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| Field | Value |
|---|---|
| Gene ID | LotjaGi3g1v0022200 |
| Transcript ID | LotjaGi3g1v0022200.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | DNA repair protein RadA like; TAIR: AT5G50340.1 DNA repair protein RadA-like protein; Swiss-Prot: sp|P37572|RADA_BACSU DNA repair protein RadA; TrEMBL-Plants: tr|G7IHX8|G7IHX8_MEDTR DNA repair-like proteinRadA; Found in the gene: LotjaGi3g1v0022200 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:2393528..2409194) extracted from Lotus japonicus Gifu genome v1.2.
CAAAATTCTATTTAAATACAACAGGCTACAAGTGGAACACCTCGTGCCTCGTACAATTATAATTTGAACTCTTGGAGCCC TGGCGCGGTTCATTTCCGAGCAGAACCTGCTGATTGATTTTGTCCACTGCCATGGCATAAACCCTAGAAACAGTAACCAG AGGGTTTATGCAAATGTGACAAAACCAACTTGGGTTTTCTCTGCACACCAAATTTTCAAGTTCAGATTTCTTCTTCTTCT TCTTCATCTTGTTGTGAGCATCAAATTTCACTATATCATGAGACTCCTCAGAACCATCTTCATCCAACACAAGCACCACC TCCTCCACCCCAAACGCTGCATTTCATCTCTCTTTTCCCACCCCTTTTCTTCAACCAGCGACGCCGACAATAAGGGCACC GGTTGGAGCAGTTACGGCGGCATTTTTGACCCCCCAGTTGCGCAGCAAAGACCAAATGATCACAGTGACGCCAAAGTTGG AAAGCCAACCCCAAGTGATCACAGTGACACTGAAGTAGAAGACATTCCGCGGGAGAATCCAACCCCAACTGGGAGGGTGA AGAAGGTGCAGGGTGGAGGAGGAGTGGGGAGGAAATCTGGGAAGGTGAAAACTCAGTGGGTTTGTATTAACTGTGGCCAT GAAGCAGGGCAATGGTGGGGGACTTGCGCCTCGTGCGACATGGTTGGCACTATGAAAGTGTTTCATGAGCCCAAGTTAGG TGATGCTGATGACAAGGCTAGAAATTGGTTAGCTGATGTTGTGGGCTCGTGGCTCCCGCAGAGACCGGATCAGTTGCGGC CCATGAAATTAGGCGAGGTTAACCGAGGATTTAATCAGCAGGATTGGAGAATTCCTTTGTGAGTTCCCATTTTTTCAGAT CATGTAGTATTTGGTTTGGAGCTTTTCTATGTAGTTTGTAACTAAGTGTTGATTCAAATTTTGTGGAGTAGTTAAAATAA ATAAAACTAACATTGAGGTTTGCAAGTGCTTATTAGGGTTTAATTGTGATCCACTGCAATTTTGCACTGACATCCAATCA TACTATGCTCTGTTGGAGAGACAATTATATTTGTTTTTAATTTTTATTAAAAAAAATGTATTTTCTGATTTGGGGAAGTC AGTTCGATGTCTGCGTAATCAAAATCTACACTAATAATTCTACATTTCTACTTATTAACAGATTGTTTCTATAAAAAGTT GTCATCTTTTTGTGAGTGAGTTAACTAGAAGGACTTGGTGTGTGCCAGAGCATTTGATCTTCAACAAAACTTGTGTGGTG GTTCTCAAGTTTTATACTTTGTAGTTCTGTTTGTTATCAGGTCTGGTCCTTTTGGAGATGAAGTTTCCAGAGTGCTTGGT GGTGGTCTTGTACCAGGTTTAGTCCAACTTACTTATCTATAGTGATATAGCAGTAGCTGTTGAGATTATTGTATTTCTTT TTCCTTCTCCATGTTTGTCGGGGTTTGTTGGATAAGTCAGGCCAGAGTTATCAGATGCATTATTTAACACTTTTTTTCAC TTAGAAGTTAGAAATACATCTGGTAAGAATTGTATAAACATTCCATTCTTCATAAATTTCATCAAGTTTAGTTTATCTGC TATGACTGTGGGCATTTATCAGAACTCTAATTTAATGAAGCCTAATGCTTTGAGTAAATTTTCTGCCTTGGCAATGTCTG TTTTGTGGATGGGACAAATTTGAGAGCTACTGTATATACTGAATCTGTGCTTGAATACTTCTAGCTGATCGTCTGGAAAG TTATAAAATCTTTCCTAATTCAGCTTGCTGGATGTTTTGGCACATAACAAATTTGATTATTCATGGAATTTTTTTCTTAA TTTTATCTATAATTGTGGTTTTGAAGGCTCTTTGACTTTAGTTAGCGGTGATCCTGGTGTTGGGAAGAGTACATTGTTGT TGCAGGTATGGATTTTATTTGGATGGTGAAACTGGATTTAAATGTCCAATGATCAACATTTTTTATGGATTTGTCAACGG