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| Field | Value |
|---|---|
| Gene ID | LotjaGi3g1v0075100 |
| Transcript ID | LotjaGi3g1v0075100.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Glutamate--tRNA ligase; TAIR: AT5G64050.1 glutamate tRNA synthetase; Swiss-Prot: sp|Q9FEA2|SYEM_ARATH Glutamate--tRNA ligase, chloroplastic/mitochondrial; TrEMBL-Plants: tr|V7ALD7|V7ALD7_PHAVU Uncharacterized protein; Found in the gene: LotjaGi3g1v0075100 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:8237245..8259265) extracted from Lotus japonicus Gifu genome v1.2.
CACCACACTTTTGAGTAAAAAACCACACTTTTGAGTAAAAAACTGCTTCGGAAACCTTATTTCCGAAATATTTCGGAAAC TGAGTTTCCGTAACTGGGGTGACATTTCTAATGATTGGGGTGTCAAATCTAATGATTCCTTAACACGCGCCACCTAGGAA ATTCAGAAACCAAAATGATGTCATTATCAACCTTTATCTAGTCGTTTCAGAACTCCCAAGCAACACTCAAACACAGTGAG AGAGACAGCGAAGATGGCGGCGATGTTGGGTGGCGCCACTCCATGGTCCAAGGTTGTTGCTGCTCCCATTTTTCACCAAA CCTACACTTCACGCCGCACCTTCTTCTTCCGAAGAGCCTTCTCAGTCACTGCACATTCTTCACCACAACAACCTGTTCGT GTTCGTTTCGCTCCTTCTCCCACTGGTAACCTTCACGTTGGTGGTGCTAGAACAGCCTTGTTCAATTACTTGTTTGCTAG GTACCTTCCTCTTCTCCTTCTCCTTCTCCTTCTCCTTCTCCTTCTTCTTCTTCTTCTGATTCTGGGTATGTGTTGTTTTT TTTTTGTTTTTGATTTGATGTTTTTGGGTTTTTTTTCTTGTTTATATATAAAAAACCAATTTTTGATTCTGGGCATGTGT GATTTTTTGTTTTTGATGTTTTTGGGTTATTTGGGTATGTTAATTTCAGGTCCAAAGGTGGGAAATTTGTCTTGAGAATT GAGGATACTGACTTGGAGAGGTCTACCCGGGAATCTGAGGAGGCCTTGCTTCGAGATCTTTCTTGGCTTGGCCTTGATTG GGATGAAGGTGAGGGTGATCATGCAATTTTCTTTTCTTTGTGTTTGTGTTTATCTTTTTATTTGGTAACATTTTGGTTGA TGATTAAGTGTGTGAGTTTTGATGTGATGAACATGCTAGGTCCCGGTGTTGGTGGGGATTATGGTCCATATAGGCAGTCT GAGAGGAATTCTTTGTACAAACAGCATGCTGAGAAACTCCTCCAATCGGGTCAAGTTTATCGCTGCTTCTGTTCTAATGA GGTATTTTGTTCACACCCTCTTGAACTTGTAATGTAACCTTCATTGTTGTAGAATGTTGTTGGGGCAGGTTAAGGGCCAT TTGTTTGTGTTTATTCCCTAGAAAGCATGTTTTAAATATCATAACAATTATGTAAGTTTTTCGTAAACAAAAAGTCAAAA ACCTTGAAAAGAAGCTGGTTAAATGCTTTTCGCAGAAGCTATAAACAATAGTCTTTGATAAGTTATGATAAGGTCACTTT TTAGCTTAAACAAACGGCCAAAAATGAGAAATGATGACTTTTCTAAGCAGATCTGCAAAAAAAAACAAAGGTAAGCAATT ATATTTCCACAATAAGCTAATTGAAGCATGCATTCAATTAAGATATGAAATGGGAACTTGCTTATATGCTTTAAGTTGCG TTGTATTTGGAAGTAGTAGTACTTTAATATTATGTGTTCTTTCTTCAAATATATGTGATCTGGTGGTCAAGATTCCTTAG CTTCAGTTTAGTTAGTTCTTCTGTTGGACAAAGAATTTATTTTGCACCTGAGACAATGGTTTGTGGTTCAGTTTACTGAA AATTGCTTTTCCCTGAGGTATCTTATTTTTGGAATGTGTACCTTTTATGAAGAAGTAGGGTTTATGGAGCTGTGCTGGTG GAGTTTTTTCATCATTTCCTCTGCTAGTTTTGAAGCATGTCTATCCTTGATCTAAATTTACCCAATGTTTCTTGTTTATT CTTATTCATCTTAACAGGAACTAGAGAAAATGAAGGAGGTTGCTAAGCTAAAGCAACTACCTCCAGTATACACAGGTAAA TGGGCCAGTGCGACAAATGGGGAAGTAGAAGAAGAGCTCAAAAAAGGAACTCCTTACACCTACCGGTTTCGTGTCCCCAA AGGAAGTTTAAAAATTAATGACATAATACGAGGCGAAGTGAGTTCTTTCCACCACTTTCCAGTTTTTTATTTCTTATTTA TTCCACCCTCATGGTTTGATTGATGATTTCCTGCTCTGTTGTACTAATAGCACTTCACATCTTTTATTGTGTTAAGTCAA CTAGCATCTTGGAAGTATTTTATTTCATCTCATAGTCTACTATCCACTATGCCTTAGAAACAGCAGATTATGTAATGGCA TAAAAGTAGCATCTGTGTTGCATGTTCGAATGTGCAAATGATGTATACAATTTCTTTTAAATTTACATTGAATAGCTATT AACTTTCTTTGGTAGTGTTGTGAAGGTTGTTTGGAACTTGGATACACTTGGAGATTTTGTGATAATGAGGAGTAATGGCC AGCCTGTTTATAACTTTTGTGTGACAGTTGATGATGCTACCATGGCTATTTCTCATGTCATCAGGTATTGCTTTTAATTT CTTAGCCTGTCAATATGCTTGAGCAATTATTTTCACTAATGTATTGCATAAATTATTTGTAATTCAGAGCAGAGGAGCAT TTACCGAACACTCTAAGACAAGCATTAATATACAAGGTAAAGTGAAAATCAAAGAGTATATCATCTTTTATAGAATCTGT TTTTTGTTAAAATTAGTTAGTTCACCATCGATTGCTCTTCAATGCAATCCGACACCAAATTAAAGTCTGAGTTCAATTAT TATATTGTGAAGTGAAGTTGGTCTTCGTCTGCTCTTTGAATTTGTCCGTACACGTATAGACCATTGTCTATGATGTTATC CTATCAAATGCCAGTTTTATTGTTGAGAGGTGACTCATATATTGTCTATAGTCCAAACCAATATTCTATATTATTGCTTC GGAAACTGGCACTGTTTTGGGGACTTGATGCTATAGAGAGGGAGGCAGGTGAAATTATTGAGGTATTTGGTCTGAGTTGA ATAGCTTTCATTACTAACAATGCAATGAGATGTGCTTTACTTTTTGCTGGAATGGGGAGTTGGCAGAGGTAATAAATTGA