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LotjaGi1g1v0605700.2

Overview

Field Value
Gene ID LotjaGi1g1v0605700
Transcript ID LotjaGi1g1v0605700.2
Related isoforms 2
Lotus japonicus genome version Gifu v1.2
Description Flap endonuclease 1; TAIR: AT3G28030.1 5'-3' exonuclease family protein; Swiss-Prot: sp|Q9ATY5|UVH3_ARATH DNA repair protein UVH3; TrEMBL-Plants: tr|K7K2I9|K7K2I9_SOYBN Uncharacterized protein; Found in the gene: LotjaGi1g1v0605700
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr1:115056088..115068169) extracted from Lotus japonicus Gifu genome v1.2.

GGGCAATTACCCTACAATATTATATTGCCCTCATTAATCACCATGCCTTCACAATTATACATCAACACATCAATTAACTT TTTATTAGAGCAGTTTTAGACATTCAATCACCTCACTGGTTTAAGGAAAATTATTATAAAAAGTTGAAAAAGAAGTGTGA AATAAAGCTAGACCAAGTATCCAAATCAAACGGGTAAGAGGAGAATACTCTCATTCTGGTTGTGAGACGTGTTAGCACGA GTGTAATATTAGATGATTCCCCTCGAAATTGTAGAATAAGAGTTTTATTCATGATAGTTATCTTAGTTTACAACTTTAAT TTGTTTCCGAGCATTTACCCTCCTTTTAATAAAAATAATTATTTGCTTTGACAAAATAAAATTCACACGTGTATCGTACG GTTTATGATCGCTCATTGGAGAGGAAAGTCGTTTTGGCAAAACGACCGACTCATCCATGGTCGTATTAGTCCTACACTTG CCTTGGCGGTAGATTTCAACCGGCAAAGCAAAGGCAATTGAAGCAAAACTAGCAGCAGTAAAGCGACAATGGGAGTTCAC GGTCTCTGGGAACTACTCGCCCCCGTCGGCCGCCGCGTCTCCGTCGAAACCCTCGCCGGAAAAACCCTCGCCGTCGGTAC TCTCTCAAACCCTTCCTTTTCTCATTTCCATTAATCTCATCAAATAAATAAATAAACAATCCCGTGAATTTCATTTTTCT GTTTGTTCTCAGACGCGAGCATATGGATGGTGCAGTTCATCAAGGCGATGCGTGACGAGAAAGGTGAAATGGTTCGCAAC GCTCATTTGCTAGGTTTCTTCCGTCGGATTTGCAAGCTTCTGTTCCTCCGGACGAAGCCTGTTTTCGTCTTCGACGGCGG AACCCCCGCCTTGAAGCGACGCACCGTCATCGCGCGTCGCAGGCAGCGGGAGAACGCCCAAGCCAAAGTCCGCAAGACTG CCGAGAAATTGCTGCTCAATCATGTCAGTGTTTTGGTTTGATAGAAAGCATAATTTACTTCACATTTGCTTGGTAGTGTC AAATTCAGAATGCAATTTGTTGAATGTTGATACATTGATTGGCCTACAATTTTCATGTTGTGCAAAAGTGAGTGAAAATA AGAAACTGAAAAGTGGTTTTTAGGTCATTTACTATACAGCAATGAGTGTGACAATCTTGTGTTGATAGTTTTGTTCATAG TGTTTTTTGGAAATACGTGTTGATTCTGTAATTTTAGTTGGACACTTATGCCCAATCCTGTGCGATTTGCGATGTGAGTA ACATTCGATAACATTAAACATTAGTGTTTGATTGTAAAATATTCGTTACTCTGTGGGTCCTGAATATGAGGAACGTGAAT TTAGTACCACTTTTTACTCTTATGGATGAGCAGATGTAGCACATTAAGTATATTAAGATGCTGCGTTCAATCTTATTTTG TAGGTGTGTGTATTCCGCTATCTCAGCTTGTTTCTTTTTTGTTTTCTTTTGACAGTTAAAGGCGATGAGGTTGAAGGAAC TGGCTAATGATATTAAGCACCAGAGGCAGAAGCAGGAGAGTGATGCTAAGGGTCAGAAAAAATCTAGAGACATGGACTTT GTTGGTAGCGATTCAGGAAGAAGTCATGTGAAAGAGAAAGAACTAGATGAAATGTAATCTGCGTGTGCTGTTGTATATCT TCGAATTTTTCTTCTATCCAATATTTGTTCATTATTTGGATAGTTTATTTAGGTCTGTAGCTAAATCTGCGGCCAAGGAA GACAGGAATTTATCACAGGCAGTAGCATCGGCAAGTTGCAACTTGGAGGAGCTTGATGAAATGTAATCCACCTATACCTT TATCTCAAATAAAAGGGCCAGAAAGCCATGGAGTATTTATATATGTTGCTTAAAAGATGTTTTTTTTTTCAATACAATTG ATCTTGAATATGGTTGATAACTTGTATATGATGTTTGAATGAGTTAATTTAGGCTGGCTGCATCTATAGCTGCAGAGGAA AATGGAATGCTTGCCAGAAAAGGAGTGGCATCTACCGTGAGTTATCCCTCAGAGGGGGAATGCGATGCAGATGAAGAGAT GATTATGGTAAATTTGCATATGCTGATAAATGGAATGATTTCAAATAGGCATTGCAATAATATGATTCTTTTATTATTTT GCGTATATGCTAGTTTCTTTTCCCCCTTGACTGTAGTTTATACCTTTCTAATAATGTATATGCTAGAGTTATTGCAGAAA GTAAGGAAATATTTGGTCTTTCTTTGTAGTTGTTACATTCTAATCCTCTCTGTTGATGCTCCTGAATGTAAAATGTTTTT GTTCATTGTTCAATTACAGCTTAAAGGAAAGAAAATAGAAGGACAAGTGGATGAAGTTGACAAACAGAAACCACATGAGG TCAATGACCGGGTCAAGGGTAAGGAGATTCTGTTCAATGAAACTGACATGGTAGGATGTAGCTCAAGATGCGATCATGTG ACATCAAGGAGTCATAATCAAGAGAAAATTGATGAAATGTGAGCTGCATGAAAAGTCACAATTTTGAAGTTGTAGTGATT