TCATTAGTGCTTGGTTTAATTGTGACATTGGATTGGAAGGTGGCAGCAATGATAGCAGATGGGCACAAGGGTGGTGAAGC TTCTCCAGTTGTATATGTCTCTGGTGAAGAGGTTCGCTTTTAATACACCCCTAAATAGTTTTAAATTATGCTTTCCATCA ATAAGCTCATTGTCATATGATTCTTTTAATTTGTAATTGGAGTTTTTTTTCTTAATCTTTTTAACTTCTGTCACACACAC AAATAACTTCAGAGCATGCCATTTTGTCAAAATGACCATGTTGATAGTAAGATTGCGTGATCTACGAGCCTCGGCCTAGA AGCCTTCTCCAATTAAGGTCGCATGTAAGATCAGAAATTGGTACCATCGCAACTGGGATCATGATCTTGAACATAGGATC TTGGTTCGCGACCTGAATCAGAAAGACCCATTTTCTCACCGGTTTCTGACATGCTTTTAGATCTATTTCAGGTTGAAAAC ATTCACTTCACTGAAAACACTAACCATGAAAACCCACTATTAATCTAAGTATCTAACTGATCGAAGCTCTTCTACGCCTT TTTAATATTTCTGTGGTCTGACCTTCTATCTTCTCCTTCGTTTGGATGCCATTGATGAGAATGATGATTTCTTTTATGTG ACACAGAGCCTTCAGCAAATTGGCCACAGAGCAGATCGCCTTGGGATTAAATCTGATATTTATTTATATTCCAGTACTGA TATTGAGGTATTGTCTTGGGTTCTCTGTATTGGTTTTTCTGCTGCCATTTTTCCTGCTTTATTATTTATTTTAATACTTG AATTTTCATCAAAAAGTTATTGTCTTTGAACTATCCTGGAGTTTGTTTCACTTAGAACGTTGCTCTTAATTGCTTTAATT ATAATCAAGTCTCACTAATTGTCTTATCTTTTATTGTTTTCTCCATGATGTCAGGATCTATTGAAGAAAGCACAGTCTCT TTCCCCGCGTGCTCTGGTTGTTGATTCAATACAAACTGTTTATTCGAAAGCAATAGCAGCTAGTGCTGGAGGGCCTGTGC AGGTTTTCAGTCCACCAAATTTAATTCCCTAAGGGTATGCTTGTTTGGAGGGTTTTGGAGAAAATGGGAGGGAGCAATTT TTTATTTTTAAATTGAGAGGTATATAATGTTTACTAAATGAACAAAAGTTAGGACATTAAATTTATGCTAATCTACTACC TCTATTCCTTATTAACTGTCAACTTAATAAAAATTGTTTTTATATATCTGTCCACTTAGAATATCAAGAGAGCGTTTTCC GATGGAGCAAAAAAAAAAAGAATATCAAGAGAGCATTAACGGATGTTTTTTCATATAATGCCCTTGTGAGAAGAATAAAT TAGAAGAGATAAAATACATTTTAAAGGGTAAAATAGGAAAACAAATAATATCTTTCTTAAAGTTAACAAAATTAATTGCA TTTCTTAATATGTGTTTCTTCTATTTCTGGACAGTTCGTAAGTAACAGAGGGAGTATCATTTTATTTATTCCATGTTAAA AAATTATCAAATTAGAGAATGCATATTAACAGTAAAAAATTTACGCTCTCCTCACTTTCCCTCCAAAACTCTCCATCCTA AACATACCCTAAATATATTTTAAATTTACGTTGGATGTTTTAGCTGCAGTGTGCTATGTTTTCATCTTGGAATTTTTGAA ATGATGTCAGGTGATATATTTTTGAAGTTTATCTATTGATATTTATTAACTCTACTTTTTTTCCACACTAACTTCGTCTT TCTTGTATTGGTTGTTGTCAAACAAAGGCTTTTTTAAACAAGGATATACTCATGATTAGTAATTTTATGTTGCTAAAATT ATTTAATTGGTTAATTTAGTTGCTGAGACGAATGATCTACTTTCTCTTGCCCCACCTTATTGTTCTAATCTGCTCCTTAA TCAACAGCTGTCAAAATCCATTAACTATAACTGTTATTTTCAGTCAAATGGTGTTTCTGTGGTACATGACTTTTACAGGT GTGTGACAGGTGAAGGAGTGTACTTGGGCTTTGATGCGATTTGCAAAAACAACAAACATCCCAGTTCTTTTGGTGAGCAT GCATGCTCTATCAATTTTTTTGAATTATATTTAGATAGCGAGTTTTATCCATTTCTGCAGTTAATAGAATATAGAATGAA CAACTGAATATGTTAATTGATTTCACTAATTGAACTGAAGACATTCAGCTGTCACTAGTGTAGCACAATATAACCGAGGC ACTACTAATACACTGACATGCCCCCTCCAAACTCTGGGTTGGGAAGCAACACTATATTTATCAAACATCTATTTATCAAA CATCCTGAGTTTGTGTTGGGATTTGAAAAATCCTAAAAGCAGCCATAAGGTAAAAGGGGGAGGATAGGAGTAATTTTTAT ATTTTTGAATATTTAAAACTGAAAAATAAGCAAGAAGAGAGAAAGAGAAGAGATAAAAAGAGAGGGATACGAAAAACAAT CCGAAGGTATCCTTCTTGTTATGCTCCAATCAAGCTTCAGCACAAGTAGTTGTGACTCTGACTCACTCATGGAGGTAAGA