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LotjaGi4g1v0400900.2

Overview

Field Value
Gene ID LotjaGi4g1v0400900
Transcript ID LotjaGi4g1v0400900.2
Related isoforms 3
Lotus japonicus genome version Gifu v1.2
Description U-box domain-containing protein; TAIR: AT2G22125.1 binding protein; Swiss-Prot: sp|F4IIM1|CSI1_ARATH Protein CELLULOSE SYNTHASE INTERACTIVE 1; TrEMBL-Plants: tr|I1KT65|I1KT65_SOYBN Uncharacterized protein; Found in the gene: LotjaGi4g1v0400900
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr4:77832591..77842012) extracted from Lotus japonicus Gifu genome v1.2.

AACATATTACTTAATTTCCATCCTTCAATGACTTAATGAATATGAAAAAGAAAAAAAGAGAGAAGCAACAAATGCACCTA GGCTGATCCTTGTTATATTATTCCCATGTTTGATGCTTGCATTTAGTTTTGTTGTTTCAAATATTTCAGTTGAAGTACTC AGAGATATAAAGAGATACCATTTAACATTCTACCTGTTCCTTTTTATTGCAGGAAAGAAATGGTGACGGGAAGGCTCAAG ATTCAGAGCCCCCAACTCCCCATTCTATTCTGAAGATGGGATTGAGGTTGGTTACAGCTTCAAACATACCCAATTTTATT TTTTTATCTTGGAGTAATTTGCAACCGAATAAAGCCGGTGATCAATTGCTGGCAATGCTGCCACAAATCAATGGCTGTAG TTTCTTTTGCTTGGTACATTTTGTGCATTGGTGTTTATCCTTCTGCCTGGAACCAAGTTAGCTAACAGTCTTAATACATG CAGGACCCCTCTTGTGGTAGTGTTATTGTCAAAAGTAATATATATATATATATATATATATATATATATATTTTAATAAA TCTCATATAATAGAGAAAATAAGGTTGTCATGGTCTCTGATAATTTGATATATGCTATCTGAATTAAGAACCATGTGAAT TGATGCTTCAATTTAGGGACTTAAATCTTCGTGCACCAAATATTGGTAATTGTTATCTTACATTTTTAACTGATTGCACA TTTGCACTTGCAGAGAACGTAGCAGCAATATGGAGGATCCAGATGGGACATTAGCTAGTGTTGCCCAATGCATTGAGCAG CTGCGTCAGAGCTCATCTTCTATGCAAGAGAAAGAGTATTCATTAAGGCAGTTATTGGAGCTTATAGATACGCGAGAAAA TGCTTTTAGTGCTGTTGGATCTCACTCTCAGGCAGTTCCAGTACTTGTTTCCCTTCTCCGATCAGGTTCGTTGAATGTGA AGATACAGGCAGCAACTGTCTTGGGCTCCCTTTGTAAAGAAAATGAACTGAGGGTGAAAGTCTTGCTTGGAGGATGCATT CCTCCATTACTTGGTCTACTAAAGTCCAATTCTACTGAAGGGCAAATTGCTGCTGCAAAAACTATTTATGCTGTCTCTCA AGGTGGTGCAAAGGATCATGTTGGTTCAAAAATATTTTCAACTGAAGGAGTTGTACCGGTGCTCTGGGAGCAGCTGCAAA CTGGCCTCAAGAAAGGAAATGTAGTTGAAAGTTTATTGACTGGAGCATTGAAAAATCTGTCCAGCAATACTGAGGGATTT TGGAGTGCAACAATACAAGCTGGTGGGGTCGACATATTAGTGAAGTTACTGGCAGCAGGGCAACCGAGCACTTTAGCTGA TGTGTGCTTTTTACTTGCTGCTGTAATGATGGAGGATGCATCTGTTTGTTCGAAGGTGTTGACTGCAGAGGTGACAAAAC AACTCTTGAAACTATTAGGCTCCGGTAACGATGACCCTGTTAGAGCTGAAGCAGCTGGTGCTCTTAAATCTCTATCTGCC CAATGCAAAGAGGCAAGGCGAGAGATAGCCAATTCCAGTGGTATTCCTGCTTTGATCAATGCTACCATAGCTCCTTCCAA AGAATTCATGCAGGGTGAGTGTGCTCAAGCTTTACAAGAGAATGCTATGTGTGCTTTAGCAAACATCTCTGGTGGTTTGT CTTATGTCATATCTAGCCTCGGTCAAAGTCTTGATTCATGCACCTCACCTACTCAAGTTGCTGACACACTAGGAGCTTTG GCATCTGCTCTTATGATATATGATAACAAGGCAGAATCTACCAGAGCATCAGATCCTTTGGTAGTTGAGCAGACATTACT CAAACAATTTAAACAAAGCCTACCCTTCCTTGTTCAGGAACGGACCATTGAAGCTCTAGCTACTTTGTATGGTAATCCCG