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LotjaGi1g1v0670100.3

Overview

Field Value
Gene ID LotjaGi1g1v0670100
Transcript ID LotjaGi1g1v0670100.3
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_chr1:123363840..123374560) extracted from Lotus japonicus Gifu genome v1.2.

CACTGTGTTTTTTTTTTTGGGTTGTTGTTTTTACTTGTGTTTAGCCTGAGAGAGTTTTACCTAGTGCGATCTTTATGATT GTGAGTGATGGTTCTGTTGTAAAGAGTTACTGTTTTGCTGGGAGTTGTTTGTTGGTTTTAGTATTTAGAGCTTTGAATTA TGTATGTAATCTGTATTTTTGGGATGCTTCTGGTAGTAGGTGGGGCAATTGTGAATGATAGCAATGGGAGCATGCACGGA AGGGATGTGAAGAGGTCTCGAAACAGTGATAGCAAGGAGAAGAGTAGTTTTAACGGCACACACATGACGGAGGAACGATA TCGATCAATGCTTGGAGAGCATATTAAGAAATATAAGAGGAGGTCTAAGGATACCTCGTCTAGTCCGGCCCAAAATCAGG TTGCTGTTCCAGTTGCGAAAAGTAACACAGGATTAAAATCTCACAAGTTAGGGAATGAACGCAGGGGAGGATTACAGGCT CCAGAGACTACATCGGAATGGATGAATGGATCCGATTCTCAGAAACTAGGGAACTTCCGTGAGGCAAATTTAGTGCAGCG ATTTGGCACTGATAGGTTTGCCTTTTTAGCTCTGTTGCCTTTATAGTGTTGGGCTTTTGAATAATGATAGTTGTTTAAGT TACAAAATGGCCTCACCTTTTGTAAGCTCCTTGCAGGATTATGTATGAACCTCCATCTTTGGACATTGGGGATGGTATAA CCTACAAAATTCCTCCAATTTATGATAAGTTGGCTGCAATGCTGAACCTTCCAAGCTTCTCGGATATCCATGTCGAGGAC TTTTACTTAAAGGGTACCTTGGATTTGGGCTCCTTGGCTGAAATGATGGCTGTTGATAAAAGGTTTTGGAATAGAAATCG GGCAGGCATGGGGGAACCCATAACCCAATATGAATCACTTCAGGCACGACTAAGGGTCATGTCAACTTCTAATTCAGCTC ATAATTTCAGCCTCAGAGTATCTGATGATGGTAGTTCTTCCATTCCGGAGGGGGCGCCTGGAAACATAAAGCGACATATT TTATCTGAGGGTGGTGTACTGCAGGTTTATTATGTGAAGGTTTTGGAGAAAGGCGACACATATGAGGTATCTATTGAACA ATAAGTGAGTGATTTTTCCATTTAGCTTTACTCTTCTTTTTTCTGTTTTTTAATTTAGCTTTGTCTTTCAACTGCTTCAG ATCATTGAACGAAGCCTACCTAAGAAACAAAAGTTTAAGAAAGACCCTGCTTTAATAGAAAAGGAGGAAATGGAAAGATT TGGAAAGGTTTGGGTAAATATTGTAAGGAGAGACTTGCCAAGGCATCATAGGAACTTCACTACTTTTCATCGAAAGCAGC TCACTGATGCCAAAAAGTTCTCGGATACCTGTCAAAGAGAGGTATGCCCTGTTTCCCCCTGATAGGATTGTTTATCTGTT ACATTTCATGTTGGTTTGTGGTATACCTAATCTCGCCATATAGTCTAATGCATTGTAGGTTTTGTATTTTTCATTTGCAG TTCAATAACTTGTATCAATTTATTTTCTTTCAGGTTAGAATGAAAGTGAGTAGATCACTTAAATGGACAAGGACTGCCAG TATGCGCACCCGGAAATTAGCTAGAGACATGTTACTATTCTGGAAACGAATAGAAAAGGAGACGGTACTTATTAATTCCT TGCTGAAGTTTATTGATTTTATTGTGCTGGTGATTCTAGAAGACATATTTTTCTTTGATTGTTGTGGAGTTTAGTTGAAC ATGATGGCTGCAAACTCTTCCTTATGGACATTTTTTAGAACAAGTTTGATGCATGATAGTTGATGATATATTACTGACTT GCTATGTGTACATATATTTTGTTGATTTGTATTCATCTAATGAATGATAGTCTTGCAATCTTCTTCCTGTTCACAATTTT