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LotjaGi1g1v0670100.4

Overview

Field Value
Gene ID LotjaGi1g1v0670100
Transcript ID LotjaGi1g1v0670100.4
Related isoforms 3
Lotus japonicus genome version Gifu v1.2
Description DNA helicase; TAIR: AT3G57300.1 DNA helicase INO80-like protein; Swiss-Prot: sp|Q8RXS6|INO80_ARATH DNA helicase INO80; TrEMBL-Plants: tr|I1N8X6|I1N8X6_SOYBN Uncharacterized protein; Found in the gene: LotjaGi1g1v0670100
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr1:123364143..123374560) extracted from Lotus japonicus Gifu genome v1.2.

ATGACGGAGGAACGATATCGATCAATGCTTGGAGAGCATATTAAGAAATATAAGAGGAGGTCTAAGGATACCTCGTCTAG TCCGGCCCAAAATCAGGTTGCTGTTCCAGTTGCGAAAAGTAACACAGGATTAAAATCTCACAAGTTAGGGAATGAACGCA GGGGAGGATTACAGGCTCCAGAGACTACATCGGAATGGATGAATGGATCCGATTCTCAGAAACTAGGGAACTTCCGTGAG GCAAATTTAGTGCAGCGATTTGGCACTGATAGGTTTGCCTTTTTAGCTCTGTTGCCTTTATAGTGTTGGGCTTTTGAATA ATGATAGTTGTTTAAGTTACAAAATGGCCTCACCTTTTGTAAGCTCCTTGCAGGATTATGTATGAACCTCCATCTTTGGA CATTGGGGATGGTATAACCTACAAAATTCCTCCAATTTATGATAAGTTGGCTGCAATGCTGAACCTTCCAAGCTTCTCGG ATATCCATGTCGAGGACTTTTACTTAAAGGGTACCTTGGATTTGGGCTCCTTGGCTGAAATGATGGCTGTTGATAAAAGG TTTTGGAATAGAAATCGGGCAGGCATGGGGGAACCCATAACCCAATATGAATCACTTCAGGCACGACTAAGGGTCATGTC AACTTCTAATTCAGCTCATAATTTCAGCCTCAGAGTATCTGATGATGGTAGTTCTTCCATTCCGGAGGGGGCGCCTGGAA ACATAAAGCGACATATTTTATCTGAGGGTGGTGTACTGCAGGTTTATTATGTGAAGGTTTTGGAGAAAGGCGACACATAT GAGGTATCTATTGAACAATAAGTGAGTGATTTTTCCATTTAGCTTTACTCTTCTTTTTTCTGTTTTTTAATTTAGCTTTG TCTTTCAACTGCTTCAGATCATTGAACGAAGCCTACCTAAGAAACAAAAGTTTAAGAAAGACCCTGCTTTAATAGAAAAG GAGGAAATGGAAAGATTTGGAAAGGTTTGGGTAAATATTGTAAGGAGAGACTTGCCAAGGCATCATAGGAACTTCACTAC TTTTCATCGAAAGCAGCTCACTGATGCCAAAAAGTTCTCGGATACCTGTCAAAGAGAGGTATGCCCTGTTTCCCCCTGAT AGGATTGTTTATCTGTTACATTTCATGTTGGTTTGTGGTATACCTAATCTCGCCATATAGTCTAATGCATTGTAGGTTTT GTATTTTTCATTTGCAGTTCAATAACTTGTATCAATTTATTTTCTTTCAGGTTAGAATGAAAGTGAGTAGATCACTTAAA TGGACAAGGACTGCCAGTATGCGCACCCGGAAATTAGCTAGAGACATGTTACTATTCTGGAAACGAATAGAAAAGGAGAC GGTACTTATTAATTCCTTGCTGAAGTTTATTGATTTTATTGTGCTGGTGATTCTAGAAGACATATTTTTCTTTGATTGTT GTGGAGTTTAGTTGAACATGATGGCTGCAAACTCTTCCTTATGGACATTTTTTAGAACAAGTTTGATGCATGATAGTTGA TGATATATTACTGACTTGCTATGTGTACATATATTTTGTTGATTTGTATTCATCTAATGAATGATAGTCTTGCAATCTTC TTCCTGTTCACAATTTTTTATGTCGTCATCAGTGATGATTGATTTGGATGTTATTATTCACTTTTTCAAAGCAAAGGTAT TTAAATATAGGGTCCGAGGTTTTCAATTTAGTTGTTTTTGATATTCAGATAAGACTTGGGATTTGTTTATTAGATACATA CACCACAATGTTGGTTCTGATCAGGTGGTCTATTTATTTGACATACAGATGTGGTCATCTGTACTTGGAGTTATTTTGTG TATGGGACTATTGTCACGCTGATGTAAAATACACTTGAATATGCTGTAATTTTTCAATTTCATTCCTTGCAGGCAGAAGT