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| Field | Value |
|---|---|
| Gene ID | LotjaGi5g1v0365500 |
| Transcript ID | LotjaGi5g1v0365500.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | ATP-dependent DNA helicase 2 subunit Ku70; TAIR: AT1G16970.1 ATP-dependent DNA helicase 2 subunit Ku70-like protein; Swiss-Prot: sp|Q9FQ08|KU70_ARATH ATP-dependent DNA helicase 2 subunit KU70; TrEMBL-Plants: tr|K7N5J8|K7N5J8_SOYBN Uncharacterized protein; Found in the gene: LotjaGi5g1v0365500 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr5:68017827..68032731) extracted from Lotus japonicus Gifu genome v1.2.
GAAATATATATATATATTTAATTATTAAATAGTGGCCTGAAGGGATTGAAATGACCGAGTGACTGCCCTACTCTGAGTGC TAGAGAAGTTTGAGGCGAACGGAGTAGTGTACTGTGGTGGCATTCTTCGTTTCTTCTTATTCTTCAGAGAGATGGAATTT GACGACCCTGATGATATCTTCAGAGATGATGAAGACGACGCTGATGCTCGATTCTCTCTGGTTGGTTGGTTTGGTTATTC ACTCACTCACTATTCCATTTTCTTTTCGTTTAACATGAAATGAAAAAATGTAAATGTTTACTTATTTATCAGGAAAATGA GTCGAACAAAGAATATGTGGTTTTCCTGATCGATGCTTCTCCTAAAATGTTCACAAAGAGTTGCCCAGCGGTTAGTCTAG TCTAGTTACTTTATAGCTTACTGATTCATTCATTCAAAGTTCAAACTAAAACATGATGTACTTACATTGCATTGCATTGC AGGAAGACGAAGACCAAACCAATGAAACTCACTTCCGCATTGCCACCACTTGTATCTCTCACTCACTCAAGACTCAGATC ATCAACAGATCATATGACCAAGTTGCCATTTGCTTTTTTAACACAGTAAGATTTATTTATGCATTCTGCTTCTTTCTTCC TTATTTCATTACTTAATCTTTCTTTCTTTGCAGAGGGAGAAGAACAATTTACAAGACTTAAATGGTGTTTTTGTATTTAA TGTTGCTGAAAGAGAGGATCTAGACAGGCCAACAGCAAGGCTCATTAAAGAATTTCAACATTTGGAGGGTAAGCATTTAC ACTGCAATGAGATCACATTCCCAGGATAATACTAATTTCTTCTTAATCTTACCCAGAATCTTTTTCTAAAAACATTGGAA GTGTCATGTCCGGCTCTCAAGAAAATCCTCTCTACAATGCTATTTGGGTGGCGCAGGCACTTCTTCGTAAAGGGTATTTT ATGCATATAAAATATATATTACTTGCAGTCTTATCTACTTGATTTTCAGTGAATCATAAATCATAATGTCAAAACATTTA TATCAGGTCAGCAAAGACAGCTGATAAACGCATACTTTTGTTCACAAATGAAGATGATCCTTTTGGGACTGTCAAAGGGG CTGCAAAATCAGATATGACAAGAATGACTCTGCAGAGAGCTAAAGTACAAATCTGTGGATGCTTTCTAGCATAGATGGTT TAGATAAAGTTAAGTTTCAAGGAAGCTTAATTTCTTTTTATATCAGGTCTTTCATAATTTCTTTTTTCTGGTTTGTGTAG GATGCGCAGGATCTTGGCATATATGTTGAACTTCTTCCCTTGAGTTGCCCTGATGAAGCGTTCAATGTATCTCAATTCTA TGCTGTATGAACACATCCTTGACTCGTATTCCCTAATTTCTTCTCTTAAGCTATACCGATTGGATATATTTGTCATGCTC ACTTGTCAATTGTATTCCTTTCAGGATTTGATTGGGTTGGAAGGTGCTAATCTTGTTGACTTTATGGCAACAACAGGAAA CAAGTATGGCATCTTATCCTATCTATGATGCTCTCTGTTTTTTTTTATTCTTGCATTTGTGAAGTCTTTGAGATACCATT ATTTACTGTAGTGGGGCAACTAGTCGTATCCTTTGCAGTTTGACTCAGTGTTTGTTTGGTTTATATTTAGGTTGAATTGA TTTTGAATGAATTCATGTTAAAAAGATTGATTTGTTTTTGGGAGTGTTATTTTAAAAGTGTTTAGAATAATTAATTTTAT TTCGATGCTAATGTCGAATCACTTTTGAAGAATAAATTTAGGTATGTATTTTAAAATTTTGTGGGTCTCACCCAGAGTAC TTAGTGGGATAATTCATTTTAGGGAGGTACATTTGCTTGTAATCAATAATTCAATTTAGAAGATGGAAAACTAGTTTGTG AAATGTGTTGAACAAAACAGTACATGTTTCTGTAACATTGTTTTATTTCTATTACATGAGGGTTATGATGTCCGCAGCTA