TACTCTCAACTAAACTGAAAAATTCTGATGCTAAACATTTGCTTGTTGGTTTAATAACAATGGCTGCCAATGAAGTGCAA GATGAGCTTATAAAGGCTCTCTTGACACTAAGCAAAAGTGAAGGCAGTCTATGGCATGCACTTCAAGGCCGTGAAGGAGT TCAGCTTTTGATATCTCTTTTGGGGCTCTCCTCGGAACAGCAGCAAGAATGTGCAGTTGCCCTGCTTTGCCTTCTATCTT ATGAAAATGATGAAAGTAAATGGGCAATTACTGCTGCTGGTGGTATCCCTCCACTTGTTCAAATTTTGGAGACTGGATCT GCAAAAGCAAAGGAAGATTCAGCAACAATCCTTAAGAACCTGTGCAATCACAGCGAAGATATACGTGCTTGTGTCGAAAG TGCTGATGCTGTTCCTGCTTTGTTGTGGTTATTGAAGAATGGAAGCCCTAATGGGAAGGATATTGCAGCAAAGACCTTAA ATCATCTAATTCATAAATCTGATACTACAACTATTAGTCAGCTTACAGCATTATTGACTAGTGATCTTCCTGATTCTAAA GTCTATATTTTCGATGCTTTGAGAAGTGTTCTTTCTGTTGCTCCTCTCAGTGACATTCTACGTGAAGGTAGTGCTGCCAG TGATGCATTTGATACCATGATAATGTTATTGAGCTCTACCAAGGAAGAAACCCAGGCAAAGTCTGCATCAGCACTTGCTG GAATTTTTGAAACGAGAAAAGATGTGCGTGAAAGTAGCATTGCTGTTAAAACTCTTTTGTCAGCCTTGAAATTGCTTAAT GTTGAATCTGATAGTATCCTAATGGAGTCCTCACACTGCCTGGCTGCAATATTTCTTTCCATCAAAGAAAACAGGGATGT AGCTGCTGTTGCTAGAGATGCATTATCCCCCCTAGTTGCTTTGGCTAACTCTCCACTTCTGGAAGTTGCAGAGATGGCAA CATGTGCTGTAGCAAATCTTATTTTGGATGGTGAAATTGCAGAGAAAGCTGCTGTAGAGGAAGTTATCTTGCCTGCTACT CGAGTGTTACGTGAAGGCACAATTTCTGGAAAAACCCATGCTGCAGCAGCAATTGCTCGCCTCTTACATTCTCGTAAAGT TGATTATGCTGTTACTGATTGTGTGAATCGTGCTGACACTGTTCTTGCATTAGTCTCCTTTTTAGATTCTTCTGTTAATG GATCTGTTGCCACATCAGAAGCTCTTGAAGCACTTGTCATTCTGTCCCGGTCGGGTGAGACCAGTGCACACATTAAGCCA GCTTGTGCAGTTTTAGCTGAATTCCCTAAAAGCATAATCCCAATAGTTCTATGTATTGTTGATTCAACACCAATGTTGCA AGATAAAACTATTGAGATATTATCCCAATTATGTAAGGATCAGCCTGTTGTTTTGGGAGACACTGTTGCTTCTTCCTCTG GATGTATATCTTTGATAGCTAAGAGGATAATTTCTTCCACAAATGTGAAGGTCAAAATTGGGGGGGTTGCACTTCTTACT TGTGCTGCAAAATCAAATCATCAGAGACTTGTGGAGGATCTCAATTTTTCAAACTTGTCTACTAACCTTATTCAGTCTCT AGTGGATATTCTTATTTCTGTACAGACTTCTTCGGATAATCAGGGTGACGGCGACAAGGAATTCATCAGCATATACCGGC ACACAAAAGAAGAGTCCAACAGTAGTGAATCCAACACTGGTACCTCCATTATATGTGGTGCTGACTTAGCTATATGGTTA CTGTCCATCCTTGCTTGTCATGATGAGAAAAATAAAATGGCAATTATGGAGGCTGGAGCAATTGATGTTCTCACTGACAG GATCTCAAGTTGTTTCTCACAATATTCTCAGGTATTCAAGTGCCTTATTTTCAGTCAATCGAGAAGAAAGTAATTGACAG ACCATTTGACTCTTGTAATAGTTAAAAGGGAACATTATGCTCTAACCCCCCCCCCCCCCCCTTAAAGTTTTGTTCAAAAT CAATATAGTGCACCAAATTTAAAATCTGACAACTTACAGCTACCAAGTTTCAAAATCTTCACGTTACATGCCCTTGTAAG AAACATTACATGTGAGCATTTTCTCAGTTAAATTGCTTAGAATTTACCAAGATGCGTTTTCCCCCCTGAGACATACTAGT TGGAGAGACACTGAGTTCTGTTATACTGAAAAACAGCTCAAAACAATAAGAACTTTTGTTGTAAACCATAAAAAACAGAG CATTGAGAGATGCTATGTACATTTCTGGTGTGCTTTTGACAAAGTTGGCCAGTTACCTGTCCATCGTAAGTTTCAACTGA ATTATTAACCACTACAGTGTTTAAGTTATCTACTGCAACTTCACTTGGGGGGGGGGGGGGTCAAGTGTATGTTTCAGAAA CACAAGGAAGGTTATTTGTTTTTTAAATTTGATTTAGATTAAAATTTCATGGAGGTAAACAGTAATTTTCCTTAGTAAAT CACTTATTTGCTCTTATAGGCATCCTTTGCTGTAAACTGAAACATTGTTCTTAATCCTTCACCCCTTGTGCATTAATAAC