TTATGTCGTCATCAGTGATGATTGATTTGGATGTTATTATTCACTTTTTCAAAGCAAAGGTATTTAAATATAGGGTCCGA GGTTTTCAATTTAGTTGTTTTTGATATTCAGATAAGACTTGGGATTTGTTTATTAGATACATACACCACAATGTTGGTTC TGATCAGGTGGTCTATTTATTTGACATACAGATGTGGTCATCTGTACTTGGAGTTATTTTGTGTATGGGACTATTGTCAC GCTGATGTAAAATACACTTGAATATGCTGTAATTTTTCAATTTCATTCCTTGCAGGCAGAAGTGAGAAAAAGAGAAGAAA AAGAAGCTGCTGAAGCTTTGAGGCGCGAACAGGAGCTCCGAGAAGCAAAGAGGCAGCAGCAAAGGCTTAATTTTCTTATA CAACAAACAGAGCTGTACAGTCACTTTATGCAGAACAAGTCAAACTTACTATCTTCAGAAGCTTTGCCCACGGAAGATGA AAATACAAATGACCAAGGTGCACTGATAAACTCTTCAGATGCTGGGCCTAATGAGGAGGAAGATCCTGAAGAGGCTGAAT TGAAGAGGGAAGCTTTGAAGGCTGCTCAAGAAGCAGTCTCTAAGCAGAGAAGTTTGACAAGCGCTTTTGACACTGAATGC TTGAGGCTGCGCCATGCTGGTGAAACTGATTCAGTACCGCCAGAAGTTGCTGGAGCAAGTAATATTGATTTGCAAACCCC GTGAGCTCCCTCTCTCTCTCTGTATGTTGTGTGAATGCATATCTACACTACTTGGAAATTTTTAAATGGCGAATGCAAAT TTATGTTGATGTTCATCTGAATAATATTGAGGATTGTGTGATAAGAAATACTGTGTTCATTCTAATCAACTTTATGTATT GCTGTATTGCAGCTCCACCATGCCTGTGGCATCCACTGTTCGGACACCTGAATTATTTAATGGTTGTCTAAAAGAATATC AACTAAAAGGTCTTCAGTGGCTAGTTAATTGTTACGAGCAGGTTGTTGAGCACTCTTAATAAAGTCTCAATGATTTATTG CTTTTGGTTTCTAATAAGAATGCTTTTGGGACCTTTTAGGGTTTGAACGGTATTCTTGCTGATGAGATGGGACTTGGAAA GACCATTCAAGCTATGGCTTTTTTAGCCCATTTAGCTGAGGTAGCTATTCATTAAGCTTTTTTTGAAGAACTCCATGACT TTATTTTAACTTGCTTGTCGCATGCAGGAGAAAAACATATGGGGACCTTTTTTGGTTGTTGCACCTGCCTCAGTATTAAA TAATTGGAATGAGGAACTTGAGCGCTTCTGCCCTGAACTGAAAAGACTTCCTTATTGGGGTGGGGTTTCAGAGCGAACAG TGCTCAGGAAAAGTATCAACCCAAAGGATCTTTATCGGAGGTAATGTTATTCTCTTTTGCATTCATAACCTTAAAAAGTA CAGATGCCAATAGTACACTTTTGGCTTGTTTAGTGTTACATAATTAATCTAAATGCCGATAGTACACTTATAGTCGTATA AGCTGCCATGTCATCAAGTTTTCTAGGCGTTTTAAAGGGTATTGATATTTGGGATGAATTTGGTCAAATTAAGAAACATT TTCGACAAAATAAAACAGTGTAATTATGGGATGAAAATGCAACCCAAAGTAAAGGGACAAAGGCTGTGTTTGATATAGTG TTATTAATCCCGTATAGTGGGGCATAGCTGCTCACTGAAAAAACACTATAGTGGGATGGCCGCTATTCTGATTTTTTTTT ATATATAATTGATATAATATACACTAGTATACATACATAAACTCTTAAAATGATAAAAAGTACTCAACTTATGATATTGT AATTAAGTTTGAAAAGTCAGGTGACATAAATAAAACATAGAAGTCAGACCAGTGAGAAATTAAAAGGGAGTGATTAAAGA AAAAATAGAGCCAGTAAAATAGGAAAAAGAAAAAGGAACCAGAAAATAGACAAAATAATCAACAAAAGAAAGAAAAACAG GGGGAAAAGAACAAAACATCACTGCTAGCCGCTGGATGAGAATAAATGGGACTGTTGGGGCTGTAAATGATCGCTGGAAC CTCGCCGGTCTTCACGCGGTGGCTAGTATGTGGTAGCTTGGTTGGTGGAAGATTGGTCAGAAGCTGGACTAGGTTGCGGA AATGACTGAGGTGTGAAGAGGAGACTCCTTTAAGAGGAATGTTTTTTTACCTTTTAAACCTAAAACCCAAAACTATGCTC