGCCTTAGGTGCTTTTGCCCTTAAATTTTTGATTTTGCATGCCAGTGCTTGTCATATTTCAGCTTAGAGA AAAAAGCTTTCTTTGTTTAAGTAGATCATGAATTCCCTTGTATTGATGCTTTTTATGTTGTAGGACTGTTGGAACTGAAT TTGATGACCTGAATGTAAAATTCCGTGAAGCTGAGAAAGAAGTCAATTTGTTGCAGATGAAGATACAAGAGGTTAACAGT AATCTATCCAAGCACCACAAGGATATGGAATGTAAGTCTTACTTATATCGTTGAAGAAGTTGTACATATAGTTTTTGAAA TCAGTGTTTTGAGTTCTAAATCTGTTATGATGCAATGCATCATTGATAGTGAAATTATCTGCTGGACAGTTTAACAGGAT TTCTTGTAAGTTCAAATGTACTTTTGGCCTTTAGATTTGACACATTTTTTTAATTTTGACCTTGTGCAACATAAAGGTTG TCAATTTAGTCCTCATATGAATGTAAAATCATTTTCAATTTGTCCTTGCTGTTTTTTAACACCTTAGAGTTATAACACAG AAAAGTTTAGGGATTGAATTAAAAGTGAGTATAAAGTATAGGGTATGCACGGTACTATATTTTTGCTCCTTATACATCAT TTTCATTTTTCATTTGGTCCCTATACTTGACAACAACCTCTTACCAATTTCACAATGTACAAACAACAAATGGTGTTAAT GAATTTCAAAATGATTGTACATATAGAGACTAAATTGTAAACTTATTTTGTATGAGGATCACATCAAAAGTGGGTTATAT ATAAAGGGATAATATATATATATATATATATATGTGTGTGTGTGTGTGTTTAAAGCTTTTCTTAAATAAAAAATAACTAC AATATTTGGTTTTATCATTATTTGCATCCTTTACATTCTCTGGGTACATAATTTTTAAGAATAAATTTTTGCTGGATGTT CCTTATGTATTAGATTCTTTAGTAATAAACTAGTTTGATTGTGTCAAATCTTTTACCTTGCGTTATGTGGCAAAGTACTA CAAACTAATAAAAGTACAAGAAGTTTGGGTTTCTTCTAGGTTTGAATGTTTGTATGGCTTATAAAGTACTATTAAAACCC ACATGATTTTCCATGTCAATACTATGACAACAGTGCACTAGAGAGTAGAATTAAGCATTGGATAGCTAATCAAAGCTTTA TGTGTCAGATTTGGCTGATGATGCCCAATTGGTATTTTCATTTCTCTATGCTGCTTCTCCTTTGTCTGGTGGTCCAGTGT TCTTTCTTTCTTCGACATGTAGAAATACTAAACACAGTTTCACCCCATTTATTAATTTTCTTACAGCAAGAAAGAGATTT ATTGAATCCAAGCTTCAGTCGTTGGATTCACAATGTTCTGGAATTGACTCTTATCTCAAAGTTTTAGAGTCTTCCAAGGA AAAAAGAGATGTACAGAAAAGGTCATTCTATACCCTACCAAATTCGTGAAGTCATCAAACTGCTGTTTTTGTTGTCACTG GTGTGCTAGTCTCAAATGTACTAATACTTTATATGGTGATTGCCTGCAGCAAATATAACATTGCGGATGGCATGCGACAA ATGTTTGATCCTTTTGAAAGGGTTGCCAGAGCTCATCATTTTTGCCCTTGCTGTGAGCGCCCTTTCTCTACAGAAGAAGA AGATAGTTTTGTCAAGAAGGTTGGTGCATTTCACAATTCACACCCTTTTATAATATACTGGCCGAACACTTGAATTGACT TTGACCAAGCATGTGATATGGCTTTGAATTGGCTTTTTTCTTTTTTCTTTTAATGACAGCAAAGAGTGAAGGCCGCCAGC TCCGCTGAACATATGAAAGTTCTTGCTGTGGAGACATCAAGCGCAGACTCACATTATCAGCAGTTAGACAAGCTTCGTAT GGTTTATGAAGAATATATTAAACTTAGTAAGGAGGCAATCCCTAATGCTGAAAAGGAACTTCAGCAACTTAAGGAAGAGC TGGATCAAAAATCTCAGGCTCTTGATGATGTAATTATTATAACTTCTGTCAAATATTTCCTTGAAATATCTTAAGTAGAC TATCTCTACATGCTTGTCTCTTCTTTTTTAAATTTATGGTTTATGGATGATGGTTATTAGTTTTGATGAGTCATTTTGAA GTATCTTTTTCCCTTTCGTATTTTATGTTACTTGTTTTAGCTTATTCGGCTACTGTATTTTTTTTCCCCCAGATTTGCGG TGTTTTAGCTCAAGTGAAGACCGAGAAGGATTTGGTTGAGGCACTGGTCCAACCTGTTGAAAACGCTGACCGGATTTTCC AAGAAATTGAAGCTCAACAAAAGCAAGTTGAGGATTTAGAATATAAGCTTGATTTTCGAGGACCAGGAGTGAGGACGCTG GAAGAAATTCAATTAGAGCTTAATGCATTGCAGACCACAAAGTAAATCACTTAATATCTCCTATTTACTTACACGGACAA TTTTATAATCTAGATTCATTTAAGATAATTGACTTGCATCAACTTAAATCATCTACCATTCCCTAAAAGCATTTATATCC TGAGTTTCTTGGTTTGATGTTGCTTATTCTTAATATTATTTCCATGCATATCTTGGTACCAGGGACAATTTGCATACTGA ATTGGAGAAGTTGAGAGAAGAACAGAGGTATATGGAGAATGATCTGTCAAATATTCGAATACGGTGGCACAGTCTAAGGG AGGAGAAAGGGGGAGTAGCTAACACATTGCAAGTTGTTAAACGATTAGAAGAAGAAATAGAAAGTTTGACTGAAGAAATG AACCAAATAGATCTTGCTGAGAAGGTTGTCTAATTATCTGTGATGCTGATGGGTACTTGATTTTAAGTTATAACTTATAA GCATGTGCAGTGCCTTTTTGGTCTTCATCTATTTGATTACCTTATTGATTTACATTCAAAAGAAAATTCAATAAACTAAT