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LotjaGi1g1v0572100.1

Overview

Field Value
Gene ID LotjaGi1g1v0572100
Transcript ID LotjaGi1g1v0572100.1
Related isoforms 3
Lotus japonicus genome version Gifu v1.2
Description mRNA-capping enzyme; TAIR: AT3G09100.2 mRNA capping enzyme family protein; Swiss-Prot: sp|O55236|MCE1_MOUSE mRNA-capping enzyme; TrEMBL-Plants: tr|K7MTE7|K7MTE7_SOYBN Uncharacterized protein; Found in the gene: LotjaGi1g1v0572100
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr1:110569859..110582766) extracted from Lotus japonicus Gifu genome v1.2.

GCATGGCAGGGCATGATCCTAGTTTATACAGTATTAATTAATAACTTAAACATAACAACACACGTGTGCTCACTTGACTT CACATGTTTTGCATTTTGGTAGTTTGTTTTCGTCCACGCCCAGCTTGGTCTCTGTCTCTATCAGGAGCAACAAACAACTC TTCCTTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTAATCCAACCAACATCAACATACAAAACCAACACTTCTCAGTTCT CTCTCTAGGGTTTGCAGCTTCGACACACCAACACTCACTCAGCTTCTCATTGTGATCGCGCGAACCACTGGTTGCTAATT CTCGGTGAGGTAGGGTCTTGTTACTCTTCCACCCTCTTTTCATTCTTCAAATTTTCCTATTTTTCAAAGTGAATTGCTCA TTCCTTGGTAGAGAAAGACAAACAGAGTGTTTTTCTTGGTGAATTGGGGTTGGAGGGAAAATTATAATTTCACTTGGGTC TAAATAATTGTTCTATCGTGATGTTTCAACATTAAACTAGTTGATTTTGTCTCTTTTTTATTTATTTTTTAATGAATTTT TGCTGATGCATGCTGGCTAAATAATGGGATTACTATTTGGATGGTTCAGGTAGAAGGATTATATAGGTAGTAGTTGGAGG TTATTTGAATTATATTGTGGCGGCGGGCGAATGTTTCTTGCCGCTGCTAAATGATACTTGCTGTGGACTTGAATGCCTTG CCTGTGCCGGAGGAAGATGAAGATTCTATTGAGGGCCATGTTCAAGAGCCAATAGAAACTGCATTAGATATAGTACAAGT ACCCTTTCCTCTATGCTTATGTATTTTTCTTTCATTTGACAATGACGCCTTGGACTACCTAGGTGGTAGTTTATCATTTA TTAGTATGGTTCAAGTGAAGTTACTTACAAGTAGAATTTTCATTGGATTTGTTTCAGTATTTCATTTTCATTTGATGGGT CATTTACTGTCTAGCCTGACTGGATTTGGTTATATTAAGTGTTATATATTTTTCTGCAAAGCTGTATGCAAGTTTTAATG CTCGCTATACAAAATGTGAATTTGGATGCTACCATCCCCTGGCTGGGAATGAAAATTATATGATTGTTAAGATAGCTGTT GGGAATTGGGTTGCAGTAGCTAAATCATACATCCTGCCATGATAAATGGATGGTGGAAATTGCTTCAAAAAAATTTAACT GTCTTGTCCTATCATCTGAAAGAAAAATTCTGAGAAATAAAAAATTAATTGAGTCAAATGATACATTGTGTCTAAATCCT TAATGACTTAATGGTGGATGGCGGAAAGCCAAAACTAGGCCATATTAGACAAACACTGATGGCTGTTGGCGGAGTATCAT CCATTGCGGCTTGCTGGAATTCCGCCATGGCGGATATTTGACAACACTGATCTAAATCAAGACACAGCTCCTGACTTCAT GATTCACTGCCCACAACGCCAAGATTGGAACTCTCATACCAGTTGATAGATCTGGTTCAGGAATCACAATAAATGTTGTG TTTTATTGAAGAAAAAGATAGAACTCTACTGGATACAACATATCCTAGGACATTTGAGAGGTCCTGAACTATCCTAAGCA TTTTATTAACTTAAAACTTATAAAAAAGACCCCCTCTCCTACTCACTCCCTCTCCTCTCCCTATTAGTAGGGAAATGTCT