CTAAAAGTTTACCCTAATGTGAGTATTATGAGGGTAATTTCAACCGGTACAGGCATGATGTCAACCGCGCCGATACGCAA TGAACTGTAGTGGCCATGGGCCTCTATCTCACGCTACTAACAAGCCTGGTTTAATATCTAATGGATGGAACATAATCAAA TCTATCTGAATCGAATAAAGTTAGAATTCCATATTTTGGGTATTTTGATGATTGAAAGGAGAAGAATACTTGTTACATTC TGTCCCATTGCTCCTAAATTGGAGGGGAAGGAAAACCAGGGTATTGGATGAAACCATTTTATTTGTTCCATTCTGTTCCA TCTTATTTTAAACAATCAAAACAATAGAACCTATTATGATTCCATTTCTTTCCACTTCATTTCATCCCTTTCCATCAATT GAAATATAGCTAAAAAGTAAAGTTTGTCCAATTTGTAATCATATTTGAATTTTGAATCTGACAAAAAATGGCTAACTGAG TACATTTTAAAAAAACTATTGTGAGAGTTCCTTTAAGTTGAGAGCTCTTTGTATGTGGTGGACCTTTGTGATTGACGTGA AATAATGATTATCTCACTTTTAAGTTTAGTCAAGCAAAACAGTTGGGTTTTAAGAAAGTGAAGTAAAGGATATCAAATGG TAGAATCCCCTTTCAATCAGTGTAGATATTTTACCAATATTAATTCACTATTCATTTGCATAGAATCATCTTGACTCATT TGCATATAATCATCTTCACTAAAAACCTTTGGAATTGTGAGGCTAATACAATATTTTGGCCCACATCTGCCACTTGTAAA TTCTACTTATAATTTATCTTTTTGGTCTTTGATTTTTATCCCTCTGAATTCTATTTTTACTATATTTTATATATTTACAG GGAGGCTAAATATCACATTCTTATTACAAGCTACCAACTTTTAGTAACTGATGAGAAGTTCTTTCGGCGCGTGAAATGGC AGTATATGGTTTTAGATGAAGCCCAGGCAATCAAAAGTGCAAGCAGGTTTGTGATAATCTATATTTCTGCGATGCAGAAG TGAATGACATTCATAATTACTTGGTTATTGTTCCTTACTTCCTACCATTGTTTTAAACAAAATTTGATTAATTATTTTAT GGGGTGCATTTTTCCTGATTGAGTTGTGTATAATTTTGTAGATCTTTCTTATTTGTGTGGTTAATACAATATTTGAAGTT ACAGTAACATCTGTTTTTGTGATTGCTGCCCTTATAAAAACTAAATTTCATCCAACAGTATAAGATGGAAGACACTCCTC AGCTTTAATTGTCGGAATCGCCTACTGCTAACTGGTACACCCATTCAGAATAATATGGCTGAGTTATGGGCTCTTCTGCA CTTCATCATGCCAACTTTATTTGACAGCCATGAGCAGTTTAATGAGTGGTTTTCAAAAGGGTATGTTTTCCTCGTTATCG TCCTTAGATACGTTTGCTAGTTTAAGTATGGTCTAACAATCATTTCTGATTTATAACATGCCAGAATTGAAAACCATGCA GAACATGGGGGTACTTTGAATGAGCACCAACTTAATCGGTTGGTAAGTTTGTCTTCCCTGTGTGATAGTAATAGTAAGGA GATAGTTAGGATATTTTATTATTTAAATATTATATTGAGTTTTTTAATCAGATATTTTATGGGCATATAATAACCTATGT TGTGGAATGAGGGAGGGGGTTGCTTTGGGTCTCTTCAAATTAGAGGAAATTGTTGGTGTCATTCTTTGTGGCCTTTGTTG GGTCTTAAATTTCTGGGATTTTTTAAACTTATGAGTTGTATTAAAACAGGGATACTACAATAGGATGTGTAGTATGGTGG CTTTTATTTTTATTATTGCTTTTAAGTTCTAATTATTATATTTGGTTTGTTTCACTTCTTAGTTTTTATCATTTTATAAT TTTTGGCTTATATTTTGGGTATGTTCTCTTAACAGCATTCAATTATAAAGCCTTTCATGCTGCGACGTGTTAAAAAAGAT GTGGTTTCTGAGCTGACTACAAAAACTGAAGTTACGGTCCATTGCAAGTTGAGTTCTCGTCAGCAGGCTTTTTATCAAGC AATTAAGAACAAGATATCTCTTGCTGAGTTGTTTGACAGTAATCGTGGGCAGCTTAATGAAAAGAAAATCCTGAATTTAA TGAATATTGTTATTCAACTAAGGAAGGTAGACAATCCATATTGTTCAGGCTTTATTTCCCATGCTTTAATTTTCGTATCA