TGACCAAGAGGTTTAGACCTGTGCTAGGAGTATATTATATTAAAATAATGTTTGTGTTTAATTTTGCTCGATTCACTTTT TTAAGCCTCAGTTTTTGTGGTTTTCTGTTTCAACTTTAGATTGAAGGATATGAAAGATCAGCTAAGAAAGCGCATGTTTA TGAAACGCATAGTCAAAAAACTTAAATTCACTATAGTTGATGGGATATCAATTGAACTGAATTCATATGCTTTAATTCGT CCCACTGTTCCAGGTACGCATTTTGCTTGAATTCACTGCAGTTATTTTCGGATTGGAATTTATTTTCCTTGTTTTCTTTT GTTTTGCTGTCCTTTGCCGAGTTTTACCTTGGTTGGGCCCTTTTAAGTTTTTTGGTCCCTTTAAAGTTTTTCACTTAGAA AAAAATATGCTTCTGCCTTTCAGCTTGTATTCTAATTGTTGAATATCTATTAAGATTTAGTTTATAATTAGTCTTGTCTC ATTGAGATATAGTTTAGATTTGTTTCTCTATCTTAGATTAGTATATCTTAGATTAGTATCTATTTAAATAGAGATGATAT CTATTTAAATAGAGATAGGTTTAGATATATTTAGTTTCTTTTTATCTCTTTGTTAGTCTATATATATTGTAGTTTTCAGT CAAGTATTAATCAATGAAATACAAGTATTATTTTATCAAATTCAAGTTGGTATCAGAGCAAGTTTCGATCCTACCGCTGT GAGGGGGCTCCTCCCCCGTGAGCCCCCTCATGGTGACTTTCCAAATCCCCGTGAGCCCCCTCATGGTGACTTTCCAAATC TCTTTGGATTTATTTTTCATACTTTGCTTCTGCGCTTGTTAGTTCTAGCCGTTTTCTTACGGCCTCGTTTCTTTCTGATC ATGGTTCCCTTTCTCTTGAAACCCTAGTGATTCTTGTCACGTTCTTGGCAGTCACTATTGGCGTTCAACACTGTCAACGT CTTTCCACCGCCGTTTTCCGAAGTTGCTCAAAACGGATCAGAAACACCTCCATCTTTTCCCTGAAGCGTCGCCGCCTGTA TCTTGAGCAAGGTTGGTCCTTGAGTGGGCGAGTCTCATTGATTAGTGAACACTAAGAATCTGTGGTAGGAATATCTATGT CTCTCCCACGGTACCCCGTTCATACTTATCTGTTGCGGCGCAAGGAATGGAATACGAATTCTTTGTATGGCGTGGTCAAT AATTCGAGATTGTACTGATTCAGTAATGTGGTCTTTGTATGGTCAATGGCTGGTATTATTTTAATGGAAGCAAGCGGCAG AGTTTGATTAAGGTCTCCAGTGGTGCAGCACCTTTGAATGCAGCGGATATTTATTACTTTGTCCAAACTTTCCTAATCTT GATTTCATACAAGATACATGAATAATGAGGAAGCCACAATTTCAACAATAGATAAAGATGGTTATTGGAGATGTTTATTT CAATCAGGATGAGTATATACATACATCTGATCGCTATCTGATCGCTTGCAAGGTATTATCAAATACAAGGGCTTTCAGAT TGCTCCTGCTGATTTAGAAGTTGTGTTAATTTTGCATCCTGAAGTAGTTGATGTTGCTGTTACAACTACCATGTATGAAG AAACTAGAGAGATACAAGGTGGCTCTTTGGTCCAGCCAAGTTCTCAATTAGTGAGTTGGGTTACTCTGGTAATATTTCTT TTGTTGAATGGATGTATGCATCTGATGTGCACTGCAACTCTTTCTTAGAGTCCAATATTGAAGCTGCTATTGTTTGAAAG GGAAAAGTCTTTACCTAATCGTTGGGAGTAGGCGGTGAAGGGAAATTTCAAGTCTCTACGATTTCTGATTACCGCATTGC ATTGTGTGGCAGTAGCTTCTCTTCTCGAGTTAATTATATTTGTTACAAGCTATGCATATGATATATATGCTCTAGCTTGA GGGGAAGTGTTGTGTGAATTTCTCTCTCCGACAGCAGTGGCTTCTTGAGTTAATAATATTTGTTACAAGCTATGCATATG ACATATATGCTCTAGCTTGAGGGGAAGTGTTATTAGAGACTATGGTCAGCCACCACCGTCGGATTTCAAGCCACGCGCCC TCACGTGCCTCCCATCTCTCTGCGTGTGAAGTCCACGCGCCGCTCTCTCCGCTGCTTTGTTATAGCTGGTCCTCTTTGTG TATCAGCTAGGTTTGGTTTTAAGGATCCTCTGTTTTGACGTGTGTTGTGTCGTCACAGTTGTGATCATCCGGTCGTCCTC TCCCTGTTTGGTTTGTGGGTTTGCTGTTTTGACCCTGTTTGAACGTTTCTCGTGCCATCTCTCATTGTTGGCCAAGTTTG GTTTGGTTTGGTTTGGTTTAGTTTGGTTTGGTTTGGTTTGGTTTAGAGTTTTAACTCTGTTTTCACGCTCAGGTTCCGCA TTGGATTTTGAGACTTGAGTTGTTGTTTGCGTCTCATTGTTCGAGATGCTCTTATTATACTGCTCTTAGCTGACTTTATG CAATTTGGTTTTGAAGGTGACATTGTCACCTTCGTTTGTTTCGTCTCGATTGTTTGGTTTTCTAGTTGTTTGGTTTTCTG GTTTAGGGCTTCAGCTGCGAGTTGCGCTGGCCCACTCCTCTAGTTGAGAGTTATTGGTTCTGGTTTAGGGCTTCAGCTGC