TTGCTTTGTTATCAGCTCTGTCTTGATGCATTATTAGGTTAGCTGCAACTATTGCTATGGAGGAAAATTCAAATTTAGTA AATAATGTATCAACTTCTCTTGGGGCTTCCACAATTGAGGACGAGGATGGTGACTATGGTGATGATGAAGAGATGATACT GGTCAGTTTATAGCACTAGTCATCTGTGCCTTTGAGTTATTTAATCTGGCTTGTGCTAAGAGTTTAGACAACGGCTTGGC CATTTTCTAATTTGGTAAATTTAACTCCAAAAACCACAACTATTCCAAACTTCAAATTAATATTAAGTCAGGCTTCCCTG ACTCCAAACTCAGAAATTGTCATATATGGAATCTGTACATCAAGAATAAGTATAGTGAATTTATTTCACTTTGTTTTGAC AGCCAGCAATGTACGGTGAAGTTGATCCAGCTGTTTTGGCCTCTTTGCCTCCATCAATGCAACTGGACCTCCTTGTTCAG GTAATTGAGTTCACAGAGTATTTTCTAGCTTAAGTACTTTTAGTTTGTTCTGATGTTAGTTATTGTTTTACAGATGAGAG AGCGATTGATTGCAGAGAACAGACAAAAGTATCAGAAAGTCAAGAAGGTTGGTGAGAAAATTTTATATTTAACTTGGATA CGTTGAAAAGTTAAAGATATACTGAACTATAAATTGCAGTTATGATGAATAGTGTATCCTGTTAGACCATGGTCCTCTGT GACATTTTAGTACATTTTGGAGGCAAAGTCTATTCTGGTAATTATGTATTTCATTGTTGGAATTGAGTGCTGGTCATTGT TAGTTTAGATTATAGTGATGCTTGATGGCATTGATATTTCACTTTCTCCATTTACTATGTCATATTACCATTGTTATCTC TTTTTCATTGGTCCTTTTGGTGTGAAAATTACTTTTCCACATTACTTATGGGGGATTAGATGCTTTAATTTTATGTTACT AATGTATGTCTGTATGTCATCTGGATCGCTCCTTTCAGGATCCTGCAAAATTCTCTGAGCTACAAATACAAGCTTACCTT AAAACTGTTGCTTTCCGACGTGAGATAGATGTAGTGCAGAAAGCTGCTACTGGAGGAGGAGTAGGGGGTGTACAGACTTC GCGAATTGCATCTGAAGCCAACCGAGAATATATATTCTCGTCATCTTTTACTGGTGACAAACAGTAAGTATGTTATATCT TCTATGTGTTTGGGCTTTTGATGACAAAATGTCCATCCTAGTAATCATAACTTTCTTTTTCTTTCCTCTCCTAAATATGC AGAGAACTCACCTCCACTAGAATAGAGAAAAATAATGAAGATAAACAACAGAAGGCACAAGGAACAAGTTCTTCACGGAA TTTTGCAAATATCATCACAGTAGGCAATAATTCTGGTACTTCAGTTGGATTGGTTTCTGCTGAACCTGGAGAGCCTGTTG ATGAAAATATTGAGACATATCTAGATGAGAGGGGTCGATTTCGAGTAAGTAGAGTAAGAGCTATGGGGATGCGCATGACT CGTGATATACAAAGAAATTTGGATTTAATGAAGGAGATTGAGCAGGAAAGGACATATGTCAATAATGCTGCGAACATTGA AACTGTGCTAAATATAGAGAATAGTGGTCCATCAGAAATTTCTGGGATCCACAATATTGGTAAATCACGAGAGGTAAATG TTGACTTTGTTGGAGAGAATGTGCAAAATGAACAATTAATACTTGACAGGGATACTTCGTTGGAGGTATCCTTTGAATAC GATTGCAAGAATAAGTTTGTAAATGGCGAGGATGATATATTTGCCAGTTTAGTAGGAGGAAATCCAGTGGCACTCTTCTG TGCTGATGCTACTACAGCAGAAGTGCAGTGTTCTGGTTCTGATTCAGATTGTGATTGGGAAGGAGTTGTTGGAGGTAAGA ATACCACATTTCCAAGTCATAATAAAGTGGAACTGAAATCCTCTTCTGCAGACGAGGATAATAATAATGACAGTGAAGTA GAATGGGAGGAAGGATATTGTGGTGGTGCTAAAAGCACCTCACTGTGTCCAGCTGAGTCAGGAAAATTGGCATCCCGAGG ATGCTTGCAGGAGGAGTCTGATTTGCAGGAAGCAATAAGGAGAAGCCTTGAGAATACATGGGACGGGAATCTTAATTGCA AATCAACTGTAGATGAGCATTCAAATGCTTATGAGAGAAAATTGGATTCTGAATTAGAACATGATGATAATTTTCGTTGC TCTGGCTCAACGGATTTAAATGATAATAGTATGGGTGGTTCCCCTTTGCCTATGAAGGGTAGTATTGAATCAATTGAATT TCAACAAACTGTAGATGCAGATAAAAAACATGATTGTGTGACTAGAAGTAACCCACAAACTTTCAATTTTCATGGAAGTC AGTCAAAGTCATCTGGGACATTTAATTTGAATAAGACAGAGATATTGATTGACAAACCTCGCGGACTGGATGGACACATT TGTTCTGAAGATTCAATTTCAGATGCAAATGTAATGATGAAGGATGAGGATCCTGTGGTTGCAGAGCAATCATTGGATAT ACATAATGATGATGGTCAAGTGTCTTTCTACTGTAACAAGGTGTCCAAGGTTTGTCCACTTGGTGTGACTGAAGAGGAGA AAAGGAACCATATTAATGAATCTGAACTATTGAGTAATTCTACCAAGAGTCCAAAGCCTACTATTCTTTTGATGGGGTCA TCCTTGAATAGATCTACAGAAGACCTTGATATTGAGCCAAAATTGCCTTCAGAAGACAATGATGGAAATTTATCTGAGGA AAGGAATAAACTTGTCATAGATGCAATGAACACGCCTGGAGTTTTTCCTGCACAATTACCTGAGGTCCAATTGGAGGATG AAATGGAAATTCTTGGTCAAGAGTATATCAACCTTGAAAGTGAGCAGAGGAAGCTTGAGCGTAATGCAGAATCTGTTAAT AGTGAATTATTCACAGAATGTCAGGTGCAAAACTAAAGCTGGTCTATATATCATATCGTTACTGACTGTTATTTTTTCAG TAAACTGCTCCTGGCTGCTCCATGCTTGTTCTACCACTTTAATTTTGTCATATATGCTTAACTCTTGGATATGTAATTTT GATTGAAGACTTGTACAGTGTACAGCATATCAGTCTATAAAAAAGACATACTTTGTATTTTGCATTATTGAGGTGCAGAT