AGGAAACAAACTATTAGAAGTGGGAAATCTTATGCTCTCAGATTATGGGAGTGACAGAGCCAAAGTGGTTTGATGATGGA GAAAACTGGATTTGTTTAATAGCAAACAGTGGTCTCGGGCTCTAGGCATGATAGAACCGAACTTAGTGACAGTATTTATA ACGGAGGTTTCATACGCATCTACCACTATTTAATGAGGCCAAAGGGGGAAAAATATCTTATGTAGTAGAGGCAAATAAAT TTGCAACCCCAGTGATGGACAATATAATACAAATTTCAAATCATAGAATAAAGTTGCAAAAGTAGGTTAAGTTCTAAATG GATGATTGTTTGAGATTGAGTATGCAAAAAGTGTCTTTGTTCAAGTTGTATTGATTTGCTGGTTTACAGTGTATTTTCTC TGTATTACTTGTCAGTTTATACTAGCTAGATGAATTTCCTGATTTATTGGTTTTATTTCATTTCGTTATTTTTTTTTTCT TTCTAAAATCTGTCGTTTCATTAAAATGGGGTTTTTCATTGGGATGAGTTGGGAGGTCCAGATTGAGAAATTCCAAATTA AGGGCTCGTTTGGCACGCCGTATTAGACATGATAGTATAAGCTTATACAATACATTATGAGTTTATCCATTGTTTGGTGA TGACATTGTATTGTATAAGCTTATCCATCAAAGTCTCCTTATACGTTAAAATGACGTATAATTTAATCCATCATGTGAGT GAAGGATAAGGCATGATAAGGTTGTGACTTATAAGTCACCATCACCACCCTCCATTGCTGCCAACTTACACCACCATTGG CACCACCACCGCCACCGGTGTTGCCGCCACCATCCGATCACCACCGTCGTCGCCACCACCGCCCTACCGTCACCACTGGT GTTGCCACCATCGCCACCACAACCACCACCCTATCGCCACCGCCACCATAATCGCCGCCACCACTCTATTGCTACCACCG CCACCACTAACACCACAACCACCACCCTATCTCCACCACCACCACCATTGCCTCCACCCTCCACCGTCGCCACCATAATC GCCGCCACCACTCTATTGCCACCACCGCCACCACTGACACCACAACCACAACCCTATCGCCACCACCACCACCATTGCCT TCACCCTCCACCGTCGCCGCCACCATACTGCAGCCGCCACCGCCTTACCACCACCCTATCGTCGCCAACACCACAACCAT CATCGTTGCCACCATCGCCACCACCCGATCACCACCACTGCCACTGCCACCACCGCCTTACCACCACCGACACCACAACC ACCACCCTATCGCCACCACCACCACCACCCTATCGCTACCACCACCACCATTGCCTCCACCATCCATCGTAGCCGCCACC GCCTTACCTCCACCACCACCCTATCATCGCCACCACCACAACCACCATCGTTGCCACCACCACCACCAACCTATCTCCAC TGTCACCACCACCGCCACCAACACCAACCTACCACCATTGCCACCACCACCACCAACCTACCACTACTTCCATCACCACC GCCACCACCGTTATAATCACCTCCATATTTGATTTTTATTATATATCATTATTCAATACTTCACTAAACATAAAATTGCA TTAATTTAAACGATATGGTAAATTATACAGAGTATGGCCAAACGCTGGATTGTATAAGAAAGTTATCAGGGCTTATACTA TCAGGCCTAATACTATCAGGTCTTATACTATCAGGCCTTATACTATACGTCGCACCAAACGGGCCCTAAGGTAATATAAC CAATAGAGTGATTGATTCTGAGTGAATCTAAGCTTCTGTTTTTTGAAAAGCACATTTCTTAAAGCATTTTTTGAAATTTT GATTAAAAGAAAAATCCAAAAAATTCAGTTTCGTACTTATTTTCAGAAAAAATAATGAGTAGGTTCTCAAAAACATTGGA TTGGTAAGTTAATGTATGGCTAACCCATTGACCAAGATATTGCTTAAATTTTTCCTCGTTTAAAATGTGTTTCGACTTTC TAAATTGTAAATCTTGTTTTTATTTTCTTCCTTGGATTATGCAATGATCTAGGTGACTGATTATGGTTTGTTTTGCATAT GCGCTTGGATGCGTTTACAGGCACTAGAATTTCCCATGCCTCACTTTGCACATGTTTCCTTGATTTTAGCTCCTGATCGG AGTAAATTATCAAAAAGACACGGAGCAACATCAGTGGGTCAGGTAAGGTTAATTCATCATTTCCATATTTTATTCATCTT AAAGTTATGAGGTCTCACTTGACACTTCTCTTTTCAACATCAGTGGGACAGGTAAGTTTTAATGAAGCTGGTCTCTTGTA GCTTAAGTTATTCGAACTCTAATATCTGCTTTCTCACAGTTCAAGGAGATGGGATACCTACCTCAAGCAATGGTGAATTA CCTAGCATTATTAGGTTGGGGTGATGGGACTGAAAATGAGTTTTTCACTCTTGATCAACTTGGTTAGTGATTTTTGTTTG AACTCCACTTTTTTGGTATGCTATCATATAGAATGCCACTTTATTTTTTGAAGACATAGAAAACTTAGATGGTTTGTTTC TAAACAGGAAATTTTCTCGACAATTTTCTTACTGAAGAATGCTTTTCTTGTGTTATTCAGTTGAAAAATTCACTATAGAA CGAGTCAACAAAAGTGGTGCTGTTTTCGATTCCACAAAGTTAAGGTAACTATTGCATGTTGCCTACTTTATATGAATAAA ATCCTGTATGTTTTCCGTAGCATTCCTATGTCATGAAATGGTTCAAATTTCTCACACAATTGCTTCTCTGAGTTATGACA ATCTTAATTTTATACAAATGTTTACTTATTTCAACCGCTATATGTCTTCCACTATTTGTCCGCAATTTATCTGCTATATG ACATAGCGAATTTTCGGCTTTCTGCTGATTAACAACACTGTATGTAGCATACCTGTACTTTAATTTTTTTTTTTTATAAA TCTCATACATCGTACCCACATTTGTATTGTACCCCATACTGTATCCATAACTGTGCAAACATAGGTTATGGGATACATGT TTCATTTTCATTGCATATGATTGCTGAGTGTGATTAGTTAACTTGTTCATATTATAAAATTGGAGTTTTTTTAGGAGTTC TTACAAGGCTTTGCTGCTAATAATGAAAAATAAAAATACAATTAGTGCCCTTGTAATTTGCGTTCTGCCTTATATTTAGG TGGATGAATGGTCAGCATTTAAAAGCACAGCCATCAGAGGAGTTGAAAAGTCTTATTGGAGAGCGGTGGAAGACATGTGG CTTGCTTAACGAATCAACAGGGCCCTTCATAGATGTGAGATCCAATTGCCTGCATCCTTGATTTAGTCTCCTTATAAATA GCATTGGTTTAGCTTCATTTCTTAAGGCACTTTGATTTATTTATTTATTTTAATGTTGTCACATCTTGTAACACTGGACT CAGAAGCAAGTGATAATCCATGGTTGACTTACAGGAAGCAGTTCAACTACTTAAGGATGAGGTTTACTTGATAACTGAGG CAGACAAGTCACTTGCTAACTTGCTGTCTTATCCTCTACATTCTACTTTGCAGAGGTCATGCTCATATTCTTCTAATAGC