GAGTGGCGCTGGCCCACTCTCTAATGTTTGAGAGTTGTCTGTGTCAAAGTTGACACCATTGTTTGTCTTAGAAGCCATCA ATCGGTCGACCTCAAGTATGTTTTATTTCTGTGTGGTTGTTGTTGGTGAGTTGTTGCTTCAGCCTTGTTTTGTTTTCGGG CGTATTGTTGCTGGTTTTTTTCGCCCTTGTTTGCTGGCTCAGCTACCCTACGACACTCCAGAAGAATTGGTTTTTGTCTT GCATCAATTTCAGCCAGATCAAGTATGAGAAGTTGTCTTTTGCCTGCCCATGAATTTAGCAGAAGTTCAAAAGATTATTC AATTTGAAGTATTAGAAGTTGTCTTTTGCTGCCATGGATTTACTCGAAGTTTGAAAGGTTATTCAATTCAGAGATTCACC AAGATCGTCATTATTAAGGGATATCTATTAAGATAATGTTCTTCTTGGGTTCGATTTGTTACAAGCTTAAAGCTAAGTAA GCTTTAGCTTGAGGGGGAGTGTTGAATATCTATTAAGATTTAGTTTATAATTAGTCTTGTCTCATTGAGATATAGTTTAG ATTTGTTTCTCTATCTTAGATTAGTATCTATTTAAATAGAGATGATATCTATTTAAATAGAGATAGGTTTAGATATATTT AGTTTCTTTTTATCTCTTTGTTAGTCTATATATATTGTAGTTTTCAGTCAAGTATTAATCAATGAAATACAAGTATTATT TTATCAAATTCAAGTCTAATTAATGACATTCCATGCTTTTGATGTGTAATGACATTCCATGCTTTTGATGTATAGGAGCG ATCACATGGCTTGATTCCATTACTAATCGTCCTTTGAAGGTGATGAATATTATAACCTCAATTATAAAATCTTCTCTGTT GCTGTGTAAATTTTGAATACCCTTATCATGTTCTAATTATATAGTTTCCATGACAATGCTGTGCCTGTATTATCCATTGG TTGAAACTTGATATGATCCTATGCCCAGACCCATTCTTTATCGATACCCTAAACAAGATTTTAGAAGTGATTTTATGTTC TAGTTTTTTTTTTTTTTAAAAGTATGAACATAACTGCATAGAAAGAATATTTACAAATTTGTTATGGCTTTCTGATAGTT TTGAGAAAGCCAAATCACTGCAAGCAAATTGCTGCGTCATATTCTTCTTGTGTATCTACAGTCATGTCTTTGTTATCTCA GAAATTGGGTGGAGTCAAGCTAGCTTGTGAGGTGGGGATTGTTTACCATATCTCTAATGGATACGGAATCTCAACAGACT CCCCTCTCACCCATGATTTGGAAACCCATAGGGCCTGGTTGATTGCACTAGGAAAGCCGAGGCCAGGTTGATTTTTTTAG GACGGGTGGCCCAACATCAGATCAAAGATAGAATCTGTTACCATCCTAGAATTTGAGTTGGTTTTAACTCTACGTCAAAG CTAACACATGAAGTGCGATTATCCGAGCCCTTTTAGGACTACTTTGGTGGTATTTCTAGTCGGTCTTGGATCTTAACATG TTATATGCTTTTTGTGCAGATCATAATGCTCTTGAGTTCCCTCTCTCTTTATTTTCTTTCACTTGGATGGACCATAATGC TGGTTAATCTAAAAAATCTACAAGTAAATGGTTTCAACTGGTTTGGTGGTGCAGAGTGAAAGAGCATTCATTTGTGGTGA TACTGCTGCAATTATGGAAGAGTCTTCTAGACGGTTTCATCCTTATAAGAAGTAAGTATCCTTATCTTATTTGAATATTA TAGTTTTGATTCCTTGGAGATACTTTCTTCACCTGTTTTTTTTCCCTATTTAGATTGAGGTTGACAGATAATAGCAACCC TAGTATATAAAACATTACAGTACCACTGAGAATAGGATTTCCTGGGATATGGATTATAACCAGTTCTTAGTTCTGGGAGA AATATGTCACTAAGGAAAAAAGAGATGACTGTACTTGGTTAGGCTTTAAAAATGTAGGTGGATTATGTTGTTGCAAATTC CTTCAGTTTATTCTTTGTAATCGTTGGCTGCTTCGTTGTGGGACTTTGTGCTTTAAAACCCAGGTGACCAACATCGAATC TTGCTGTTCCCACTCAGATTAGGCTGGATTCACCTTATCGCTGTCACGATCTTCCTCCGTAAGAAATCTGGAAGGAATAT TCGGATTCACCTAAAATATTTGGAGATTGTAGCTTGAATAACTCCTTCAATATGTTGTTGCCGCAGCAGAAAATTGGATT TATCAACAAATCTAGAGCATTGAGAACGTAACTAGAGCATTGAGCATTGGGAGAACGTAACTAAAGCCAAGTGATATCTG GCAATTCAAGCCAACAAATTAAACTTGTAGTTGTAGATTTGTTGAAGCTGGTTGCTTTACTGGACATTGATAAATATTTG ACTGCATGCCTGTGGAAATACCTCAAAAATCTTTATCATATTTTCTGATGTTGTTGTTTTCTTTTCGTTATCTTTATGAT AATATGATGTTTATGAATTTTTTCAGCCAGAACATTACATTTTCAATTGCGGAGCTATCTCTAATTAAAAGAGTTTCTAC