TTTCTCAATTGATGGCTGCAACATCAGGATCATACTTGGCGGGAAGAGATTCAATGATAATGTCAAAACACACACGAAGA GGAATCAGATCACATCATCACAATTGATGAAAGTGCATCAACAATGGCCTGAATGGTGAGAGAAGTTAAGAAATTAAGCG GCCTCCTTTGGAAATGGATTGCAACTCAAGTCGAAGTTGCCGTGAGGCCCATGACCGAGTCTGCGTCAGATTGTGAAAGT ACTCATGAACACTATCTCACACTTGCCATGAATGGTGACAAGCAAGGGCACGAGGAAGGAAGAGAAGCCATGTGTAAAGC AGGGAGTCTTGTCCTCCCATGCAGTGTAGCTTGGATTCACTTCACCAAGATCACAATCCGATTTCGAGAGAAAAACAGAG GAATCCTTGGATTCACTATGACGCTTGTGACCTTGAAGAACACCTTCAACTTGAATTTCCATTACAGGATTTTTTTTCCC ATTGAGTCTCACTGATTTGATAAGAGAATGTCAGAGGAATGTTGGATGGAGTTGTGCGATTTTCTGGAGCCAGCAAAGGA GTCCGGCACAAAGGGATTCTTATTGTTAGGGGAAGCTGTCATTGAGCTCAGAGAATTTCCTTTGTTGTCCTAGTCCTCGC TTAATCTCCTTAGTCAGCCAACAATTATTTTCATATGCTGTTTTGGAAAAAATGGGAATGCCTTTTTATACTCTCTTTAT GATCCTAAAAGCTCATATGATTAGTATTGTTTGTGCGTAAGTTAATTTATATTTTTTTAAACTTTTCTTGTTGTTTCAAA TTTCAGATTGGACATGTGACAAAATCTGGGGATATAGCGGGGCCTCGTCTCTTGGAGCATATTGTTGATGTTGTTTTGTA TATGGAAGTTCGTACCTTGTTATCTTGCTCTTCTTTGAATATTTAACAAACATGTTTTTGCCCACTGCCTATCATTATAG TTTACTTGGCATTTTTTTTTGTAGCCTCTCTTACCCTTTTGGATATATAAGACTGTTCCTAGATTGTGAAGCCTTTATAT CCTACCTTTAAAGTACTATATTGTGGCATTGCAAGATAATAAGTTTTGACCAGGGGTATCTATTTCCAGTTTTGCATTTG CAAAATCACAATAAAATTTTAGAAAGGGGATGGTGGACGAATCACATGTTGATTTTCAGTGCAGATTCTACCTTAATGTT TGGGAGCAACATGCATTTAACTGTGGAAGTTTGAGGAAAACTTAGTTGTCTTTTGTTCAATACCAACCTTTTTTCAACTG CCTTTCCATGTTTGATGCAAGCTCCCTCAAGTAATGATGAAACAGTATTAAAAGATCCATAGTAAAACGTCACATTTGTA ATAAGTAAAAGGAGGAAGATATGAAATGGAAAAACACTAACATAGGCCACATAGAATGCCCTATTTGCGGTGGTCAAGCA GCGAAGAAATAGTCATTGGTGTTTGGTGACAATTCTTTTATTCCTTCCAGAAACTTTTTATGGTTACAGCACATGGATAT TGCTATCTCTACTCAAATTTTCTATAAATATTTGCTATTTGTTTTTTTATAGGCTTGCTATTTGTTTTTTATGATATTAC TTTAAAATCTCGTGTTATGTTTGCCTGGCATTTTATGTGCCTAATACTTATAGTTTGGTTCTTGAAATCACTGGTTTTCA TTACAAATTTCTCCTTGCCAATTGCTTATATTAATTCTCAGGGTGAGAGGTACACTACCTATCGAATGCTTCGGGCAGTA AAAAATCGATTTGGATCCACTGATGAGGTATGATACAAAATGAACCTCTTTGTGAACTTTTTTCTGATAGAACTTTTCTA TATTTGTTTTGCCTGTGTTTATTTTGTTGGTCATTTTGCTTGTATTTGCTGAACTTATATAAATTTTGCAGTTATCTAGT TATGCTGACTGTGCTGCTACTTATTTAATTATGCAGATAGTTAATGAATTTATATGAATTTTATCTAAATGTGTTAAGAT ACAGTATTGACAACCGTCCCAAACGTATCTTCTGCGAATGAAAATTATATCCCATTGACCTAAGAGTAAACAAGTTCAAC TAAATAGAGATTAAAGAAGTTCTTGTACTATTATCTCAATTTCTTTGTGGTATTTGGGTTTCTACTTTACCCCCATCTGT AATTATGATGATCTTCAAAAATTGGTGTTTGATCCATGCTGTCTTCGACTTGTGTGAACAGCTTGGAGTTTTTGAGATGT CACAATTAGGATTCCGGGCGGTTTCAAATGCCAGTGAAATGTTTCTCACGGAACAAGACTCTGGTTCTGATGTTTTAGCT GGGTTAGCTATTACTGTAATAATGGATGGTTCAAGAGCTTTCGTGATTGAAATTCAGGTAATTTTCTTTTATCGCTGTTG ATATTTATAAGTTTGTTTATCTAATATTATCATTGAAAATAAGATTATATTTCCTTTTTAGCTTTTGAGATAAATCAATC ACTAAAATTTTGTGATCTAGGTATTTGGTAGGGAGAAACCCCACCAAGCAAAATCAAAGAAAGAAAATGAAAACAAAATT