TAGATAACATATTACAATATGACAATTATTTCTGTATATAAATCCTTTTTGCTTCTTTATGGTGAACATGCAGATTGACA ACAAAGAAGATAACAGCATGTGGATCTGTGCTTTGTTGTTGGCAATATTGTTTCAAGATAGAGATGTCATCCGGGCACAT CCAACCACGAAATCTGTACCAGCACTTGCCAGTTTATTGAAGTCAGAGGAATCGGCAAACAAATATTTCGCTGCACAAGC AATATCTAGCCTTGTCTGCAATGGTAGCAGGGGAACACTTCTGTCTGTAGCAAATTCTGGGGCAGCAGGTGGACTAATTT CTTTGCTTGGTTGTGCTGATACTGATATACAGGATCTTTTGGAATTGTCAGAGGAATTTTCTTTGGTGCGTTATCCTGAT CAAGTGGCTCTAGAGAGGTTGTTTCGAGTTGATGACATAAGAGTTGGTGCGACTTCTCGGAAGGCAATACCTGCCCTGGT TGATTTGCTCAAACCGATTCCAGATCGCCCAGGTGCACCATTTTTGGCACTTGGGATTTTGACTCACCTTGGTAGAGATT GTCTGTCAAATAAGATTATAATGGTAGAGTCTGGGGCCTTAGAGGCACTTAATAAGTATCTTTCCCTGAGTCCTCAAGAT GCAACTGAAGAAGCTGCAACCGATCTTTTAGGAATTCTATTTAGCAGCGTTGAGATACGGAAACATGAGTCAGCATTTGG TGCTGTTGCTCAACTTGTGGCTGTCTTACGTTTAGGAGGAAGAAGTGCAAGGTATAGTGCTGCTAAAGCCTTGGAAAGCT TATTTTCTGCTGACCACATTAGAAATGCAGAGATCGCTCGACAAGCTTTTCAACCCTTGGTGGAGATTCTTAATACTGGT TCAGAAAGGGAGCAGCATGCTGCTATTGCTGCATTGATTGGATTACTGAGTGAAAACCCATCAAGAGCACTTGCTGTTGC AGATGTTGAGATGAATGCAGTGGATGTTCTTTGTAGGATCCTTTCATCAAACTGTTCAATGGACCTCAAAGGAGATGCTG CTGAACTATGCTGTGCTCTCTTTGGCAACACAAGGATTCGGTCCACTATGGGTGCTGCACGCTGCGTTGAACCTCTAGTC TCTCTCCTTGCAACTGAGTTTAGTCCTGCTCAGCATTCAGTTGTTCGGGCATTGGATAGGCTTGTTGATGATGAGCAACT GGCTGAATTAGTTGCCGCACATGGTGCAGTTGTTCCTCTTGTGAGCCTGCTGTCTGGTAGTAACTATATACTTCACGAGG CCACTTCTAGAGCTTTGGTCAAGTTAGGAAAAGATAGACCTGCTTGTAAAATGGAAATGGTGAAAGCTGGAGTTATTGAA AGCATACTTGATATCTTAACTGATGCACCTGATTACCTAATTGCAGCTTTTGCAGAACTGTTGCGTATATTGACCAATAA CGCTACCATAGCTAAGGGACCATCGGCTGCTAAAGTTGTTGAACCCTTGTTTTTGTTACTGAAAAGAGATGACTTTGGGC CTGATGGACAGCACAGTGCACTACAGGTTTTGGTTAATATCTTAGAACATCCACAGTGTCGTTCTGACTATTCATTGACT TCTCGCCAAGTTATTGAACCACTTATCCCTTTACTTGATTCTCCAATACCAGCAGTGCAACAGTTGGTTGCTGAGCTTCT TTCACATCTACTTCTAGAAGAACACCTTCAGAAGGATCCTGTGACACAGCAAGTAATTGGCCCACTTATACGAGTTCTTG GTTCTGGTATACACATATTGCAGCAGAGAGCTGTAAAGGCCCTAGTAAGTATTGCACTGACATGGCCAAATGAAATTGCC AAAGAGGGCGGTGTAATTGAAATTTCCAAAGTGATATTGCAAGCCGATCCTTCTCTTCCTCATGCTTTATGGGAGTCTGC TGCCTCTGTTTTGTCAAGCATTTTGCAATTCAGCTCTGAATTCTACTTGGAAGTTCCTATAGCTGTGTTGGTAAGGTTGC TTCGATCTGGCTCGGAGAGCACAGTTATTGGTGCATTAAATGCTCTTCTGGTGTTGGAAAGTGATGATCGATTTAGTGCA GAAGCGATGGCTGAAAGTGGTGCTGTAGAGGCTCTCTTGGAGCTGCTAAGATCTCATCAGTGCGAGGAAACTGCGGCAAG ACTCTTAGAAGTATTGCTGAACAATGTAAAGATCCGAGAAACAAAAGTTACTAAATCAGCTATCTTACCATTATCCCAGT ACCTCTTGGACCCACAAACCCAAGCACAGCAAGCAAGGTTATTGGCAACTTTGGCTCTTGGGGATCTGTTCCAGAATGAG GGTCTTACTCGAACAGGTGATGCAGTTTCAGCTTGCCGTGCATTAGTAAATGTGCTTGAAGACAACCCGACAGAAGAAAT GAAAGTTGTAGCCATATGTGCTTTGCAAAACCTTGTGATGTACAGTCGATCAAATAAAAGAGCAGTTGCAGAGGCTGGTG