ATTGGTTCCTTCCGAAATCAGGATTATTGTGTTTCAATTATGTCATGTTCTTTTTACTTCCCACCAAGATTGCGCATTAT AAATTCTTTAAATTTGATAGGTTTGCAACCATCCGGAGTTGTTCGAAAGGAGTGAGGGCAGCACATACCTTTACTTTGGA GAGATTCCAAATTCCCTTCCACCTCCTCCATTTGGGGAGTTGGAGGATGTATATTATTCTGGTGGTCACAACCCCATATC CTATGAGGTATTTCTTCTTGCCTTGTGTCCAAAAATTCATTTTTCCTCCTCTTCAATTCAATGTCCCATATTTCTTATTC AAGTTCTTTTAACGTTCCTAAGTTAGAAGCTCTCTTAAGTTGGAAGTAAAATTTAAATGTTATATCACAGTGTGTTTGAC GTCCTTTCGATTGGATTTTACATGATACTTATGGTTGAAATTATAGGGTCTAAATCGTCAAGGAGAAAGAGGGAAAATAA ACTTCCGATAATGTTCTCTTAAACTGATATGATGTGTAATGATGTGATACAAAATGCTGACTTAATGCTCCTATGCTTAC TCTTAACTAGAACCTAATTTTTGTTGCAATTTGGCTTTTTATTATGAAAGGAAATTTTGTTTCGATATTATGTTTACCCT TTGGAGAATCTTTCATATATTGGGTTTTCTTTTGTTTTTGTATTGAGTTCTCCCTTTTGCCCTAGTAATTAGCTTCTCTG CTTCATTATGTTGACAATACCACCTTCAGTTCTTTTTCTTATTTTTGTGTCCCGTTTTTTCAGATACCAAAAGTTGTCTA TCAAGAAATATTGCGAAGTTCTGAAACTCTCAGCTCAGCTGTTGCTCATGGTGTCTGTAGAGAGCCTTTACAGAAGCATT TTAATATTTTTACACCAGCAAATATTTATCGATCTGTGTTCTCAGAAGATATTCATGTTAAAAGTGGAAACTTTGGTTTT ACCCATTTGATGGATTTGTCTCCACAAGAGGTGACATTTCTGGCTACTGGTTCTTTTATGGAGCGTCTTTTATTTTCTAT GACGAGATGTGAAGAAAAGTTCATTAATGAAGTGGTAGACTTTGTTATGGAGACCTTAGATGATGATGATCCAGGATGTA GTTACCTTGATAAAGGAAAAGTGAGAACTGTCACACGAATGTTATTGGTGCCGCTAAGATGTGAGACTAAGTTTCTTCAA AACAGTTTGCCAACGGGTACTGGCCATGCTCCTTTTGAGGCCTTGGTTGTCCCACATCAGGATAGGCTTTCATCAAATGC AAGGCTTCTTCACTCTGCTTACTCATATATCCCAAAAAGTAGAGCTCCCCCAGTATGTTATCTTTCTTTACTAGTCTTCA GCTATTTTCCCAAAATAAGTTGTCTTGTTTTAACAAAATGATAATTAAACTGTGTTTCTTCTTTTCATCTTCTTAGATTG GTGCTCACTGCTCTGATAGAAACTTCTACTATAAAATGATTGAAGAATTACATGATCCCTGGCTTAAGAGGATGTTTGTG GGATTTGCACGTACTTCTGATTGTAATGGGCCTAGAAAGCCAAATGGTCCTTCTCATCATTTGATTCAAGAGATAGATTC TGAAATCCCTGTTTCTCAGCCTGCTCTTCAGTTGACACACAGCATTTTTGGGTCTTCTCCACCTATGCGAAATTTTGACC CAGCAAAATTGCTCACTGTAAGTGTTGTTTTTACTCCTTTTATTTCTTTCTCATGGAGTGCCTCCTCATTTCAACTTTCA TGTGGAATTAATCTTCTAAGTCAAATGATAGGACTCTGGGAAGCTTCAAACACTTGATATATTATTGAAACGCTTACGAG CAGGAAATCATCGTGTTCTTCTGTTTGCTCAGATGACCAAGATGCTGAATATTTTGGAGGTATTTTTAAACTTTCCAGTG TTAAACCTTTTGATATTAGTCGTTTGTGTATACTGGTTTCATTTTGACTTGTTCAAAAATGTAAAACATGGATATATTAA TGAATAAAATCAGTCATTGTGTTAGCCTCTTGGTGGTGGCCCATTTCCCTTCAATGTGATGGTTACATGAAATCAGCCTG AGAGACCTGACATGCATGCTCATGTTTGTCTATGTTTCTAAAGAAACTACATGAGTTTGATTCTTTTTTATTTTTTTCTA AAGAAAACGTGAACTCAGACTATTTCAATTCAGTGATTGGAAAATGAATACATTCTTACCGTATTGAGGATCTCGGCCTT