TTGTCTTCTCAACACAACAAGCAGATTATTGTTTGTTATTATTTTTCTTTCTAAACTATTTTTGGTTCATTGTATTTAGT TTATCTTTCAATTCAATATGCTGTATACTATATTTATTTCCAGTGTAGAAACTTGAGAGATTATACTTCCAAAGAAAATG TTTCTTCAATATTCTCTAGTTCAATGATTGATGCATGCACCTGTTTTTAGTAAATGTTCAAATTTAATATGTTCTATTTG TGTTTGTTTACAAGAAAAAAAAATCAGACTCCTGATTTTCATGAATATTGCCTCAATCAATTCTCAAATTATATATTAGT AGCTACTCTTTACACTCTGATATTTTTTCCTTTCTTCCTACCAAGTCAAAATGCATAAGTCCATGAAAAACCTTGGTATT TGCAGGATCTGGCAGAAACTCTTGGACCTTTATCCAAGAAGAAAGATAAATTACTTGCTGACCATGATGAACTAAAAGCA AGACTTAACCAAGAGTATGAAGATCTGAATGAACGAAAAAGAAGTTATCAGCAAGAAGCCCAAGCAATTTTTGGAATGAA TTTTAAAATTAAAGAGTAAGTTTATCAGTTTGAATGATGATATTTTTTTAGAGTTCTTTTAATGCTAGTTTTGTTTGGTC AGGTACTCTGATTTAAAGAAAGGAGACAGGTTGAAGGAACTGCAAGAAAAGAAATCCCAATTAGAATCTAATCTTCAAAG TGGTGAAACCAGGAAGCAGGAAATTTCAGTTGAACTAAACAATAATAAAGATTCGATGCGAAATCAAGATCGATTAAGAA GAAATATTGAGGATAACTTAAATTACAGGAAAACAAAGGCTGAAGTAGATGAGCTAGCATGTGAAATTGAAGCGCTTGAA GGAAATATACTGAAGGTTGGTGGGATTTCCACATTTGAAACTGAGCTCCAGAAACTATCCCAGGAGAAGGAGAGGCTTGT TTCAGAGGTTTTTTCAAATCCCCTTCCCCTAATAACACATCTATACTTGAAATCTTTTAGTAGTTCAGCCAAACACCATG ATTGATGGACTTTTTACCATTTACATTTTGGTTGTCTGCCTGTACCCTGGTTACAGTTACATAGGTGCCAGGGAACAATG TCTGTTTACCAGAGCAATATTTCCAAGAATAAGATTGATCTTAAGCAGGCTCAATACAAGGACATAGATAAGCGATACTT TGATCAGCTTATCCAGCTTAAGGTGTAATATACTGCGATACTTTTGTTGTGCACTTTCTTCTTTAGCACTCATTATTAAA TTGTTAACAGTGCAACTTATTTTTTATAGACAACTGAAATGGCAAACAAGGACCTGGACAGATACTACAATGCATTGGAT AAGTAAGTTTCTTGAAATTCAGTGATACTGTTACATCTGTGATCTGTCAAGTTCCTATTCTTTGTGATGTGATAGTCATG GCTTTGCAATTTATAGCCAATTGAGACCACCTGTTAGGAACCCAATTGCAAGGTATGGGACTTGAGTCCGACATTCGAAG TATGGGATTCTAATGTGGGGTTATAAGGCCTTGGGCTCTCCAACTACAACAGCTAGCTTTTGTGGTGTGGTTCTCCCAAG GTTCTTATCACCATCTCTTTTGAGGTCCTAAGACCATTTGTCTAGCTGTTTGTTTCATGTGGCATTACGAAGTGCCAGGG TCACTTAAGAGCTTTGATATAAGTTGTCTTGGTAGCGCTGGATATATTGTTATTTGAGCAAATTTGATATTATGTTTTGC TTTTCCATTGCATGCTTAGGCATATGTCATGTGCTGTGTATGTAATGTAAGTGCATTTTCATTATTCTTCCTTAATTGGA AAAGAAAAAACTGGAGACTGAGTCACACTTTAGCTCACTTGAGCACAAATATTCGAATTCGATCCCATTAGTCGTTGAAT GATGCAATCAAATCCCCCTTCTGTGATTGTGTTAGGATCTAATTATTAGGGATTTAGATTTATTTTATTTTTATCTTTAG AGTCTATCTTAGGAGATCTTTCATTTCGAGTTTGGTTATCTCTTAGATTTAGAGTATCTTATATATTAGGAGGATATTTA TTTTGGTTAGTATATCTTCTCTATTTCTTAGGGGTTAAGTTTATCTTATTAGGATTAATTTGTTATAAATAGGAGTACCC TCCTTAGGTTAGATTCAGGAATTGAATTATTGAGTTGTAAGGGGATTTTCCCTAGTAGAAGGTTAAGTTTCTTGTTTATT CAGTTTTTAATATAAAAAATACCAAAAAAATTATCTTTTATCCTCTTTTCTCTACCATTTCGCTGTTAGGATTTTACCGA AACTAACAATTGATCCGACCTGCCCTTTTCTCTGCCTCTACTGCACCTGCCACTTCCAGCCACCACCTCACCGTTTCACT TTATCCAGCCACCACCTGTATCGCCCCTGCCCAGCACCCACCACCGCCGTCACACGCCGGAATCCACCCTCAGCCACACT GCCACACCCATTGGTTTCACCCTCATCAGAGATCTCACGCGCCACTCCTGTTCCTGCGTGTGTCATTCACACACCGCCAC TGCGCGTGGAGGCGCATTCACCAGTATTTACGGCCGCCGCTTGCACTGCTGCACTCGCTCCGTCCTCCTTTTTCCAGATC CGGGCTTATTTTTGTTTTCACAGACCTGTGGTGTTCTAGATCTGAGAAAGAACCCCGGTTTGTTCGTTTTCCTTTCGTTC TCTTTGTCAGGTTCTTGCCATCATGGAGGAATGGAAGGCTATTTTGGAGTAGTTTCCCAAGTTTGACGGGGTGGATCCAG TGTCTTGGATCTCTCGGGCCAGAAAATCTTCGTGGTACACCGTTTGCAGGAGAAAGAGAAGATGCACTTGGCATGGACAG