TGGACATCTACATCTTTTAGGGTTCAAGCCACTAAGTTGTTTGAGAGACTATTACAACTTGAAGCCATCAACTTTCCTTT ATCCCAGCAATGAGGTTACTTTTTTTCTATTCATCAATAAACTATTAAACTGTTGATTGAATCTTAAAATTATCACCAAT ATTTGGTTTTAATCTTCATTGGTATGCTTGGTGCTGATTTCTTATCCAGTACTTTTAACGAACACTGTTTAATTTTGGTG AAACTTGAATATTGAAAATGCAATGTTCTGAACTGACCAATTTATTGGTTTGGATCAGTTATTTTTTTTTTTTTAAATTT CCAACAAATTCTAACTAAAACGATTTTATGAATTGGTTCGGGTCCACATCTTATTAACTTTCATGTCTCTATCTGCATAT ATTTGTCTTTTATGTATACAATTTTATGTCCGTACCCGAGTAAATAAAGTTCATTCTTCTTTAATAATTATATATAACAG TTAAATTAATTCTAAATTATGAATTGGTTCGGGTCCGCATTTTATTAACTTTTATGTCTCTATCTGCATATATTATTGTC TTTTATGTATAAAATTTTCAATTTTATGTCCCTACGAGTAAATAAAGTTTATTCTTCTTTAATAATTATATATAACAGTT AAATTATTTCTTAATGTTGCCATCACTTTTAATTTACATTAATTTTTTGTAATTTTATCTAAATAATGATAATAAAATTG GATGATAAATATAATCAAAGACACTTGATAACTAATATGACAGTCCAAATGATTTAAAAAGTAAAAAATATAAGTTATAA ATAATAAAGAATTGAAAATAGGATAAAATATAATATTATCGCGTGAATGAAAATTCAACAGGTGATTACTTCTTATAGGC CTAGACTAACCTAATTAAGGAAATAAATAAATAAGTACAATATCTCATCTCCTATCTCCTATTTGATACTTGGAAATGAA ATCATAATAAAAAACAAATCTTCTAATAATAAACCAAATATTCTAATAATACAAAACTCCTCCTCAAGTTGGTGAGTGGA TATCTATCATTCAAAGCTTTCAAGTAAGATCTCGAAATCGCTCCAAGGGAAGTCCTTTGGTGAGCACATCAACCAACTAA AGTCCTTAGGGGACGTAGTGTGCATAAATAAGACCACTATCAAATTTCTCTTTGATGAAGTGTCGGTCTATTTCTATGTG CCTTGTTTTGTTGTGATGGACTGGATTGTGAGCAATACTAATAGCAGACTTATTATCACAGAAAAGCCTCTGAACTTGAT CTGGCAACTAAATTCTGCTTCTTTCTCCGCCATGTCATTAAATTTCCACCCAAGAAGTGGTGAAGCTCCTGTCAACAATT GACTCTGCATGATCTGCATCGTAGACCTCTCCCTGGAACTGCCTTTAGATACTGTGTTAGAATTAAGTTACATCCACACA TCACCACAAAGCCCTAAGCTTAAGGAAATGGGTGTATGTGTTGTTTAACTTATATACACTTATACATTTGCTACTCTACA CAATGTGAGACTTCTTTGAGTCACACTTGTTACTACTCTAACACTCCCCCATTCAAGTGGGATTCCATTTTTCTTCTTCT TCTTCTTGCCTGGGCTTGTACTCATTTATTCGAGTCTAAGATGCCTTACAACTTGCTTCTTTCTTCTTTGCCTAGGCTTG TACTCAGCGGAATGTCATTACGTGTTAGACTTCTGTTCTTGAGTCTCAGAGGCTTTACGACTTTTCTTTTTCCTGTCTGA GGTTGTACTCAGTGGTTCGTCATTAGGTGTTAGACTTCTGTTCCTTAGTCTCAGAGGCATGAACTGTATATACAACTTCG CCCCCCCCCCCCCCCCCCCCGAGATTTAAAAAAAAAATTCCGATTTTTTTTGGAAGCGGAAGCCATGGCTGAGGATCGAA ACCAGCTCATGATACCATGTTAGAATTGTTAAGTTTCATCCACACATCACCAGAAAACCTTAAGCTTAAGGCAATGGGTA CAACATGAAAGTTATGAAAATGCTGATTATGCAGGATCAGTCATATAGATAGGACATCAACCTTGGGTTTATGTATGCTC TTGGGTGGAAACCAATGTTGTTAATGGCGGATGATGGACTATGGTAAAGAGCCAAAAACCAGCTACATTTGACAAATAAT GATGGGAGATCATCGGCCACGGCAGAGAGCCAAAAACCTGCCATGAGATTCCTCCGTTGCACTGCCATGGCAGTATTTGA TAACACTGGTGGAAACATAGATGCACAAAGGAGGACGAAACAAAAGTTAGTTGCTTGATCATTTGTAGAATTTGATAGTG GCATAATGAATCTTTGAAATACTGTGGTTGAAAATTGTGCTGGATGACTTAATGATTCGATGTGAAAATCCTATGAAGCT ACTGTGTGACAATAGATCAGCCATTGATGTTGTTCATAATCCAGTCCAACATTATAGGGCAATACAGATAGACTGGCGTA CCAAAAAAAATAAATAGAGATAGACCGACACTTAATCAAAGAGAAACTAGACAATAATTAAAGAGAAACTAGATAATAAT TTTGTTCACGATCGAGTGAACAGGAAAGGAAGCTAGGCCAGAACCCTAATAGGGATAAGGTCCCTAAAAGCTAAGCCGCC