TCACTGTTGTTGGCTATAAATTGTAACATGTATTGATCATAGTAGTCAATAGCGGCAAATAGCGGCGCTATAGCGGCGTA GCGGAGCGGAGCGGCTCCCTGCCGCTATTGAGATGAAATAGCGGCCAACTTCACAATAGCGGTCGTAGCGGCGCGAATAG CGGCCAAAATAGCGGCAGATCGCGGCCAATAGCGGGAAATAGCGGCGCTATATGAATGAAGGAGAAAATGACTCAAGCCC ATTCGTTTTAAATCGTTGGGGAACCTTTTTATGGGCATGTTAGGACTTCTCAGGGCCATTATAGGTCAAAATTGAAAGAA TTAAGCTTCATTCTTCATTCAGATTTGCAAATTCGACTTCTTTACCTTGCTTTTAAGAAGTTATTAGTTGTGTGTTATTG TTCAAGACTTATGATTTTTATTTCTATTATGAATGTTATGAATTTTAGGCAATATTTGACATTGTTTGCTATTTATATGT ATATAGTATTAAACTATTAATGATATAAAATTACATAAAAAAATTCAGAATAGCGGCCATCCCGCTATGCGCTATCACGC TATCCCACTTTTGGGGCCAGCCGCTACGCGCCGCTATCCGGGATTGACTACTATGGTATTGATACCTGATGATATATGCG ATATGCATTATTGATTGTTCAAACGTTCTACCTGTTTGTGGCAGCAATGAAGCAGAATCTGTCATACAAGATAATCTTTC TGATTTCTGTGCTAGCCTCTTGGCTGCCTATGATAGTGGTGATCTGGTAGCTGCACTTGAAGAAGGCCCAGCTGGGTGGC AAAAGTGGGTGAAAGGCTTTGGTAAATCACTTAAGCGCAAGGTGAGCTGAATTGGGTAATCACTGTTTGAGAAATCTCAC ATTGACTAGAGATATGACCATATAAGTGTTTATGAAGGGTATAGCAATCCTCACCCCTAAGCTAGCTTTTGGGATAGAGT TAGGTCTAACCCTGAATTCTAATATGGTATTAGAGTCTATCCTAGATCCATTTAATTGAGACGACCCATATATGGGCCAT CCATAGATGTTAGTTCCTGCAAATTCCACGCTCCAGATGTCTTTCTCTGAGTGTGAATGTGTGTGTTGAGAAGTCTCAAA TTGACTAGAGATATGGCGATATAAAGTGTTTATGAAGGGTAGAGTTAGGTCTAACTCTGAATTCTTATAATCTCAAACAT CACTTACATTCTGTTGAATACATTATATTTTCAATTGTCATTGTGTGTTCATCCTCGTGCTATAGGGAAAATCACTTTTC ATGCCGCTCCGGATTCTGCTGACTGGGAAACTACATGGACCTGATATGGGAGCTAGTGTTGTTTTACTCCATAAAGCTGG TACTACTGATATCATAGCTCCTGAAGCTGGCTTTGTGACAGTGGATGAAAGATTCAAAATACTTAGGGAAATTAACTGGG AAACATTGTCCAAGGATATTCCTGTGAAGGAGACTGCTGCTTCAGTCTAACTGAGAATTCACTTTCAAGGTTTTACACTT GTGTTTGTAGACTTAATTTTTTATTTTGACAAGAGAAGACTTATTTGTAATTTTTTTGAGGAATCTTGTTTAGTCATAGT TTCATATTTTTTTGGAGTTAAATTCAGGTGTTTACTTTTAGGCCCATTATTTTGAATTGGAAACATGAATGTATACGAGT TAGTTACCTTCCACGTTTATTTTTGTGCTTTAAAATGTTATGGCATCATGCCAGTTTCGGTATCCTAGCCTGAAGTTTGT GGGAGCATGATAGAGTATTATCATTTTGTTGTATTCTTCTATCATTTTCATTTAGTTAGGAGATATTAGTTTATTGGTTA CTTATTTGTAACTATGTGAAACAACTACCTGTAAACAAAAGCCAAAGAATAGCTCCTTATGTAAGTAAACTCTTCATTGT ATCCAATACTCGATGAAATAATTTAGAAGATTTATATATTAGAAATTTGATTTCTCTCTCAATTCCCTTCAAGCCCTATT CCACTTTCTATTACGAAATAACATTCAGAACCATTATAAATCAATTTTTTTATCAGAAAAACCTTAAAAACTAATTATTT TGGTAATTTCATTTTTTTTTCACAAAGAATATGATACATAAACCAATCGTAATAACTCCAAAAATAGCTTAAACTTGATT CAGATGATTCTACAAAATTTTATCAAAGATTCCACCAATTTTGTAATGAACAATTTAATTTCAATCACATCATAGGTTTT TCTTGTCAAAGCACAATCTACAATCCACATAAATTTGCTTAATTCTGAAAAAACAGGTTTACACCCAAGCATGTACTTGA ATTCTTGGAAACCCATCAAGATCAAAACAGTAAAAGTGATAGAAATCATTTTTGATTGCTATACGATTAAGCTGTATTTT ACATTAATACATTGACATGCTTCTGAAGCGAAACTCTTGCTTATCTTCAGAGTTCACAACTGATCAACGCTTCTATCGGT ACTTTAAGGAAGAACATCCTCAGAGAAGATGAAATACTTAGTCGCGCCAAAAATGCTGGCCAGTTGCTGAATTACACTTT GATATGAGTGACTGACGGGCAGAACAGGCGATGGAAGAGAAGGGACACATGTTGGAAGGAATTCCTTTTTATTATAAACT GGTGCATACCTGGCCAACACTTCCTGGCAAAATATGAATCTGCAAAAATGTCGGTTTGGTTAGTTTGTAAAACTACAAAA AAAAAAAACTCTACTTGTTTAGGGAAGCAAAAGAGAACAAACATAGTATGTACGACAAGAAAATTAATGAAGTTAAACTT ATAAACACAAGTATTTCAAGAGCATAATACATTCCTCAGCTGGTCTAAAAGTAATTCAGCGCTAAGAGACCTTTCAACAT AATTTAAGATATTGTTTGAGTTTTGAGTTGGTTGAGCTAATTAGTAAGTCTCATTTCTGAGGCAGAAAACAGAATGTGTA AACTCCCAGTTATTCATTGTTAACGAAAAACAAATTGTAGTCTAAGGTTGAGTTTCGTTCAGATAATTGAGCAATAATAA AAAAATTAATAATAATAATACAAATATTCAAACAGAAATGAAGACAAGTTTTACCTCAAAAGAAGTCTCCTTATGAAGGG GTCACCTAAAACCTGTCCCCAAACTGAATCAAGTGTCTCTGATGTTGCCAATGCAAGTCCCCAGTTATTTAATGATGATG AGAGAAGCATTTCAGCTTTGTTGTATATGTCCTGAAATCAAATTTAAGTTGCTGAGGGACTGAGAGGAACTTCCCACATC CAGAAAATATTAAAAAAAATAGAGAAACAAAAATAGCTTGCTATCATGAAGAAAAGGAGGCATTTATATCAGACCAGATC ATTATCAGTGCCTTGATGTCCTAGTAGCAGACAGAAAGCTTGCAGAGGAGCCGTAAGAAACATGGTGAATAGGCTCCCAT TTGAATGATGAGAAAAGTCAAATTCAACAGGAGGCGTACAGCTTGGAGAAAGGAGCATGGCTACTGGCTTTCCCTTTTCT