TGTTAACCCACTAACTAACTCATATTCAGTTGACTAACTAGTTAGCTGACTAATTTTATTAACTGACTATTCCGATCAAA GTCCTTGACAGGATTTCCATTTGGCTTTCTGGTCATGCCTTTGACACGATTTCAGCTGATTTTTTGGGCCCCACAAGTAA TCAAATGTGTTATTCTATTAAATATCTCTTCAATAACACAATTTTATTAACTGTCTATTCCAATCAAAGTCCTTGACAGG ATTTCCATTTGGCTTTCCGGTCATGCCTTTGACACAATTTCAGCTGATTTTTTGGGCCCCACGAGTAATCAAATGTGTTA TTCTATTAAATATCTCTTCATTAACACAATTTCTAAAAGCCTGCTCTGTTCTAGGAATGTGAAGAAAGTAAGAGACGATT GAAGAGAGAACGTTCAGATTACAGACCTGTGCAAGCATCACAGTCACCTGGACATGATCAGCCATTCCATTCAAAGATCC ATAAATCCTATGATAGAAGTAAGCTTCCCCCAGGTAAGGATTTCTTTCCCTGCTCAACTTGCTTCCCAGCCAGTGGTAAT TGGTGATGTTATTTCATTATATCTTTCCTCAACTATTTATTATTTTCAAACAATGCCATTCGCTGCAGAATTTATATGTG ACAGAAGCAATTTGGTTAATCTTTTCTAAAATTTGTTATTAGGTAAATAGATTTGGCTTATTTTAAAGTTACAAGCAGCT TGAGTTTTATTTGGGGCTGAGTGAAGGTTGAGTTATCCAAGCAAATACATGACATTGGAGGTTTTCTATTTTTGAAATGC TGATCAATAGCTATTATCCCAATTTTTCCTTAAGTCATTTGATATATTTATTACAATATATTTTATATGACAGATTAAGA TTTTTGTTAATTTTAGTCAAAATAATTTGGTATTTCATTTTATTATATACATGCAGGTTGGTTGGATTGCCCTCCATTTG GCCTGGAAATTTTTTGCATGATACCTTCTAAGGTTCCTCTTGGTGAATCATTCAATGAATATATTGTTCCTGGTAAAAGA TACTCATTTAAACAAGTGATACATCAACAGAGAGTTTTAGGGAGAAAAGTAAGTAAATATTATTCAAAAAACAAAACTCT TTTATTAGATTTTAGTCTATATTGTATGCTTTTTTATTAGATTTTAGTCTCTATCCTACCCTTGGGTTGCTTCATTTTTT ACTGCCTTCTTACAGTCTATTGTGTTGGCTTGCAGCTTGGTCTGGTGATTGATTTGACGAATACTTCTAGATACTATCCA GTATCAGATCTAAAGAAAGAGGGTATCAAACATGTTAAGGTTTGTTGTTGGCAACTATTTCTTGCCAACCAAAGATCTTT TTTTCCCTTTTTATGTCACTAAAACTATGGCCCCTCTTTCTTATCCTTACATTTGAAGATCATTGTTCTGGTTTAGATTC AATGCAAGGGCCGCGGTTCTGTACCTGATAATTTATCTGTTAATCATTTTGTCTATGAGGTTTGTTTCTTTCTTAATAAT ATAGTTTGGTGTTCCTGAGTTTTTAGAAGAATATGACATCTATTTCTCTTTTTATGGTAGGCTTGCATGTTGTTATTTAC ATGAAGAAATTGAGATTACTGATACTTTAAAAAAAAAAAAATTGATCTAATGATTTCATATTTGCTTAAACTAATTTTTT TAATCATTTTTCTAGAGTATTTCGTATAAGCTAAATGAAAGCTGAAGTTGATTCTCTAGTAATTATTGGATGTTTTCAAT TGTTATACCATCTGGATTTCTTTTTTCTTTAAATTTTGTTTTGTTTAATATTTAGTTTTATATCAATATTATATAGTTTT TTATTCTTTAACACGGTTTTGTAAGTTTATGCACAAATGTGATATGATTTTTGTTTCATTTGTGTTTTGAAAATAACAAA AAGAAAACAATCAATGAATGGTTTGTTGACTTTGTTCTCTTTGGAGACAAAAGAAAGTGCTTTTTATTGTCTTATTGCTC CAACATCATTTTGATCACAAGTTTTTAACGATGTGATTATTTTACACTCCAGGTTACCCAATTTCTGTCGCGTCAAAAAC TGTCAAAAAAGTTTATACTTGTTCATTGTACACATGGTCACAATCGAACAGGATACATGATCATTCATTATCTAATGCGC ACAATGTCAATATCGGTTACTCAGGTCAGCTTTGGGGGTTACCATATTTTATATCTTTGTTAAAGATGTTACTTGACTTT