GAGAAAAAGAGAAGAAAAAGAAGCTGCTGAAGCTTTGAGGCGCGAACAGGAGCTCCGAGAAGCAAAGAGGCAGCAGCAAA GGCTTAATTTTCTTATACAACAAACAGAGCTGTACAGTCACTTTATGCAGAACAAGTCAAACTTACTATCTTCAGAAGCT TTGCCCACGGAAGATGAAAATACAAATGACCAAGGTGCACTGATAAACTCTTCAGATGCTGGGCCTAATGAGGAGGAAGA TCCTGAAGAGGCTGAATTGAAGAGGGAAGCTTTGAAGGCTGCTCAAGAAGCAGTCTCTAAGCAGAGAAGTTTGACAAGCG CTTTTGACACTGAATGCTTGAGGCTGCGCCATGCTGGTGAAACTGATTCAGTACCGCCAGAAGTTGCTGGAGCAAGTAAT ATTGATTTGCAAACCCCGTGAGCTCCCTCTCTCTCTCTGTATGTTGTGTGAATGCATATCTACACTACTTGGAAATTTTT AAATGGCGAATGCAAATTTATGTTGATGTTCATCTGAATAATATTGAGGATTGTGTGATAAGAAATACTGTGTTCATTCT AATCAACTTTATGTATTGCTGTATTGCAGCTCCACCATGCCTGTGGCATCCACTGTTCGGACACCTGAATTATTTAATGG TTGTCTAAAAGAATATCAACTAAAAGGTCTTCAGTGGCTAGTTAATTGTTACGAGCAGGTTGTTGAGCACTCTTAATAAA GTCTCAATGATTTATTGCTTTTGGTTTCTAATAAGAATGCTTTTGGGACCTTTTAGGGTTTGAACGGTATTCTTGCTGAT GAGATGGGACTTGGAAAGACCATTCAAGCTATGGCTTTTTTAGCCCATTTAGCTGAGGTAGCTATTCATTAAGCTTTTTT TGAAGAACTCCATGACTTTATTTTAACTTGCTTGTCGCATGCAGGAGAAAAACATATGGGGACCTTTTTTGGTTGTTGCA CCTGCCTCAGTATTAAATAATTGGAATGAGGAACTTGAGCGCTTCTGCCCTGAACTGAAAAGACTTCCTTATTGGGGTGG GGTTTCAGAGCGAACAGTGCTCAGGAAAAGTATCAACCCAAAGGATCTTTATCGGAGGTAATGTTATTCTCTTTTGCATT CATAACCTTAAAAAGTACAGATGCCAATAGTACACTTTTGGCTTGTTTAGTGTTACATAATTAATCTAAATGCCGATAGT ACACTTATAGTCGTATAAGCTGCCATGTCATCAAGTTTTCTAGGCGTTTTAAAGGGTATTGATATTTGGGATGAATTTGG TCAAATTAAGAAACATTTTCGACAAAATAAAACAGTGTAATTATGGGATGAAAATGCAACCCAAAGTAAAGGGACAAAGG CTGTGTTTGATATAGTGTTATTAATCCCGTATAGTGGGGCATAGCTGCTCACTGAAAAAACACTATAGTGGGATGGCCGC TATTCTGATTTTTTTTTATATATAATTGATATAATATACACTAGTATACATACATAAACTCTTAAAATGATAAAAAGTAC TCAACTTATGATATTGTAATTAAGTTTGAAAAGTCAGGTGACATAAATAAAACATAGAAGTCAGACCAGTGAGAAATTAA AAGGGAGTGATTAAAGAAAAAATAGAGCCAGTAAAATAGGAAAAAGAAAAAGGAACCAGAAAATAGACAAAATAATCAAC AAAAGAAAGAAAAACAGGGGGAAAAGAACAAAACATCACTGCTAGCCGCTGGATGAGAATAAATGGGACTGTTGGGGCTG TAAATGATCGCTGGAACCTCGCCGGTCTTCACGCGGTGGCTAGTATGTGGTAGCTTGGTTGGTGGAAGATTGGTCAGAAG CTGGACTAGGTTGCGGAAATGACTGAGGTGTGAAGAGGAGACTCCTTTAAGAGGAATGTTTTTTTACCTTTTAAACCTAA AACCCAAAACTATGCTCCTAAAAGTTTACCCTAATGTGAGTATTATGAGGGTAATTTCAACCGGTACAGGCATGATGTCA ACCGCGCCGATACGCAATGAACTGTAGTGGCCATGGGCCTCTATCTCACGCTACTAACAAGCCTGGTTTAATATCTAATG GATGGAACATAATCAAATCTATCTGAATCGAATAAAGTTAGAATTCCATATTTTGGGTATTTTGATGATTGAAAGGAGAA GAATACTTGTTACATTCTGTCCCATTGCTCCTAAATTGGAGGGGAAGGAAAACCAGGGTATTGGATGAAACCATTTTATT TGTTCCATTCTGTTCCATCTTATTTTAAACAATCAAAACAATAGAACCTATTATGATTCCATTTCTTTCCACTTCATTTC ATCCCTTTCCATCAATTGAAATATAGCTAAAAAGTAAAGTTTGTCCAATTTGTAATCATATTTGAATTTTGAATCTGACA