GCTTCTGCTATGACCTGCACGTTTTATTGATTACTTGTTAAAAGACCTAATGTAATCTACAAGGTCATAGTATGTGAAGA AGGCAGATTTTAGTCAGGAATAACAAAACAATTGTTAAACTTACTTGAAATAACCAATTGTATCATACCTCTTGCCTCTA ACTGAATAAAGATAACACTCAATTTACATACACTTCATATTAAAGCATAGTTGTCAATTCCAAAACTAAAGTGGATAGAG GATAGCAGGATGACCACCAAATTGATTATTAATTTATCATAGAAACTAAATAAATAATTTACACTACACATATATAAATG CTCAAATTCATTTTGCTTCGCGAGGGAAATATAAGTTGTGTTTATTCCTTCATGTATTTAAATATCAGTCTGCTAAGTCT AAACCACCCAAGCAACTTAGTAAAATTGTTTGTTTTTAAGTGATACAACTGGGAGTGAAATTGAAAGAAAAAGATTGAGC TTATTGAAGAAGAAAGAAATCAATTATAATTTATTTTTTCCAAATTTTTATTATCACCTATCAGCACCCAAGAATTAACT TTTATGCTTAAAACTTTCAGTAACAAGTATGATATTGCAGCATCGTTACTTCCAAGCTTTTAAAACATTAGTGATAAATT CAATAAAAAAAATTGTTCAAAATTCAATAGATAATTGAATGAAGTGGAAAGGCTTGCCTTAAAAGCTTTGCTGTTGTCAT TATCAATGACTAAAAGAAGCGGTCTTCTAGTAAACGGCAGAAAATCGGATGGATATATGCAGTTTGACCCTGAAAAAGGA TTGGGTTAAAGTATTCTGCAATTCCGAAAAATAAAACATGTATAATATGAGCACTCATAATATCATTGTATGAGCTGGAG AACTACTAAGATACTAGAAGATATATTCAATCTATACCTATGACCATAATAAATATTAAATCCATGGGTTGTAAGTCCTC CCTTCAATTGCTTGGACCAATTTCAGCAAAATTAACATAGCCAGTGACTTGAGGCTATTTACAGAAGGGACCAATTTTAA AAAACTAAGATAAAAAATTTCACATTGTGTGAGTTCAAAAATACCCTCTAAGGCCATCTGTTGAAAAAATGTCAAGAACC AATTCTCCTAAAATCTTAAGAAGGGGGGGAGACTAAGAACTGTTTTTAATCCAAAATACAACCCCCTTATGTAAAAGCTA TTTGGGCTTGAATGTGGATAGTGAACAAGGTCATTTTACTAATGAAAAATGCAGGTAAAAATGATTGAACCACTTGGTTT CAACCCTGTCTCTTTAATGATGCACATGAATAGAATAAAATCCTAGTCCAAATGCATTGTGCCAACAACCAAGCAGCATT CTTCCCTCTTCTAATCACGTTTTTTTAATGTTTTACAACTTTTCTCCACATTTTACATCATTTTGGCAAAGGTTCAACAA GCTTTACCCAATCACTTCAAATAACACCAAGTCTAGAGGCTTGGCATCCACACCATCAGAGATTACCAAACAGCTCCAAA TGGCTAGATCTGGACCTCCAACCATTGTCCAACATGCCAATATGCCATCTTAATGCATGGATGCTATATTTTCCAGTGCA TAAGGGCACATGCCTTCAATATTTGGTCAGTTAACTCCAAAGAACCAGTTGAATCCTTCACTTTGACCACAGGTATTTAT CATTTAATTCAAATTCCTTACCTAGTTTCCTCATTCAATTGCACGCAATAAATTAGTTAAAATAGGAACAGGGGTTCTTT ATTGTTCCTTGAGCATATTGTATATATGCATGTATGCCAGAAACATGCATCAATATTTTTTTTCCAGGTTCATTTGTACA CATAGTAGTTGGCCCATTAGCCCATATCTTGTAATAATTGTAAACTCATGTATTTACTAGTTTTGTCAGTTCAAACAGCC ACTATAAAATGTATGGATTAAGTTTCTCAAAGCTCCTCAGGTTAGTTACAATCATAATCATAATGCCTAGCTGCCTTCTG CATGTGATTTACATACCCCATTATGACCTATTAGCTTAGATATGATTTTTAGTCCGTATACATTTGTGTTCTGACATATG GAACTAACATACATGCATAACCAATAGGACCTCTCAGTGTAGTGATAGACACTAAATTACCCAGAAATCAAGGGTTTGTA TCCATAATGCTTTCTCTCTTTTCAAGAAGGATTTCATATCTTCCAATCTTAACTTTCCTCCTTTTAACTAACTTTTTCTA ATCCAAAAAGAAGAAAAAATAAAGAAGGAGCATGATAAAAGAATTTGTCATCTGATAGAAAAATCTTACAGTCGAAGAAA CAATGATCAGAATAAAAATTTACAATCACAATGTTGATTTAATCTTTTTTCCATAGAAGTGGAGCAGAAATGAAGAAAAT CCAAAACCCAAGGGAAGGAAATGCATCAATACTGAAAATTAAAATGCTATATATAAAACTTTTACATATGTTATTCAGGT CAAAGTAGCAATATACAGTTACAGTGGGCAAAGCACTGTCATTTGAGTATCTATATTAACATGATCTCTAAGCACATTAA AATAGTTTCAACAAAAGCAGAGCAAAAAACATAGGACGCAGTACAGGAATGGAAGTGCATGAAAAATTCCTCTAAAATGC ACCTTTATCTCCATGGGGACCAAAGGGTATGCAACCAGATTCGTTCTGTGCAGCAGCACCACCAGATCCTGCATTTGATG TAGATAGTAAGAGATAAGCATTCTATATAACCTACACCTTTGCATATTTGTATTCCTAGTCAACAGAAGATATCTGGCTT ATCAAAAAAAAAGTCAACAGAAGATATCTAACCTGAGGCTGACAGATATACCAGGACAATACCATCAGAAGGAAGCTCCT CACAAATTGTGGCAAGAACCTAATAATCAAAAGGAAAACAAAATTATTTTAATAATCAGGAAATTTCGAAGAAAAAATAA TAATGAAGAAAATAGTCACTCTGATGCTAATTATAAACACTTTTATTATTAGCTCCAAATTAAGAAGGAATGTCCAAAAC CACCGCACTTCACACAGAATAGATGGTCCAATCCATCCCTCCTGTTCATCTATCTTTTCTCTTAATCATGTATCATAAGA CAAAGTGCTCTTTCTAATGACATGTTCAATCATCCTCCCTTGAGCTAGCTTTTCGGAGTGGAGTGAGATTGATTCTGACT CTGGCCAATACTGGATTTCTTGCTAGAATTATCAGTACAGGATTCATTTTTTCTTCTTAATTCTAAACAGTTGTATCATA AAATAAGAGAAAAACGAGACCTGACAAATTGTCCTTGACAATCATTAGAATTTATTATATTATAAGGGTTATTTAGACCT GCTCTAGTTGTACTACACTTGCTCTTGACCTAGATCACTAGTATAACAGGGATATAAGATCAGTGTTATGTATTACAGAT TTACAGCGCATATCACGATTTTTTAGTCTCGTCAATGAAATATTTTATATTTTACATTAAATCCCTGAATTGCCATCATG GAATCAAATCCCAACTCAATCCAAGGACCAGTACGTTATGGGCCCATGGAAAACTATTGAAAGTATATGTTAGGTACCAG