AGTATTTATACTTTTTCTTGCCTTCTCTGCAGGCAATAAAAATATTTTCTGATGCACGCCCTCCTGGAATCTATAAACCA GAGTATATTGATTCCTTATACACATTTTATCATGAAAAAAGGCCTGAAATGATAGTTTGTCCTCCTACCCCGGAGTGGAA GAGAACTCTTGAACGTGTTGATCTCAATGGTGAAGCAGTTCCAGATGATGATAATGATGATGATGATGATTATGATGGAA TGGCGGCCTCTCCTTTGCATGTATGCATAATATCGAAAGTGAATTCTGATATTTTTGCATTTTTTTATATCTCAGACTAT ATGTTACCTTATTACATTCTTGGACTTGGTTGTTAATGATTTGTACTTCAGATGCTTTTGTCCAATGTTGATTAAATCTT GATCTCCTTCCTATTTCTCCAGGAGAACCATGAGGCCGACACAATAATGACAAATGATGATGTTTTGGGAGATGAGATAC CTACTGATCAGCAAGATGCATTTCGACAGTTTTGCTTTAAAACGCTTAAATTGGGTGTTGGGGTAAGCCTTCTAAATGGG TGTCTCAGTGAGTTTATTACTTGGATTTCTTTTGTGTTGTCAACTCAGTTATGCACCTGCTTAATGCACCTCTTATGCTT GTTATATAGCCATTTTACTAATTCTTTTAGTGCAGGCTAGAGGACAAATGCATTTTCCTGGGTCGCACCCTGTTTCTCTA AACAGGTAAGTTTATTTAAGTCAATATGTTATATTAATTAAGCAATAAACTTGGGGTTTCTAGTTTGTTGGCTACTTTAC TTTGATATACCCTTCTTTTTGCCATAAGTAGTCGCATGTTGGTGCTGGTGATTATTCTTTTGCACATTTAACGATTGAAA ATGAGTCATGTGTGTGACTTATCACTGAGGGTGCTGTGTGAAATTAAATCTACCCCTAAATTTACCCAGAGTTGAGTTTT TTAAATCTACCCCTAAATTTGTTAGTAGAGAAGGAAAGGGGGATAAGAATCCTCCTAAACCAAAGAACAAAACAAAGAAC TAAGAAAAATGAATACTTTTTTTGAAATTCTTTATCTTTATATGACCTCTTTTGTACTCCCTTCGTTTCATTTTAACTGT TCAGACAGAGAAAAAAAAGGGAATTATTAAGAAATGCAATTAATGTTTTTATCTTTCACGAACATATGATTTAATTTCCT ACTTTACCCTTTAATATGCATTTTTATCTCATTTATTCTTCTCATAAGGGAATTATTTGGAAAAACATCAATTAATGCTC CCTCATAATTCTAAGTTGATAGATATACATAAAAAAGAAATTCTCTCTAAGTGGACAGTTAAAATGAAACAAAGGGAGTA ACTTTTTCCCGTTCAGAGCTACAAGCCTAAAATTACAACCATTGTTCCTTTACAGAGAATCAAGAAACTATTAACTTTTC TCCATACTATAAAATTTAAATATCTCTTCCAAAGATTGTCATTTATTTTTACACTTCCATAGTTTTGTGTGTTAGTTAGT AACTATATTACTTGATTGTAGTAGTTATTTTCAAGACATTGTTCATTATTGACCTGACCTTTTTATCTGTATATGTTACA TGTTAAATTCAATTCCTTGGTATGCAGGGATAATTTACAGCTGTTACGACAGCGTTATTATTATGCTACGTGGAAAGCCG ATGGAACAAGATATATGATGCTCATAACTATGGATGGATGTTACTTGATTGATAGAAACTTTAATTTTCGAAGGGTCCAA ATGAGGTTTCCTTGCAGGGTTAAAAATGATGTACGTGTGATAAACTGCTAATTTATTGTAGAAGTTTCTGTTAGTGTTTG TTGGAGCTGTTTTAACTTAAGTGCACAAACTGAGATCTTCACATCTTTGGGTTCCAAGGGCTTGCCAGAGAAAACTCACC ACTTCACATTACTTGATGGGGAGATGATTATTGATACAGTACCAGATTCAAGAAAGCAGGAAAGGAGATACCTCATTTAT GATCTGATGGCAGTCAACCGTGCATCAGTAATAGAGGTTTGATTTATTTATCTGTAATTTCAGAATATAAAGCTGGATGT TCTCATTTTGGTTTTGACTGTATGGTTTCATACTTTAGGGATGGGAAGTCTTTTGGGCTTGCCTCTAGCAGTAACCAATT TGCATTGTGGGAAAATGTTTTCTTCATTTCAAATTCTTGCGGTAACCAACTACGCAAATGCAGCCGTACTTTTTTCTGAA