GGAAGCCACTCATTGGTTTTATTTTTACTGTTTTTACTCCCAATCTTACTTGGAATTCATTCTTCCCACACTTGCTTCGT TGTTCTGGTTATGTTTATGACAGGCTGAAAACTCAGACAGAGAGGTACCATTGTCGCTTATGTGCAGGAATTTGAAGAGT TGGTGCCCCAAATTCTTAATCTTTTTGGAGTTCAATTGTTGGATTATTTTCTGAATGGCCTCAAGATAGTGGTTCGTTTG CGGGTGCGTTCCGTCCGCACTACAAATGTGTTGCGAGCCATAGAGATTGTACGAGATGTCGACGAGGAATTACGCCTTGC TCAGGGACCACCACTGGCTCACGATGTTTGTTATCCTTCTCGTCACACTGAAGGGGAAATGCTTGCTGGTATTCCAGTAG AAGAAGAAGAAAACGAACCCAAGGAGATTTAGCTTAAAGTTAAATGTTGTAACCGTGATAACTTCTCATGTGCAAAACAA TGATTTGGGGGTGACATTGATTGAACTTTCGAAAGAGATTATTGGGTTGAAGATGTATTCAACACCATCGTTGTCGTATT CCAATGTCGATGTGTGCGTCCTTGTAGCCTCAGGTTCGGCCATCCTTCGATGATATGAGTGGGCTTTCATCGTTGATGGC ACTATGGGCCTTTACCAAGTGACATCCTCCAATGCCCCCAGTCATGGACATTTGGGATTTTGCTGATTTGGCGATTTACC ATGTTTGCCACTTACAGTTTGAGGACAAGGTTGATTTTGGGAGGGGAGTGTCAAGCAACCAATTATCCCAAAAAGCTTAA GCGGTTGAGTAAGGGCCATATGAATGATTTTATATTATATTCTAATACGCCCCCTCACGGAAGAGCCATTTGGGCTTGAA GCGTGGATAATGCACAGACCCACCTACCATGTGGTGGTATTCCACGTTTTATTAGAAATGGGGGTGGTAAGGATCAAACT CTTAATCACTTGGTCACAAAGGCTCTGATACCTTGTCAAATCAAAAGTATACAAGAAGCATTGGTTAAATCCGTGTGTCT CAACTACATAGCGGAATCTATTATTTATAATAGGTGCAATAAATGTATAATATCATTGTTACCCTATTTACAATGATTAT GCTACCTATTTGCAATTAATTATATTCTAACAAGGAGTATTGTTAGGATCTAATTATTAGGGATTTAGATTTTTTTTTTA ATCTTTAGAGTCTATCTTAGGAGATGGGTTATCTTTTAAATTTAGAGTATCTTTTATATTAAGAGGTTATCTTTTATTTT GGTTAGTATATCTTCTTTGTTTCTTTGAGGTTAAGTTTATCTTATTAGGATTAATTTATTTTAAATAGGAGTACCCTCCT TAGGTTAGTTAGGAATTGAATTATTGAGTTGTAAGGGAGGAATAATGCTAGTATTTCCTAAGAGAGGAATTCCAGTACAC TTAAATACATTTTCTGTTTGCAATACACTATTTCCTAGGGTCATTAATTGAACAAATTTCCACTAATCAAAATCTTCATT TATTTGTGTTCCATATGATTCATCTTTCAGAGCTCTGATGCGCTTCCACACAATGAAAATGGAAGAAATCAACAAAATCA TTAGGGAATTGTGGCAACAGACTTATAGAGGACAGGATATAGACTACATTAGTATTCATTCAGATTCCGAAGGTGCCGGC ACCCGATCCTACAGCTACAGGGTTTGTCATCGTTGCATTGCAACACCGGTTCCTTTGAAAGAGCTGTCTAATTTTCTCAT ACAAATTTGAAATACTGTTTCTTTTGCATTCCACACAGGTTCTCATGCAGACTGGCGATGCAGAGTTAGAAATGAGAGGA AGATGTAGTGCAGGTCAGAAGGTAGGTTATGTTATCATTAGAAGAATCACTATATTAAGTATTCTTTTTTATTTTTAATC AACAATAGGGATAAGTTAGCGTGACTTAATTGCAAGGTTCACCATTCAGGTACTGGCATCTCTTATCATTCGTTTGGCCT TAGCTGAAACGTTTTGCCTCAACTGTGGAATACTCGCATTGGATGAACCAACCACAAACTTGGATGGACCAAATGCTGAA AGTCTGGCTGCTGCTCTCCTAAGGTATGAATAGATTGTCTAGTTCTGTGTAACTATGCACTTTGTGTACATGTTGCACTT CAAAAGTAAAAGGATTTTTATAGAAATGGACGCCAGAACATGCTTTCATGTTTTTGCCTAGTAAACTGTGTTTTTCTATT TTTCAACTATAGTAATGCTTGACAATGTAATTGTAACAACTATCCAAACATATCTTAAATTGCCAATAATGAGTTAATTG GATGTTTATCCACTGTATTCTTCGTTGTTAACATGCAGGATCATGGAGGACAGGAAAGGCCAGGAAAATTTTCAGCTAAT TGTAATTACTCATGATGAGCGTTTTGCACAACTGATTGGTCGGCGCCAGCATGCAGAGAGATATTATCGAGTCGCGAAAG ATGATCAGTAAGGACAGCAATACTACTAATGTTTCATTTGTTTTCATGTCATTTCTGTATCGCGTGCTTCATCATTATTG CATCAGAAAATTATGTGGACAGTGCTTTCCTTAACTTGTATGTCTTGCGTTTGCAGTCAGCACAGTATTATCGAATCTCA AGAGATATTTGACTGAGGACAGCTTTGATCATAGTTACTCCAGAGATTGTAAGGCTTATTTCTTATTTTTGCGGTAAGAT ATAGGATACTGAAGATGGGAAGGAAGTCCCGGTTAATTGAACTATTGACACTTGACTTTGACTGTAACTCGTACATTTTT TGGAAGCGTGATTTAGTTGATCTTGATAGGCACTTCATCCTTGTGGCCTACTGAAGTTTCAAAAATAGGAAAAAAAAAAA AGTTTAGTTTTTACTGAAGGTAGCAGGTATAATGGTATATGGGCATTAGTTTTAACACCCGCTTATTAATCCCACACCCT