CAACCCATTTTTTGTTATGCTCACTGGTGATTTAATCCTTCTCGCAGGACTATATGAACTACAGGAAATATAAGTATTTT AGACTTGATGGATCATCTACCATTCAGGACCGCAGAGACATGGTCAGAGACTTTCAACATAGGTAATGTTGTCTTCTTTA TAATACTGTTCTCTGGTTAGACGACTACTGATTGTTATGTATTCCATTATACCTGTTGGTGATATTTTTTATTAATTTGT TGTAGGTCTGATATTTTTGTGTTCTTACTGAGTACAAGAGCTGGTGGATTGGGTATCAACTTGACAGCAGCTGACACAGT CATATTTTACGAGAGTGATTGGAATCCAACATTGGATTTACAGGCAATGGACAGAGCTCATCGTTTGGGTCAGACAAAAG ATGTTAGTTCCTTCTCTCCCTCTCCCTTCCTCCTCATGTACCCATTTGTTATTTGTTCTTTGGATGGCATGTTACATATT TTTTGGGATCTCAGCTGATGGCCTCTGAATTTTTCATTCTATTCATACCTGGAGTTGTTGCATCCCTTCCTATCTGAATC TTGCTCAATTTTGCTTGCTTAGACACAAAAACCACTCCTTTTATCAGCTTACTGTTTTAATTTAAAACTAACTTCAGATG TATTCTTGAACTTGTAGGTTACTGTTTACCGACTTATTTGTAAGGAGACAGTTGAAGAGAAGATTCTTCAAAGAGCTAGT CAAAAAAGTACTGTACAGAACCTTGTCATGACTGGTGGTTCTGTTGGCGGTGACCTTTTAGCTCCTGAGGATGTCGTATC TTTGCTTCTGGATGATGTTCAGTTGGAGCAGAAATTAAAGGAAATCCCTCTCCAGGTCAGTTGAGAATCAGGTCACCCAA ATTCATTATATTACATGATGTTGATTATCCCACTAAAAATCTTAATGAACAAGGAAAAGACCAAGTTCCAGAAAGCCTAA AACCTATTTGAGAATTTTTCAGATTATGTTTAACCTCACTTATCCTTCCAGGTAAAGGATAAGCAAAAGAAAAAACAACC TACGAAGGGTATTCGGGTAAATGAAGATGGTGATGCGTCTTTTGAAGATCTATCAAACTCTGTGGCTCAGGGTACTGCAG ATAACGATAATGCCATGAACCCAGAGGGATCAAAGTCCAGTAACAAAAAGGTATCGTTGAGTTTTTTATTGTTTTCTATG TCTTCAAGGCAGCTTCCTTGATTGATTTAAGTTTGTTGCTCTAGTTTTCCCATAATTATATTAGTTTGAACTGCTATAAA TTGAGTGACGGTAGTTTAGTTAAGGAAAACAAAATCTCATAATAAGGCTTGGCTTTTCTTTCTTAATCCCTACCTTTCAC TAAAACATCACTTATTTTGAACTGGAGAGAGTAAAGAGATGGACTTCCAAGGGACTTTGAATGACGGAGTGTTCTTTCTT GATAGTCTTTAGAATATATATTGAGTCTTTGGTGGCTATTGTTTCAAGGAACTATGTTCAGATTTAGAAAGTATTTCCCA CTTAAAAATGGTAAAGGAGACATAACTTGTGTATTTAATGGCTGCATATGTTTGCTGCTTTACTGGATCAATGGTTCATC TGCATATGATAAACATACAATTAGTTTTCAATACAACTTGTGGACCCTTGAACCATATGTGGTATTTGTCTGTTTTATCA TTTATTTGATATTTAAGTGATCTAAATTTTTAGATGAGCTGATTTTTATGGCATTCTAAGGTTGAAAGTTTATTGTTAAT TTCTTATTTCAACTTGGTAACAATGTCCATTTGCAGAGAAAAGCTGCCTCGGATAAGCAAACTTCGAGGGCAAAAAATTC CCAAAAGATGAGTGAACTGAGTACTATGCCTATAGATGACCAATTGGATGATATCCACCTAAATACTGATCCAGTGGATC AGAAACCGAAGAGACCAAAGAGAATAAAGAAGAATGTCAATGAAAAGTTTGAAGAGGCTTTTACTGGCACAGCTACCGTG GTCCCAGAGCAGACCCAGTTTCAACCTCCACATGATTTCAATGCTGGCGGGTCTAAAGTTGAATCAGGCCAAGACACCTG A
Download Genomic Sequence