AAAAATGGCTAACTGAGTACATTTTAAAAAAACTATTGTGAGAGTTCCTTTAAGTTGAGAGCTCTTTGTATGTGGTGGAC CTTTGTGATTGACGTGAAATAATGATTATCTCACTTTTAAGTTTAGTCAAGCAAAACAGTTGGGTTTTAAGAAAGTGAAG TAAAGGATATCAAATGGTAGAATCCCCTTTCAATCAGTGTAGATATTTTACCAATATTAATTCACTATTCATTTGCATAG AATCATCTTGACTCATTTGCATATAATCATCTTCACTAAAAACCTTTGGAATTGTGAGGCTAATACAATATTTTGGCCCA CATCTGCCACTTGTAAATTCTACTTATAATTTATCTTTTTGGTCTTTGATTTTTATCCCTCTGAATTCTATTTTTACTAT ATTTTATATATTTACAGGGAGGCTAAATATCACATTCTTATTACAAGCTACCAACTTTTAGTAACTGATGAGAAGTTCTT TCGGCGCGTGAAATGGCAGTATATGGTTTTAGATGAAGCCCAGGCAATCAAAAGTGCAAGCAGGTTTGTGATAATCTATA TTTCTGCGATGCAGAAGTGAATGACATTCATAATTACTTGGTTATTGTTCCTTACTTCCTACCATTGTTTTAAACAAAAT TTGATTAATTATTTTATGGGGTGCATTTTTCCTGATTGAGTTGTGTATAATTTTGTAGATCTTTCTTATTTGTGTGGTTA ATACAATATTTGAAGTTACAGTAACATCTGTTTTTGTGATTGCTGCCCTTATAAAAACTAAATTTCATCCAACAGTATAA GATGGAAGACACTCCTCAGCTTTAATTGTCGGAATCGCCTACTGCTAACTGGTACACCCATTCAGAATAATATGGCTGAG TTATGGGCTCTTCTGCACTTCATCATGCCAACTTTATTTGACAGCCATGAGCAGTTTAATGAGTGGTTTTCAAAAGGGTA TGTTTTCCTCGTTATCGTCCTTAGATACGTTTGCTAGTTTAAGTATGGTCTAACAATCATTTCTGATTTATAACATGCCA GAATTGAAAACCATGCAGAACATGGGGGTACTTTGAATGAGCACCAACTTAATCGGTTGGTAAGTTTGTCTTCCCTGTGT GATAGTAATAGTAAGGAGATAGTTAGGATATTTTATTATTTAAATATTATATTGAGTTTTTTAATCAGATATTTTATGGG CATATAATAACCTATGTTGTGGAATGAGGGAGGGGGTTGCTTTGGGTCTCTTCAAATTAGAGGAAATTGTTGGTGTCATT CTTTGTGGCCTTTGTTGGGTCTTAAATTTCTGGGATTTTTTAAACTTATGAGTTGTATTAAAACAGGGATACTACAATAG GATGTGTAGTATGGTGGCTTTTATTTTTATTATTGCTTTTAAGTTCTAATTATTATATTTGGTTTGTTTCACTTCTTAGT TTTTATCATTTTATAATTTTTGGCTTATATTTTGGGTATGTTCTCTTAACAGCATTCAATTATAAAGCCTTTCATGCTGC GACGTGTTAAAAAAGATGTGGTTTCTGAGCTGACTACAAAAACTGAAGTTACGGTCCATTGCAAGTTGAGTTCTCGTCAG CAGGCTTTTTATCAAGCAATTAAGAACAAGATATCTCTTGCTGAGTTGTTTGACAGTAATCGTGGGCAGCTTAATGAAAA GAAAATCCTGAATTTAATGAATATTGTTATTCAACTAAGGAAGGTAGACAATCCATATTGTTCAGGCTTTATTTCCCATG CTTTAATTTTCGTATCAATTGGTTCCTTCCGAAATCAGGATTATTGTGTTTCAATTATGTCATGTTCTTTTTACTTCCCA CCAAGATTGCGCATTATAAATTCTTTAAATTTGATAGGTTTGCAACCATCCGGAGTTGTTCGAAAGGAGTGAGGGCAGCA CATACCTTTACTTTGGAGAGATTCCAAATTCCCTTCCACCTCCTCCATTTGGGGAGTTGGAGGATGTATATTATTCTGGT GGTCACAACCCCATATCCTATGAGGTATTTCTTCTTGCCTTGTGTCCAAAAATTCATTTTTCCTCCTCTTCAATTCAATG TCCCATATTTCTTATTCAAGTTCTTTTAACGTTCCTAAGTTAGAAGCTCTCTTAAGTTGGAAGTAAAATTTAAATGTTAT ATCACAGTGTGTTTGACGTCCTTTCGATTGGATTTTACATGATACTTATGGTTGAAATTATAGGGTCTAAATCGTCAAGG AGAAAGAGGGAAAATAAACTTCCGATAATGTTCTCTTAAACTGATATGATGTGTAATGATGTGATACAAAATGCTGACTT AATGCTCCTATGCTTACTCTTAACTAGAACCTAATTTTTGTTGCAATTTGGCTTTTTATTATGAAAGGAAATTTTGTTTC GATATTATGTTTACCCTTTGGAGAATCTTTCATATATTGGGTTTTCTTTTGTTTTTGTATTGAGTTCTCCCTTTTGCCCT