AAGAGAAGAAGATAAAATGAAGGCTTTTGCCAAATTTCTTGTTAATCTTTCATAATGGAATCCATACAACTTATACTAAC TATCCACTCTAAGGGATGAAAGGTGACCTTACAAGTGGCACAATCCTAAGTAATAGAATATTCTAGAACATGAATCTAAA TAACAAACTAGAAATAAACATAGAAATAGTAATAACTAATTATAATTGGCTTAGTTACTTTAGGCCCATAAGAGATGCAG CTTTAGAAGCCCATTAAGGATGCAACCCTCTACTATTACCATCCTCTTGAAAACATCCTTGTCCTCAAGGATGAGAAATA GACTATCCAAGCAATAATAAGAATCCACTCAAGAAGTGTAGTGCTATGTGTCCAAAGCCCATGAAAGGAGTACAAGGTCT GTGAAGTGAACTCTGTCCTGAAGCAAACCAAAGGGTCCCAAGCCAAACATGTCTTGTCCAATTCCATTTCAAGAATTTTG AGTTGGGATTGAGAGAAATAAGACCAAGAGTCACGTCCAACTGCCAAAGATGTTCCAATGGACTTGTCCACAACAATGCT ATGCCATAAAAATCCATCACCAATAGAGTGACCTTGCCATAGAGTGACATGTTGAAGAAGATGTTCCAATTTCACCAAAC AGAACCACAAATGGAGAACCAGTTGAACCTCACATAAGTGGTATGCTTGAAAGCCATGTAGAGGTTCATGAGTCACAAGT GACTTTTCAGCTAAAATTCCCGGATCAAATGGTTTGCAAATCAACACAAGTAATTCTGATAATGCATTTTCCAAGGCTAG AGACAGTAAGGGAATAAACAGCTTGCCTAGGATACTTGGATCAACATGCTGGAATGGAGAAGTTAAATGAAAATCAACCG CAAGGAATTGGTGAGGGGCAAACAGTTTAATCCCACAACATATAGAATGAAGAGTCCTTGACAATGCAAAACAGCCTGAA TGTGTCTCAGGAAATAAATTTACCTCCATAAAAAGCTCACTAGAGGCATCTGAGGGAGTGTTCTCTGACTTTGCCCCTAA AGGATACACCCACAGCAAAACTAGACCAGATGAGTGGTGCATCCCATTAACAAAATGATTTGCAGATGAGTGATGCAAGT CATGCAACCCTCTACCAGTATTTGAATTGTGCTTAAATTGTGACCAGGTTATGAATGATTTAAATCCTCAGTAGGGAAAG TATATTCCTGTAGGAATAAAAAGGGCTCTGATGATAAGTTTAAGAAAAATCCCTCCCCTCCATTCCCCTCAAACCAAGTT GAGCACACTGTTACCATCATGTATCTATTTTACAGATCTCTGAATACACCTGAATTTGCATCATCTGTGTCTTGTACTCT TCTAGTTCCTCTTTATTATTTGTACTCCAACACCCTTTAAAAGATATTATATAGATTAGTTTTCAAATTTATTTTGCAGG CACTTTGCCTTCCAAAATCCTCTGTATCATCTCCACAGCTAGTTGGGATCCAAACAAATAGAGCTAATATGATCAAATGT GTAAGTTATTTTTGATGTTTTTACTATCTTTCCTTTCATAATTGCACTGGTTGGCCATTTTTTTCTACTCTATCTTAATG AGAAAATGGATGCTTGTGTGGGATATTTATTTTCTTGTTTAAAATATATGATCTACTGCGATTTAAATTTGTTCAGTTGA TTAGTGCTCTGTTCATTGAACTGTAGGTTCTTATAAAGCAAGCGGGTCTCCATCTCCAAGAAAATGTAAGCTGGGGGGTT GTTACTGTAATACCATAAATTTTCCTAATTCTAATTGCTTATCCTTTACCCATCCTATTTTACACTTATGAGCATGGTCT GCATCTTTGGTTTGAGAATTTAGACTTACGTGTGCAGATAGCTCAGTGAACTTAGAAGGCATTTGATAGGTGCAAACCAC AACAAATATAAATATTCACTTCTGGCTTGTCTTTGTAATCTGTAATGGTTCATTTGTGAATTCTCTTATCTTCCAAAATA GTTGTCTCATTTTCTGTCACATCCAAGTCTGTTTAATGCTTATAATGTAACTGTTGGAAGTATTTCCTTTTTGATATTTG TATTATATTTTATTTCCTTATCTTGCCTTTGTACAACAGGTTTTGTTTTTAAATGTTGTTGGTGGAATGAAATTGGAAGA GAGTGAGACTGCTGGAGATCTTGCAATAGCAGCTGCAATTTGCAGCAGGTTTGTGTTCTAATTTATTTAGCAGCTGCAAT TTGCAGCAGGTGTGTGTTCTAATTTATTTGAACATCCTTGTTCTGACAATGTCTAATGATTTCTTTGCCAGTATAATATT CTCAATTTTTCATTTTTCATATCATTGGTTAAATAACTTCTTTTTTCCTCCCCCCACCCCGCAGTTTCTTGGAGTTCCCT ATGCCAAAGGACATTGCGTTCATTGGTGAAATTGGCCTTAGTGGAGAGCTTCGCACGGTGAGCATGTTTTTTTTAATATT TAATGTTGCTATTTGCTACTATGATATTTAAAGGCCAATTAAGAGTCTTCAATAGCATACTGGTGTGCTGACTGCTATAT