TTAATATAAAACACTATCTTGTATTTATATTTTGATGTTTTTCATGAACGGGAAACAGCACTGGTTGAAAACAAGGGCGG AACGGAACAATGTTTCAAAGAAGAACATGTATAGAAATGTTATTGGAACACATTAAACTAGACTTTTGAGAAAGTTTTGC TCAATATTAGTTCTAACAAACAAGGTAGACTCAAAGCCAGCAAACATACCTAATTTTCCTTTACAGATGTGCCATACTAG TGAGACCAAAGATAATTAAGAGTACATATATATCAGCCATATAGTGTGCAGTTAGGAAGTCATAAAGCTAAATCATGTGT AAATAGGGACCACAAGCAACCATATCTAGTTTAATTGAATAGTGTTGCATGGTTTGTTGTATACATGTCATCCAATTGTG TAAGAGCTTAAGCTTTATTTTGTGGTTTTCCTTCTTGTTCAGACACTGGTTAACTGAGTAGTCTTTAGACTTCGATGTTG CTGAAAAACATGATTAGTTGGCCTACATTTTGTTAAGGTTTTGAAACATTAAAGCTCAGTTTGATGTGATAATTTGATGA AGTCATGGTCCTCAATGCTGAGTTTAATATTTACATTGTGAACTCTTTTCCAAGCCTTTTGGATTAAGATTTGGTTGTAA ATAGACAGTCATATATGTACCTCTTGATCAGTTATTTTCCTTACATGTACTTAATATGTTTGTGATGCATCTGTATTCTG TAGGAACTACTGCAAATGTTTGGCTTGCCTTATATTATTGCTCCAATGGAAGCTGAAGCGCAGTGTGCTTACTTGGAACT CGCAAATCTGGTTGATGGTGTTGTAACTGATGACTCTGATGTCTTTTTATTCGGGGCTCGTAGTGTTTATAAGAATATTT TTGATGACCGCAAATATGTAGAGACATACTTCATGGAGGTCAATATCTTCTAAAGGCTGTGACCATGTGAATAAGTTTGT GTTGTAAAAACTTTCTAATTGTGATGCTTTTCTTTATTACCGGTTCAGGACATTGAAAAGGAGCTTGGATTAACAAGAGA GAAGGTGATTCACATGGCACTACTTCTTGGGAGTGATTATACTGAAGGTGTAAGGTGTGACAACTATTGAGTTACTTGCT TCAGTACTTGGTTATGGCTAGTGATGCATTGCCTTTCTGCATGGAGATGGTGCTAAATATCTATATCTGGCTTTTCTATG TCCAACTTGTAGTATAATATTTGCATATATCTTATGCTGATATGCTTATACTGACTCCACATTTATGAACTTGACTGTAT CTTTTTGTTTGTATGCTTGTGTAGTGGGATTGGCATTGTTAATGCTATTGAGGTTTTAAATGCGTTTCCTGAAGAAGATG GCCTCCTCAAATTCCGGCAGTGGGTTGAGTCACCAGATCCCACAATTCTTGGAAAGTTGGGAACAAAAAGTGGATCCAAT ACCAGAAAGAAAGGGTCCAAAGTTGAAGAAAAGATAAATATCGAGTCTGCTTCAGACCAGAACATCTCACAGGTTCAGGA GCAAAAGGAGCCGCCTGATCACATGCCAGAAATAATGCAAACTTTCATGGATAAGCATGTAATTGATTTGATGCATTCTC TGCTATCCAGTAATTTGAAGATTATTTTGCATTTATTTCATCCCGTTTGTGCATGACCTTTCCGGTTTCTGTTTTCTGAA TAGAGAAATATTAGCAAGAATTGGCATATACCTCCTTCTTTTCCAAGTGAAACGGTTATATCTGCTTACTGTTCTCCACA AGTTGACAAGTCAACTGAGCCGTTCACGTGGGGAAAACCAGATCATCTTGTTCTTCGCAAGTGAGTTCATATGTTTCTTT CCTTGTTTCCATATCCCTTGTTTCTGCCAAATGGCCATTCAGTTCATTGATTATTATATATGACACTTTGGATAGACCTT GAAAAGAGTTTGTTTGAGTATGTTAGGGTAGTCTCTCATTTCTTTCGTTCACTAAGCCAACAGGAGTTCTCTTCCTCAAC TGCTTATTGTTTTAGCTAGGGGTGTGGTTACATTCAGAAGGTTTGATTCCTCTCATCCCCATTTTCTGTGGTCCAATAGC ATCTCTCTTATACCATAAAACAAAAGGGTTTTCATTCTTGCTTACACAAATCAATATGTAGTAGTCAATCCATTGGTATG TATGTTTTGAAAGTTCAGTATGCTTGATGTATGTATGTAGTAGCTTTCATTCTTTTGGAGGAGTTTCAAAGAAACTATGC TATGCTTGATCAATAGAGGTTTATTAAGTAACAGTTTCCCTAGAAATTGGTCCTTAATTTTCTATCCATGTTATCAATCT GAGCATAATTATCCTATATCTTAACTTTTGAGACTATATATTGATCCCACCTCTAGAATGTTCTTAAAGAATACCTTCTT TACTGTTTTGCATATGTATTTCTGCATTGTATGATATTCTGAATTGCGTCCTGCAAACAGATTGTGCTGGGAGAAATTTG GGTGGACCAGCCAGAAAGCTGATGAATTGCTATTACCTGTTTTAAAAGAATATAACAAACATGAGGTCAGAGACTTTGTT TTATTGATCTCCCTTGTCCCTGCTTCTACTGGATGCTGTTTGTTACTTCTTTTTTTGTATTAAAGGATGGATTTAACTTG ATCACTATATAGGCAAGCTTTCTAATTGTTGGTTATCTATTGTCTTCTTAATACTCTTAGGATATGAGAGTTGAGAATTA AGTATGGGCTGTTATAGCTGGCAGTTAGTTAGGAGGGGATTGGTTAGATAAATGAATGGGGAATGTGAGGTTGGAGAGAG CATTAATTCAGTTTGTTACTGGGAAAAACAGTGGCTCAGTTGTAAGGGGGAACCCTCAGAAGAGAATCTTCCCTCCTTTT CTGTTCATTTTTTTCATTCAATAATAATAGGCTCTTTCAGTTCTGCATTGCGGGTTCCTAGTAAATTTTCAACTTCTGCT ACAATCTCCTCTATCAGCAGGTCAGGATTAAATTTTGCCACCTGTCCCTTTCTTCACATACCTTCTCCAACAGCTCGGTT TAGGATCCATTGAAGAGTGTTTTTAGTGACACCTCCCAATTGGTTGGTCCTATTGTAGGTGGCTAGCTCCACCGTTCTTG TCCTGAAAAGGTCATTACTACCTCCAATTTCTGGTGAATCATGATCAAGATTCGTTTCTGGTTGTCTCTTTGGCTGAGAG