CDS sequence (LotjaGi1g1v0670100.3) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGCACGGAAGGGATGTGAAGAGGTCTCGAAACAGTGATAGCAAGGAGAAGAGTAGTTTTAACGGCACACACATGACGGA GGAACGATATCGATCAATGCTTGGAGAGCATATTAAGAAATATAAGAGGAGGTCTAAGGATACCTCGTCTAGTCCGGCCC AAAATCAGGTTGCTGTTCCAGTTGCGAAAAGTAACACAGGATTAAAATCTCACAAGTTAGGGAATGAACGCAGGGGAGGA TTACAGGCTCCAGAGACTACATCGGAATGGATGAATGGATCCGATTCTCAGAAACTAGGGAACTTCCGTGAGGCAAATTT AGTGCAGCGATTTGGCACTGATAGGATTATGTATGAACCTCCATCTTTGGACATTGGGGATGGTATAACCTACAAAATTC CTCCAATTTATGATAAGTTGGCTGCAATGCTGAACCTTCCAAGCTTCTCGGATATCCATGTCGAGGACTTTTACTTAAAG GGTACCTTGGATTTGGGCTCCTTGGCTGAAATGATGGCTGTTGATAAAAGGTTTTGGAATAGAAATCGGGCAGGCATGGG GGAACCCATAACCCAATATGAATCACTTCAGGCACGACTAAGGGTCATGTCAACTTCTAATTCAGCTCATAATTTCAGCC TCAGAGTATCTGATGATGGTAGTTCTTCCATTCCGGAGGGGGCGCCTGGAAACATAAAGCGACATATTTTATCTGAGGGT GGTGTACTGCAGGTTTATTATGTGAAGGTTTTGGAGAAAGGCGACACATATGAGATCATTGAACGAAGCCTACCTAAGAA ACAAAAGTTTAAGAAAGACCCTGCTTTAATAGAAAAGGAGGAAATGGAAAGATTTGGAAAGGTTTGGGTAAATATTGTAA GGAGAGACTTGCCAAGGCATCATAGGAACTTCACTACTTTTCATCGAAAGCAGCTCACTGATGCCAAAAAGTTCTCGGAT ACCTGTCAAAGAGAGGTTAGAATGAAAGTGAGTAGATCACTTAAATGGACAAGGACTGCCAGTATGCGCACCCGGAAATT AGCTAGAGACATGTTACTATTCTGGAAACGAATAGAAAAGGAGACGGCAGAAGTGAGAAAAAGAGAAGAAAAAGAAGCTG CTGAAGCTTTGAGGCGCGAACAGGAGCTCCGAGAAGCAAAGAGGCAGCAGCAAAGGCTTAATTTTCTTATACAACAAACA GAGCTGTACAGTCACTTTATGCAGAACAAGTCAAACTTACTATCTTCAGAAGCTTTGCCCACGGAAGATGAAAATACAAA TGACCAAGGTGCACTGATAAACTCTTCAGATGCTGGGCCTAATGAGGAGGAAGATCCTGAAGAGGCTGAATTGAAGAGGG AAGCTTTGAAGGCTGCTCAAGAAGCAGTCTCTAAGCAGAGAAGTTTGACAAGCGCTTTTGACACTGAATGCTTGAGGCTG CGCCATGCTGGTGAAACTGATTCAGTACCGCCAGAAGTTGCTGGAGCAAGTAATATTGATTTGCAAACCCCCTCCACCAT GCCTGTGGCATCCACTGTTCGGACACCTGAATTATTTAATGGTTGTCTAAAAGAATATCAACTAAAAGGTCTTCAGTGGC TAGTTAATTGTTACGAGCAGGGTTTGAACGGTATTCTTGCTGATGAGATGGGACTTGGAAAGACCATTCAAGCTATGGCT TTTTTAGCCCATTTAGCTGAGGAGAAAAACATATGGGGACCTTTTTTGGTTGTTGCACCTGCCTCAGTATTAAATAATTG GAATGAGGAACTTGAGCGCTTCTGCCCTGAACTGAAAAGACTTCCTTATTGGGGTGGGGTTTCAGAGCGAACAGTGCTCA GGAAAAGTATCAACCCAAAGGATCTTTATCGGAGGGAGGCTAAATATCACATTCTTATTACAAGCTACCAACTTTTAGTA ACTGATGAGAAGTTCTTTCGGCGCGTGAAATGGCAGTATATGGTTTTAGATGAAGCCCAGGCAATCAAAAGTGCAAGCAG TATAAGATGGAAGACACTCCTCAGCTTTAATTGTCGGAATCGCCTACTGCTAACTGGTACACCCATTCAGAATAATATGG CTGAGTTATGGGCTCTTCTGCACTTCATCATGCCAACTTTATTTGACAGCCATGAGCAGTTTAATGAGTGGTTTTCAAAA GGAATTGAAAACCATGCAGAACATGGGGGTACTTTGAATGAGCACCAACTTAATCGGTTGCATTCAATTATAAAGCCTTT CATGCTGCGACGTGTTAAAAAAGATGTGGTTTCTGAGCTGACTACAAAAACTGAAGTTACGGTCCATTGCAAGTTGAGTT