TGAAGGGCTTAATCATACCAATTTGCACATCCAGCTATAAAAGCCTGATCTTTGTGAGATTTTCAGATCAGTTGCTTGTT AGATCTCATGTGTTGTCTTTGTGGCATTTTCATATTTCTAAATAGATATGAAACTACTGCAGAGATTAATTTATTAAACA CCAGTGTTCCTTGCATTTGCTTATCTTTCCTCAAAATCAATTCTAGCACCTAGCATCTTCTCTCCAGAAGTGATTTTGGC CTTAGTATCAAATCAATTGTAGAAGGATTTTTCAAACATGCACTAATTGGTTTTAGTTCTGAAATAACATAACTTCATAC GTCAAAGTCAAGTACTACCTCCGTTTCAAAAAACTCTCCAGTAGTGTTATCAAATATCCATAGCAGCGCCGTAGCGGTTT TTTTGGCTTTCTGCCATGGCCGATATCCCGCCATATGACCTTCATTTCCGCCATTATTTGTCATGTGTGGTGGGATTTTG GCTTTCCACAATTAACAACAATGCTCTCTAGAAAGAGAAGAAATACGCAAATTACGAAATACAATTAATATTGATAACTT TTTAAAACATATTATTTGTTTTTCTATTTTACCCTTTAAAGTGTATTTTTATTTCATTTATTTTTCTCATACTGGCATTA TATGGAAAAATATCAATTAATCCCTTCGAATTCCTTGTGGGCATATATTATGAAACAATTTTTTTTTTGTTGCTTTAAGT GATTATTTTGAGAAGTTAGTTGCCCCATCCTCACCTATGCCTTGAGAGGTTGTGATTGCAGCACTGTGGACCCAATTGCC GCTAAAGCTGGGCCCAAAGAACTGCTCTTTTCTTTCATTTATGAAGTCTAAATGTGACAAATTGTTGTGTTATTTATTTA TTTTATCAAGCCTAAGCCTAGTTTGTTTGTTTATTAATTTATACAGGTTCCTAGAATTGAGAAAAGGATACACACAGTGG CAAAGCTGGGTTACAGAATGTGTGTAGTGCCGAAGCAAGTTGAAAAAGTTTTAGGAACTGTAGGTATAGAAAACATGCAA GTTGTATGTTGCAGGAATCTGAAAGAGTTTATTAACACTGTGTTCAGATGAGATAATTAAAAGAAGCTCCAAGTGTTGTG TAAATCTCTCTTTTTTGGTACCTATGATGTCAAATTCCCCCCTTCAACAGGTTGTAAATATAGGTAATCATCATGGCTTA AGTACTGCATGAGATGCAATGGATTTGGTTTTATTGTGTCAATTAACTTATGATTCTTATCTCTTACATGCAAGTTAAAT TTGCTGTTGTAAACTTCAGCCACCAATATCAAAATCATCATTACTAGAATTTAAGATGTAATTTCTTTTTGGTATCAAAG ATGTTTTGAAGGTTTTATCCTGTTTAGTCATTTTTGGTGATCTGTTCTTTCATCTGCTTCTCCTGTGATATCTTGAGGAT TCGGGAAGCTTGGCTGATGGGTTGAAGCCAGTAACCTTGCCCACATTCGGTCGGTTATCACAACCTTCTTTTCTCCCTCA TTTATGAGCTGCACAAAAAAAAAGTTTTACTTAGTGTGAAGTGATTATATAGTTCAATTCTTGGATTTGGCTTAAACCTA GCTCATCCTCAAAAGCTAGCTTAAATGTGAGGATTGTCCTCATTTATAAGGACTTATTATGAGGCTTTAACACGCTCCAT CGTGCTCAGGAGTAGACATAATGATCAAAATAAGCACCAAGCAATTGGCTTGATCATTATGCAACCTATGAATGTCTTGA ACAGAGGTCTGTTAAGTGGATAACAAGACACAATTGGTGCAACAGCAAACAGGTTTTGCTAGTGACAAGAACTTACATGA AATGGGATGTAACAATTTCTGCCATTAACTGGACCCACTGTGAAGCCTGTATATCCAGCCATTGCACCATGAACAGCACT TTGGGCAAGGAGGGTGCAATGCACATTATCAGATGCATTACTTGGAATAGCACGGATCATGTAAGTAGGATCTGTCGGAC AATATTATAATTTCTCACTTGTTTTTTCTATTTGAAATAAAAATAATATATACATATATTTATATATTATATATATAGAG AGAGCTCACCAATATACTTGAGATTTATAGTCATTTTTTGACATTTTGCAAAGTGATCCTGCAACAGAAATAAATATTCT AAATGTAAAAACAAAGTGTAAAATTCAGCTGTATGAAAATATATTCATTCAAATACAGAACTTGTTCTTATGAATTTGGA AAAAAAAAATTCAGAATTTCAAAAGCAGCCAAAGCAAGTTAGACCACTGTTGATACTATTGCTATGGTGCTTAATATCTT ATAACCTATAACAGTTGTTAATAGCTTCATATATCTGTCTATGTTGCTAACTTGAAAATACCCAATGAATTCTACATTTA ATCACATGGTTTTCCCATAGATTCTTGGGCTATCCAACTTCATAATTGTCTACCTTAGAAGCTCATGATTTAACTACAAG AAACAGGTTGTCTAAATGACCCATAAGAAAGTTTGAGTTAAATAACTCATCATTTAATCACATTGAAGATAAGTGAGTTA