GATGCACTATGGTGCTAGTGTTGGTCCTCCTCTTCTACAGTAATTTCTTGCTACCTTACCCAACCACCCAAGAGAAGCTT GACCTCATCGATTCCCTCAAAACTCTTCTTGATTTCAGAGGCTTGCACCTCTACCCTCTCTTTGCCACCACCATGGTTTT GTTTCTTGACCATTGGCCTTCTTCATCTTGGTTTTCATTCTCTGTATCCAATGACTGTGGTATGTCACTGCCACACTTAA GACCACTACCCTTGGAATTCTTTTCCTCCCTCTCTATTCCCTCAGAAAATTTCCTTCTTCCTCCTCCATTATATCTAGTT AGCATCTTGAGTGGGTCAAATCAAATCCCTCAAGTTTCGACTTAATCACCGATAGCTGCGATCCCTGCTCCCAAATAACC TTTATCAACATCTCCACTGTCAATGGAATTAGCTCGAAATATTGGTTATTATTACTAGCATATTTGGTCATTTAAATCAG CATCCTGCATTTAAGTTCATTATTGCAGAGCTGTAATTATGCAATTATAATATAGCCAGCTATAGGATAGCATTTCAGGC AGTTTAGCTACATTTTAGGGATTGTATCATACTATTAATATGAGAATTCTCCAGCAAGGGAGAACACAGTTCAAACGTAT ATTTCTCAGAGGAGGGAAATTTATCTAGGACTTATGACTGTTATAGCTGGCAGTTCGTTAGTAGGAGGGGATTAGTTAGA GAAATAAGTAGTGGATATGAATTGGAGAGGGCATTGATTCAGCTTGTTACTTGGCTTGAGAAATTAGAGCAGTAGCTCAG TTATAAGGGGAAACCCTAGAGGAGAGTCTTATCTCCTTTTCTGTTCATTCTTTTCATGTAATAATAATAATCTTTCATTT TGATTTGTGGATTCCTAACACACTCCTAGTCTCCTAGTTATATGAATATCCTGACATTATTGAACCTTTTCATGTAGACT CAATTGCGATTGGAAGCATTTTACAGTTTCAATGAAAGATTTGCAAAAATTCGTAGCAAGAGAATTAAGAAAGCAGTGAA AGGAATTACTGGTAAGCAGCCTTCAGATTTGATAGATGGTTCTGCAGAAAACTTGTCGAAGAGTAGAAAGAGTGGGACAG GAAATCCTGTTGAAGCTGAGGATAACAAATTTGAGACTTCAAAGGTAACAGAAGAAAGTCTTGCGGGTCGGAAGAAATCA AAAGTGAAAGAGTCAATGAAAAGGAAGAATGATGGGAATACAGCAGCTAAGGCACAGTCAAAGAAAAAGAAAATCTATGA TGATCCTTTATCAGCACCTGGTACATCTGAGGTGTCAAATTTACAGTCATGTGTACAAACCAAAGAAGGTCGATGTCATA AGGAATTGGTTCCTAATAGAAGTGGCAGAGGAAGAGGAAGAGGCAGAGGTGGAAGTGTAGGAGTAAAAGGAGGAAAGCGA AAGGGAAGTCTCATTTTTGAAACATGTGAAACTGAAACATCATCTAGTAGCACTGACATTGATGATCATGGGCCAAGAGC GCAAGTTGATGTATCACAAGTTCCAGAAGTTGTGCGAAGGGTAGGTTTCATTCTGATTCTTCTAATTTATGAATTGAAAA TATGAATGATGCTCCTTCAAATTATTTCTTTGTTGAAAACTTTCCTTTATTCACCATTAATAATAAACAAATAGTGATGC TTTGGTGCTTCTCAATCCTGTCAACTTCATGAAATGTAACTGTTATCTCTATATAGTTATAAATGAAAAGGTCACCATTT CTTCATAGACTTTCTTAAATCAGAGAGTGAGTTCTCTATTTTTTTTCCTAATCTAATTTAGTCTCCTCTATGGAACTGAC TTCCTAACCAAGCTAACGACTTCAACTCAGCTTTATGTATCTTAACATTTAAATTTTGTGTGCTTACTAGTCAACACGAT CACGGAAACCTGTCAACTATTTAAAGGACCTTGAAGTTGAAGATGGTGTTGATTCATTTGATCAGAGCAATCAGACATGC TCGTTTGACGAGCCAGCAGAAAAATTATTTCACAATCATGGTGAATGTGGAGATGGTGCAACTGATTTCAGCAATGGGAA AGAAAGCAGTCTAGTAGATCTTCCTCTAAAGGAGAACACACCTAGAGATTATCTGGAGTCAGAAGGTCGGTTTTGCATGG ATGCTGGTGAAAGTAGTCCCCCAGGGACTAGCAACCGTGATAGTTCGTTTGATCCTGGCCCTTCTGATGACTACCTTAAA GTGGGAGGTGGATTCTGTTTAGATGATAGTGAGACAGGTAACAATGATGATGCAATTGATAATACAAACACTGCTACAGA CGATTATACTGCAGAGTTCCGACACAGTTCTGAATTTGTGGATGAAACTGACTCTGATAAAAATAGTTCTGATAAATTGT TTTCTGGTGCTGAAAAAGCTGAAAATGAGGTAGAAGATGGAACGACTCATCGTAAATCCAATGAAAAGCCAAGTGACCAC CTTGAAAATGCTAGTAGTTATAATCATTCTAACATAGGGGCCTTGATACCAGAGAATGCTCAACACATCAGTGAGACCTC TACGGGAGCTTTCAGTGCTATGCCTTTTTTGAGGAAAAGAAAGAAGAACTGAAGCATTCCTGACTTTAGATGGATGTCAC AGGTTTGTGTGTATTTGTCAATTCATCCAGCTACGGGAGCTTTCAGTGCTATGCCTTTCAATTTCGGATGCTGCTTATAT CATTTGTACTATAAAGATGTTATATGAGCTATAATGTCGATCAAGTTGTTGAGACATTATGTCTTTATTGATACTTGATT TTTTCCTGGTTTCCTTAGCAGACCTTAATTCCTAAATTTAAAGGATTTGATTCTATTAACTTTGTATATAAGTAGTGTAC AAACTACTCTTGGAAATTTATACAGAAAACGTTTTAAAGTTCGTATTAGAACCTCTATAATCAAGTGTTCTTGAGATTGA TTCTTGTTGCCCGATCTTCTAATGATTTCTTTTGTCGAAAATGTGGTGCACTAACGGGGCAGGGTATAAGGCCTAAAGGA ATGCTATTATTTGGCGCTACACATGGGCCTAATTATGCATACCAGTAGTACTAAAAAATCGAACCATGCATTCATGGAAT GC
Download Genomic Sequence