CAGCATACCATAATTTTTTTTGTCACAATGGAGTTGTTGCTTCTTTTCATTTTAATTTATTTTCTAGACAACAATATAGC AGTTTTTTCTCTTAAAATTTGGGCTAGGCCTAACTTAATCCCCAAAGCAGGATTAAAACAGGAAATATTAGTGGAATGCC AACTAACAAAGAGAAAATCGTCTTCATAATCCATTGACTTAAGCATACTAGTCAATAGCGCGCTAGCGGCGTAGCAGCTC CCTGGCACTATTGAGATGAAATAGCGGCGCACCTGGCACCTCACAATAGCTGCCGTAGCGGCTGTAGCGGGGCCGGCTGC TACGGGATTGACTACTATGGACTTAAGCAAGTATATTGGCTATGATGAATATTATGACAGGGATATTTTTTTTCTTGGAT GTCTAGTTCCTTTTATTCCTCATGTCAACAACACCTTCAAGTACCCATAATTTTTAAACTGAAGTATCGGTCAATAGAAA CATATATGTATTTGAAGCAAAGTAGGTTGCTAGAGATGTAATATAGCCATTCTTGGGCCTTCAACTAAGCGCTTAAACTT GTAGGAGAGTTGATCCTTGATATGATATTAGAGTCTCTTTGGCCAACAGATCAAAAAGTTGAGGTAGGAAGACCTGTGCC CGCTCCATACTTCTAGCCCAATGGATTCTTGCATGAGGATGCATTGCAGTTGTAATAAAGTCATTTGTAAATCTTCACGC ATCGGTTTAAGTTTTTAGGAGTTTTGATCCTTGACATAGCTGAGTAAAAAAGGAATGAAAACTGATGCTGTTGATAAGTG AAGATGACCTCTTTACGTGTTGAACCTCAAGACTTATAGTTTAGAAATAGATCCCATGGTGAATATTTCAGTCGCATTTT CTTTAAAGATGAAGTACCCTAAAATTGATTTAACATTTTTTATCATCAAGTTGATCATGACTTAAGTGTCTGAACAGTTT TTCATTTAATGTTTTCTTTGTTATTTTTATTGATAGGAAGTGTGACTAGCAATGAATGATTAATAGTTCAAACTTGTGCA GCGACCTTTCTACGAACGGTGGAAGATGCTAGAGAAGGAAGTAATTGACCCCAGGAATCAGGAACGGTTCCAGAGCAAAA ATGCATATTACAGATATGACATGGAGCCCTTCAGGGTATGCGTCTCTAACCTTAAATTGTGCCTAGTAAATTATATGATT TTCCCTTGGTAGTGTGTCCATTGATATATCTTAATTTTTTAGGTGAGGAGGAAAGATTTTTGGCTGCTCTCTACTGTCAC AAAACTTCTAAAAGAATTCATTCCGAAACTCTCACATGATGCGGATGGTCTTGTATTTCAGGTGGGCTTAGATCACTTTC GTTGTATGAAATGAGGATGAGATTATCTCTTCTGACTTGTTTAATAACTTGCTTCTGGCTAATGCCCAGCTGTCAAGTAA TGGTTTGTGGCCTTTTAAGATATTTGTTTTTCCCATTGGTTCTCTCTCACATCAGGGTCTACATACTTCTGCAACTTATT CAGCATGAGAATGGATATCCTTGTGGCTTCTATAGTGATCTTAATATGATGTCTGGTAAAAGAGACATTATACCTAGCCT AGCCCATAGAGGATCAATGTTACCTAGACTAGCTCATAGTCCAGGTACATTGGTCCTTTCATTTTATTTGCTCCTTACCA CACACCATGTTTCCTTTTCTTTTCCTTCTGTTATTGATGTGAATGGAGGTTGTTCTGACCATATTTTTATAAGCAGGGTT GGGACGATCCTTATATACCACGCACTCATGAAGGCCTCTTAAAGTGGAAGTATGCTGATCTGAATTCAGTTGATTTTCTT TTTGAGGTGGTATCATTGACCTATTACATATGTTGTTGGATAATACTCTTTCTTCTTTCACTCCACTTGTCTTTTGGTCA CTTCAACTTTATTGCTGATGCACCCATCTAATTTCTAGCTGCTTGTGTTCACAGATTGTCGATGGTCGTCAACTACTTTT TCTCTATGAACGAGGAAAAAGGAAACTCATGGAAGGGTGTGGGGTTGCATTCGAAGGTCAGGAAGATTTTTGTTGTATTA ATTGTCCTACTCATTCAGTTTTGGTGTTTATAATTTCTACAAAATATCTTAGAATATCATCAGTATATCTGAGAATAATT TAGAATATCTTAAAGGATATTTTGAATATATTGTGTAGTCAATTAGTTATTCCCTATATTTATTGTGTTTCCTTATTTAA