TATGTGTATAACATGTGTCAGAACCCTTTTTACAAGATATGCGACTCCCTTTTATAGTGGGAGTGCTCGAACCCTAGTTC TCAACCTAAGCGAACTCCTGGGCCTTATACAATCAGCCCATGAGTCCTTACAACCCTTTACCTAGATCTACCCATCTTCT CCCTAAGCAAAGATGTGAGAGCACCCACTCCTAGGAGCATCCCGAGAGCGCCCTCACCCCTCGTGAGCCTGTGCTGGGTG GGCCCTTACTATTGGAGAGAGCTCCACCTAGTCCACAAGACATGTGCCTGAAGTATGAAGGCTAAGTGTCTTTAGCCGTC TCCTACAGTTTCGCCTTCATGCGTGTGTGCTGGGCGGGCCCCTACTATTGGAGAGAGGTCCGCTCAGTCCAGGTTTGATC TCTACAACTTTTGTTCCCTCAGATCATCAATTGACAGATGTGTTGATTAAAGGATTTCCTACAGAGTGGTTTCAGGATCT AACGAGCAAGTTGGGAGATATCCATTCATCAGCTTGAGAGTGTTGTAAACAACCTATTTTAAGATAGAGTATTTTGTTCC ATATTTTTCTTCCTACTTACTGTGTTAATATAAGGAGACACTTTATTCTAATTATCATTTATCAGAACTCATGTATGAGT CTATTGTCTATACATATTAGTGCTTGTAATTTGTAAGAACCCGTGGATTAAATTTCTGATCACATTTAGCTCTTTCAAGT TAAGATTTTCTTTGTGATGCCTCTTTTTTTCTTTGCAGGGTACAGATAGTAGCAAGTGTATCTTTATTGCCCTTCATAGG TCCATGATAGAACTCAATCGGTATCTTTGATTCCTTGCAACTATTACTAAGGCTTTGTTTAGCTGCGCTGTCACATCCTT TAAGTCATGTTTGCTTCAACATTTTATTTTTGGTTTTTGGCATATCTGCATTTTCTTTTCCCTGCAAATTAGTTCTTGAT CAATTTAAATATGAAATTGTAGTGTGTTTAATTCACTCAAGATCAAGAAATCCGTGGGTATTAATGGACGGTTACTTATT GTAAGTGGTAAAAGGGGAAGAGAGAGGGATTTGTGAAAGGCACAATTGATCGAGAGTGACAGATATTATAGATTAACTAA ACATCTAATAGAGACATGATTTGTATCATAGTTTTGTGATTGACACAACTGTTGTCAAATGACTTCTTAGCATAATTGTG TTGGTAATTTCTGATCAAAGTAATGCCCTGGTGTGTCCTTCAGTTTTGCAGTTGCATTTAGTGGAAGTTCCTCTCGAACT CAATTGGTTGCCCTTATTGCTCAGGTACCATTATGTTGAATGCTAGAATGTTTTTGCATTATAATGAATAGTTTTCTCGA GTTCAAGTGTTTGCAGCTGATGATTTTGTTTGATGGCTGTCTCTAAACATCTGAAATAACTTTGCAATGCTACTTTAGTG TCATAATTGCCTTGCATACTTCTCAGTTTCCTTGCACTGGTCTTGTTGCTCATGCTCGAACTTACTTGTGAATGTTTCAC ACTGCTTTATAGTACCACACACTACTTTAGCTGTGGCTGTGAGATAATTTAGTTTGTGGGCAGGCATCTATAATATAAGA TTTGATCTACTGCCAACGGTTGTTTATATATCAATGTATTTGGGTCATTTGTGTCTTTAAAACAGAACGAACTTAGGATT TTTTGGGTTCTTATTGTATAAAAGGAGTTTGGTTGTTGTGGATTAAATTATATATTGCACGTGAATTTTCTCAAACTAAA GTGTGTAGTATATCAGTAAGCAATCGAATACTATGTCATAATTTTGGTATTTTGTAAGCTTGTTTTAGTTTGATCCATAC AGCTGACCTCACTTAGTGGGATAAGGCTTTTGTTTGTTTTGTAAGCATGTTTTAATTTATAAATTCTAGTCTAATTAAAA TTTCTATCGAAATAAATTGACAGTTTTTTTATTTTTTTTATTTTTTATCTCTGTTCATATTCATCAAACTTGTACCTATG TTATTCATCAAACTTGTACCTATGTTATTCCTAGCTCATGTGTCTGATTGTAGGAAGAGGTGATCCAATCAGGTGGTCAG ATCGAGCCTCCTGGAATGCACATGATTTATCTTCCATATTCTGATGACATCAGACTTGTTGAAGAGGTAGACAACTGCGA TAATTAGACTTGTGTTTAAACTTTATGTTGAAAAAACTGAGAAAACTAAGTTTGAAGTTTTAGTATGAAGTTATTATTAA GGTATGAAGGATTTTTGTAGCGTTACTCAAATACAAGTGGGACGGTGACTAAAGCAAGTGATGATCAAATAAAAAAGGCT GCTGATTTAATCAAGCGTATTGACTTGAAAGATTTTTCTGTATGCCAGATTACCAACCCTTGTAAGCTTCTTCTTGTTCC TCTAACTCATTCTCATCCTCTAGCATACTATTTATACTTCTAGTTAGCTTCATATTGGAAATCTTTGTCTTAATGTTAAA ATGATGACATTTGATTTATAGTAAACCATCATCATAATTAAACAAACCTCCTTATACCTACACTTACGGCTTACCTCACC