AGTAATTAGCTTCTCTGCTTCATTATGTTGACAATACCACCTTCAGTTCTTTTTCTTATTTTTGTGTCCCGTTTTTTCAG ATACCAAAAGTTGTCTATCAAGAAATATTGCGAAGTTCTGAAACTCTCAGCTCAGCTGTTGCTCATGGTGTCTGTAGAGA GCCTTTACAGAAGCATTTTAATATTTTTACACCAGCAAATATTTATCGATCTGTGTTCTCAGAAGATATTCATGTTAAAA GTGGAAACTTTGGTTTTACCCATTTGATGGATTTGTCTCCACAAGAGGTGACATTTCTGGCTACTGGTTCTTTTATGGAG CGTCTTTTATTTTCTATGACGAGATGTGAAGAAAAGTTCATTAATGAAGTGGTAGACTTTGTTATGGAGACCTTAGATGA TGATGATCCAGGATGTAGTTACCTTGATAAAGGAAAAGTGAGAACTGTCACACGAATGTTATTGGTGCCGCTAAGATGTG AGACTAAGTTTCTTCAAAACAGTTTGCCAACGGGTACTGGCCATGCTCCTTTTGAGGCCTTGGTTGTCCCACATCAGGAT AGGCTTTCATCAAATGCAAGGCTTCTTCACTCTGCTTACTCATATATCCCAAAAAGTAGAGCTCCCCCAGTATGTTATCT TTCTTTACTAGTCTTCAGCTATTTTCCCAAAATAAGTTGTCTTGTTTTAACAAAATGATAATTAAACTGTGTTTCTTCTT TTCATCTTCTTAGATTGGTGCTCACTGCTCTGATAGAAACTTCTACTATAAAATGATTGAAGAATTACATGATCCCTGGC TTAAGAGGATGTTTGTGGGATTTGCACGTACTTCTGATTGTAATGGGCCTAGAAAGCCAAATGGTCCTTCTCATCATTTG ATTCAAGAGATAGATTCTGAAATCCCTGTTTCTCAGCCTGCTCTTCAGTTGACACACAGCATTTTTGGGTCTTCTCCACC TATGCGAAATTTTGACCCAGCAAAATTGCTCACTGTAAGTGTTGTTTTTACTCCTTTTATTTCTTTCTCATGGAGTGCCT CCTCATTTCAACTTTCATGTGGAATTAATCTTCTAAGTCAAATGATAGGACTCTGGGAAGCTTCAAACACTTGATATATT ATTGAAACGCTTACGAGCAGGAAATCATCGTGTTCTTCTGTTTGCTCAGATGACCAAGATGCTGAATATTTTGGAGGTAT TTTTAAACTTTCCAGTGTTAAACCTTTTGATATTAGTCGTTTGTGTATACTGGTTTCATTTTGACTTGTTCAAAAATGTA AAACATGGATATATTAATGAATAAAATCAGTCATTGTGTTAGCCTCTTGGTGGTGGCCCATTTCCCTTCAATGTGATGGT TACATGAAATCAGCCTGAGAGACCTGACATGCATGCTCATGTTTGTCTATGTTTCTAAAGAAACTACATGAGTTTGATTC TTTTTTATTTTTTTCTAAAGAAAACGTGAACTCAGACTATTTCAATTCAGTGATTGGAAAATGAATACATTCTTACCGTA TTGAGGATCTCGGCCTTCAACCCATTTTTTGTTATGCTCACTGGTGATTTAATCCTTCTCGCAGGACTATATGAACTACA GGAAATATAAGTATTTTAGACTTGATGGATCATCTACCATTCAGGACCGCAGAGACATGGTCAGAGACTTTCAACATAGG TAATGTTGTCTTCTTTATAATACTGTTCTCTGGTTAGACGACTACTGATTGTTATGTATTCCATTATACCTGTTGGTGAT ATTTTTTATTAATTTGTTGTAGGTCTGATATTTTTGTGTTCTTACTGAGTACAAGAGCTGGTGGATTGGGTATCAACTTG ACAGCAGCTGACACAGTCATATTTTACGAGAGTGATTGGAATCCAACATTGGATTTACAGGCAATGGACAGAGCTCATCG TTTGGGTCAGACAAAAGATGTTAGTTCCTTCTCTCCCTCTCCCTTCCTCCTCATGTACCCATTTGTTATTTGTTCTTTGG ATGGCATGTTACATATTTTTTGGGATCTCAGCTGATGGCCTCTGAATTTTTCATTCTATTCATACCTGGAGTTGTTGCAT CCCTTCCTATCTGAATCTTGCTCAATTTTGCTTGCTTAGACACAAAAACCACTCCTTTTATCAGCTTACTGTTTTAATTT AAAACTAACTTCAGATGTATTCTTGAACTTGTAGGTTACTGTTTACCGACTTATTTGTAAGGAGACAGTTGAAGAGAAGA TTCTTCAAAGAGCTAGTCAAAAAAGTACTGTACAGAACCTTGTCATGACTGGTGGTTCTGTTGGCGGTGACCTTTTAGCT CCTGAGGATGTCGTATCTTTGCTTCTGGATGATGTTCAGTTGGAGCAGAAATTAAAGGAAATCCCTCTCCAGGTCAGTTG AGAATCAGGTCACCCAAATTCATTATATTACATGATGTTGATTATCCCACTAAAAATCTTAATGAACAAGGAAAAGACCA