CTTTTATTTTCTAAAACCCCTTAATACCCTCTCTTATAAAGAGATAATCAAAGGGTGATAGTATTTTCACACCTACTAAC TGTGAAACATTTTTTTCACACTCAATGAGTGTGAAAATATTTCACACCCACTAAGTGTGAAACGCTTAAAACGAAAGGAA GAATGTGAAGAGAGAATGAACATACTCGATTCACACAATTGTGTTTCACACTCAAGGGTGTGAAACACAATTCAGTTTCG CACTCATGATCAGGATCGGAGTGTGAATGGACCAACTGTTGAGGATTTTATTTTCAATTTTAAATTTTTCGTTTCTTTAG AATTAGATTTCACACTCAAGTGTGTGAAACATTTTCAAATTTCACACTCAAGAGTGTGAGTTATTGAACTGTTAATAATT TTTTTAATTTTTTTTTGTTTTTTTATATTTTCATTTCACACTCAAGAGTGTGAAATCTTTTCAAATTTCACACTCAAGAG TGTGAAGGAACCAACTGTTAAGAATTTTATTTTTAATTTTAAATATTTCATTTTTTATAATTAAATTTTACACTCAAGTG TGAAACATTTTCAAATTTTTAAAAATAATTTTTGGTTTTTTTATATTTTCATTTCACACTCAAGAGTGTGAAATATTTTC AAATTTCACCCTCAAGAGTGTGTAGGAACCAACTGTTAAGAATTTTATTTTTAATTTTAAATATTTCATTTTTTTATAGT TAAATTTCACATTCAAGAGTGCGAAAAATGCAAGCTCACACCCTAATGTCAAACTTTCCCTTGTATGATTTGAATTTACC ACCCTGCTCACACCCTAATGTCAAACTTTCTTTCCCGTTCAAGGTTCCATAGTCAGACATTATCATAATAACAACAAAGT CATTGTTCTTCCCCACCAAATGAGCCCAATCAAAGACTTTCATGCCGATTTTGGAATTTCTACAAACAACAAACACGGTT AGCTTATTATTTAATAAAGTCAATAAATTGTATATATCATATTAAGCACATGAGATATGTGATATTTTATCAGTGGTGAA GGCTTCTGTACAATCTACCATAACAACATGAGATAATGCATTCATGTCATCTATTGCATTCATTAAATCTTCATCCTCCT TCAATATGTGACCCCATTCTTTCATATCATCCACTTCATTATCTACTTCTTTCACATGATCCATCTTGATATGATCCCCT TCAGCCACATTATCGACTTTCTCAATCAGCACATGAGACATGATTAGCTATTCTGAAATGGAAAAGAGTAAAAATCAAAA TGAAAAATTCACAAACAAGTAAATTTCACACTTTTGAGTGTGAACGGAACAACTAGTTCCCACACCAAAGTGTGAACTGC AAACCAAATTCACACTCTAAAGTGTGAAATACGAACAACAGTGATAAAATGAAATTTTCCCACTTACTAACTATAAAACA TTTTCACACTCAGTGAGTGTGAAAATGTTTCACACTCACTAACGAAAGGAAGAAGGTGAAGAGAGAATGAACATACCTCA GTTCACACTTATAAAGTATGAAATATTTTCCCATATATTAAGTGTGAAAAGTGACAATGAAGAAAACAATGAGATGAGAG TAAAAGGGAAGGGTGGTGTGACAAACAAAAATGATGGTAATGATAAGGTAGGTAAATGGATATGTTTTGGAATGAAATTA AATTTTAAAGGGTATATGAGACATTTTGGTTCATAAAGGAGGGTGGGGGATTAATTGAAAGGGTGTTAAAACTAATGCCC ATGGTATATTTATTGCCTGAATGACCTTAATTTTTTTCTGCCGAAAGTGCAAAGACTTCATATATCACAGATGAGAAGTA CAGCTTGGATGATCTCAATCATTTAAAAAACTGTGGCCAGTAAATCAAAACAGTGATGAAAATAAGATGATTTTACCATT ATTTTATTTCTCATTTTTTTTCCACCCCCCAACAACAGGAAAGTCTTCACTGAAAATTATCCCAAGTTTGGTGGCACTTC AAAGAGCTTCAACAAATAAAGTACTTAAATGTTTTTTTTTGGATGCTTAGTGAAAAGAAGAATGAGAGGAAAGAGTATTG GTGGAATGATAATAAAGAGAAATGATTTTTTTAAGTTGTTTGGATTGAGTGAAAAAAAAATAGTATGATGCGCAATTGGT ATGCCATTTTTTAATACATTAAAATTATTATTATTAAAGTTAACTTAATTAAAATGATTACTTCTCCTATTCCTCCTTTT TTTTAAAAGTCAAACACATTAAAATAAATTATTATTTGATAATATGTTAGTAATTATATATTATTAAATAATTTAAAAAT TTAAGAAGAAAAAAAGTTGAATTCATACCCATGCAATTTTACAATTAACAAAGTTAAAAGGTATGTATGTGTTTTGATCA TTAATTTCATCTCAATCCATTTTCTTGCCATTCATGGAGTGAAAACTGAAATGTTACTATTTATGTTCAGTTTTCACTCC CGCTCTCTTTCCCTAACATGCGAATATACCATTTTCCATTAATTTTCCTTCTCACCAACTTCCATCCTTCCAAACTCCTT TCAAACAACAGGCCTTAAGACAATGGGAAACTCCAGCATCAAATTACCCAATACTCACTAGATTCCAAATAGAGTTTAAT TTCTATGCACTGATAGTGTAAAGTTTTTTTACACCGTCAACCAATAAGATTTCAAGAATGTGAGAAAATCTCTCATTTTA TTTAATTTCATTAATTGACGTGGCACATCCTTAAAATCTGATTGGTTGACGGTGTAAAAAAACTTTACACCGTCGGTGCA TCAAATTTTTTCTCTTCCAAATAACAATACACGTAATATATCATTTTATTGAGAAAATATTATATCACACGCATACAGAA