CTCGTCAGCAGGCTTTTTATCAAGCAATTAAGAACAAGATATCTCTTGCTGAGTTGTTTGACAGTAATCGTGGGCAGCTT AATGAAAAGAAAATCCTGAATTTAATGAATATTGTTATTCAACTAAGGAAGGTTTGCAACCATCCGGAGTTGTTCGAAAG GAGTGAGGGCAGCACATACCTTTACTTTGGAGAGATTCCAAATTCCCTTCCACCTCCTCCATTTGGGGAGTTGGAGGATG TATATTATTCTGGTGGTCACAACCCCATATCCTATGAGATACCAAAAGTTGTCTATCAAGAAATATTGCGAAGTTCTGAA ACTCTCAGCTCAGCTGTTGCTCATGGTGTCTGTAGAGAGCCTTTACAGAAGCATTTTAATATTTTTACACCAGCAAATAT TTATCGATCTGTGTTCTCAGAAGATATTCATGTTAAAAGTGGAAACTTTGGTTTTACCCATTTGATGGATTTGTCTCCAC AAGAGGTGACATTTCTGGCTACTGGTTCTTTTATGGAGCGTCTTTTATTTTCTATGACGAGATGTGAAGAAAAGTTCATT AATGAAGTGGTAGACTTTGTTATGGAGACCTTAGATGATGATGATCCAGGATGTAGTTACCTTGATAAAGGAAAAGTGAG AACTGTCACACGAATGTTATTGGTGCCGCTAAGATGTGAGACTAAGTTTCTTCAAAACAGTTTGCCAACGGGTACTGGCC ATGCTCCTTTTGAGGCCTTGGTTGTCCCACATCAGGATAGGCTTTCATCAAATGCAAGGCTTCTTCACTCTGCTTACTCA TATATCCCAAAAAGTAGAGCTCCCCCAATTGGTGCTCACTGCTCTGATAGAAACTTCTACTATAAAATGATTGAAGAATT ACATGATCCCTGGCTTAAGAGGATGTTTGTGGGATTTGCACGTACTTCTGATTGTAATGGGCCTAGAAAGCCAAATGGTC CTTCTCATCATTTGATTCAAGAGATAGATTCTGAAATCCCTGTTTCTCAGCCTGCTCTTCAGTTGACACACAGCATTTTT GGGTCTTCTCCACCTATGCGAAATTTTGACCCAGCAAAATTGCTCACTGACTCTGGGAAGCTTCAAACACTTGATATATT ATTGAAACGCTTACGAGCAGGAAATCATCGTGTTCTTCTGTTTGCTCAGATGACCAAGATGCTGAATATTTTGGAGGACT ATATGAACTACAGGAAATATAAGTATTTTAGACTTGATGGATCATCTACCATTCAGGACCGCAGAGACATGGTCAGAGAC TTTCAACATAGGTCTGATATTTTTGTGTTCTTACTGAGTACAAGAGCTGGTGGATTGGGTATCAACTTGACAGCAGCTGA CACAGTCATATTTTACGAGAGTGATTGGAATCCAACATTGGATTTACAGGCAATGGACAGAGCTCATCGTTTGGGTCAGA CAAAAGATGTTACTGTTTACCGACTTATTTGTAAGGAGACAGTTGAAGAGAAGATTCTTCAAAGAGCTAGTCAAAAAAGT ACTGTACAGAACCTTGTCATGACTGGTGGTTCTGTTGGCGGTGACCTTTTAGCTCCTGAGGATGTCGTATCTTTGCTTCT GGATGATGTTCAGTTGGAGCAGAAATTAAAGGAAATCCCTCTCCAGGTAAAGGATAAGCAAAAGAAAAAACAACCTACGA AGGGTATTCGGGTAAATGAAGATGGTGATGCGTCTTTTGAAGATCTATCAAACTCTGTGGCTCAGGGTACTGCAGATAAC GATAATGCCATGAACCCAGAGGGATCAAAGTCCAGTAACAAAAAGAGAAAAGCTGCCTCGGATAAGCAAACTTCGAGGGC AAAAAATTCCCAAAAGATGAGTGAACTGAGTACTATGCCTATAGATGACCAATTGGATGATATCCACCTAAATACTGATC CAGTGGATCAGAAACCGAAGAGACCAAAGAGAATAAAGAAGAATGTCAATGAAAAGTTTGAAGAGGCTTTTACTGGCACA GCTACCGTGGTCCCAGAGCAGACCCAGTTTCAACCTCCACATGATTTCAATGCTGGCGGGTCTAAAGTTGAATCAGGCCA AGACACCTGA
Download CDS Sequence

Protein sequence (LotjaGi1g1v0670100.3) extracted from Lotus japonicus Gifu v1.2 Proteins.