TTAGGGTTAGTAGTCTTATGACTCTTGTCACATCCGTGGGCTCGGGAAACAGTGATATTACTATTGAATAGTGCCTAAAC TATTAGTATAAAAAGGACCAATGGTTCAGCATTTTGCATTTGAATTCATTATTTTATTCTCTTCCCCCTCCCCCTTTCCA ACCTAAAATTAATTTCAACAACAATGGTAGGATTTCATGCTTCATGGTATTTTTGGAAGAAAATAAGAACATTGCTTCAT TGTAGAATAGGAAATTCCAGTCATGATCATGGCTTTATTGGTTTCTCATTATGATACTATATTCATGTATGTCAATGCAG TATCGATATTGGAATTTTCTAGCATCCACCTGAAAAGTGTGTGTATCCGCAGCAGTGTCTCAGTTTTTGGGACAATGCTT AGTAATACTATTCCGTGTATGGTGTGATGCTTATGTTTTGAAGTCTGCAGCTTGTCTGAATTTTTTTTTTGTTGCATTCA TTGCAAATGCTTAACAGAAATTTAAATTTTGCAGAAGGTTCAGACCCCTTGCTGTATTCTGAAAAGATCATAGAGTGTTC TTGGGATTCTGACAAACAGAAATGGATATTCAAACGAGTCAGAACAGATAAGTCAACTCCAAATGACTTTAATACATACA AGAAGGTCCTCTTTCTGTTTGCCAACTCCTCTGATTTTTAATTTCCTCGTCTTTCAATCTGTGCATATTATTCAAGTCAT TGGCGTAATTTATTACAGGTGATGCAAAGTATAAAAGACAATATCACAGAGGATATCCTGTTGAATGAAATAAACGAGAT AATTCGCCTTCCCATGTATGCTGACAGGATAAAAATTGACAGCAAAGCCACTAATATGAAGCGAAGGTAAATCAGAGGCT ATGATATTTTCACTGGTGAGAGGATTGGATGATGTTGAAAGTGTATAACATCAGGTGAAAACAGGATCAAATGTATCCAC CGATGTCTGCCTGTGGCCTTCTATGGTTATTTATTCAGATGTAGAGTTAGGTTTAGAATCTCAATGTATATTATCTTATT AGTTTTCATTTTTAAGTAGTGATTATAAGCTGTTCAAAGGGTAGTTAGTATCTTAAAGTCAAGTTCCATTGACTTTCCCT TATGTGAATATTAGATTTGGAAATACTAACGAGCATTAATGTAGAAGTTATTCTTCATTTTACCTTAGCTCTTCAAAACT GTCAAAGTAAATGGCAGTCTGTATGTATAAACCCTCTGTTTGTAAAGTGTTCCCATGTGGGATACAAAAGTTTTTCTCAA AGCATCATAAAGTAGTTTCCTAAAATAAACGCGTTAAGAGGAAGCTCGGATTCACTTTGTTTATATGTTGCTTTATATAA CAAATTCATGTCGACCTGATTCATTTAAATTCACGTCGTAGTTTTTAATCATAGATTGAATGGATGTTTTTAATCATAGA TGGAAAAGTAAAATAAGATTTGACGATTTTCATTATTTATTATAAATGTTATTTAGTTACAAATTTAAGCGTTGATGGGT ATTATGCACGTTTTATATCATACTATCGATTTATAAACGCCAAAGTTTTGTTCTTAAGATTGGTAAGCCAAAAAGAAAAC ACCATCATCCCCATAGATGACTTTGAATGAATGCATCTGCAGATCACAATATTTTCTGAACCGGTGTCGGTCTGAAATGC TTCGATTTTCAAAATCACAAATTGACAAACCTGCACAAATACTATCCATGTAAGAACAAAACCAGATTAAAAAGTTCAAA CATGCTGAATTAGAGTCTTCGAAAACTCAAATCTAGCTAAAAAATGATTTTTCCTATTGTGGCTGAAACTGAAGATCAGA GCAAAAAACTCCTGAACGAAACAAATGAAATTTTTGCTACCAAACGATCATGTTATCTGAGTATTCTAAGCAAAATGATG AAGGAATTAAGAAATGAAATGCACTCAAAACATTGGTATCTTAAAATGCCATCATTTAGAATGAATATTGTAGTATTCTA ACTAGTATTCTAACATTATCACAAAAAATAGATCTCAACAACGGTAGAAGCGAACAACTGATTGCACTTAACTAATTTGA AGGAATCATTGAATGAACCCAAAAGTGAAGGACATCAGACCTACTTGAAAGGGATATCCCATAAAAGAAAAACCAAGAGG GCATAAAACTATCATTACCAAACAAATATTTAGAGAAATGCTAGCAACAGACTTTTTTGGACACTCTTTAACATGCTCTT