AAATTTTTATATTTTATTTATTAATTTATTTATAAAAAATCATATTGATCTATTGAGTTGTGAGTTAGTAACCCACACGA GTCATTTAGACAATCCACAAGAAACACATCTACCTCAATAGTAAAGCTAAACCTACAGAGTTTTAACCTTAATTTGTTGG GATAACCACAGACCAACATCATGAGGTAACTCCATTGGAGAAGCATCTCTCTTATTCATGTTAGATGAGTTGTGGTTAGG AAGAAGCTCTTGTCCTGCACCTTCAGCAATTACTATAACCAAGTGCCCTTGTTCTCTAAGTCTTTTCTCAATAAACTCAA AGAGTCCACCTGGACCCTCAAGGTAAAAGTGTGATTCTGGAATCAAGCAACAGTCCACATCTCTGCTGGCTAGAGTTGCA TACATGGCTATCAATCCTGCATCAACATGTCATCATATGGTGAGCATAACAACTAATTCAAGACAAAACAAATATTAAGA ATGACAAGAACATTGTCTCTTGTATTGACCTGAAAACCAAAACTAGACCTTCCATAGACTTGTATTGAACGAAAAGGATC AGACATGAATGCAATATTCTTATAATTCAGGTTAGATCTAACTATTTTCTAAAAGCTATAGTTTAGAGGTGATGATTGCT CTTATATGAACTAATTTTGCCATATCTAGTCAATGTCAGACCTTAACACATTCACTCACACCCAGAGAACTCGACATTGG AGTATGTAATCTGCAGGTCTGGACATATTCGGGTGACTCATGTGTGAGTGGTCTCTAATAAACGGATTTAAGATAGACTC TTTTATCACTATTGGCTTGAGTTGAGAATATCTACCACCTCGTGATCCTAGTGACCTTACTTAAGATAAATCAAACATGT ATCACTTGAACCAATCACAAGTTGAATCAAACATGTATCACTAAACAATTATCATAGCAGCATACATACAAGTACATTCT CTAATCTATACTATATTATTATGATAGCATTAGGCTGAAGTTGTAAATTACCAAAGGAAGGAATAGAGCTTACCACTGCA ACGCCCCATTAACTTAACAACACCAATACCATTCTCAGTGCTCTCTGCTTCCACATGGGCAGAATCGATAGCCCTTTGTG CCTCTTCAACAGCAGTGTCGAAACCTATTGACTTATCAATAACCTGATTCATATAGTAATGACATTAGTAGGTGTTTTCA AATGGCATATAAATGTATATGATTTTCACATATACAATCAGTGTATTCTTACGGGTATATCATTATCAATAGTTTTTGGA ATTCCAACTACTGCAACTTTCAAGCCTCGTCTTCTAACTTCCTGCATAAATAACTAAACCTTCTGAGTACAGATTTCACA GGAAAAAGTTATGGAGAATTCTAACATCTACCACTGAGTAGATTGTGTATTAGTACACCACTTGTAACTTGTTGGCAATT ATATGCAAAATGGTTGATAACTTATCACTAAAGTTTGTAACCATATCTTATGCTTGTACAATATCTACTATGACCTCATC AAGCTAGGGTGCGTTTGGTTAAACAGTTTAATTAAGCGGTTAAGGTAATGAGCCCTTATGACATAAACGCTTATTTATAA GCTCATAACAAAATGCCAAGATCTGCAGAGTGAGTATCAGCACTCAAATGGCATCAATTAATTACCACAAAAATCATAGC TGCCTCCTTTTGAGTTCCATATCCTCCAAGTATATAAACCTGGTTAATGCCCCTATCCTGAATGCTATCGACAATCTTTG ATGTATCATGGCCTCCATATGATGTCCCAAGAATGGTTCCACCACGTTTGTGGATATCATTGACAACCTTTGGTGTTAAA GGAACTGTGTTTCTTGAATAAAAACCTCTATACCCTCCCTGCATTTAACCACACACTAGATTTTAATTTGATGAAACACC TTCACCAAAAACTATCCAATACTTGTGAAAATTTTCAAACAAATATGGTGATTAGTTCATAAATTGTACCTCTATTCCCT GAACTCTGTGCACACCATACATATTGTACAAGCCACAAACTATTTCTCTTATCACTGTGTTCAGACCAGGACAAAGACCT CCACATGTGACAATACAAGCATACACTTCCTCTGAATCAAAATATACCTGGACAACATTCAAATCACTATTGTCTCCCCA TAAATTACATCTTTAGAAATCAGTTTCTACCCCCAAAAAAAAGCAAACCTTCTGAGCAGGTCCGGCACGCCGGAAATGGG TTCCTCTGGAACTATTTTTATGCACCACTATCTACACCCAAAAAAAAAATAGATTCTTATGAGTTATGAACAATTTAGTA GATGTTTGGTTTTACGATTTGCACATAATCTAGCATGCGTTTGTGCCGAAGCTAAGACTTGAAGCTTCTAACCAGAAGTG ATTCTAGAGTCTTTTATTGTGAAACAAAACATACTATTGGATAGAATAAGTGCAAATGGTAGACTATGTCTTAGTGCATG TTTAGAAATCTTTCTTACAATTGATTTTAAAGCCAAAATCAATTATAGGCAGAAGCTTTTATAAGTAGTTTCTGAGTGTT