TGAATTATAGATTGTTAACTTAAACTTCTTCAAGATATCGGATTAAACATGTGGATGATTTATATATTTAAAGCTTGTTT GGGCTGACCAAAGAGCACTTATTGAAGCTGATCCAGTGCGTTTTTCAGTAGATAAACTTCAGTAAGCGCTCTATATAACG AGATTTTAGACTGGTTGACACGCGAATATCGTTTTTTTTTAAGTATGCTGCTATTTAGTAGCAGTTCCAGTCAAGATTAC ACCGTATCTAGTGCTATTCATTTGTTGGAGGAAAAATTCTATTTGGTATAAGTTGAGTTCTTATGCAGAAATTAAATGTT CGAAACTTTTAAATTGCAACAAAAGCTTTTTTTCACACTTTCGGGGTTAATATCCAAATTTTTAGAAAGGCCATTGATCA AGGTCTTTCTCTACCTTTTTTTATCAGGTTATTCTCCATTGATTCAACTTTTCTTACTTTGGCCTCTATTGGTCTTTTCC TCATGTGACCAAACCATTTAGGCTAGATTTACCCCAACTTTTCATGTCTTCTTTTTGTCCCATCTCTTCTACCACAAAAC TCTCATCTCCATAACACTGATAACTAATATAATTTTTTGTTGTTGTTGTTGGTGAAATCATGGTTTATATAGCTGTGTTT ATACATACCATGGTATTACAGATAACATTTGGACTTTTTTTCTGGTTGAAATTTGCTAAATCAAATTCATGTTACATTTT ACATATTCATGTTCCTCTAATAGTTAATATTTCTCGAGTAGTCGAGTTATTATTATTCCCATTTGACTTAGCGAAAGAGA TTTCAGCCTTGCAGAGGCACTATGCAGTATTGCAGGCATTAGCTCTGGAAGAGAATGAAATTCCAGAAATGAAAGATGAG ACATTACCTGATGAGGAAGGTTTAGCCAGGTAAGTGCAAGGTTTTCAAGATATATTTAATATTTTAATGTGTTCGATTTG CACAATGCAAAAAAATGGAAAACAAGAAGGATATTCTACTGCTCTGTTTCCTGTTTGGCTCTTCTTCTTTTCACTGGAAA AGGATTGTTCAAGACTTCGGCATGAAATGATAAACCTACTTATGTGTCCCCTGCAGACCAGGAGTAGTAAAGGCATTGGA TGAATTCAAGATCTCTGTATATGGGGAGAATTATGATGAGGAAAGTGAGCATGGAATTGGGAAGCCAACTGAAGCATCCA AAAAACGAAAGGCACATGCTGAGTTAGCAACAAAAGAGTGTGAAAACTATGACTGGGGTGAGCTCGCTGATGCTGGAAAG GTAAACTTTGAAACTATGACTGGGGTAGGACAAGCAGATGTGCTTGTGGCTTAAGCCAATTTTGCAAAGAACATAAAATG CACCTTTTTGAAGGAAAATGATTCATACACATCCGTATAGTGCAGACACCCTACATGCACCCAGAGTGAGAAAGGTACAG GAGAAAGAAGTAATGAATGTGATATATGATAAATGTGATAAGAAGAGAGACATAAAAGTAGTAATGAGGTGTTTGTATGG TGTCTATTATACTGATTGTGTGTCTAAGTATCATTACTATTTTTAAAAAGACCGTGCATGGATTTGGTTGGTAGCCCTGT AGGCTTTTTAGCTCACTATTTTTGATGAATCTGAGAATATCGTAGGTTCCTTATATAGATTATGTTAGCAGAAGTTAGGC ACAGACTTTTGTTATCAATTCTCCAGCACCTAAAATATATTCTTAGGTACTCACAATATAACCAGAATAATAATAGGGTA ACAATAAAATTTATATTCATGTATAAGTATAACGTTTTTGAAATGGATGAGTAATAAAGGAAATATAGTGTCACTAAGTT GGCTACATGATCCAAAGTCGCCTTTCCACACTGATGAGCTTAGCTGCACAGCAAATTTTAGTTTGTGAATTTTGTTGAAC ATTATTTCAGGTAGGACCCATGTAACATTAAAATTTTTAGTTGCTTTAGCTGTCACTTATTTTTAAAATTGTTGATATCG AATTGTTTGATCTTGTTTTGCAGTTAAAGGATTTGACTGTAGTGGAGTTGAAATATTATCTCACAGCTCATAATCTTCCT GTTTCTGGGAAGAAGGAAGCTCTAATTAGCAGAATATTAACTCACATGGGAAAATGAGCCAGCAGGGCCAATATCTTCCA TTAATGATTTTGTAACATCAATGGCCAGAACATCCAAGACTCACAAGTACAAGAGCTACTGAATTTAATGTTTTAATTCA TTGCTTGTTCTTGACCCGATCTTGGATAGCATATTCAATTTTACTTACTAGCTCAGTAGCAAACTGTTTGTTACTTAATA TTATTTACATAGTTTAAGAGATTATTTATTGATATATAACTTGACTTAAATGCCATTATTTATACTTCCGTTCCAAAATG CTGGTTGTTTTATCTTTTTTCCATTTTGAATAATGTATGAGATTGATGTGAGGTAGTTGTGAAAAACAGTTGAAAATTGA ATCCTTTTGGATAATTCCCTACCTG