ACAAATAACGAAGACAAATAATTAAAATAGAACTGAAAATCCATCCAACTAGCCTAATGTGACACCCAAAAAGAAAGATT TATTGACTTCTTATCTCCTTTTCCCTGACTTGCCTAGGACATTATGACAATTGGGAGAAGAGTTGCATTTGCCACCTAAT CCTTGTACTTCAACTCAGATACTAGGAATCCAGGCATATCGAATGAGGCTGAGAACTTCTCAACATCAGCTTTGAGTTCT TCAATAGCCTTATTGTTCACCAAGCCCTTGTTGAAATCCTTCAAAAGTTTGCCATACTCGTTCTGGATCTCCAGCGTGAG AGACACTGCACGGTGAAGGAACTCTCCGATCTGTTCAAAGTCCTTCTCAACCAAGCCCCTGGAAGTCATAGCTGGGGCTC CTGTCAACAGAAACTCTAGTCAGTACTCATGCAAAAGGAAAATACTTCATACACACCTCATTTCCACCCACACACTGAGA GAGATATAGGAATTAGAGACGAGAACGTGCGTGGAAATGAGATGGAAGAGAAAATTGAGAGTGAATGAATCAAAACCCTG AATTTCCTTCCAAAAATAACCCAGCATAACTTTCTAAGAATGCCTGTACCATGAAAGATCACAAACAACAACAATATTTA AGTTCATTCAGGAGTTCTTACCAACTCTTACTCCCCCAGGAGCCAAGGCACTGCTATCACCAAAAACAGCATTTTTGTTC ACAGTAATGTTGCAGAGGTCACAAAGTTTCTCCACCTTATTGCCTGCAAGAGTATAGAAATTGCATCAACAAATTGATGC CAACTTTAGACCCTATGAGCTAGCTATTTTGTTCTTAGCTATGATGGGGTTTAGTTTACCGGTCAATCCGAGAGGTCGAA GATCCCACAAGACAAGATGGTTCTCAGTTCCTCCAGTGACAAGGCTGTAACCTTTGCTCATCAAGTAATTTCCAATAGCA ACTGCATTGGCCTTAACTTGCTTGGCATATGCCTTGAACCCAGGTGTCATGGCCTGTTTCAAAGCGACAGCAAGGGCGCC GATCTGGTGGTTGTGAGGACCACCCTGAAGGGAGGGGAAGACTGCAAAGTTGATCTTGTCTTCAAAATCATACACTGCAT TCTCCGGCTGGCCCTTCTTGGGCGGTTTAGGTCCCTTCCGGTAGAAGATCATACCCGCCCTGGGCCCCCTCAAGCTCTTG TGTGTTGTTGTTGTGACAATGTCACAGTACTCAAATGGGTTATTTGCTTCCTGTATCCACAATCCAAAAAGAGAAACACT CATAATATTAATTAAAAAACACTGGTATCACATCTCTTAATTAAACTCAGTGTCTGTTTGATTTTCAGTTTAAAAGTGCT TTCACCCAACGGAGGTCCAAAGCCTCTTTCAAGTTTGAGGCATTGGAACGTGTGATCTTGAATTCTAATTTCCAATGCCC CAAACGGACTTTCAAACTGAAAACCAAACACAATCTTAATTGCTAGCTTCCTTTATCCATAATGTAATGTGACACGAGAG GATCCTAATTGTTACGTTTAACACGGCGTACCCAAATTGGCAGTAGTCACATAAATGCAAAACAATCCAGAAACTATTTT GTGACTTCTTTCTGAAATGCTGAAACAATTCTATCTAAAAATGATTATAAAACCAAAACCAAACACAAACAAATACACAT TCACTCCTTTCAAATAAGAATTTGTACACTCTCAACTCAATCAACAAACAATTACACATCACAAAGAGAGAAGAAGAGAA TTGGCATGAAGGTACCTGAGCAGCAACAAGGCCACTAATGTGAGCCATATCACATAGCAGAAGTGCACCACACTTATCAG CAACCTGTCTAAACCTGGCATAATCCCAGTCCCTAGGGTAAGCACTACCACCACAGATAATCAACTTTGGCCTGAAATCC AAAGCCTTCTCCTCCAACCTATCATAGTCAATATACCCAGTACTGAAATTCACCTTGTAAGGCAAACTCTCAAAGTAAAT CGAAGTCGCCGAGATCTTCTTCCCGCCGGAGGTGTAGTACCCATGAGTCAAATGCCCGCCGGAAGGAAGATCCAGCCCCA TGATACGATCATGCGGCTGGAGCACGGCGGTGTAGGCGGCGAAATTCGCCGGAGAACCGGAATAAGGCTGGACGTTAACA CCCCACGCGGCGGCGTCGAGGTGGAAGGCCTGGAGAGCGCGAGAGCGGCAGAGATTCTCGATCTGGTCGATGAACTCATT GCCGCCGTAGTAGCGGTTACCGGGCATGCCTTCGGAGTATTTGTTGGTGAGGGCGCTGCCAAGAGCTTGGATGACGGCGA AGGAGGTGAAATTCTCCGATGCTATGAGCTCGATGCCGCGGCATTGGCGACGCTTCTCGTGCTCGATGAGGTCGTGGATC TCCGGGTCCACCGTTGATAGCGGCGTGTTGCCCCAGTCGTTCACCGGATCCATGATGGATGTATCAGAGAAAACAGAGGA ATTTCAGAACGTAGTGAATGCGCAGTGTGTCTGTGTTTAGCTCAATTTTCGCATCTCAATTTCTGTGCTCTGTGTGTGTG TCCCTTTTTAAACATTCTAGGGAAAATGGTTGATTTCTGCATGGATTTGGATCCTCTCCGTCCAAAATCTAACCCATTGA TTTTGAAATTTAAATGTGATGATTAATTCATATTTTCTCTCTCTTTTTAAATTGATTCAAGCCTTCAAATACAATTCATT TTTTTTCTCTCTTTTTAAATTGATTCAAGCCTTTAAATTTTAAAATCAATGACTCAGATTTGGATGGAGAGAGGATGGAG AGAAGCTGGATGGAGAGGATCCAAATCCATTTCTGCATAGGAGCATCTCCAATGCTTGCTAGTTGGGTTGCTTAAAAACT ATTTCGGTGGGTTCAGACTGACACATAGGATTTAAGCAACCCAAGCAGAATTCGCTCCAACCACGGTTGCTTAGTTTACT TTTAGTTGGGTCCCATTATACCTCTTATATTTATATTATTTCAAGGTAATGACACTATACAAGTAGATGAATGAAAGAGA AAATATGATTTTTTAGTCAAAAAGTAAGGATAGAGAAAATAA