CDS sequence (LotjaGi1g1v0605700.2) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGGGAGTTCACGGTCTCTGGGAACTACTCGCCCCCGTCGGCCGCCGCGTCTCCGTCGAAACCCTCGCCGGAAAAACCCT CGCCGTCGACGCGAGCATATGGATGGTGCAGTTCATCAAGGCGATGCGTGACGAGAAAGGTGAAATGGTTCGCAACGCTC ATTTGCTAGGTTTCTTCCGTCGGATTTGCAAGCTTCTGTTCCTCCGGACGAAGCCTGTTTTCGTCTTCGACGGCGGAACC CCCGCCTTGAAGCGACGCACCGTCATCGCGCGTCGCAGGCAGCGGGAGAACGCCCAAGCCAAAGTCCGCAAGACTGCCGA GAAATTGCTGCTCAATCATTTAAAGGCGATGAGGTTGAAGGAACTGGCTAATGATATTAAGCACCAGAGGCAGAAGCAGG AGAGTGATGCTAAGGGTCAGAAAAAATCTAGAGACATGGACTTTGTTGGTAGCGATTCAGGAAGAAGTCATGTGAAAGAG AAAGAACTAGATGAAATGTCTGTAGCTAAATCTGCGGCCAAGGAAGACAGGAATTTATCACAGGCAGTAGCATCGGCAAG TTGCAACTTGGAGGAGCTTGATGAAATGCTGGCTGCATCTATAGCTGCAGAGGAAAATGGAATGCTTGCCAGAAAAGGAG TGGCATCTACCGTGAGTTATCCCTCAGAGGGGGAATGCGATGCAGATGAAGAGATGATTATGCTTAAAGGAAAGAAAATA GAAGGACAAGTGGATGAAGTTGACAAACAGAAACCACATGAGGTCAATGACCGGGTCAAGGGTAAGGAGATTCTGTTCAA TGAAACTGACATGGTAGGATGTAGCTCAAGATGCGATCATGTGACATCAAGGAGTCATAATCAAGAGAAAATTGATGAAA TGTTAGCTGCAACTATTGCTATGGAGGAAAATTCAAATTTAGTAAATAATGTATCAACTTCTCTTGGGGCTTCCACAATT GAGGACGAGGATGGTGACTATGGTGATGATGAAGAGATGATACTGCCAGCAATGTACGGTGAAGTTGATCCAGCTGTTTT GGCCTCTTTGCCTCCATCAATGCAACTGGACCTCCTTGTTCAGATGAGAGAGCGATTGATTGCAGAGAACAGACAAAAGT ATCAGAAAGTCAAGAAGGATCCTGCAAAATTCTCTGAGCTACAAATACAAGCTTACCTTAAAACTGTTGCTTTCCGACGT GAGATAGATGTAGTGCAGAAAGCTGCTACTGGAGGAGGAGTAGGGGGTGTACAGACTTCGCGAATTGCATCTGAAGCCAA CCGAGAATATATATTCTCGTCATCTTTTACTGGTGACAAACAAGAACTCACCTCCACTAGAATAGAGAAAAATAATGAAG ATAAACAACAGAAGGCACAAGGAACAAGTTCTTCACGGAATTTTGCAAATATCATCACAGTAGGCAATAATTCTGGTACT TCAGTTGGATTGGTTTCTGCTGAACCTGGAGAGCCTGTTGATGAAAATATTGAGACATATCTAGATGAGAGGGGTCGATT TCGAGTAAGTAGAGTAAGAGCTATGGGGATGCGCATGACTCGTGATATACAAAGAAATTTGGATTTAATGAAGGAGATTG AGCAGGAAAGGACATATGTCAATAATGCTGCGAACATTGAAACTGTGCTAAATATAGAGAATAGTGGTCCATCAGAAATT TCTGGGATCCACAATATTGGTAAATCACGAGAGGTAAATGTTGACTTTGTTGGAGAGAATGTGCAAAATGAACAATTAAT ACTTGACAGGGATACTTCGTTGGAGGTATCCTTTGAATACGATTGCAAGAATAAGTTTGTAAATGGCGAGGATGATATAT TTGCCAGTTTAGTAGGAGGAAATCCAGTGGCACTCTTCTGTGCTGATGCTACTACAGCAGAAGTGCAGTGTTCTGGTTCT GATTCAGATTGTGATTGGGAAGGAGTTGTTGGAGGTAAGAATACCACATTTCCAAGTCATAATAAAGTGGAACTGAAATC CTCTTCTGCAGACGAGGATAATAATAATGACAGTGAAGTAGAATGGGAGGAAGGATATTGTGGTGGTGCTAAAAGCACCT CACTGTGTCCAGCTGAGTCAGGAAAATTGGCATCCCGAGGATGCTTGCAGGAGGAGTCTGATTTGCAGGAAGCAATAAGG AGAAGCCTTGAGAATACATGGGACGGGAATCTTAATTGCAAATCAACTGTAGATGAGCATTCAAATGCTTATGAGAGAAA ATTGGATTCTGAATTAGAACATGATGATAATTTTCGTTGCTCTGGCTCAACGGATTTAAATGATAATAGTATGGGTGGTT CCCCTTTGCCTATGAAGGGTAGTATTGAATCAATTGAATTTCAACAAACTGTAGATGCAGATAAAAAACATGATTGTGTG ACTAGAAGTAACCCACAAACTTTCAATTTTCATGGAAGTCAGTCAAAGTCATCTGGGACATTTAATTTGAATAAGACAGA GATATTGATTGACAAACCTCGCGGACTGGATGGACACATTTGTTCTGAAGATTCAATTTCAGATGCAAATGTAATGATGA