CDS sequence (LotjaGi5g1v0365500.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGAATTTGACGACCCTGATGATATCTTCAGAGATGATGAAGACGACGCTGATGCTCGATTCTCTCTGGAAAATGAGTC GAACAAAGAATATGTGGTTTTCCTGATCGATGCTTCTCCTAAAATGTTCACAAAGAGTTGCCCAGCGGAAGACGAAGACC AAACCAATGAAACTCACTTCCGCATTGCCACCACTTGTATCTCTCACTCACTCAAGACTCAGATCATCAACAGATCATAT GACCAAGTTGCCATTTGCTTTTTTAACACAAGGGAGAAGAACAATTTACAAGACTTAAATGGTGTTTTTGTATTTAATGT TGCTGAAAGAGAGGATCTAGACAGGCCAACAGCAAGGCTCATTAAAGAATTTCAACATTTGGAGGAATCTTTTTCTAAAA ACATTGGAAGTGTCATGTCCGGCTCTCAAGAAAATCCTCTCTACAATGCTATTTGGGTGGCGCAGGCACTTCTTCGTAAA GGGTCAGCAAAGACAGCTGATAAACGCATACTTTTGTTCACAAATGAAGATGATCCTTTTGGGACTGTCAAAGGGGCTGC AAAATCAGATATGACAAGAATGACTCTGCAGAGAGCTAAAGATGCGCAGGATCTTGGCATATATGTTGAACTTCTTCCCT TGAGTTGCCCTGATGAAGCGTTCAATGTATCTCAATTCTATGCTGATTTGATTGGGTTGGAAGGTGCTAATCTTGTTGAC TTTATGGCAACAACAGGAAACAAATTGAAGGATATGAAAGATCAGCTAAGAAAGCGCATGTTTATGAAACGCATAGTCAA AAAACTTAAATTCACTATAGTTGATGGGATATCAATTGAACTGAATTCATATGCTTTAATTCGTCCCACTGTTCCAGGAG CGATCACATGGCTTGATTCCATTACTAATCGTCCTTTGAAGAGTGAAAGAGCATTCATTTGTGGTGATACTGCTGCAATT ATGGAAGAGTCTTCTAGACGGTTTCATCCTTATAAGAACCAGAACATTACATTTTCAATTGCGGAGCTATCTCTAATTAA AAGAGTTTCTACTGGACATCTACATCTTTTAGGGTTCAAGCCACTAAGTTGTTTGAGAGACTATTACAACTTGAAGCCAT CAACTTTCCTTTATCCCAGCAATGAGGGTACAGATAGTAGCAAGTGTATCTTTATTGCCCTTCATAGGTCCATGATAGAA CTCAATCGTTTTGCAGTTGCATTTAGTGGAAGTTCCTCTCGAACTCAATTGGTTGCCCTTATTGCTCAGGAAGAGGTGAT CCAATCAGGTGGTCAGATCGAGCCTCCTGGAATGCACATGATTTATCTTCCATATTCTGATGACATCAGACTTGTTGAAG AGCGTTACTCAAATACAAGTGGGACGGTGACTAAAGCAAGTGATGATCAAATAAAAAAGGCTGCTGATTTAATCAAGCGT ATTGACTTGAAAGATTTTTCTGTATGCCAGATTACCAACCCTTCCTTGCAGAGGCACTATGCAGTATTGCAGGCATTAGC TCTGGAAGAGAATGAAATTCCAGAAATGAAAGATGAGACATTACCTGATGAGGAAGGTTTAGCCAGACCAGGAGTAGTAA AGGCATTGGATGAATTCAAGATCTCTGTATATGGGGAGAATTATGATGAGGAAAGTGAGCATGGAATTGGGAAGCCAACT GAAGCATCCAAAAAACGAAAGGCACATGCTGAGTTAGCAACAAAAGAGTGTGAAAACTATGACTGGGGTGAGCTCGCTGA TGCTGGAAAGTTAAAGGATTTGACTGTAGTGGAGTTGAAATATTATCTCACAGCTCATAATCTTCCTGTTTCTGGGAAGA AGGAAGCTCTAATTAGCAGAATATTAACTCACATGGGAAAATGA
Protein sequence (LotjaGi5g1v0365500.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MEFDDPDDIFRDDEDDADARFSLENESNKEYVVFLIDASPKMFTKSCPAEDEDQTNETHFRIATTCISHSLKTQIINRSY DQVAICFFNTREKNNLQDLNGVFVFNVAEREDLDRPTARLIKEFQHLEESFSKNIGSVMSGSQENPLYNAIWVAQALLRK GSAKTADKRILLFTNEDDPFGTVKGAAKSDMTRMTLQRAKDAQDLGIYVELLPLSCPDEAFNVSQFYADLIGLEGANLVD FMATTGNKLKDMKDQLRKRMFMKRIVKKLKFTIVDGISIELNSYALIRPTVPGAITWLDSITNRPLKSERAFICGDTAAI MEESSRRFHPYKNQNITFSIAELSLIKRVSTGHLHLLGFKPLSCLRDYYNLKPSTFLYPSNEGTDSSKCIFIALHRSMIE LNRFAVAFSGSSSRTQLVALIAQEEVIQSGGQIEPPGMHMIYLPYSDDIRLVEERYSNTSGTVTKASDDQIKKAADLIKR IDLKDFSVCQITNPSLQRHYAVLQALALEENEIPEMKDETLPDEEGLARPGVVKALDEFKISVYGENYDEESEHGIGKPT EASKKRKAHAELATKECENYDWGELADAGKLKDLTVVELKYYLTAHNLPVSGKKEALISRILTHMGK
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 |