AAAATAACACTGAACTGAGAATGCAAATGTATTAGATAGCACTGAATCCTCTGGAGAAATTCCAGAAGCAGTGTTTAGGG AATTTGCAAATAACAGAGGAAATGAAAAGACAAAGATGAGCAAATTCGAGAGTGCTCCTTCTCTCCTAGTCCTAGCCAAT TCCAGCCTAAAACAATACTCTCTCCATAACTAACTTATATTCTCTCAGCTGGTACAATGGTCCCCCCCTTCCCCTCTTGA TTGCTGCCACCTCACCAGGAGGTTATTTAGGAATACTACATTCTAGAAGAGTGATCATTAGGTGATTCTGCTGGCATCAT CTTGGGCCTCCTATTGTAGACGTTGCCAAACCTGGGCCTGGTTCTTGGGTTTGCAACATCTCTCCCTCCTTGAAGAATCA GCTTGTCCTCAAGCTGATGATCTGGGAATTGTTCCAGTAGTTTGTTGAAATCTTCCCAGGAATCCTCAAATTCTGGCAAG TCCTTCCACCTCACTAATACCTCTAGGTCTCCATCAGTTTTTGCTCTAGAGTCTTGAATTGATTCTGGTTCAACCTTGAG CTCCCAGTCTTCAGTGAGAGAGACAGGTAGTGGTTGGCTGGTGGCTCCTGCATTCAAAGCCTTCTTGAGCAGGGAAATGT GGAAAACTGGATGCGCTTGACTGTCCTCTGGTAGCTTCAACTTGTAAGCTGCAGGATTAATTTTTTCTATGATTGGAAAG GGTCCATAATATCTAGGGCTCAGTTTCTGGTTCTTCCTCCTGGCTAAACTCTTGAGTTTGTAAGGTTGTATTTTAAGATA CACCAAATCCCCAACCTCATACTGCACATCCCTCCTATGTTTGTTGGCCTGCTGTTTCATCCTATTTTGTGCCTTCTCTA AGTTTTCCTTCAATTCATCAATTATCAAATTCCTTTCAGCAGTCATTTTCTCTACTTCATCCACTGAAGTCAAGGAATCA TTTCCCCTGATGATTACAGGAGGCTCCCTCCCATATAAAGCCTTGAAAGGAGTGGTTTTGATTGCTGAATGATAGTTTGT ATTATACCAGAATTCTGCCCAGCATAACCACTTGGGCCACTGCTTGGGTTTTAGCCCTGTCACACATCTCAGATAGGTCT CCACACAACGATTGACCACTTCAGTTTGCCCATCTGTTTGGGGATGGTAAGCTGAGCTAAATTTCAGCTTTGTTCCTGCT AGTTTGAACATTTCTGACCAGAAGGTGCTAAGGAAAACTCTGTCCCTATCAGAGACAATAGAAGTGGGGAATCCATGTAA TTTCACCACTTCTCTTACAAATAACTCAGCTACTTCCTTTGCATTGTAAGGGTGAGCAAGTGCAAAGAAGTGTACATATT TTGTGAATCTGTCTACCACAACTAAGATAGTATCCTTTCCCATAGCCTTAGGTAACCCTCCAATAAAGTCCATAGAGATA TCTGACCACCCTTGAGAAGGAATAGGTAATGGCTGAAGGTAACCAGCTGGTTTTAGAGCCTCATATTTGTTCCTCTGGCA CACTTCACACTTTTGGACATAGTTTTGAATATCCAACTTCATTCCTTCCCAGAAGAAAAGGGCTGAAATCCTCTTGTATG TTCTGAATATACCTGCATGGCCTCCAATAGCAGAATCATGAAATTCCTGGAGAATTGTGAGAATTTTCCCAGATCCTTTA GGGATGACTATTCTGTCTTTGTATAACAGCCTTCCTCTGTGCAATTTATAACCAGCTGTAGTGTGACCTTGGGTGGCCAA CTCTTGCATGATCATTTTGTACTTGTCATCTCCTAAGATTTCAGCTTCCAAATCTTCCCATTCTGCACACTGTACTGATG AAATTGCTGAGAATTGCATCTTTCTTGATAAAGCATCAGCTGCCTTATTTTCAATTCCTGGTTTGTATTTTATCTCAAAA TCAAACCCCATCAATTTGGATACCCATTTCTGTTGTTCCTCCCCCATTAGCCTTTGCTCTGCTAAAAACCTCAGGCTCTT TTGGTCAGTGTGTATGATGAACTTGCTGCCCAGCAGATAGTGCCTCCATTTTTGAACAACAAATACTACAGCCATCAGCT CTCTCTCATAGACTGATTTGGCTTGGGCTCTGTCTGATAAGGTTTTGCTCATGTAGGCTACAGGCTTTCCCTCTTGCATG AGGACAGCTCCTAATCCTTTCCCAGAGGCATCAGTTTCCAAGATGAATGTTTTATCAAAATTGGGAACAGCAAGCACTGG TACTGTTGTCATGACCTCCTTAAGCTTCTCAAAAGCTTTGGTTGCTTCCATACTCCAGCTGAAACTATTTTTCTTTAGTA ACTGGTTTAGGGGATGAGCCAATTTACTATAGTTCTTCACAAACTTCCTATAGTATCCAGTCAATCTCAGAAATCCCCTC AACCCTTTTACCTCTTTAGGGATTGGCCAATTTAGCATATCTTTGATCTTACTTGGATCAGCTGCAACTCCTTCTTTAGA GATAATATGTCCCAAGTAAGCAATCTCACACTGCCCAAAAGAACACTTCTTCCTGTTTGCCACTAGGTGATTGTCTTTCA GTACTTGCAATACTACCCTCAGATGTTCTGTATGCAACTCTTCAGTCTTGCTATAGATTAATATGTCATCGAAGAATACC AGAACAAATTTCCTCAAATAAGGTTTCAAAACTTGATTCATGAGGGCTTGGAAAGTAGATGGTGCATTAGACAGCCCAAA TGGAAGAACCAAATACTCATAATGCCCTTCATGGGTTCTAAAAGCTGTTTTTGGTATGTCTTCTTCCCTCATCCTTATTT GATGATACCCTGATTTTAAATCTAATTTAGAAAAGACCATGGCTGACCCTATCTCATCTAACAATTCATCAATAATAGGT ATTGGGAATTTATCAGGAATTGTTAACTTGTTTAGGGCTCTATAGTCTACACAGAATCGCCATCCACCATCCTTTTTCTT TACTAAAATTGCAGGACTGCTAAAAGGGCTAGTGCTAGGTCTAATAATCCCTGATTTCAGCATGTCTTTAACTAACTTCT CAATTTCATTCTTTTGGTAGAAAGGATACCTGTAAGGTCTGCTGTTTGGAATAGTGGCTCCTTCTTGTAGTAAAATGGCA TGGTCAGTGTCTCTCTTTGGGGGCAATCCTTGTGGTTCTTGGAACACAACAGGGAACTCAGCTAACACTCTCTTTAACGC ACCTGATGTCTCAACTTCTGCTCTTGGTTCTTCACTCAAACAGCCATAAGAGTAAAAATACCCCTCAGCCTCTCTCTGTT CTGTCATTTTAATTGATTTCCAGTCAGCTGCAACCCCACACCAGGATGGTTCTCCTTGTAGTGCCAACTTCTGTCCATTT GACTCCCACTGAATTATGAGTTCCTGGAAGTTTGCCCTGATGTTCCCCAAGCTTGCTAGCCAGTCCATTCCCAAAACTAA CTCAGTTCCCCCCAATCCGAGAATGAAGAAATGTTGGGTGATTTGTATGCCCTGAACTTCCAGTTTCAAGTTCTTGCACA