AGGATGAGGATCCTGTGGTTGCAGAGCAATCATTGGATATACATAATGATGATGGTCAAGTGTCTTTCTACTGTAACAAG GTGTCCAAGGTTTGTCCACTTGGTGTGACTGAAGAGGAGAAAAGGAACCATATTAATGAATCTGAACTATTGAGTAATTC TACCAAGAGTCCAAAGCCTACTATTCTTTTGATGGGGTCATCCTTGAATAGATCTACAGAAGACCTTGATATTGAGCCAA AATTGCCTTCAGAAGACAATGATGGAAATTTATCTGAGGAAAGGAATAAACTTGTCATAGATGCAATGAACACGCCTGGA GTTTTTCCTGCACAATTACCTGAGGTCCAATTGGAGGATGAAATGGAAATTCTTGGTCAAGAGTATATCAACCTTGAAAG TGAGCAGAGGAAGCTTGAGCGTAATGCAGAATCTGTTAATAGTGAATTATTCACAGAATGTCAGGAACTACTGCAAATGT TTGGCTTGCCTTATATTATTGCTCCAATGGAAGCTGAAGCGCAGTGTGCTTACTTGGAACTCGCAAATCTGGTTGATGGT GTTGTAACTGATGACTCTGATGTCTTTTTATTCGGGGCTCGTAGTGTTTATAAGAATATTTTTGATGACCGCAAATATGT AGAGACATACTTCATGGAGGACATTGAAAAGGAGCTTGGATTAACAAGAGAGAAGGTGATTCACATGGCACTACTTCTTG GGAGTGATTATACTGAAGGTGTAAGTGGGATTGGCATTGTTAATGCTATTGAGGTTTTAAATGCGTTTCCTGAAGAAGAT GGCCTCCTCAAATTCCGGCAGTGGGTTGAGTCACCAGATCCCACAATTCTTGGAAAGTTGGGAACAAAAAGTGGATCCAA TACCAGAAAGAAAGGGTCCAAAGTTGAAGAAAAGATAAATATCGAGTCTGCTTCAGACCAGAACATCTCACAGGTTCAGG AGCAAAAGGAGCCGCCTGATCACATGCCAGAAATAATGCAAACTTTCATGGATAAGCATAGAAATATTAGCAAGAATTGG CATATACCTCCTTCTTTTCCAAGTGAAACGGTTATATCTGCTTACTGTTCTCCACAAGTTGACAAGTCAACTGAGCCGTT CACGTGGGGAAAACCAGATCATCTTGTTCTTCGCAAATTGTGCTGGGAGAAATTTGGGTGGACCAGCCAGAAAGCTGATG AATTGCTATTACCTGTTTTAAAAGAATATAACAAACATGAGACTCAATTGCGATTGGAAGCATTTTACAGTTTCAATGAA AGATTTGCAAAAATTCGTAGCAAGAGAATTAAGAAAGCAGTGAAAGGAATTACTGGTAAGCAGCCTTCAGATTTGATAGA TGGTTCTGCAGAAAACTTGTCGAAGAGTAGAAAGAGTGGGACAGGAAATCCTGTTGAAGCTGAGGATAACAAATTTGAGA CTTCAAAGGTAACAGAAGAAAGTCTTGCGGGTCGGAAGAAATCAAAAGTGAAAGAGTCAATGAAAAGGAAGAATGATGGG AATACAGCAGCTAAGGCACAGTCAAAGAAAAAGAAAATCTATGATGATCCTTTATCAGCACCTGGTACATCTGAGGTGTC AAATTTACAGTCATGTGTACAAACCAAAGAAGGTCGATGTCATAAGGAATTGGTTCCTAATAGAAGTGGCAGAGGAAGAG GAAGAGGCAGAGGTGGAAGTGTAGGAGTAAAAGGAGGAAAGCGAAAGGGAAGTCTCATTTTTGAAACATGTGAAACTGAA ACATCATCTAGTAGCACTGACATTGATGATCATGGGCCAAGAGCGCAAGTTGATGTATCACAAGTTCCAGAAGTTGTGCG AAGGTCAACACGATCACGGAAACCTGTCAACTATTTAAAGGACCTTGAAGTTGAAGATGGTGTTGATTCATTTGATCAGA GCAATCAGACATGCTCGTTTGACGAGCCAGCAGAAAAATTATTTCACAATCATGGTGAATGTGGAGATGGTGCAACTGAT TTCAGCAATGGGAAAGAAAGCAGTCTAGTAGATCTTCCTCTAAAGGAGAACACACCTAGAGATTATCTGGAGTCAGAAGG TCGGTTTTGCATGGATGCTGGTGAAAGTAGTCCCCCAGGGACTAGCAACCGTGATAGTTCGTTTGATCCTGGCCCTTCTG ATGACTACCTTAAAGTGGGAGGTGGATTCTGTTTAGATGATAGTGAGACAGGTAACAATGATGATGCAATTGATAATACA AACACTGCTACAGACGATTATACTGCAGAGTTCCGACACAGTTCTGAATTTGTGGATGAAACTGACTCTGATAAAAATAG TTCTGATAAATTGTTTTCTGGTGCTGAAAAAGCTGAAAATGAGGTAGAAGATGGAACGACTCATCGTAAATCCAATGAAA AGCCAAGTGACCACCTTGAAAATGCTAGTAGTTATAATCATTCTAACATAGGGGCCTTGATACCAGAGAATGCTCAACAC ATCAGTGAGACCTCTACGGGAGCTTTCAGTGCTATGCCTTTTTTGAGGAAAAGAAAGAAGAACTGA
Download CDS Sequence