GTGTTCAGGTCGTATTGGATCTGATAGGTTCAAGTGAACCAGAAACATCTGTTCAAGCTGCAATGTTTATTAAACTTCTC TTCTCAAATAATACTATTCAAGAGTATGCTTCTAGCGAAACAGTCAGAGCGATCACTGGTGAGTTTTTCTTTGCTTATCA TGCACTTTTCAGTTTTTACTGCTTGTCTAATGGAGCACCTTTACACTACTGCATTTTTTTTTCAAAATTCTAAAAAAACT GGATAGTAGCATATCCTCATTTTACCCTCTTGGAGAGGAACCCTATATGCAGGTTTAAAGAGAAAGCATGACTTTATTTA AATGATGTTAGATTTTAAAAGATGAAAGGAAATTGATTTTTATAATAATAAAATAACAATGACAATAATAATAATAATAA TAAGAATTATAATAAGATAATAATAATAATAATAATAATAATAATAATAATAGAGAGCTGATTTATATTTGTTGTGTACC AAAAATCTAGAGAAGGAACATATAAACATAACTTGTGGTTTATGAACTTCAACCGATTGTTTCAACATTTAAACAACTTG ATCTAGTTGTGCTTGCATAACCTCTTGTAGCAAAAGTAGACACCCTCTTACATTAGACATTGCAGTTGGCATTTTAAAGT CTCAATTACATGTATGAAGTTGCTGTTTTTCCTAGGAATTGATTAATGAACAATGATGATTCTGTTAAGTTGCTTCATCA CGGAAACCGGAGCACCTCTTTCGATCCCCAATTTATATTTATGTGTCTCTTGATTTGATGTGCGTAAACATGGTCTGACA AAGTTGTGTTCTTGCAGCCACTATTGAAAAAGATTTATGGGCCAGTGGAACTGTGAATGAGGAGTATCTGAAAGCCTTGA ATTCTCTATTTAGCAACTTTCCACGGCTGAGAGCAACTGAACCAGCAACTCTTAGCATTCCCCACCTGGTTACATCCTTA AAGACAGGTTCAGAGGCTTGTCAGGAAGCGGCATTGGATGCGCTGTTTCTGCTCAGACAAGCTTGGTCAGCATGCCCAGC TGAAGTTTCAAGAGCTCAGTCAATTGCAGCTGCCGATGCTATTCCGTTGCTGCAGTATTTAATCCAGTCTGGTCCACCTC GGTTTCAAGAGAAGGCAGAACATTTATTGCAGTGTTTGCCAGGGACACTGGTGGTGATCATCAAGCGTGGTAACAATATG AAGCAGTCTGTTGGAAACCCAAGTGTTTACTGCAAGCTTACACTCGGCAACACTCCACCAAGGCTAACTAAGGTCATTAT TTTTGTTTAATGAATATATATTTATCTTATCTATATTATCTTCGAATCTTTGAACTGTTGTTATTGGATTAACTGACATG GTAAAAGTAAATTGAGATTGTCTTTTTATTCAATCATCGACAAATTCAACTTATGAGTGCTGTTTCATGGTTGGCTTAAT GTTATTTACTATTTCTTGATGAAGATCGTGCCAATACAAAAATGTTCAATCAGGATATGCATGCTTGGATAACTTCCAAG AAAGAATTACTGTTGACCATTTACTTATTCTGTTGCATATTTAGACTTCAATTAGATTCTCTCAATAGAAATGATTTTGT TTCCGTCCACTTTAGCTTTGGCTTAATAGTAGATTTGCAATTTTATTGATCTGAAAGTGTCTTCTTTGTGGAGTCCTTGT CCCTCCCTCATCTCTAGTTTGACCCTCTTAGTTAGAAGATGAACAATCAAGAATTTATTGTTGGATTAAAATTCAACATA TAGGGTCACACATGTAATTATTAAAATGTGTAGCCATTATTTATAATAGCATATAGAAATGTGATCTAATAGCTTATGCC ATTATAATTATGAATTTTCCTACATTTATAGCTTGAATATGTTGATGGCAAGTAACATTGTACTTTGTTGATTTGTTTTC CCGGGGTAACTTCATTTTTTGTTAACACAACTTTTGCTGTATACTCTTTTCCTGGAAAGTTGAATCACAAAATTGCTAAC ATCCATTATGAAATGCTGATCAGGTGGTCTCTACCGGGCCTAATCCGGAGTGGGATGAGAGCTTTTCATGGTCATTTGAG AGTCCTCCAAAAGGCCAGAAGCTACAGATTTCCTGCAAAAATAAGAGCAAAGTGGGAAAGGTAAATAAAAAAAGGACAAG ACTTACCTACATTACTATACTAAGACATAGACCAATAAATGAAATATATTCATTTTTTCTTCAATTATTTTGTTTCTACA CTTCCACTAAACCCTTGTATTGTGTTTGATGAATGACAGAGTAAATTTGGGAAAGTAACAATCCAGATTGATCGTGTGGT AATGCTTGGAGCAGTAGCTGGCGAGTACACTCTGTTGCCTGCAAGTAAAAGTGGCCCTCCAAGGAATCTAGAAATAGAAT TTCAGTGGTCTAACAAAACAAATGATACAGTTTAGCTGGGAATGGAAATTTTGGATTTTTGA 