CDS sequence (LotjaGi6g1v0040800.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGAGTACGGTTGACAAGATGTTGATCAAAGGTATCCGGAGTTTCGACCCGGAGAACAAGAACGTCATCACCTTCTTCAA GCCCTTAACCCTAATCGTTGGCCCCAACGGTGCCGGCAAAACCACAATCATCGAGTGCTTGAAGCTCTCCTGCACCGGCG AGTTGCCTCCTAATGCCAGGTCTGGCCACAGCTTCATTCACGATCCCAAGGTCGCCGGCGAAACTGAAACCAAGGGACAG ATTAAGCTCCGTTTCAAAACCCCCGCCGGTAAAGACGTGGTTTGCATAAGGTCCTTTCAGCTCACGCAAAAGGCCTCCAA GATGGAATACAAGGCTATTGAGAGCGTGCTTCAAACCATTAATCCTCATTCCGGCGAGAAAGTTTGCCTAAGCTATAGAT GCGCTAACATGGATAAAGAGATTCCTGCGCTCATGGGTGTTTCAAAGGCCATTTTGGAAAATGTTATATTCGTTCATCAG GATGAAGCAAATTGGCCCCTCCAGGATCCTTCCACGTTAAAGAAGAAGTTTGATGACATTTTTTCGGCAACGCGATACAC TAAGGCACTGGAGGTTATTAAGAAACTTCACAAGGAGCAAGCTCAAGAGATAAAGACTTACAAGCTGAAACTAGAACATC TTCAAACTCTAAAAGATGCTGCTTATAAGCTTCGGGAAAGCATTGCACAGGATCAGGAGAAAATGGAGGCACTAAAAAGT CAGGTACAGCAGTTGGACGGAGGCATTCAAGATTTGGATGCTAAAATTGATCATGCTGAAAAAACATTTAAAGATTTGAG GAGGCTGCAGGAGCAGATATCAACTAAAACTGCACAACGGAGCGTCTTGTTTAAGGAACAACAGAAACAATATTCAGCTC TTGAGGAAGATAATGAAGACACTGATGAAGAGTTGATGGAATGGAAGACCAAGTTTAGTGAAATGATTGCAATGTTAGAA ACAAAAATAACCAAGTTGGAAAGAGAGATGGAGGACATTGACACTAAAAGTTCTTTCCTTCAGAAGCAAATTGATAATTC CAACTGGGAGATGGGCAAGCTACAGACAGAAGCAAAGGCTCACATGTCTTTGAAGAATGAACGCGATTCCTCAATTCAAA ATCTTTTTGCTAGGTATAGCTTAGGGTCTCTTCCAAAGTCACCCTTCAGTGATGAGGTTGCTTTAAACCTCACTAGTCGA GTAAAGTCAAGATTGGGGGATCTTGAGAAGGATCTGGAAGATAAAAAGAAAGCAATCAACAATGAACTCAAGAATGCGTG GGATTGCTACATGGAAGCAAATGACTGTTGGAAAAATGTTGACGCTACAAAACAAGCTAAGATAGAGATCAAGAGTGGTA AATTAAAGAGCATTGAAGAGAAGACAAAAGAGCGTGACTCATTTGAACTTCAAATATCCAATGTAAACTTTTCTCTTATA GATGAAAGAGAAAGAAATTTGCACATTGAGGTTGAGCGAAAGACAAAGCAACTCAGTGAAAGAGAATTTGAACCGAATAT ACGTCATATGCAAAGTGAGCTATATAGTGTAGACCAGAAGATTAAGGGTGTCAATCGAGAGAAGGATATCATGGCTTCTG ACTCGGAGGACAGAGTGAAGCTATCTCTTAAGAAGACAGAGTTGGAGAATCAGAAGAAAAAATATAAGAAGATAATTGAT GACCAAAAGGATAAAATAAGAAGGGTGCTAAAAGGGAGGGTTCCTCCTGATAAGGACATGAAGAAGGAAATTACAAAAGC ACTAAGGACTGTTGGAACTGAATTTGATGACCTGAATGTAAAATTCCGTGAAGCTGAGAAAGAAGTCAATTTGTTGCAGA TGAAGATACAAGAGGTTAACAGTAATCTATCCAAGCACCACAAGGATATGGAATCAAGAAAGAGATTTATTGAATCCAAG CTTCAGTCGTTGGATTCACAATGTTCTGGAATTGACTCTTATCTCAAAGTTTTAGAGTCTTCCAAGGAAAAAAGAGATGT ACAGAAAAGCAAATATAACATTGCGGATGGCATGCGACAAATGTTTGATCCTTTTGAAAGGGTTGCCAGAGCTCATCATT TTTGCCCTTGCTGTGAGCGCCCTTTCTCTACAGAAGAAGAAGATAGTTTTGTCAAGAAGCAAAGAGTGAAGGCCGCCAGC TCCGCTGAACATATGAAAGTTCTTGCTGTGGAGACATCAAGCGCAGACTCACATTATCAGCAGTTAGACAAGCTTCGTAT GGTTTATGAAGAATATATTAAACTTAGTAAGGAGGCAATCCCTAATGCTGAAAAGGAACTTCAGCAACTTAAGGAAGAGC TGGATCAAAAATCTCAGGCTCTTGATGATATTTGCGGTGTTTTAGCTCAAGTGAAGACCGAGAAGGATTTGGTTGAGGCA CTGGTCCAACCTGTTGAAAACGCTGACCGGATTTTCCAAGAAATTGAAGCTCAACAAAAGCAAGTTGAGGATTTAGAATA TAAGCTTGATTTTCGAGGACCAGGAGTGAGGACGCTGGAAGAAATTCAATTAGAGCTTAATGCATTGCAGACCACAAAGG ACAATTTGCATACTGAATTGGAGAAGTTGAGAGAAGAACAGAGGTATATGGAGAATGATCTGTCAAATATTCGAATACGG