MHGRDVKRSRNSDSKEKSSFNGTHMTEERYRSMLGEHIKKYKRRSKDTSSSPAQNQVAVPVAKSNTGLKSHKLGNERRGG LQAPETTSEWMNGSDSQKLGNFREANLVQRFGTDRIMYEPPSLDIGDGITYKIPPIYDKLAAMLNLPSFSDIHVEDFYLK GTLDLGSLAEMMAVDKRFWNRNRAGMGEPITQYESLQARLRVMSTSNSAHNFSLRVSDDGSSSIPEGAPGNIKRHILSEG GVLQVYYVKVLEKGDTYEIIERSLPKKQKFKKDPALIEKEEMERFGKVWVNIVRRDLPRHHRNFTTFHRKQLTDAKKFSD TCQREVRMKVSRSLKWTRTASMRTRKLARDMLLFWKRIEKETAEVRKREEKEAAEALRREQELREAKRQQQRLNFLIQQT ELYSHFMQNKSNLLSSEALPTEDENTNDQGALINSSDAGPNEEEDPEEAELKREALKAAQEAVSKQRSLTSAFDTECLRL RHAGETDSVPPEVAGASNIDLQTPSTMPVASTVRTPELFNGCLKEYQLKGLQWLVNCYEQGLNGILADEMGLGKTIQAMA FLAHLAEEKNIWGPFLVVAPASVLNNWNEELERFCPELKRLPYWGGVSERTVLRKSINPKDLYRREAKYHILITSYQLLV TDEKFFRRVKWQYMVLDEAQAIKSASSIRWKTLLSFNCRNRLLLTGTPIQNNMAELWALLHFIMPTLFDSHEQFNEWFSK GIENHAEHGGTLNEHQLNRLHSIIKPFMLRRVKKDVVSELTTKTEVTVHCKLSSRQQAFYQAIKNKISLAELFDSNRGQL NEKKILNLMNIVIQLRKVCNHPELFERSEGSTYLYFGEIPNSLPPPPFGELEDVYYSGGHNPISYEIPKVVYQEILRSSE TLSSAVAHGVCREPLQKHFNIFTPANIYRSVFSEDIHVKSGNFGFTHLMDLSPQEVTFLATGSFMERLLFSMTRCEEKFI NEVVDFVMETLDDDDPGCSYLDKGKVRTVTRMLLVPLRCETKFLQNSLPTGTGHAPFEALVVPHQDRLSSNARLLHSAYS YIPKSRAPPIGAHCSDRNFYYKMIEELHDPWLKRMFVGFARTSDCNGPRKPNGPSHHLIQEIDSEIPVSQPALQLTHSIF GSSPPMRNFDPAKLLTDSGKLQTLDILLKRLRAGNHRVLLFAQMTKMLNILEDYMNYRKYKYFRLDGSSTIQDRRDMVRD FQHRSDIFVFLLSTRAGGLGINLTAADTVIFYESDWNPTLDLQAMDRAHRLGQTKDVTVYRLICKETVEEKILQRASQKS TVQNLVMTGGSVGGDLLAPEDVVSLLLDDVQLEQKLKEIPLQVKDKQKKKQPTKGIRVNEDGDASFEDLSNSVAQGTADN DNAMNPEGSKSSNKKRKAASDKQTSRAKNSQKMSELSTMPIDDQLDDIHLNTDPVDQKPKRPKRIKKNVNEKFEEAFTGT ATVVPEQTQFQPPHDFNAGGSKVESGQDT
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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
MobiDBLite
mobidb-lite
1 47 47 - –
MobiDBLite
mobidb-lite
1 96 96 - –
PANTHER
PTHR45685
10 1444 1435 0.0 –
PANTHER
PTHR45685:SF2
10 1444 1435 0.0
IPR031047
MobiDBLite
mobidb-lite
48 63 16 - –
MobiDBLite
mobidb-lite
81 96 16 - –
Pfam
PF13892
283 412 130 6.6E-48
IPR020838
ProSiteProfiles
PS51413
288 413 126 25.565
IPR020838
Coils
Coil
360 399 40 - –
MobiDBLite
mobidb-lite
419 452 34 - –
MobiDBLite
mobidb-lite
419 436 18 - –
SUPERFAMILY
SSF52540
507 751 245 1.96E-62
IPR027417
SMART
SM00487
519 714 196 2.4E-34
IPR014001
Gene3D
G3DSA:3.40.50.10810
520 760 241 3.0E-95
IPR038718
CDD
cd18002
523 751 229 1.13256E-154 –
ProSiteProfiles
PS51192
535 706 172 23.725
IPR014001
Pfam
PF00176
536 824 289 3.9E-66
IPR000330
SUPERFAMILY
SSF52540
753 1320 568 5.45E-66
IPR027417
Gene3D
G3DSA:3.40.50.300
761 830 70 3.0E-95 –
Gene3D
G3DSA:3.40.50.300
1110 1420 311 1.5E-75 –
CDD
cd18793
1131 1263 133 6.43938E-65 –
ProSiteProfiles
PS51194
1143 1327 185 18.511
IPR001650
Pfam
PF00271
1143 1252 110 1.1E-16
IPR001650
SMART
SM00490
1169 1252 84 9.2E-23
IPR001650
MobiDBLite
mobidb-lite
1323 1344 22 - –
MobiDBLite
mobidb-lite
1323 1428 106 - –
MobiDBLite
mobidb-lite
1345 1369 25 - –
MobiDBLite
mobidb-lite
1384 1398 15 - –
MobiDBLite
mobidb-lite
1406 1420 15 - –
MobiDBLite
mobidb-lite
1445 1469 25 - –

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 LotjaGi1g1v0670100.3, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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