Protein sequence (LotjaGi1g1v0605700.2) extracted from Lotus japonicus Gifu v1.2 Proteins.

MGVHGLWELLAPVGRRVSVETLAGKTLAVDASIWMVQFIKAMRDEKGEMVRNAHLLGFFRRICKLLFLRTKPVFVFDGGT PALKRRTVIARRRQRENAQAKVRKTAEKLLLNHLKAMRLKELANDIKHQRQKQESDAKGQKKSRDMDFVGSDSGRSHVKE KELDEMSVAKSAAKEDRNLSQAVASASCNLEELDEMLAASIAAEENGMLARKGVASTVSYPSEGECDADEEMIMLKGKKI EGQVDEVDKQKPHEVNDRVKGKEILFNETDMVGCSSRCDHVTSRSHNQEKIDEMLAATIAMEENSNLVNNVSTSLGASTI EDEDGDYGDDEEMILPAMYGEVDPAVLASLPPSMQLDLLVQMRERLIAENRQKYQKVKKDPAKFSELQIQAYLKTVAFRR EIDVVQKAATGGGVGGVQTSRIASEANREYIFSSSFTGDKQELTSTRIEKNNEDKQQKAQGTSSSRNFANIITVGNNSGT SVGLVSAEPGEPVDENIETYLDERGRFRVSRVRAMGMRMTRDIQRNLDLMKEIEQERTYVNNAANIETVLNIENSGPSEI SGIHNIGKSREVNVDFVGENVQNEQLILDRDTSLEVSFEYDCKNKFVNGEDDIFASLVGGNPVALFCADATTAEVQCSGS DSDCDWEGVVGGKNTTFPSHNKVELKSSSADEDNNNDSEVEWEEGYCGGAKSTSLCPAESGKLASRGCLQEESDLQEAIR RSLENTWDGNLNCKSTVDEHSNAYERKLDSELEHDDNFRCSGSTDLNDNSMGGSPLPMKGSIESIEFQQTVDADKKHDCV TRSNPQTFNFHGSQSKSSGTFNLNKTEILIDKPRGLDGHICSEDSISDANVMMKDEDPVVAEQSLDIHNDDGQVSFYCNK VSKVCPLGVTEEEKRNHINESELLSNSTKSPKPTILLMGSSLNRSTEDLDIEPKLPSEDNDGNLSEERNKLVIDAMNTPG VFPAQLPEVQLEDEMEILGQEYINLESEQRKLERNAESVNSELFTECQELLQMFGLPYIIAPMEAEAQCAYLELANLVDG VVTDDSDVFLFGARSVYKNIFDDRKYVETYFMEDIEKELGLTREKVIHMALLLGSDYTEGVSGIGIVNAIEVLNAFPEED GLLKFRQWVESPDPTILGKLGTKSGSNTRKKGSKVEEKINIESASDQNISQVQEQKEPPDHMPEIMQTFMDKHRNISKNW HIPPSFPSETVISAYCSPQVDKSTEPFTWGKPDHLVLRKLCWEKFGWTSQKADELLLPVLKEYNKHETQLRLEAFYSFNE RFAKIRSKRIKKAVKGITGKQPSDLIDGSAENLSKSRKSGTGNPVEAEDNKFETSKVTEESLAGRKKSKVKESMKRKNDG NTAAKAQSKKKKIYDDPLSAPGTSEVSNLQSCVQTKEGRCHKELVPNRSGRGRGRGRGGSVGVKGGKRKGSLIFETCETE TSSSSTDIDDHGPRAQVDVSQVPEVVRRSTRSRKPVNYLKDLEVEDGVDSFDQSNQTCSFDEPAEKLFHNHGECGDGATD FSNGKESSLVDLPLKENTPRDYLESEGRFCMDAGESSPPGTSNRDSSFDPGPSDDYLKVGGGFCLDDSETGNNDDAIDNT NTATDDYTAEFRHSSEFVDETDSDKNSSDKLFSGAEKAENEVEDGTTHRKSNEKPSDHLENASSYNHSNIGALIPENAQH ISETSTGAFSAMPFLRKRKKN
Download Protein Sequence