CDS sequence (LotjaGi4g1v0400900.2) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGGGATTGAGAGAACGTAGCAGCAATATGGAGGATCCAGATGGGACATTAGCTAGTGTTGCCCAATGCATTGAGCAGCT GCGTCAGAGCTCATCTTCTATGCAAGAGAAAGAGTATTCATTAAGGCAGTTATTGGAGCTTATAGATACGCGAGAAAATG CTTTTAGTGCTGTTGGATCTCACTCTCAGGCAGTTCCAGTACTTGTTTCCCTTCTCCGATCAGGTTCGTTGAATGTGAAG ATACAGGCAGCAACTGTCTTGGGCTCCCTTTGTAAAGAAAATGAACTGAGGGTGAAAGTCTTGCTTGGAGGATGCATTCC TCCATTACTTGGTCTACTAAAGTCCAATTCTACTGAAGGGCAAATTGCTGCTGCAAAAACTATTTATGCTGTCTCTCAAG GTGGTGCAAAGGATCATGTTGGTTCAAAAATATTTTCAACTGAAGGAGTTGTACCGGTGCTCTGGGAGCAGCTGCAAACT GGCCTCAAGAAAGGAAATGTAGTTGAAAGTTTATTGACTGGAGCATTGAAAAATCTGTCCAGCAATACTGAGGGATTTTG GAGTGCAACAATACAAGCTGGTGGGGTCGACATATTAGTGAAGTTACTGGCAGCAGGGCAACCGAGCACTTTAGCTGATG TGTGCTTTTTACTTGCTGCTGTAATGATGGAGGATGCATCTGTTTGTTCGAAGGTGTTGACTGCAGAGGTGACAAAACAA CTCTTGAAACTATTAGGCTCCGGTAACGATGACCCTGTTAGAGCTGAAGCAGCTGGTGCTCTTAAATCTCTATCTGCCCA ATGCAAAGAGGCAAGGCGAGAGATAGCCAATTCCAGTGGTATTCCTGCTTTGATCAATGCTACCATAGCTCCTTCCAAAG AATTCATGCAGGGTGAGTGTGCTCAAGCTTTACAAGAGAATGCTATGTGTGCTTTAGCAAACATCTCTGGTGGTTTGTCT TATGTCATATCTAGCCTCGGTCAAAGTCTTGATTCATGCACCTCACCTACTCAAGTTGCTGACACACTAGGAGCTTTGGC ATCTGCTCTTATGATATATGATAACAAGGCAGAATCTACCAGAGCATCAGATCCTTTGGTAGTTGAGCAGACATTACTCA AACAATTTAAACAAAGCCTACCCTTCCTTGTTCAGGAACGGACCATTGAAGCTCTAGCTACTTTGTATGGTAATCCCGTA CTCTCAACTAAACTGAAAAATTCTGATGCTAAACATTTGCTTGTTGGTTTAATAACAATGGCTGCCAATGAAGTGCAAGA TGAGCTTATAAAGGCTCTCTTGACACTAAGCAAAAGTGAAGGCAGTCTATGGCATGCACTTCAAGGCCGTGAAGGAGTTC AGCTTTTGATATCTCTTTTGGGGCTCTCCTCGGAACAGCAGCAAGAATGTGCAGTTGCCCTGCTTTGCCTTCTATCTTAT GAAAATGATGAAAGTAAATGGGCAATTACTGCTGCTGGTGGTATCCCTCCACTTGTTCAAATTTTGGAGACTGGATCTGC AAAAGCAAAGGAAGATTCAGCAACAATCCTTAAGAACCTGTGCAATCACAGCGAAGATATACGTGCTTGTGTCGAAAGTG CTGATGCTGTTCCTGCTTTGTTGTGGTTATTGAAGAATGGAAGCCCTAATGGGAAGGATATTGCAGCAAAGACCTTAAAT CATCTAATTCATAAATCTGATACTACAACTATTAGTCAGCTTACAGCATTATTGACTAGTGATCTTCCTGATTCTAAAGT CTATATTTTCGATGCTTTGAGAAGTGTTCTTTCTGTTGCTCCTCTCAGTGACATTCTACGTGAAGGTAGTGCTGCCAGTG ATGCATTTGATACCATGATAATGTTATTGAGCTCTACCAAGGAAGAAACCCAGGCAAAGTCTGCATCAGCACTTGCTGGA ATTTTTGAAACGAGAAAAGATGTGCGTGAAAGTAGCATTGCTGTTAAAACTCTTTTGTCAGCCTTGAAATTGCTTAATGT TGAATCTGATAGTATCCTAATGGAGTCCTCACACTGCCTGGCTGCAATATTTCTTTCCATCAAAGAAAACAGGGATGTAG CTGCTGTTGCTAGAGATGCATTATCCCCCCTAGTTGCTTTGGCTAACTCTCCACTTCTGGAAGTTGCAGAGATGGCAACA TGTGCTGTAGCAAATCTTATTTTGGATGGTGAAATTGCAGAGAAAGCTGCTGTAGAGGAAGTTATCTTGCCTGCTACTCG AGTGTTACGTGAAGGCACAATTTCTGGAAAAACCCATGCTGCAGCAGCAATTGCTCGCCTCTTACATTCTCGTAAAGTTG ATTATGCTGTTACTGATTGTGTGAATCGTGCTGACACTGTTCTTGCATTAGTCTCCTTTTTAGATTCTTCTGTTAATGGA TCTGTTGCCACATCAGAAGCTCTTGAAGCACTTGTCATTCTGTCCCGGTCGGGTGAGACCAGTGCACACATTAAGCCAGC TTGTGCAGTTTTAGCTGAATTCCCTAAAAGCATAATCCCAATAGTTCTATGTATTGTTGATTCAACACCAATGTTGCAAG