CCCCAGAGTTTCTCTCCTTGGCACCATTTCCCACTTCCACCACATACTCAGAAGTTGCTATGACTGGAATTTCTAGCTCT GCTACTAGTTCCTGGGAAATAAAATTACTTGTGGCTCCACAGTCAATAAGGATCAGAATTTCCCTGTCTTTAATCCTTCC TTTCACCTTGAAGGATCTGTTTGAAGTCAGTCCTTCCTTACTGTTCAGTGACAGCTGTAGGACCTTGCCTTCCAGCACAA ATTCTCCATCTTCAGCTTCCTCAAACACCTCTTCTTCTTCTTCTTCATCTTCTACTTCCACCAAAATCAACTGGTAATTT TTCTTTGCACAGATGTGCTCTTTTCCCCATTTTTCCCCACATTTAAAGCACAACCCCCTCCTGCTTCTCTCCTGCAACTC AGATTGGGAAAGTCTCTGCCCCCCATTCCATCTTCTCTCTGGTGGTTTTCCCTCCTGCACCTGATTCCCAGTATTCCCCT TGTTCATAGGATTTTTCCCTTCATTATCCTGATTTCCAGCTCCTTCTTTACCCTGGTAGCCCACTGCAGTACTAGGAAAT CTTCCCCTGTTTTCCCCATAACTAGAGAGATTTCTCCCTCCCCCACCCCCTTTTTCCTTCCATCCCCTTTTGTCATCCTC TCTACTTTTACCCCCTTTTACTGCCAGATTTTTCTCTTCCAACAGAAGAGCTCTGTCCATTAGCTCTGCCAAATCCTCTG CAGGATACAACTTCATCTCTGCCTTAATCTCTTCTTGCAACCCGTTCAGGAAAACGCCTTTCAACACCTCTCTATCAGCA TTCCTCATCGGTGCTGCCAATAGCTCAAAGCTCTCCCTGTATTCCATCACGCTTCCCTTCTGTTTTACACTAAGCAAAGG TCCAAAGGGATTTTGAACCAAAGCAGGTCGGAAACGACGAATCAGAGCTTCCTTGAAGGGTTCCCAAGCGCGCACAGGAG CTTGTTCCTCCCACCATTGGAACCAACTCAGAGCTCGCTCCTCCATAGCAATCATCACGAGTTCGATTTTTTCTCCCTCC TCGATTCTGCTGAGGCGGAAAAATCTCTCAACCTTGGTGAGCCACCCGTAAGCATCTTCACCATTGAACATCGGAATGTC TACCCTCCTTCCAGTCACCGCTCTCAAATGACTACGATGATGGTGGGGTTCGAAACGCTCGCGACTCCGTGTTGTAGAAC GCGACCCGGTTCGCGACCCGGTTCGTGACCCACCGTGTGTTCTTACGGCAGAAACGGAACCCAGATCTCGCGAAGTCCTC CTATGACGAGGGGTGTTGGAGCGTCCTCTGGTTCTCCTCTGGTCGCGGCTCATGAAGAGTCGCCGGAGTTCCTCAAACTG CTCGTGAGCCACCTCCTTCATCTCAGTGATGGTGCGTTCAAGACTGTCAACTCGAGATTCCATGGCGCTGCGGGTAAGCA CCATACAAAGCTCCCTCTGGATCGGGAGCTCTGATACCAATGTTAGGTACCAGAAAATAACACTGAACTGAGAATGCAAA TGTATTAGATAGCACTGAATCCTCTGGAGAAATTCCAGAAGCAGTGTTTAGGGAATTTGCAAATAACAGAGGAAATGAAA AGACAAAGATGAGCAAATTCGAGAGTGCTCCTTCTCTCCTAGTCCTAGCCAATTCCAGCCTAAAACAATACTCTCTCCAT AACTAACTTATATTCTCTCAGCTGGTACAATGGTCCCCCCCTTCCCCTCTTGATTGCTGCCACCTCACCAGGAGGTTATT TAGGAATACTACATTCTAGAAGAGTGATCATTAGGTGATTCTGCTGGCATCATCTTGGGCCTCCTATTGTAGACGTTGCC AAACCTGGGCCTGGTTCTTGGGTTTGCAACAGTATATAAACAATAACATATATCTTTTCATACTTAATTACTTACAGCTA TAAAATGAGTCAGTGAAGGACGGTATAATATAGTTTTCCGTGGATTTGCTGGTAAGGTAGGATCAGCAATATCTTGGATG TAACTGATACGAGTAGTCCCAGTTGCCCCATTCTGACTAGGTTTTGAACCACTAGCCTGGTAAAATGAACCACTAGGTTC CCACTCCAGACACTGAAGCATCCTAAAAGTGTCAATTGTGAGCTCTGAAAACTTAACCTGTTTAGGAATGACATTGGAAA ACAATAATGAAAGGCCATATCATTTTACAGAATAATTTACAAGCAGTAAAAGAACTACCTTATTAAGTTCATCATTTCCA ACAAATATTGTTCTACATTCTACAATAAAAGGGAAAAACCAAGAAAGTGTCCTGGTCCTGGATGCCTACCTCATTGTGAT GGAAGCTACTTAATACAGCGTCTTGTAATTTCAAACTTCGCTTCGTGATGGCTGCAGACGTCTGTGGTAAAGTATCGGGA TGAGGGTCCAAAACTAGACTATATCTCAAGGGTCTGATATTCGTAAAAGCAGTGTCAGCTTTTAAAAATCTGACTATTTC CTGAACCACCAGCTTCCACTCTTTAAAGTCACTTTCCTGTAACAAAATTGTTTGAAGGTCACTTCCAATATGTCTGCAAA TGTAAATCTATCAAAAACATATTCTTGAGAGCATCATGGTTTTTAAGGAACACTCCAATTAGAATCTACTACAATGTAGC CTGGTTATTCAATCTCTTTTTTATTGTCAACAGGTTATTCAATCTCAAGATGCAGTACTTTGATATTGTTGTGAAGCTGT GCAGTTAGTTTAGATGTTTAGTTACCAAAAACCATAATTAATTCATCAAAATTAAAGACAGCAGAACAATGTGATATATA AAAGCATTCATGTAAGCAAGGACGGAACTAGGAACCTTATAAATGGAGCAGTCGCCCCCCAGGAGAAAAGATTTCTTTAA TAGTATTCCAATGTTGTATTTGCCCCCTCAAAAATCTTATATAGCCTCCTCCAATAAATCATCGTTAATTTTGCTTAATA TGTGTTAAATTTCTGCCCCCCCTTACCTATACTCTCTGGTTCTATCCCTGCATTTAAGTCTTCAACTACTAGCTTAAGCT TTTGGGATCCCTGACATCGCACTGAAGCCTATTTAACCAAGAGATTAAAAGTTTGGGTTACCGATAATAACAACGAGGGC ACGCATGACCTATACGGCTATACTTAATCACTGTTGAGGATTTACAATAATTAGTCTCCAACTCTCGCTGTCACCAAAAT TACAACATTGAAATGACATAGTATATTGAGGATCACCGAAGCCTTTTCCATACACACAGTTAAAGATTAAACCACGGTTG TCAATAGCATGCTATCCGTAGCAGTGCATAGCGGCCCTTGGCCACTCCTAGTTGTTGCGTAGCGGTGCACTTCAATGTTG CGGCCGCTACAGTAGAGGAAATAGCCGCCATAGCGGCGCTGTTTAGTGGAATTGATAAAAGCCCAAAAAAAACCCAAATA CTTCATGTTAGGGCATTTTGGGGAGGTATTTCAGGGTTTCTGCTTCGGAAACATACTGAAAATGGTCTAATTTGAGGAGG AAGTGATAGAACTTTCATGCTTTTATGCATTTTAGTTTAGGAAATTGAGACTTAAACCTCTTGGATTTTTTTTGATAGGC