AGTTCCAGAAAGCCTAAAACCTATTTGAGAATTTTTCAGATTATGTTTAACCTCACTTATCCTTCCAGGTAAAGGATAAG CAAAAGAAAAAACAACCTACGAAGGGTATTCGGGTAAATGAAGATGGTGATGCGTCTTTTGAAGATCTATCAAACTCTGT GGCTCAGGGTACTGCAGATAACGATAATGCCATGAACCCAGAGGGATCAAAGTCCAGTAACAAAAAGGTATCGTTGAGTT TTTTATTGTTTTCTATGTCTTCAAGGCAGCTTCCTTGATTGATTTAAGTTTGTTGCTCTAGTTTTCCCATAATTATATTA GTTTGAACTGCTATAAATTGAGTGACGGTAGTTTAGTTAAGGAAAACAAAATCTCATAATAAGGCTTGGCTTTTCTTTCT TAATCCCTACCTTTCACTAAAACATCACTTATTTTGAACTGGAGAGAGTAAAGAGATGGACTTCCAAGGGACTTTGAATG ACGGAGTGTTCTTTCTTGATAGTCTTTAGAATATATATTGAGTCTTTGGTGGCTATTGTTTCAAGGAACTATGTTCAGAT TTAGAAAGTATTTCCCACTTAAAAATGGTAAAGGAGACATAACTTGTGTATTTAATGGCTGCATATGTTTGCTGCTTTAC TGGATCAATGGTTCATCTGCATATGATAAACATACAATTAGTTTTCAATACAACTTGTGGACCCTTGAACCATATGTGGT ATTTGTCTGTTTTATCATTTATTTGATATTTAAGTGATCTAAATTTTTAGATGAGCTGATTTTTATGGCATTCTAAGGTT GAAAGTTTATTGTTAATTTCTTATTTCAACTTGGTAACAATGTCCATTTGCAGAGAAAAGCTGCCTCGGATAAGCAAACT TCGAGGGCAAAAAATTCCCAAAAGATGAGTGAACTGAGTACTATGCCTATAGATGACCAATTGGATGATATCCACCTAAA TACTGATCCAGTGGATCAGAAACCGAAGAGACCAAAGAGAATAAAGAAGAATGTCAATGAAAAGTTTGAAGAGGCTTTTA CTGGCACAGCTACCGTGGTCCCAGAGCAGACCCAGTTTCAACCTCCACATGATTTCAATGCTGGCGGGTCTAAAGTTGAA TCAGGCCAAGACACCTGA
Download Genomic Sequence

CDS sequence (LotjaGi1g1v0670100.4) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGACGGAGGAACGATATCGATCAATGCTTGGAGAGCATATTAAGAAATATAAGAGGAGGTCTAAGGATACCTCGTCTAG TCCGGCCCAAAATCAGGTTGCTGTTCCAGTTGCGAAAAGTAACACAGGATTAAAATCTCACAAGTTAGGGAATGAACGCA GGGGAGGATTACAGGCTCCAGAGACTACATCGGAATGGATGAATGGATCCGATTCTCAGAAACTAGGGAACTTCCGTGAG GCAAATTTAGTGCAGCGATTTGGCACTGATAGGATTATGTATGAACCTCCATCTTTGGACATTGGGGATGGTATAACCTA CAAAATTCCTCCAATTTATGATAAGTTGGCTGCAATGCTGAACCTTCCAAGCTTCTCGGATATCCATGTCGAGGACTTTT ACTTAAAGGGTACCTTGGATTTGGGCTCCTTGGCTGAAATGATGGCTGTTGATAAAAGGTTTTGGAATAGAAATCGGGCA GGCATGGGGGAACCCATAACCCAATATGAATCACTTCAGGCACGACTAAGGGTCATGTCAACTTCTAATTCAGCTCATAA TTTCAGCCTCAGAGTATCTGATGATGGTAGTTCTTCCATTCCGGAGGGGGCGCCTGGAAACATAAAGCGACATATTTTAT CTGAGGGTGGTGTACTGCAGGTTTATTATGTGAAGGTTTTGGAGAAAGGCGACACATATGAGATCATTGAACGAAGCCTA CCTAAGAAACAAAAGTTTAAGAAAGACCCTGCTTTAATAGAAAAGGAGGAAATGGAAAGATTTGGAAAGGTTTGGGTAAA TATTGTAAGGAGAGACTTGCCAAGGCATCATAGGAACTTCACTACTTTTCATCGAAAGCAGCTCACTGATGCCAAAAAGT TCTCGGATACCTGTCAAAGAGAGGTTAGAATGAAAGTGAGTAGATCACTTAAATGGACAAGGACTGCCAGTATGCGCACC CGGAAATTAGCTAGAGACATGTTACTATTCTGGAAACGAATAGAAAAGGAGACGGCAGAAGTGAGAAAAAGAGAAGAAAA AGAAGCTGCTGAAGCTTTGAGGCGCGAACAGGAGCTCCGAGAAGCAAAGAGGCAGCAGCAAAGGCTTAATTTTCTTATAC AACAAACAGAGCTGTACAGTCACTTTATGCAGAACAAGTCAAACTTACTATCTTCAGAAGCTTTGCCCACGGAAGATGAA