ATAAAACTATTGAGATATTATCCCAATTATGTAAGGATCAGCCTGTTGTTTTGGGAGACACTGTTGCTTCTTCCTCTGGA TGTATATCTTTGATAGCTAAGAGGATAATTTCTTCCACAAATGTGAAGGTCAAAATTGGGGGGGTTGCACTTCTTACTTG TGCTGCAAAATCAAATCATCAGAGACTTGTGGAGGATCTCAATTTTTCAAACTTGTCTACTAACCTTATTCAGTCTCTAG TGGATATTCTTATTTCTGTACAGACTTCTTCGGATAATCAGGGTGACGGCGACAAGGAATTCATCAGCATATACCGGCAC ACAAAAGAAGAGTCCAACAGTAGTGAATCCAACACTGGTACCTCCATTATATGTGGTGCTGACTTAGCTATATGGTTACT GTCCATCCTTGCTTGTCATGATGAGAAAAATAAAATGGCAATTATGGAGGCTGGAGCAATTGATGTTCTCACTGACAGGA TCTCAAGTTGTTTCTCACAATATTCTCAGATTGACAACAAAGAAGATAACAGCATGTGGATCTGTGCTTTGTTGTTGGCA ATATTGTTTCAAGATAGAGATGTCATCCGGGCACATCCAACCACGAAATCTGTACCAGCACTTGCCAGTTTATTGAAGTC AGAGGAATCGGCAAACAAATATTTCGCTGCACAAGCAATATCTAGCCTTGTCTGCAATGGTAGCAGGGGAACACTTCTGT CTGTAGCAAATTCTGGGGCAGCAGGTGGACTAATTTCTTTGCTTGGTTGTGCTGATACTGATATACAGGATCTTTTGGAA TTGTCAGAGGAATTTTCTTTGGTGCGTTATCCTGATCAAGTGGCTCTAGAGAGGTTGTTTCGAGTTGATGACATAAGAGT TGGTGCGACTTCTCGGAAGGCAATACCTGCCCTGGTTGATTTGCTCAAACCGATTCCAGATCGCCCAGGTGCACCATTTT TGGCACTTGGGATTTTGACTCACCTTGGTAGAGATTGTCTGTCAAATAAGATTATAATGGTAGAGTCTGGGGCCTTAGAG GCACTTAATAAGTATCTTTCCCTGAGTCCTCAAGATGCAACTGAAGAAGCTGCAACCGATCTTTTAGGAATTCTATTTAG CAGCGTTGAGATACGGAAACATGAGTCAGCATTTGGTGCTGTTGCTCAACTTGTGGCTGTCTTACGTTTAGGAGGAAGAA GTGCAAGGTATAGTGCTGCTAAAGCCTTGGAAAGCTTATTTTCTGCTGACCACATTAGAAATGCAGAGATCGCTCGACAA GCTTTTCAACCCTTGGTGGAGATTCTTAATACTGGTTCAGAAAGGGAGCAGCATGCTGCTATTGCTGCATTGATTGGATT ACTGAGTGAAAACCCATCAAGAGCACTTGCTGTTGCAGATGTTGAGATGAATGCAGTGGATGTTCTTTGTAGGATCCTTT CATCAAACTGTTCAATGGACCTCAAAGGAGATGCTGCTGAACTATGCTGTGCTCTCTTTGGCAACACAAGGATTCGGTCC ACTATGGGTGCTGCACGCTGCGTTGAACCTCTAGTCTCTCTCCTTGCAACTGAGTTTAGTCCTGCTCAGCATTCAGTTGT TCGGGCATTGGATAGGCTTGTTGATGATGAGCAACTGGCTGAATTAGTTGCCGCACATGGTGCAGTTGTTCCTCTTGTGA GCCTGCTGTCTGGTAGTAACTATATACTTCACGAGGCCACTTCTAGAGCTTTGGTCAAGTTAGGAAAAGATAGACCTGCT TGTAAAATGGAAATGGTGAAAGCTGGAGTTATTGAAAGCATACTTGATATCTTAACTGATGCACCTGATTACCTAATTGC AGCTTTTGCAGAACTGTTGCGTATATTGACCAATAACGCTACCATAGCTAAGGGACCATCGGCTGCTAAAGTTGTTGAAC CCTTGTTTTTGTTACTGAAAAGAGATGACTTTGGGCCTGATGGACAGCACAGTGCACTACAGGTTTTGGTTAATATCTTA GAACATCCACAGTGTCGTTCTGACTATTCATTGACTTCTCGCCAAGTTATTGAACCACTTATCCCTTTACTTGATTCTCC AATACCAGCAGTGCAACAGTTGGTTGCTGAGCTTCTTTCACATCTACTTCTAGAAGAACACCTTCAGAAGGATCCTGTGA CACAGCAAGTAATTGGCCCACTTATACGAGTTCTTGGTTCTGGTATACACATATTGCAGCAGAGAGCTGTAAAGGCCCTA GTAAGTATTGCACTGACATGGCCAAATGAAATTGCCAAAGAGGGCGGTGTAATTGAAATTTCCAAAGTGATATTGCAAGC CGATCCTTCTCTTCCTCATGCTTTATGGGAGTCTGCTGCCTCTGTTTTGTCAAGCATTTTGCAATTCAGCTCTGAATTCT ACTTGGAAGTTCCTATAGCTGTGTTGGTAAGGTTGCTTCGATCTGGCTCGGAGAGCACAGTTATTGGTGCATTAAATGCT