TGGCACAGTCTAAGGGAGGAGAAAGGGGGAGTAGCTAACACATTGCAAGTTGTTAAACGATTAGAAGAAGAAATAGAAAG TTTGACTGAAGAAATGAACCAAATAGATCTTGCTGAGAAGGATCTGGCAGAAACTCTTGGACCTTTATCCAAGAAGAAAG ATAAATTACTTGCTGACCATGATGAACTAAAAGCAAGACTTAACCAAGAGTATGAAGATCTGAATGAACGAAAAAGAAGT TATCAGCAAGAAGCCCAAGCAATTTTTGGAATGAATTTTAAAATTAAAGAGTACTCTGATTTAAAGAAAGGAGACAGGTT GAAGGAACTGCAAGAAAAGAAATCCCAATTAGAATCTAATCTTCAAAGTGGTGAAACCAGGAAGCAGGAAATTTCAGTTG AACTAAACAATAATAAAGATTCGATGCGAAATCAAGATCGATTAAGAAGAAATATTGAGGATAACTTAAATTACAGGAAA ACAAAGGCTGAAGTAGATGAGCTAGCATGTGAAATTGAAGCGCTTGAAGGAAATATACTGAAGGTTGGTGGGATTTCCAC ATTTGAAACTGAGCTCCAGAAACTATCCCAGGAGAAGGAGAGGCTTGTTTCAGAGTTACATAGGTGCCAGGGAACAATGT CTGTTTACCAGAGCAATATTTCCAAGAATAAGATTGATCTTAAGCAGGCTCAATACAAGGACATAGATAAGCGATACTTT GATCAGCTTATCCAGCTTAAGACAACTGAAATGGCAAACAAGGACCTGGACAGATACTACAATGCATTGGATAAAGCTCT GATGCGCTTCCACACAATGAAAATGGAAGAAATCAACAAAATCATTAGGGAATTGTGGCAACAGACTTATAGAGGACAGG ATATAGACTACATTAGTATTCATTCAGATTCCGAAGGTGCCGGCACCCGATCCTACAGCTACAGGGTTCTCATGCAGACT GGCGATGCAGAGTTAGAAATGAGAGGAAGATGTAGTGCAGGTCAGAAGGTACTGGCATCTCTTATCATTCGTTTGGCCTT AGCTGAAACGTTTTGCCTCAACTGTGGAATACTCGCATTGGATGAACCAACCACAAACTTGGATGGACCAAATGCTGAAA GTCTGGCTGCTGCTCTCCTAAGGATCATGGAGGACAGGAAAGGCCAGGAAAATTTTCAGCTAATTGTAATTACTCATGAT GAGCGTTTTGCACAACTGATTGGTCGGCGCCAGCATGCAGAGAGATATTATCGAGTCGCGAAAGATGATCATCAGCACAG TATTATCGAATCTCAAGAGATATTTGACTGA
Protein sequence (LotjaGi6g1v0040800.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MSTVDKMLIKGIRSFDPENKNVITFFKPLTLIVGPNGAGKTTIIECLKLSCTGELPPNARSGHSFIHDPKVAGETETKGQ IKLRFKTPAGKDVVCIRSFQLTQKASKMEYKAIESVLQTINPHSGEKVCLSYRCANMDKEIPALMGVSKAILENVIFVHQ DEANWPLQDPSTLKKKFDDIFSATRYTKALEVIKKLHKEQAQEIKTYKLKLEHLQTLKDAAYKLRESIAQDQEKMEALKS QVQQLDGGIQDLDAKIDHAEKTFKDLRRLQEQISTKTAQRSVLFKEQQKQYSALEEDNEDTDEELMEWKTKFSEMIAMLE TKITKLEREMEDIDTKSSFLQKQIDNSNWEMGKLQTEAKAHMSLKNERDSSIQNLFARYSLGSLPKSPFSDEVALNLTSR VKSRLGDLEKDLEDKKKAINNELKNAWDCYMEANDCWKNVDATKQAKIEIKSGKLKSIEEKTKERDSFELQISNVNFSLI DERERNLHIEVERKTKQLSEREFEPNIRHMQSELYSVDQKIKGVNREKDIMASDSEDRVKLSLKKTELENQKKKYKKIID DQKDKIRRVLKGRVPPDKDMKKEITKALRTVGTEFDDLNVKFREAEKEVNLLQMKIQEVNSNLSKHHKDMESRKRFIESK LQSLDSQCSGIDSYLKVLESSKEKRDVQKSKYNIADGMRQMFDPFERVARAHHFCPCCERPFSTEEEDSFVKKQRVKAAS SAEHMKVLAVETSSADSHYQQLDKLRMVYEEYIKLSKEAIPNAEKELQQLKEELDQKSQALDDICGVLAQVKTEKDLVEA LVQPVENADRIFQEIEAQQKQVEDLEYKLDFRGPGVRTLEEIQLELNALQTTKDNLHTELEKLREEQRYMENDLSNIRIR WHSLREEKGGVANTLQVVKRLEEEIESLTEEMNQIDLAEKDLAETLGPLSKKKDKLLADHDELKARLNQEYEDLNERKRS YQQEAQAIFGMNFKIKEYSDLKKGDRLKELQEKKSQLESNLQSGETRKQEISVELNNNKDSMRNQDRLRRNIEDNLNYRK TKAEVDELACEIEALEGNILKVGGISTFETELQKLSQEKERLVSELHRCQGTMSVYQSNISKNKIDLKQAQYKDIDKRYF DQLIQLKTTEMANKDLDRYYNALDKALMRFHTMKMEEINKIIRELWQQTYRGQDIDYISIHSDSEGAGTRSYSYRVLMQT GDAELEMRGRCSAGQKVLASLIIRLALAETFCLNCGILALDEPTTNLDGPNAESLAAALLRIMEDRKGQENFQLIVITHD ERFAQLIGRRQHAERYYRVAKDDHQHSIIESQEIFD
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 | 1 | 1313 | 1313 | 0.0 | – | |
| Gene3D | 3 | 252 | 250 | 1.1E-29 | – | |
| TIGRFAM | 3 | 1310 | 1308 | 2.6E-195 | ||
| CDD | 4 | 170 | 167 | 5.36885E-40 | – | |