Domain prediction

Data for domain prediction are obtained with InterProScan, and merged with InterPro data obtained from the EB-eye REST service.

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Domains

Sorting

Prediction algorithm Identifier Start End Length E-value InterPro ID
SMART
SM00485
1 98 98 4.0E-44
IPR006085
PANTHER
PTHR16171:SF7
1 244 244 0.0 –
Pfam
PF00752
1 97 97 3.9E-29
IPR006085
PANTHER
PTHR16171
1 244 244 0.0 –
Gene3D
G3DSA:3.40.50.1010
1 149 149 1.6E-35 –
PRINTS
PR00066
2 19 18 1.4E-15
IPR001044
CDD
cd09868
2 92 91 1.37783E-57 –
SUPERFAMILY
SSF88723
2 1096 1095 3.92E-61
IPR029060
PRINTS
PR00853
24 38 15 3.4E-9
IPR006084
PRINTS
PR00066
54 77 24 1.4E-15
IPR001044
ProSitePatterns
PS00841
70 84 15 -
IPR019974
PRINTS
PR00853
72 91 20 3.4E-9
IPR006084
PRINTS
PR00066
96 118 23 1.4E-15
IPR001044
Coils
Coil
116 136 21 - –
MobiDBLite
mobidb-lite
123 172 50 - –
MobiDBLite
mobidb-lite
123 179 57 - –
PANTHER
PTHR16171:SF7
245 1478 1234 0.0 –
PANTHER
PTHR16171
245 1478 1234 0.0 –
MobiDBLite
mobidb-lite
442 468 27 - –
Gene3D
G3DSA:3.40.50.1010
968 1144 177 1.3E-47 –
Coils
Coil
968 1002 35 - –
CDD
cd09868
998 1082 85 5.08381E-48 –
SMART
SM00484
1012 1081 70 1.9E-31
IPR006086
Pfam
PF00867
1013 1096 84 3.0E-26
IPR006086
ProSitePatterns
PS00842
1015 1029 15 -
IPR019974
SUPERFAMILY
SSF47807
1081 1284 204 2.36E-26
IPR036279
SMART
SM00279
1083 1116 34 4.7E-10
IPR008918
CDD
cd09904
1084 1222 139 1.01576E-35 –
MobiDBLite
mobidb-lite
1297 1472 176 - –
MobiDBLite
mobidb-lite
1305 1323 19 - –
MobiDBLite
mobidb-lite
1329 1376 48 - –
MobiDBLite
mobidb-lite
1381 1395 15 - –
MobiDBLite
mobidb-lite
1396 1410 15 - –
MobiDBLite
mobidb-lite
1515 1671 157 - –
MobiDBLite
mobidb-lite
1594 1608 15 - –
MobiDBLite
mobidb-lite
1609 1657 49 - –

Gene function (GO predictions)

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
GO:0003677
Molecular function DNA binding Any molecular function by which a gene product interacts selectively and non-covalently with DNA (deoxyribonucleic acid).
Subterm of
GO:0003697
Molecular function Single-stranded DNA binding Interacting selectively and non-covalently with single-stranded DNA.
Subterm of
GO:0003824
Molecular function Catalytic activity Catalysis of a biochemical reaction at physiological temperatures. In biologically catalyzed reactions, the reactants are known as substrates, and the catalysts are naturally occurring macromolecular substances known as enzymes. Enzymes possess specific binding sites for substrates, and are usually composed wholly or largely of protein, but RNA that has catalytic activity (ribozyme) is often also regarded as enzymatic.
Subterm of
GO:0004518
Molecular function Nuclease activity Catalysis of the hydrolysis of ester linkages within nucleic acids.
Subterm of
GO:0004519
Molecular function Endonuclease activity Catalysis of the hydrolysis of ester linkages within nucleic acids by creating internal breaks.
Subterm of
GO:0005634
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.
Subterm of
GO:0006281
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.
Subterm of
GO:0006289
Biological process Nucleotide-excision repair A DNA repair process in which a small region of the strand surrounding the damage is removed from the DNA helix as an oligonucleotide. The small gap left in the DNA helix is filled in by the sequential action of DNA polymerase and DNA ligase. Nucleotide excision repair recognizes a wide range of substrates, including damage caused by UV irradiation (pyrimidine dimers and 6-4 photoproducts) and chemicals (intrastrand cross-links and bulky adducts).
Subterm of
GO:0016788
Molecular function Hydrolase activity, acting on ester bonds Catalysis of the hydrolysis of any ester bond.
Subterm of

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Expression data

Expression pattern

Expression pattern of LotjaGi1g1v0605700.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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