CTTCTGGTGTTGGAAAGTGATGATCGATTTAGTGCAGAAGCGATGGCTGAAAGTGGTGCTGTAGAGGCTCTCTTGGAGCT GCTAAGATCTCATCAGTGCGAGGAAACTGCGGCAAGACTCTTAGAAGTATTGCTGAACAATGTAAAGATCCGAGAAACAA AAGTTACTAAATCAGCTATCTTACCATTATCCCAGTACCTCTTGGACCCACAAACCCAAGCACAGCAAGCAAGGTTATTG GCAACTTTGGCTCTTGGGGATCTGTTCCAGAATGAGGGTCTTACTCGAACAGGTGATGCAGTTTCAGCTTGCCGTGCATT AGTAAATGTGCTTGAAGACAACCCGACAGAAGAAATGAAAGTTGTAGCCATATGTGCTTTGCAAAACCTTGTGATGTACA GTCGATCAAATAAAAGAGCAGTTGCAGAGGCTGGTGGTGTTCAGGTCGTATTGGATCTGATAGGTTCAAGTGAACCAGAA ACATCTGTTCAAGCTGCAATGTTTATTAAACTTCTCTTCTCAAATAATACTATTCAAGAGTATGCTTCTAGCGAAACAGT CAGAGCGATCACTGCCACTATTGAAAAAGATTTATGGGCCAGTGGAACTGTGAATGAGGAGTATCTGAAAGCCTTGAATT CTCTATTTAGCAACTTTCCACGGCTGAGAGCAACTGAACCAGCAACTCTTAGCATTCCCCACCTGGTTACATCCTTAAAG ACAGGTTCAGAGGCTTGTCAGGAAGCGGCATTGGATGCGCTGTTTCTGCTCAGACAAGCTTGGTCAGCATGCCCAGCTGA AGTTTCAAGAGCTCAGTCAATTGCAGCTGCCGATGCTATTCCGTTGCTGCAGTATTTAATCCAGTCTGGTCCACCTCGGT TTCAAGAGAAGGCAGAACATTTATTGCAGTGTTTGCCAGGGACACTGGTGGTGATCATCAAGCGTGGTAACAATATGAAG CAGTCTGTTGGAAACCCAAGTGTTTACTGCAAGCTTACACTCGGCAACACTCCACCAAGGCTAACTAAGGTGGTCTCTAC CGGGCCTAATCCGGAGTGGGATGAGAGCTTTTCATGGTCATTTGAGAGTCCTCCAAAAGGCCAGAAGCTACAGATTTCCT GCAAAAATAAGAGCAAAGTGGGAAAGAGTAAATTTGGGAAAGTAACAATCCAGATTGATCGTGTGGTAATGCTTGGAGCA GTAGCTGGCGAGTACACTCTGTTGCCTGCAAGTAAAAGTGGCCCTCCAAGGAATCTAGAAATAGAATTTCAGTGGTCTAA CAAAACAAATGATACAGTTTAG 

Protein sequence (LotjaGi4g1v0400900.2) extracted from Lotus japonicus Gifu v1.2 Proteins.

MGLRERSSNMEDPDGTLASVAQCIEQLRQSSSSMQEKEYSLRQLLELIDTRENAFSAVGSHSQAVPVLVSLLRSGSLNVK IQAATVLGSLCKENELRVKVLLGGCIPPLLGLLKSNSTEGQIAAAKTIYAVSQGGAKDHVGSKIFSTEGVVPVLWEQLQT GLKKGNVVESLLTGALKNLSSNTEGFWSATIQAGGVDILVKLLAAGQPSTLADVCFLLAAVMMEDASVCSKVLTAEVTKQ LLKLLGSGNDDPVRAEAAGALKSLSAQCKEARREIANSSGIPALINATIAPSKEFMQGECAQALQENAMCALANISGGLS YVISSLGQSLDSCTSPTQVADTLGALASALMIYDNKAESTRASDPLVVEQTLLKQFKQSLPFLVQERTIEALATLYGNPV LSTKLKNSDAKHLLVGLITMAANEVQDELIKALLTLSKSEGSLWHALQGREGVQLLISLLGLSSEQQQECAVALLCLLSY ENDESKWAITAAGGIPPLVQILETGSAKAKEDSATILKNLCNHSEDIRACVESADAVPALLWLLKNGSPNGKDIAAKTLN HLIHKSDTTTISQLTALLTSDLPDSKVYIFDALRSVLSVAPLSDILREGSAASDAFDTMIMLLSSTKEETQAKSASALAG IFETRKDVRESSIAVKTLLSALKLLNVESDSILMESSHCLAAIFLSIKENRDVAAVARDALSPLVALANSPLLEVAEMAT CAVANLILDGEIAEKAAVEEVILPATRVLREGTISGKTHAAAAIARLLHSRKVDYAVTDCVNRADTVLALVSFLDSSVNG SVATSEALEALVILSRSGETSAHIKPACAVLAEFPKSIIPIVLCIVDSTPMLQDKTIEILSQLCKDQPVVLGDTVASSSG CISLIAKRIISSTNVKVKIGGVALLTCAAKSNHQRLVEDLNFSNLSTNLIQSLVDILISVQTSSDNQGDGDKEFISIYRH TKEESNSSESNTGTSIICGADLAIWLLSILACHDEKNKMAIMEAGAIDVLTDRISSCFSQYSQIDNKEDNSMWICALLLA ILFQDRDVIRAHPTTKSVPALASLLKSEESANKYFAAQAISSLVCNGSRGTLLSVANSGAAGGLISLLGCADTDIQDLLE LSEEFSLVRYPDQVALERLFRVDDIRVGATSRKAIPALVDLLKPIPDRPGAPFLALGILTHLGRDCLSNKIIMVESGALE