AAATGTTAGTGGTTAGTGGTTAGTAAGTTAGAAAATCCATTCAAATTTCCCTTCCAGGATTCGAACCCTGGACCTTCCCC TCCCCAACCCTTATGTCCCCTAGCTCTTACCACTTGAGCTAACCCTCGGGGACCTTAAACCTCTTGGATACCTTGACTTT TGTTGGTACTAGTATGTTTTCTTTAAGACACTTATGACTTATTAATGCTAATTACGAGTGTCATGAATTTTGAGTATTTT TGTATCATATATATGTAAGTAGTTATATTATGTAAACTACACAAAAAATCAAGCATAGCAGCTATCTCGCTATGCGCTAT ACCGCAACAGCATTTTTGTTGTCGGCTGCCATCCAAGATTTTTAAAACCCTTATAACTTATAAGCATGCTTAGACAAACC AGTTATCTACCAATAAAACCTCAACTCAGGTTAATTGTTCTAAATTCAAAACAACACACGGAAATGCAATGCGAAAAATA TATCATCAAATTGAGCAAGAAGATTAGAGAGACCTGGAAAGTCCTCTTGCATTCATCAACCAATACTTTAAGCTGATTAA CCAGCTGGTGCACCATCTCCCACCGGTTCAAAACCAAACAAACCATGAGAAACCGCGCGAGGAACCGCAATTGCTTGTTA GCAATATTCACATCCTGAAACAAACCCTCCTTGAAATACTCTCTAGTCAGTATCGCCTCATAGAACACATACGACTCCAA TAGGTAATTGGAGTCACTGGTCCTCATGTACTGCCCGAAATACAGTTGCCCGATTCGCGACGCGATCTCGCCAATCTCCC ATCGCTTCAGCCCCGCTTCCACCAGCTTCTGCCGATTCTCCTGCTGAAACTTCCATAGCTGGGTGTACACCTTGAAAACC TTGTAGAAATAGGTGTCATGCCTGTAAACAACAGAAGAATGAGAATTCTGAATCTTGATTTTGGAAATTGAATGGTGGAA GGAAAGGGAAATGGAGGAGAATTGAACCGAACCTGCTTCGTTGGTAGTAAGGGAGGTCTCTGATCTTGGAGAATTTCTTG TCGGCTTTGTCGACGAGAGTCCAGAACGCTTCGCTCACTGGGATGTTGCTGTTGAGCTGCGACATTCTTGCTTCTTCTTC AACCACGACGGCGACGCCGTTTCAGCCACCGTGCAAGAAGACTGTAATCGACTGCGTGCTTATACTGTGGTCCTTCCTTG TCAGAGATGCATTTTCTTTTT
CDS sequence (LotjaGi3g1v0075100.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCGGCGATGTTGGGTGGCGCCACTCCATGGTCCAAGGTTGTTGCTGCTCCCATTTTTCACCAAACCTACACTTCACG CCGCACCTTCTTCTTCCGAAGAGCCTTCTCAGTCACTGCACATTCTTCACCACAACAACCTGTTCGTGTTCGTTTCGCTC CTTCTCCCACTGGTAACCTTCACGTTGGTGGTGCTAGAACAGCCTTGTTCAATTACTTGTTTGCTAGGTCCAAAGGTGGG AAATTTGTCTTGAGAATTGAGGATACTGACTTGGAGAGGTCTACCCGGGAATCTGAGGAGGCCTTGCTTCGAGATCTTTC TTGGCTTGGCCTTGATTGGGATGAAGGTCCCGGTGTTGGTGGGGATTATGGTCCATATAGGCAGTCTGAGAGGAATTCTT TGTACAAACAGCATGCTGAGAAACTCCTCCAATCGGGTCAAGTTTATCGCTGCTTCTGTTCTAATGAGGAACTAGAGAAA ATGAAGGAGGTTGCTAAGCTAAAGCAACTACCTCCAGTATACACAGGTAAATGGGCCAGTGCGACAAATGGGGAAGTAGA AGAAGAGCTCAAAAAAGGAACTCCTTACACCTACCGGTTTCGTGTCCCCAAAGGAAGTTTAAAAATTAATGACATAATAC GAGGCGAAGTTGTTTGGAACTTGGATACACTTGGAGATTTTGTGATAATGAGGAGTAATGGCCAGCCTGTTTATAACTTT TGTGTGACAGTTGATGATGCTACCATGGCTATTTCTCATGTCATCAGAGCAGAGGAGCATTTACCGAACACTCTAAGACA AGCATTAATATACAAGGCACTAGAATTTCCCATGCCTCACTTTGCACATGTTTCCTTGATTTTAGCTCCTGATCGGAGTA AATTATCAAAAAGACACGGAGCAACATCAGTGGGTCAGTTCAAGGAGATGGGATACCTACCTCAAGCAATGGTGAATTAC CTAGCATTATTAGGTTGGGGTGATGGGACTGAAAATGAGTTTTTCACTCTTGATCAACTTGTTGAAAAATTCACTATAGA ACGAGTCAACAAAAGTGGTGCTGTTTTCGATTCCACAAAGTTAAGGTGGATGAATGGTCAGCATTTAAAAGCACAGCCAT CAGAGGAGTTGAAAAGTCTTATTGGAGAGCGGTGGAAGACATGTGGCTTGCTTAACGAATCAACAGGGCCCTTCATAGAT GAAGCAGTTCAACTACTTAAGGATGAGGTTTACTTGATAACTGAGGCAGACAAGTCACTTGCTAACTTGCTGTCTTATCC TCTACATTCTACTTTGCAGAGCAATGAAGCAGAATCTGTCATACAAGATAATCTTTCTGATTTCTGTGCTAGCCTCTTGG CTGCCTATGATAGTGGTGATCTGGTAGCTGCACTTGAAGAAGGCCCAGCTGGGTGGCAAAAGTGGGTGAAAGGCTTTGGT AAATCACTTAAGCGCAAGGGAAAATCACTTTTCATGCCGCTCCGGATTCTGCTGACTGGGAAACTACATGGACCTGATAT GGGAGCTAGTGTTGTTTTACTCCATAAAGCTGGTACTACTGATATCATAGCTCCTGAAGCTGGCTTTGTGACAGTGGATG AAAGATTCAAAATACTTAGGGAAATTAACTGGGAAACATTGTCCAAGGATATTCCTGTGAAGGAGACTGCTGCTTCAGTC TAA
Protein sequence (LotjaGi3g1v0075100.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MAAMLGGATPWSKVVAAPIFHQTYTSRRTFFFRRAFSVTAHSSPQQPVRVRFAPSPTGNLHVGGARTALFNYLFARSKGG KFVLRIEDTDLERSTRESEEALLRDLSWLGLDWDEGPGVGGDYGPYRQSERNSLYKQHAEKLLQSGQVYRCFCSNEELEK MKEVAKLKQLPPVYTGKWASATNGEVEEELKKGTPYTYRFRVPKGSLKINDIIRGEVVWNLDTLGDFVIMRSNGQPVYNF CVTVDDATMAISHVIRAEEHLPNTLRQALIYKALEFPMPHFAHVSLILAPDRSKLSKRHGATSVGQFKEMGYLPQAMVNY LALLGWGDGTENEFFTLDQLVEKFTIERVNKSGAVFDSTKLRWMNGQHLKAQPSEELKSLIGERWKTCGLLNESTGPFID EAVQLLKDEVYLITEADKSLANLLSYPLHSTLQSNEAESVIQDNLSDFCASLLAAYDSGDLVAALEEGPAGWQKWVKGFG KSLKRKGKSLFMPLRILLTGKLHGPDMGASVVLLHKAGTTDIIAPEAGFVTVDERFKILREINWETLSKDIPVKETAASV