TATGATTAGTCTATTTCTTAAAATGACAACAAATTTGCCTTGTAAGTTAAACACCTTTTAAAAAGTGCGCTGACTTAAAA ATTGGACCAAATTGAAGAGTGTATTCAAAAGATCGTGTTGCTAACATTTTCCAATATTTAAAGCCAACAAATCTACTTTA TAGATGACCAAATGACAACTCAGTAGCTCTATTAGTTGTTTTATCTAATTAGATGTAGTAGTTTCAATACTAAGTATATA TACACACATTGCTTGTCTTCTGCCAGACAGTTCAAAATGAGGGTTCTTTACGCCTTTCGAGGCTATTATGAAACTATATC AAAAAGAAAATACTTCAAGTTTCTTTGGTGACAGAAGAGCATACTTCAGCATCAAGGAAAGGCACTCAGAGACATTCAAA TAGATCCAAACCTACATAGAAGGAGATTTAAAGCTCAAAAATAGTACCTGACTGACTCTTTAGGGTCAACCGTTCAAATA AGGTTTAAGATTAGAAAAAGCACAGAAAGGAAACTTCATAGGATAATACCACTTGTAGTGTAACCAAAATCCTCCCACAT CTTTCTAGTGCAATCTTTTCAATGTTATGATGGTTAATTATTAGCCCACATAGCAAATTCTTTATTTAACAATGTTACAC TGTTGGGCAATAGATGTTCCATAAACAGAAATATGAAAAGCTGTAAATACTCATTAATACCAGTGTAGTCAATATCGGAT AGCGGTCGACCTTGAAAATGCTATTGCGGTATAGCACATAGCGCGATGGACGCTATGCTGAATTTTTTGTATAGTTCATA TAATATGGCTATATGCATATAAATGACAAAAAATAAAATCTCAAAATTCATGGCACTCATAATTAACATTAAAAAGTCAT ACGTGTTTTAAACAAAAATACTAGTACCAAGAAATGTTAAAGTAACCAAGAGGTTTATGTCTCTATTTCTTAACTGAATT GCCTAAAAACATGAAAATTCTATATCACTTCCTCAGTTCCTCCTCAAAGTACACCATTTTCAGGATTATTCAAAGCAAAA ACCCTGAAATACCTCCCCAAAAAGCTCTAACATGAATTTTTTGTGGGTTGTTTTTGGGTTGGTATCAATTCAAGCAAATA GCGACCAAATAGTGCTGATGTGGCTGCTATTTCCTCCGCTTTAGCAGCCACAACAGCCGCTGCACTGAACTTCACCGCTA CGCAACAATTAGGAGCGGCCAAGGGCCGCTCCGCACCGCTATAGCCCTATTGACAACCCTGATTAATATGCTTCTGTTCT ATGTTTTTGCAGTGCATTGTCCACTTAGGAAATAGCAGGTACTACAGAAATTTCAGTACACTGGCCTTTGGTTTTCAGGG ATTGCAGGTATTATCAACACAATTTCAACATCTATGTATCTGAACATATAATAGCACAAGTCAACCCAATTTGGCAAATT CCACTACAATTCCATGAATGATATTTTTAGCACAGTCACTAATAAATCCAGCAAATAGCAGTATCACACTGACACACACA TTGGTTCATTCAGTTATCAATATATTCCAGTAAAATCATCCATAGCCTATAAAAAGTTAATTGAAACACAAAGTTACTTA CAACATGGATCAAGCTAACATGGAAATCAGAATACTTGCAACACAGGTCGTTTCCCAAGCCTCTTGATCTCTCTATCCAT TTGTCCGGTGAGCATTAAACCAAACATCTTGTAATCACAAATGAGTGACCAAAAGGGGTGCCCAAAAGTGGCAGGAACAT TCCCTTCAACAAAGAAATGACTATACCAGGCACAACCATACCCAGATAAAGGCACAAAGAACAAGAGCCACCAGCTGAAC AAAACTGAACAGAGCAATGAGAAAATACTCAAGATCGTGCCCACAAAGTGCCAATTTCTTGTGGATGGTTTTGAATGCTG GCTGACATAAAAAACCCAGAAATCTTCCAAGCTCCGAAAGTTCATGACTTAGTAGAAATAATCAAAATCTGATTTAGTTT TTCAAAACCCAATTGGGGGAAAAGGCTCAAAATCTTAGAATTTGAAGGGATTGAGATAAAAAAGAAGAAGAGAAATGAAG AGGGTATTCCTGAAACTGTGAATTTGGAAGCAAAAATTATTGTTGTGAAAGGGTAAGGACTAAGGATACAGAGGACCATG TAAGGAAGATGACAGACAGAGATGTGATGTGTTGATGATTTTGAAGGATGTGTTCTTGTCTCGATTGGATGTCGTATTCA TCTGCTCAAGTATTCTCTGATTTCTCTC