ALNKYLSLSPQDATEEAATDLLGILFSSVEIRKHESAFGAVAQLVAVLRLGGRSARYSAAKALESLFSADHIRNAEIARQ AFQPLVEILNTGSEREQHAAIAALIGLLSENPSRALAVADVEMNAVDVLCRILSSNCSMDLKGDAAELCCALFGNTRIRS TMGAARCVEPLVSLLATEFSPAQHSVVRALDRLVDDEQLAELVAAHGAVVPLVSLLSGSNYILHEATSRALVKLGKDRPA CKMEMVKAGVIESILDILTDAPDYLIAAFAELLRILTNNATIAKGPSAAKVVEPLFLLLKRDDFGPDGQHSALQVLVNIL EHPQCRSDYSLTSRQVIEPLIPLLDSPIPAVQQLVAELLSHLLLEEHLQKDPVTQQVIGPLIRVLGSGIHILQQRAVKAL VSIALTWPNEIAKEGGVIEISKVILQADPSLPHALWESAASVLSSILQFSSEFYLEVPIAVLVRLLRSGSESTVIGALNA LLVLESDDRFSAEAMAESGAVEALLELLRSHQCEETAARLLEVLLNNVKIRETKVTKSAILPLSQYLLDPQTQAQQARLL ATLALGDLFQNEGLTRTGDAVSACRALVNVLEDNPTEEMKVVAICALQNLVMYSRSNKRAVAEAGGVQVVLDLIGSSEPE TSVQAAMFIKLLFSNNTIQEYASSETVRAITATIEKDLWASGTVNEEYLKALNSLFSNFPRLRATEPATLSIPHLVTSLK TGSEACQEAALDALFLLRQAWSACPAEVSRAQSIAAADAIPLLQYLIQSGPPRFQEKAEHLLQCLPGTLVVIIKRGNNMK QSVGNPSVYCKLTLGNTPPRLTKVVSTGPNPEWDESFSWSFESPPKGQKLQISCKNKSKVGKSKFGKVTIQIDRVVMLGA VAGEYTLLPASKSGPPRNLEIEFQWSNKTNDTV 

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
PANTHER 1 2108 2108 0.0
PANTHER 1 2108 2108 0.0
Gene3D 17 355 339 3.9E-42
SUPERFAMILY 23 355 333 6.78E-34
SMART 50 92 43 13.0
Pfam 61 91 31 2.3E-4
SMART 93 133 41 23.0
SMART 225 266 42 8.4
Coils 254 274 21 -
SMART 268 317 50 7.4
Gene3D 371 601 231 9.2E-28
SUPERFAMILY 381 689 309 7.4E-28
SMART 439 480 42 360.0
Pfam 482 521 40 2.6E-4
SMART 482 522 41 0.17
ProSiteProfiles 493 535 43 9.222
SMART 524 564 41 11.0
Gene3D 602 947 346 1.6E-14
SUPERFAMILY 618 1020 403 1.32E-18
SMART 690 728 39 56.0
Gene3D 971 1127 157 2.6E-10
SUPERFAMILY 1058 1526 469 6.69E-36
Gene3D 1135 1352 218 7.0E-19
ProSiteProfiles 1153 1197 45 8.732
SMART 1186 1227 42 42.0
SMART 1269 1309 41 370.0
Gene3D 1354 1650 297 9.0E-31
SMART 1355 1395 41 29.0
SMART 1396 1436 41 57.0
SMART 1438 1478 41 63.0
SMART 1526 1564 39 260.0
SUPERFAMILY 1537 1984 448 1.02E-33
Gene3D 1651 1753 103 1.4E-6
SMART 1687 1726 40 9.3
Gene3D 1754 1985 232 1.1E-19
SMART 1814 1854 41 9.9
ProSiteProfiles 1985 2082 98 9.391
Gene3D 1986 2112 127 4.1E-13
SUPERFAMILY 1987 2091 105 1.56E-14
Pfam 1987 2079 93 2.8E-10
SMART 1988 2084 97 1.1E-8
CDD 1989 2079 91 1.27386E-12

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
Molecular function Protein binding Interacting selectively and non-covalently with any protein or protein complex (a complex of two or more proteins that may include other nonprotein molecules).

Expression data

Expression pattern

Expression pattern of LotjaGi4g1v0400900.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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