Data for domain prediction are obtained with InterProScan, and merged with InterPro data obtained from the EB-eye REST service.
| Prediction algorithm | Identifier | Start | End | Length | E-value | InterPro ID |
|---|---|---|---|---|---|---|
| Phobius | 1 | 1 | 1 | - | – | |
| Phobius | 1 | 16 | 16 | - | – | |
| Phobius | 2 | 9 | 8 | - | – | |
| Phobius | 10 | 16 | 7 | - | – | |
| Phobius | 17 | 560 | 544 | - | – | |
| PANTHER | 33 | 538 | 506 | 3.6E-205 | – | |
| PANTHER | 33 | 538 | 506 | 3.6E-205 | – | |
| Gene3D | 38 | 372 | 335 | 1.5E-143 | ||
| Hamap | 47 | 530 | 484 | 30.663 | ||
| Pfam | 48 | 363 | 316 | 3.3E-100 | ||
| TIGRFAM | 48 | 521 | 474 | 5.2E-153 | ||
| CDD | 48 | 370 | 323 | 4.62389E-145 | ||
| SUPERFAMILY | 48 | 356 | 309 | 5.38E-110 | – | |
| PRINTS | 51 | 63 | 13 | 3.9E-27 | ||
| ProSitePatterns | 54 | 65 | 12 | - | ||
| PRINTS | 65 | 76 | 12 | 3.9E-27 | ||
| PRINTS | 80 | 93 | 14 | 3.9E-27 | ||
| PRINTS | 236 | 246 | 11 | 3.9E-27 | ||
| PRINTS | 252 | 260 | 9 | 3.9E-27 | ||
| SUPERFAMILY | 357 | 517 | 161 | 3.14E-24 | ||
| Gene3D | 434 | 524 | 91 | 2.9E-13 |
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 | TRNA binding | Interacting selectively and non-covalently with transfer RNA. | ||
| Molecular function | Nucleotide binding | Interacting selectively and non-covalently with a nucleotide, any compound consisting of a nucleoside that is esterified with (ortho)phosphate or an oligophosphate at any hydroxyl group on the ribose or deoxyribose. | ||
| Molecular function | Aminoacyl-tRNA ligase activity | Catalysis of the formation of aminoacyl-tRNA from ATP, amino acid, and tRNA with the release of diphosphate and AMP. | ||
| Molecular function | Glutamate-tRNA ligase activity | Catalysis of the reaction: ATP + L-glutamate + tRNA(Glu) = AMP + diphosphate + L-glutamyl-tRNA(Glu). | ||
| Molecular function | ATP binding | Interacting selectively and non-covalently with ATP, adenosine 5'-triphosphate, a universally important coenzyme and enzyme regulator. | ||
| Biological process | TRNA aminoacylation for protein translation | The synthesis of aminoacyl tRNA by the formation of an ester bond between the 3'-hydroxyl group of the most 3' adenosine of the tRNA and the alpha carboxylic acid group of an amino acid, to be used in ribosome-mediated polypeptide synthesis. | ||
| Biological process | Glutamyl-tRNA aminoacylation | The process of coupling glutamate to glutamyl-tRNA, catalyzed by glutamyl-tRNA synthetase. The glutamyl-tRNA synthetase is a class-I synthetase. The activated amino acid is transferred to the 2'-OH group of a glutamic acid-accetping tRNA. The 2'-O-aminoacyl-tRNA will ultimately migrate to the 3' position via transesterification. | ||
| Molecular function | Zinc ion binding | Interacting selectively and non-covalently with zinc (Zn) ions. | ||
| Biological process | TRNA aminoacylation | The chemical reactions and pathways by which the various amino acids become bonded to their corresponding tRNAs. The most common route for synthesis of aminoacyl tRNA is by the formation of an ester bond between the 3'-hydroxyl group of the most 3' adenosine of the tRNA and the alpha carboxylic acid group of an amino acid, usually catalyzed by the cognate aminoacyl-tRNA ligase. A given aminoacyl-tRNA ligase aminoacylates all species of an isoaccepting group of tRNA molecules. |
Expression pattern of LotjaGi3g1v0075100.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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