Download Genomic Sequence

CDS sequence (LotjaGi1g1v0572100.1) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGATACTTGCTGTGGACTTGAATGCCTTGCCTGTGCCGGAGGAAGATGAAGATTCTATTGAGGGCCATGTTCAAGAGCC AATAGAAACTGCATTAGATATAGTACAAGAATGTGAAGAAAGTAAGAGACGATTGAAGAGAGAACGTTCAGATTACAGAC CTGTGCAAGCATCACAGTCACCTGGACATGATCAGCCATTCCATTCAAAGATCCATAAATCCTATGATAGAAGTAAGCTT CCCCCAGGTTGGTTGGATTGCCCTCCATTTGGCCTGGAAATTTTTTGCATGATACCTTCTAAGGTTCCTCTTGGTGAATC ATTCAATGAATATATTGTTCCTGGTAAAAGATACTCATTTAAACAAGTGATACATCAACAGAGAGTTTTAGGGAGAAAAC TTGGTCTGGTGATTGATTTGACGAATACTTCTAGATACTATCCAGTATCAGATCTAAAGAAAGAGGGTATCAAACATGTT AAGATTCAATGCAAGGGCCGCGGTTCTGTACCTGATAATTTATCTGTTAATCATTTTGTCTATGAGGTTACCCAATTTCT GTCGCGTCAAAAACTGTCAAAAAAGTTTATACTTGTTCATTGTACACATGGTCACAATCGAACAGGATACATGATCATTC ATTATCTAATGCGCACAATGTCAATATCGGTTACTCAGGCAATAAAAATATTTTCTGATGCACGCCCTCCTGGAATCTAT AAACCAGAGTATATTGATTCCTTATACACATTTTATCATGAAAAAAGGCCTGAAATGATAGTTTGTCCTCCTACCCCGGA GTGGAAGAGAACTCTTGAACGTGTTGATCTCAATGGTGAAGCAGTTCCAGATGATGATAATGATGATGATGATGATTATG ATGGAATGGCGGCCTCTCCTTTGCATGAGAACCATGAGGCCGACACAATAATGACAAATGATGATGTTTTGGGAGATGAG ATACCTACTGATCAGCAAGATGCATTTCGACAGTTTTGCTTTAAAACGCTTAAATTGGGTGTTGGGGCTAGAGGACAAAT GCATTTTCCTGGGTCGCACCCTGTTTCTCTAAACAGGGATAATTTACAGCTGTTACGACAGCGTTATTATTATGCTACGT GGAAAGCCGATGGAACAAGATATATGATGCTCATAACTATGGATGGATGTTACTTGATTGATAGAAACTTTAATTTTCGA AGGGTCCAAATGAGGTTTCCTTGCAGGGTTAAAAATGATGGCTTGCCAGAGAAAACTCACCACTTCACATTACTTGATGG GGAGATGATTATTGATACAGTACCAGATTCAAGAAAGCAGGAAAGGAGATACCTCATTTATGATCTGATGGCAGTCAACC GTGCATCAGTAATAGAGCGACCTTTCTACGAACGGTGGAAGATGCTAGAGAAGGAAGTAATTGACCCCAGGAATCAGGAA CGGTTCCAGAGCAAAAATGCATATTACAGATATGACATGGAGCCCTTCAGGGTGAGGAGGAAAGATTTTTGGCTGCTCTC TACTGTCACAAAACTTCTAAAAGAATTCATTCCGAAACTCTCACATGATGCGGATGGTCTTGTATTTCAGGGTTGGGACG ATCCTTATATACCACGCACTCATGAAGGCCTCTTAAAGTGGAAGTATGCTGATCTGAATTCAGTTGATTTTCTTTTTGAG ATTGTCGATGGTCGTCAACTACTTTTTCTCTATGAACGAGGAAAAAGGAAACTCATGGAAGGGTGTGGGGTTGCATTCGA AGAAGGTTCAGACCCCTTGCTGTATTCTGAAAAGATCATAGAGTGTTCTTGGGATTCTGACAAACAGAAATGGATATTCA AACGAGTCAGAACAGATAAGTCAACTCCAAATGACTTTAATACATACAAGAAGGTGATGCAAAGTATAAAAGACAATATC ACAGAGGATATCCTGTTGAATGAAATAAACGAGATAATTCGCCTTCCCATGTATGCTGACAGGATAAAAATTGACAGCAA AGCCACTAATATGAAGCGAAGGTAA
Download CDS Sequence

Protein sequence (LotjaGi1g1v0572100.1) extracted from Lotus japonicus Gifu v1.2 Proteins.