AGAAAGAAAAGCCGGTCCAAACATGCTATTAGGGAGATATGAGAATCAAAAGAACAAAAGGTCAATAGTTACTAGCCTGT TGCGCAACTGTATCATCCTCATTCACATAGTACTGCCTGTGGAAACATAAATTAACCAACTTGATCACTGAATTAACAAT CTTATAAGCACACAATCCAAAATACAAAATACAGTAACTCCAGAACCTACACGCTAATAGTAAACTAACACTTAAAAGTA CATAGTAACTTACTTAACAACTGAATAGGAAGGATTGTCTTGTAAAGGGTCAGGATATGTCTGCATCATGATCAATCAAC AAGAAAGCAAACAGGAAAAATCAAACACATGTAATGAATATAAATGCATCAATCCACTAAAACAACACAAGTTCATTTGA TCATATATCAACCATATACAAGACTAGCAGAAATTAGAGAATTACAGGGAGATGAGGGATGTAATCAGAAAGGTGAGGAA CATCCTCAAGTACAAAACCAGAGTCTGCATCTGTTTTGATGTTGTTGTTGTTGTTGGATTCTGTAATAACAGAATTTGAT TTTTCCATGACTCACTCAATGGTTGGCTTTACCTCATATCCCTCTTTACCAAACTTATATATATTTCATAACATAAGCAA TGATATGATATTATAACTAAATAATAATCATAATTTGCATCATGTGACGGACTTTACGTTGGAAACACCTAAGTTTCCAT AGCTGAATTGTTGTTGTCTGCGTGAGAATTATTATTCGAGCAGGAATATTCACGGTTTAATTAAAGTGTGTACTATTTAA GCAACTTTATATCTCTATTTTTTTTTGTTACAAGAGGAATCCAACTTCATATCTATTTGACAACAAA
CDS sequence (LotjaGi3g1v0022200.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGAGACTCCTCAGAACCATCTTCATCCAACACAAGCACCACCTCCTCCACCCCAAACGCTGCATTTCATCTCTCTTTTC CCACCCCTTTTCTTCAACCAGCGACGCCGACAATAAGGGCACCGGTTGGAGCAGTTACGGCGGCATTTTTGACCCCCCAG TTGCGCAGCAAAGACCAAATGATCACAGTGACGCCAAAGTTGGAAAGCCAACCCCAAGTGATCACAGTGACACTGAAGTA GAAGACATTCCGCGGGAGAATCCAACCCCAACTGGGAGGGTGAAGAAGGTGCAGGGTGGAGGAGGAGTGGGGAGGAAATC TGGGAAGGTGAAAACTCAGTGGGTTTGTATTAACTGTGGCCATGAAGCAGGGCAATGGTGGGGGACTTGCGCCTCGTGCG ACATGGTTGGCACTATGAAAGTGTTTCATGAGCCCAAGTTAGGTGATGCTGATGACAAGGCTAGAAATTGGTTAGCTGAT GTTGTGGGCTCGTGGCTCCCGCAGAGACCGGATCAGTTGCGGCCCATGAAATTAGGCGAGGTTAACCGAGGATTTAATCA GCAGGATTGGAGAATTCCTTTGTCTGGTCCTTTTGGAGATGAAGTTTCCAGAGTGCTTGGTGGTGGTCTTGTACCAGGCT CTTTGACTTTAGTTAGCGGTGATCCTGGTGTTGGGAAGAGTACATTGTTGTTGCAGGTGGCAGCAATGATAGCAGATGGG CACAAGGGTGGTGAAGCTTCTCCAGTTGTATATGTCTCTGGTGAAGAGAGCCTTCAGCAAATTGGCCACAGAGCAGATCG CCTTGGGATTAAATCTGATATTTATTTATATTCCAGTACTGATATTGAGGATCTATTGAAGAAAGCACAGTCTCTTTCCC CGCGTGCTCTGGTTGTTGATTCAATACAAACTGTTTATTCGAAAGCAATAGCAGCTAGTGCTGGAGGGCCTGTGCAGGTG AAGGAGTGTACTTGGGCTTTGATGCGATTTGCAAAAACAACAAACATCCCAGTTCTTTTGATTGGACATGTGACAAAATC TGGGGATATAGCGGGGCCTCGTCTCTTGGAGCATATTGTTGATGTTGTTTTGTATATGGAAGGTGAGAGGTACACTACCT ATCGAATGCTTCGGGCAGTAAAAAATCGATTTGGATCCACTGATGAGCTTGGAGTTTTTGAGATGTCACAATTAGGATTC CGGGCGGTTTCAAATGCCAGTGAAATGTTTCTCACGGAACAAGACTCTGGTTCTGATGTTTTAGCTGGGTTAGCTATTAC TGTAATAATGGATGGTTCAAGAGCTTTCGTGATTGAAATTCAGGCACTTTGCCTTCCAAAATCCTCTGTATCATCTCCAC AGCTAGTTGGGATCCAAACAAATAGAGCTAATATGATCAAATGTGTTCTTATAAAGCAAGCGGGTCTCCATCTCCAAGAA AATGTTTTGTTTTTAAATGTTGTTGGTGGAATGAAATTGGAAGAGAGTGAGACTGCTGGAGATCTTGCAATAGCAGCTGC AATTTGCAGCAGTTTCTTGGAGTTCCCTATGCCAAAGGACATTGCGTTCATTGGTGAAATTGGCCTTAGTGGAGAGCTTC GCACGGTTCCTAGAATTGAGAAAAGGATACACACAGTGGCAAAGCTGGGTTACAGAATGTGTGTAGTGCCGAAGCAAGTT GAAAAAGTTTTAGGAACTGTAGGTATAGAAAACATGCAAGTTGTATGTTGCAGGAATCTGAAAGAGTTTATTAACACTGT GTTCAGATGA