| SUPERFAMILY | 6 | 276 | 271 | 6.57E-15 | ||
| Pfam | 7 | 246 | 240 | 1.6E-34 | ||
| SUPERFAMILY | 21 | 1287 | 1267 | 1.34E-24 | ||
| Coils | 197 | 217 | 21 | - | – | |
| Coils | 221 | 269 | 49 | - | – | |
| Coils | 284 | 343 | 60 | - | – | |
| Coils | 405 | 425 | 21 | - | – | |
| Coils | 538 | 565 | 28 | - | – | |
| Coils | 595 | 622 | 28 | - | – | |
| Coils | 627 | 647 | 21 | - | – | |
| ProSiteProfiles | 648 | 747 | 100 | 8.584 | ||
| Pfam | 687 | 724 | 38 | 2.5E-5 | ||
| Coils | 753 | 787 | 35 | - | – | |
| Coils | 805 | 828 | 24 | - | – | |
| Coils | 839 | 880 | 42 | - | – | |
| Coils | 891 | 925 | 35 | - | – | |
| Coils | 933 | 964 | 32 | - | – | |
| Coils | 987 | 1007 | 21 | - | – | |
| Coils | 1038 | 1058 | 21 | - | – | |
| Gene3D | 1051 | 1310 | 260 | 9.6E-28 | – | |
| Coils | 1065 | 1092 | 28 | - | – | |
| CDD | 1205 | 1308 | 104 | 4.99633E-43 | – |
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 |
|---|---|---|---|---|
| Biological process | Telomere maintenance | Any process that contributes to the maintenance of proper telomeric length and structure by affecting and monitoring the activity of telomeric proteins, the length of telomeric DNA and the replication and repair of the DNA. These processes includes those that shorten, lengthen, replicate and repair the telomeric DNA sequences. | ||
| Cellular component | Nucleus | A membrane-bounded organelle of eukaryotic cells in which chromosomes are housed and replicated. In most cells, the nucleus contains all of the cell's chromosomes except the organellar chromosomes, and is the site of RNA synthesis and processing. In some species, or in specialized cell types, RNA metabolism or DNA replication may be absent. | ||
| Biological process | DNA repair | The process of restoring DNA after damage. Genomes are subject to damage by chemical and physical agents in the environment (e.g. UV and ionizing radiations, chemical mutagens, fungal and bacterial toxins, etc.) and by free radicals or alkylating agents endogenously generated in metabolism. DNA is also damaged because of errors during its replication. A variety of different DNA repair pathways have been reported that include direct reversal, base excision repair, nucleotide excision repair, photoreactivation, bypass, double-strand break repair pathway, and mismatch repair pathway. | ||
| Molecular function | ATPase activity | Catalysis of the reaction: ATP + H2O = ADP + phosphate + 2 H+. May or may not be coupled to another reaction. | ||
| Cellular component | Mre11 complex | Trimeric protein complex that possesses endonuclease activity; involved in meiotic recombination, DNA repair and checkpoint signaling. In Saccharomyces cerevisiae, the complex comprises Mre11p, Rad50p, and Xrs2p; complexes identified in other species generally contain proteins orthologous to the Saccharomyces cerevisiae proteins. |
Expression pattern of LotjaGi6g1v0040800.1, 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…