AATACAAATGACCAAGGTGCACTGATAAACTCTTCAGATGCTGGGCCTAATGAGGAGGAAGATCCTGAAGAGGCTGAATT GAAGAGGGAAGCTTTGAAGGCTGCTCAAGAAGCAGTCTCTAAGCAGAGAAGTTTGACAAGCGCTTTTGACACTGAATGCT TGAGGCTGCGCCATGCTGGTGAAACTGATTCAGTACCGCCAGAAGTTGCTGGAGCAAGTAATATTGATTTGCAAACCCCC TCCACCATGCCTGTGGCATCCACTGTTCGGACACCTGAATTATTTAATGGTTGTCTAAAAGAATATCAACTAAAAGGTCT TCAGTGGCTAGTTAATTGTTACGAGCAGGGTTTGAACGGTATTCTTGCTGATGAGATGGGACTTGGAAAGACCATTCAAG CTATGGCTTTTTTAGCCCATTTAGCTGAGGAGAAAAACATATGGGGACCTTTTTTGGTTGTTGCACCTGCCTCAGTATTA AATAATTGGAATGAGGAACTTGAGCGCTTCTGCCCTGAACTGAAAAGACTTCCTTATTGGGGTGGGGTTTCAGAGCGAAC AGTGCTCAGGAAAAGTATCAACCCAAAGGATCTTTATCGGAGGGAGGCTAAATATCACATTCTTATTACAAGCTACCAAC TTTTAGTAACTGATGAGAAGTTCTTTCGGCGCGTGAAATGGCAGTATATGGTTTTAGATGAAGCCCAGGCAATCAAAAGT GCAAGCAGTATAAGATGGAAGACACTCCTCAGCTTTAATTGTCGGAATCGCCTACTGCTAACTGGTACACCCATTCAGAA TAATATGGCTGAGTTATGGGCTCTTCTGCACTTCATCATGCCAACTTTATTTGACAGCCATGAGCAGTTTAATGAGTGGT TTTCAAAAGGAATTGAAAACCATGCAGAACATGGGGGTACTTTGAATGAGCACCAACTTAATCGGTTGCATTCAATTATA AAGCCTTTCATGCTGCGACGTGTTAAAAAAGATGTGGTTTCTGAGCTGACTACAAAAACTGAAGTTACGGTCCATTGCAA GTTGAGTTCTCGTCAGCAGGCTTTTTATCAAGCAATTAAGAACAAGATATCTCTTGCTGAGTTGTTTGACAGTAATCGTG GGCAGCTTAATGAAAAGAAAATCCTGAATTTAATGAATATTGTTATTCAACTAAGGAAGGTTTGCAACCATCCGGAGTTG TTCGAAAGGAGTGAGGGCAGCACATACCTTTACTTTGGAGAGATTCCAAATTCCCTTCCACCTCCTCCATTTGGGGAGTT GGAGGATGTATATTATTCTGGTGGTCACAACCCCATATCCTATGAGATACCAAAAGTTGTCTATCAAGAAATATTGCGAA GTTCTGAAACTCTCAGCTCAGCTGTTGCTCATGGTGTCTGTAGAGAGCCTTTACAGAAGCATTTTAATATTTTTACACCA GCAAATATTTATCGATCTGTGTTCTCAGAAGATATTCATGTTAAAAGTGGAAACTTTGGTTTTACCCATTTGATGGATTT GTCTCCACAAGAGGTGACATTTCTGGCTACTGGTTCTTTTATGGAGCGTCTTTTATTTTCTATGACGAGATGTGAAGAAA AGTTCATTAATGAAGTGGTAGACTTTGTTATGGAGACCTTAGATGATGATGATCCAGGATGTAGTTACCTTGATAAAGGA AAAGTGAGAACTGTCACACGAATGTTATTGGTGCCGCTAAGATGTGAGACTAAGTTTCTTCAAAACAGTTTGCCAACGGG TACTGGCCATGCTCCTTTTGAGGCCTTGGTTGTCCCACATCAGGATAGGCTTTCATCAAATGCAAGGCTTCTTCACTCTG CTTACTCATATATCCCAAAAAGTAGAGCTCCCCCAATTGGTGCTCACTGCTCTGATAGAAACTTCTACTATAAAATGATT GAAGAATTACATGATCCCTGGCTTAAGAGGATGTTTGTGGGATTTGCACGTACTTCTGATTGTAATGGGCCTAGAAAGCC AAATGGTCCTTCTCATCATTTGATTCAAGAGATAGATTCTGAAATCCCTGTTTCTCAGCCTGCTCTTCAGTTGACACACA GCATTTTTGGGTCTTCTCCACCTATGCGAAATTTTGACCCAGCAAAATTGCTCACTGACTCTGGGAAGCTTCAAACACTT GATATATTATTGAAACGCTTACGAGCAGGAAATCATCGTGTTCTTCTGTTTGCTCAGATGACCAAGATGCTGAATATTTT GGAGGACTATATGAACTACAGGAAATATAAGTATTTTAGACTTGATGGATCATCTACCATTCAGGACCGCAGAGACATGG TCAGAGACTTTCAACATAGGTCTGATATTTTTGTGTTCTTACTGAGTACAAGAGCTGGTGGATTGGGTATCAACTTGACA GCAGCTGACACAGTCATATTTTACGAGAGTGATTGGAATCCAACATTGGATTTACAGGCAATGGACAGAGCTCATCGTTT