Protein sequence (LotjaGi3g1v0022200.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MRLLRTIFIQHKHHLLHPKRCISSLFSHPFSSTSDADNKGTGWSSYGGIFDPPVAQQRPNDHSDAKVGKPTPSDHSDTEV EDIPRENPTPTGRVKKVQGGGGVGRKSGKVKTQWVCINCGHEAGQWWGTCASCDMVGTMKVFHEPKLGDADDKARNWLAD VVGSWLPQRPDQLRPMKLGEVNRGFNQQDWRIPLSGPFGDEVSRVLGGGLVPGSLTLVSGDPGVGKSTLLLQVAAMIADG HKGGEASPVVYVSGEESLQQIGHRADRLGIKSDIYLYSSTDIEDLLKKAQSLSPRALVVDSIQTVYSKAIAASAGGPVQV KECTWALMRFAKTTNIPVLLIGHVTKSGDIAGPRLLEHIVDVVLYMEGERYTTYRMLRAVKNRFGSTDELGVFEMSQLGF RAVSNASEMFLTEQDSGSDVLAGLAITVIMDGSRAFVIEIQALCLPKSSVSSPQLVGIQTNRANMIKCVLIKQAGLHLQE NVLFLNVVGGMKLEESETAGDLAIAAAICSSFLEFPMPKDIAFIGEIGLSGELRTVPRIEKRIHTVAKLGYRMCVVPKQV EKVLGTVGIENMQVVCCRNLKEFINTVFR
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 | 2 | 588 | 587 | 1.9E-287 | – | |
| PANTHER | 2 | 588 | 587 | 1.9E-287 | – | |
| MobiDBLite | 43 | 107 | 65 | - | – | |
| MobiDBLite | 62 | 89 | 28 | - | – | |
| TIGRFAM | 109 | 579 | 471 | 1.3E-136 | ||
| PRINTS | 116 | 140 | 25 | 5.1E-62 | – | |
| ProSiteProfiles | 191 | 344 | 154 | 22.817 | ||
| Gene3D | 200 | 408 | 209 | 1.9E-37 | – | |
| SUPERFAMILY | 201 | 395 | 195 | 3.36E-42 | ||
| PRINTS | 204 | 232 | 29 | 5.1E-62 | – | |
| Pfam | 206 | 348 | 143 | 4.8E-18 | – | |
| SMART | 212 | 370 | 159 | 6.4E-12 | ||
| PRINTS | 300 | 324 | 25 | 5.1E-62 | – | |
| PRINTS | 339 | 367 | 29 | 5.1E-62 | – | |
| PRINTS | 374 | 400 | 27 | 5.1E-62 | – | |
| SUPERFAMILY | 381 | 588 | 208 | 2.84E-27 | ||
| Gene3D | 420 | 589 | 170 | 7.0E-13 | ||
| PRINTS | 450 | 473 | 24 | 5.1E-62 | – | |
| Pfam | 493 | 559 | 67 | 3.6E-8 | – |
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 | DNA binding | Any molecular function by which a gene product interacts selectively and non-covalently with DNA (deoxyribonucleic acid). | ||
| Molecular function | Damaged DNA binding | Interacting selectively and non-covalently with damaged DNA. | ||
| Molecular function | ATP binding | Interacting selectively and non-covalently with ATP, adenosine 5'-triphosphate, a universally important coenzyme and enzyme regulator. | ||
| 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 | DNA-dependent ATPase activity | Catalysis of the reaction: ATP + H2O = ADP + phosphate; this reaction requires the presence of single- or double-stranded DNA, and it drives another reaction. |
Expression pattern of LotjaGi3g1v0022200.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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