|---|---|---|---|---|---|---|
| PIRSF | 1 | 627 | 627 | 7.6E-98 | ||
| PANTHER | 8 | 627 | 620 | 1.8E-198 | ||
| PANTHER | 8 | 627 | 620 | 1.8E-198 | – | |
| TIGRFAM | 27 | 625 | 599 | 9.3E-89 | ||
| SUPERFAMILY | 28 | 261 | 234 | 1.31E-42 | ||
| Gene3D | 29 | 260 | 232 | 1.9E-59 | ||
| CDD | 29 | 259 | 231 | 8.10675E-48 | – | |
| Pfam | 31 | 265 | 235 | 1.0E-55 | ||
| SUPERFAMILY | 264 | 540 | 277 | 2.16E-57 | ||
| CDD | 264 | 540 | 277 | 4.2491E-76 | – | |
| Gene3D | 264 | 445 | 182 | 4.9E-44 | ||
| Pfam | 274 | 472 | 199 | 4.3E-36 | ||
| Gene3D | 289 | 350 | 62 | 4.9E-44 | ||
| SMART | 317 | 460 | 144 | 4.9E-30 | ||
| Gene3D | 446 | 547 | 102 | 6.0E-18 | – | |
| Pfam | 486 | 568 | 83 | 1.8E-17 | ||
| Gene3D | 569 | 627 | 59 | 3.8E-9 | ||
| SUPERFAMILY | 580 | 625 | 46 | 2.2E-8 | ||
| Pfam | 591 | 624 | 34 | 2.9E-8 | ||
| ProSiteProfiles | 591 | 625 | 35 | 9.647 | ||
| SMART | 591 | 625 | 35 | 1.3E-5 |
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. | ||
| Molecular function | DNA binding | Any molecular function by which a gene product interacts selectively and non-covalently with DNA (deoxyribonucleic acid). | ||
| Molecular function | DNA helicase activity | Catalysis of the reaction: NTP + H2O = NDP + phosphate, to drive the unwinding of a DNA helix. | ||
| Molecular function | Damaged DNA binding | Interacting selectively and non-covalently with damaged DNA. | ||
| 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 | Double-strand break repair via nonhomologous end joining | The repair of a double-strand break in DNA in which the two broken ends are rejoined with little or no sequence complementarity. Information at the DNA ends may be lost due to the modification of broken DNA ends. This term covers instances of separate pathways, called classical (or canonical) and alternative nonhomologous end joining (C-NHEJ and A-NHEJ). These in turn may further branch into sub-pathways, but evidence is still unclear. | ||
| Molecular function | Telomeric DNA binding | Interacting selectively and non-covalently with a telomere, a specific structure at the end of a linear chromosome required for the integrity and maintenance of the end. | ||
| Cellular component | Ku70:Ku80 complex | Heterodimeric protein complex composed of a 70 kDa and a 80 kDa subunit, binds DNA through a channel formed by the heterodimer. Functions in DNA double stranded break repair, chromosome maintenance, transcription regulation, V(D)J recombination, and activation of DNA-PK. |
Expression pattern of LotjaGi5g1v0365500.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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