MILAVDLNALPVPEEDEDSIEGHVQEPIETALDIVQECEESKRRLKRERSDYRPVQASQSPGHDQPFHSKIHKSYDRSKL PPGWLDCPPFGLEIFCMIPSKVPLGESFNEYIVPGKRYSFKQVIHQQRVLGRKLGLVIDLTNTSRYYPVSDLKKEGIKHV KIQCKGRGSVPDNLSVNHFVYEVTQFLSRQKLSKKFILVHCTHGHNRTGYMIIHYLMRTMSISVTQAIKIFSDARPPGIY KPEYIDSLYTFYHEKRPEMIVCPPTPEWKRTLERVDLNGEAVPDDDNDDDDDYDGMAASPLHENHEADTIMTNDDVLGDE IPTDQQDAFRQFCFKTLKLGVGARGQMHFPGSHPVSLNRDNLQLLRQRYYYATWKADGTRYMMLITMDGCYLIDRNFNFR RVQMRFPCRVKNDGLPEKTHHFTLLDGEMIIDTVPDSRKQERRYLIYDLMAVNRASVIERPFYERWKMLEKEVIDPRNQE RFQSKNAYYRYDMEPFRVRRKDFWLLSTVTKLLKEFIPKLSHDADGLVFQGWDDPYIPRTHEGLLKWKYADLNSVDFLFE IVDGRQLLFLYERGKRKLMEGCGVAFEEGSDPLLYSEKIIECSWDSDKQKWIFKRVRTDKSTPNDFNTYKKVMQSIKDNI TEDILLNEINEIIRLPMYADRIKIDSKATNMKRR
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
PANTHER
PTHR10367:SF10
17 670 654 0.0 –
PANTHER
PTHR10367
17 670 654 0.0 –
Coils
Coil
28 48 21 - –
MobiDBLite
mobidb-lite
41 77 37 - –
Gene3D
G3DSA:3.90.190.10
56 274 219 5.4E-59
IPR029021
PIRSF
PIRSF036958
67 674 608 9.6E-237
IPR017074
SUPERFAMILY
SSF52799
79 269 191 2.72E-47
IPR029021
CDD
cd14502
83 249 167 2.19561E-64 –
Pfam
PF00782
132 252 121 2.6E-16
IPR000340
SMART
SM00195
139 254 116 0.0023
IPR020422
ProSiteProfiles
PS50056
177 246 70 13.606
IPR000387
ProSitePatterns
PS00383
199 209 11 -
IPR016130
Gene3D
G3DSA:3.30.470.30
305 548 244 1.5E-79 –
SUPERFAMILY
SSF56091
313 549 237 1.01E-42 –
CDD
cd07895
349 549 201 1.29089E-89 –
Pfam
PF01331
353 548 196 1.5E-76
IPR001339
ProSiteProfiles
PS50160
444 576 133 9.806
IPR012310
SUPERFAMILY
SSF50249
551 662 112 3.77E-23
IPR012340
Gene3D
G3DSA:2.40.50.140
590 655 66 2.3E-22 –
Pfam
PF03919
593 645 53 1.7E-17
IPR013846

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:0003910
Molecular function DNA ligase (ATP) activity Catalysis of the reaction: ATP + deoxyribonucleotide(n) + deoxyribonucleotide(m) = AMP + diphosphate + deoxyribonucleotide(n+m).
Subterm of
GO:0004484
Molecular function MRNA guanylyltransferase activity Catalysis of the reaction: GTP + (5')pp-Pur-mRNA = diphosphate + G(5')ppp-Pur-mRNA; G(5')ppp-Pur-mRNA is mRNA containing a guanosine residue linked 5' through three phosphates to the 5' position of the terminal residue.
Subterm of
GO:0004651
Molecular function Polynucleotide 5'-phosphatase activity Catalysis of the reaction: 5'-phosphopolynucleotide + H2O = polynucleotide + phosphate.
Subterm of
GO:0004725
Molecular function Protein tyrosine phosphatase activity Catalysis of the reaction: protein tyrosine phosphate + H2O = protein tyrosine + phosphate.
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: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:0006310
Biological process DNA recombination Any process in which a new genotype is formed by reassortment of genes resulting in gene combinations different from those that were present in the parents. In eukaryotes genetic recombination can occur by chromosome assortment, intrachromosomal recombination, or nonreciprocal interchromosomal recombination. Interchromosomal recombination occurs by crossing over. In bacteria it may occur by genetic transformation, conjugation, transduction, or F-duction.
Subterm of
GO:0006370
Biological process 7-methylguanosine mRNA capping Addition of the 7-methylguanosine cap to the 5' end of a nascent messenger RNA transcript.
Subterm of
GO:0006470
Biological process Protein dephosphorylation The process of removing one or more phosphoric residues from a protein.
Subterm of
GO:0008138
Molecular function Protein tyrosine/serine/threonine phosphatase activity Catalysis of the reactions: protein serine + H2O = protein serine + phosphate; protein threonine phosphate + H2O = protein threonine + phosphate; and protein tyrosine phosphate + H2O = protein tyrosine + phosphate.
Subterm of
GO:0016311
Biological process Dephosphorylation The process of removing one or more phosphoric (ester or anhydride) residues from a molecule.
Subterm of
GO:0016791
Molecular function Phosphatase activity Catalysis of the hydrolysis of phosphoric monoesters, releasing inorganic phosphate.
Subterm of
GO:0042025
Cellular component Host cell nucleus A membrane-bounded organelle as it is found in the host cell in which chromosomes are housed and replicated. The host is defined as the larger of the organisms involved in a symbiotic interaction.
Subterm of

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Expression data

Expression pattern

Expression pattern of LotjaGi1g1v0572100.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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