GGGTCAGACAAAAGATGTTACTGTTTACCGACTTATTTGTAAGGAGACAGTTGAAGAGAAGATTCTTCAAAGAGCTAGTC AAAAAAGTACTGTACAGAACCTTGTCATGACTGGTGGTTCTGTTGGCGGTGACCTTTTAGCTCCTGAGGATGTCGTATCT TTGCTTCTGGATGATGTTCAGTTGGAGCAGAAATTAAAGGAAATCCCTCTCCAGGTAAAGGATAAGCAAAAGAAAAAACA ACCTACGAAGGGTATTCGGGTAAATGAAGATGGTGATGCGTCTTTTGAAGATCTATCAAACTCTGTGGCTCAGGGTACTG CAGATAACGATAATGCCATGAACCCAGAGGGATCAAAGTCCAGTAACAAAAAGAGAAAAGCTGCCTCGGATAAGCAAACT TCGAGGGCAAAAAATTCCCAAAAGATGAGTGAACTGAGTACTATGCCTATAGATGACCAATTGGATGATATCCACCTAAA TACTGATCCAGTGGATCAGAAACCGAAGAGACCAAAGAGAATAAAGAAGAATGTCAATGAAAAGTTTGAAGAGGCTTTTA CTGGCACAGCTACCGTGGTCCCAGAGCAGACCCAGTTTCAACCTCCACATGATTTCAATGCTGGCGGGTCTAAAGTTGAA TCAGGCCAAGACACCTGA
Download CDS Sequence

Protein sequence (LotjaGi1g1v0670100.4) extracted from Lotus japonicus Gifu v1.2 Proteins.

MTEERYRSMLGEHIKKYKRRSKDTSSSPAQNQVAVPVAKSNTGLKSHKLGNERRGGLQAPETTSEWMNGSDSQKLGNFRE ANLVQRFGTDRIMYEPPSLDIGDGITYKIPPIYDKLAAMLNLPSFSDIHVEDFYLKGTLDLGSLAEMMAVDKRFWNRNRA GMGEPITQYESLQARLRVMSTSNSAHNFSLRVSDDGSSSIPEGAPGNIKRHILSEGGVLQVYYVKVLEKGDTYEIIERSL PKKQKFKKDPALIEKEEMERFGKVWVNIVRRDLPRHHRNFTTFHRKQLTDAKKFSDTCQREVRMKVSRSLKWTRTASMRT RKLARDMLLFWKRIEKETAEVRKREEKEAAEALRREQELREAKRQQQRLNFLIQQTELYSHFMQNKSNLLSSEALPTEDE NTNDQGALINSSDAGPNEEEDPEEAELKREALKAAQEAVSKQRSLTSAFDTECLRLRHAGETDSVPPEVAGASNIDLQTP STMPVASTVRTPELFNGCLKEYQLKGLQWLVNCYEQGLNGILADEMGLGKTIQAMAFLAHLAEEKNIWGPFLVVAPASVL NNWNEELERFCPELKRLPYWGGVSERTVLRKSINPKDLYRREAKYHILITSYQLLVTDEKFFRRVKWQYMVLDEAQAIKS ASSIRWKTLLSFNCRNRLLLTGTPIQNNMAELWALLHFIMPTLFDSHEQFNEWFSKGIENHAEHGGTLNEHQLNRLHSII KPFMLRRVKKDVVSELTTKTEVTVHCKLSSRQQAFYQAIKNKISLAELFDSNRGQLNEKKILNLMNIVIQLRKVCNHPEL FERSEGSTYLYFGEIPNSLPPPPFGELEDVYYSGGHNPISYEIPKVVYQEILRSSETLSSAVAHGVCREPLQKHFNIFTP ANIYRSVFSEDIHVKSGNFGFTHLMDLSPQEVTFLATGSFMERLLFSMTRCEEKFINEVVDFVMETLDDDDPGCSYLDKG KVRTVTRMLLVPLRCETKFLQNSLPTGTGHAPFEALVVPHQDRLSSNARLLHSAYSYIPKSRAPPIGAHCSDRNFYYKMI EELHDPWLKRMFVGFARTSDCNGPRKPNGPSHHLIQEIDSEIPVSQPALQLTHSIFGSSPPMRNFDPAKLLTDSGKLQTL DILLKRLRAGNHRVLLFAQMTKMLNILEDYMNYRKYKYFRLDGSSTIQDRRDMVRDFQHRSDIFVFLLSTRAGGLGINLT AADTVIFYESDWNPTLDLQAMDRAHRLGQTKDVTVYRLICKETVEEKILQRASQKSTVQNLVMTGGSVGGDLLAPEDVVS LLLDDVQLEQKLKEIPLQVKDKQKKKQPTKGIRVNEDGDASFEDLSNSVAQGTADNDNAMNPEGSKSSNKKRKAASDKQT SRAKNSQKMSELSTMPIDDQLDDIHLNTDPVDQKPKRPKRIKKNVNEKFEEAFTGTATVVPEQTQFQPPHDFNAGGSKVE SGQDT
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.

Merging data from EBeye. Please wait…

Domains

Sorting

Prediction algorithm Identifier Start End Length E-value InterPro ID
MobiDBLite
mobidb-lite
1 23 23 - –
MobiDBLite
mobidb-lite
1 72 72 - –
PANTHER
PTHR45685:SF2
2 1420 1419 0.0
IPR031047
PANTHER
PTHR45685
2 1420 1419 0.0 –
MobiDBLite
mobidb-lite
24 39 16 - –
MobiDBLite
mobidb-lite
57 72 16 - –
Pfam
PF13892
259 388 130 6.4E-48
IPR020838
ProSiteProfiles
PS51413
264 389 126 25.565
IPR020838
Coils
Coil
336 375 40 - –
MobiDBLite
mobidb-lite
395 427 33 - –
MobiDBLite
mobidb-lite
395 412 18 - –
Gene3D
G3DSA:3.40.50.10810
473 751 279 2.8E-95
IPR038718
SUPERFAMILY
SSF52540
483 727 245 1.92E-62
IPR027417
SMART
SM00487
495 690 196 2.4E-34
IPR014001
CDD
cd18002
499 727 229 9.39742E-155 –
ProSiteProfiles
PS51192
511 682 172 23.725
IPR014001
Pfam
PF00176
512 800 289 3.8E-66
IPR000330
SUPERFAMILY
SSF52540
729 1296 568 5.2E-66
IPR027417
Gene3D
G3DSA:3.40.50.300
1086 1396 311 1.5E-75 –
CDD
cd18793
1107 1239 133 6.57606E-65 –
Pfam
PF00271
1119 1228 110 1.1E-16
IPR001650
ProSiteProfiles
PS51194
1119 1303 185 18.511
IPR001650
SMART
SM00490
1145 1228 84 9.2E-23
IPR001650
MobiDBLite
mobidb-lite
1299 1320 22 - –
MobiDBLite
mobidb-lite
1299 1404 106 - –
MobiDBLite
mobidb-lite
1321 1345 25 - –
MobiDBLite
mobidb-lite
1360 1374 15 - –
MobiDBLite
mobidb-lite
1382 1396 15 - –
MobiDBLite
mobidb-lite
1422 1445 24 - –

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:0005524
Molecular function ATP binding Interacting selectively and non-covalently with ATP, adenosine 5'-triphosphate, a universally important coenzyme and enzyme regulator.
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:0006338
Biological process Chromatin remodeling Dynamic structural changes to eukaryotic chromatin occurring throughout the cell division cycle. These changes range from the local changes necessary for transcriptional regulation to global changes necessary for chromosome segregation.
Subterm of
GO:0006351
Biological process Transcription, DNA-templated The cellular synthesis of RNA on a template of DNA.
Subterm of
Part of
GO:0016887
Molecular function ATPase activity Catalysis of the reaction: ATP + H2O = ADP + phosphate + 2 H+. May or may not be coupled to another reaction.
Subterm of
GO:0031011
Cellular component Ino80 complex A multisubunit protein complex that contains the Ino80p ATPase; exhibits chromatin remodeling activity and 3' to 5' DNA helicase activity.
Subterm of

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Expression data

Expression pattern

Expression pattern of LotjaGi1g1v0670100.4, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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