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| Field | Value |
|---|---|
| Gene ID | LotjaGi3g1v0103200 |
| Transcript ID | LotjaGi3g1v0103200.5 |
| Related isoforms 8 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Multidrug resistance protein ABC transporter family protein; TAIR: AT1G30410.2 multidrug resistance-associated protein 13; Swiss-Prot: sp|Q9C8H0|AB12C_ARATH ABC transporter C family member 12; TrEMBL-Plants: tr|A0A0S3SIW7|A0A0S3SIW7_PHAAN Uncharacterized protein; Found in the gene: LotjaGi3g1v0103200 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:12779803..12798686) extracted from Lotus japonicus Gifu genome v1.2.
TTTGAACCAGTGGTTTGGTATTGCCAGCCAGAAGCAAACAGTGTTTGGGGTAAAATGGTGGATAGTGCTTTTGGGTCATA TACACCTTGTGCAATTAACACTCTTGTTATCTCCATCTCCAATTTGGCTCTGATGGGCCTGTGCTTGTGTCGAATATGGC TTACCATAAGCAATGCAAAAGCTCAGAGGTTTTGTTTGAAATCAAATTACTATAACTATGTTCTGGGAATGTTAGCTGGT TATTGTGCTGCTCAGCCTTTGTTGAGATTATTTACTGGAATTTCAGCCTTCAACCTGAATGGGGAAACTGGCTTTGCTCC TTTTGAGGTGGGTCTCTCATTAATTTAGATTCCCTGCAGTTAAAAATTCCTAAATTTACGCAGTCAAAAGAATTTGAGAC ATGCTATCATGATCGAATGGGTTAAACTTTAAGCTGATCACTGCGGTCCGATCTTGATGAAATATATGAGCCAACTGATC TTTGATCAAACGGTAGGGTTTAGATTTATTGACTGCGTGAATTTAAGATTGTCTTGACTGCAGGAAACCCAAATTCGTCT CTCATGCATACTCTGATTACATCCCTTTGCATGAATGCATAGTATCTTCTGTCTGTTAGAAATCCTATAGAACCACACAC CACAAAACCTTAGGCTTAAGGCAATGGGTGTGTGTGTTCTTTATTATATATGCACTTGTGCACTTGCTAATCTTGGCAAT GTGGAACTTCTTTGAGTCACCACTTTATTATCTCTATTACTGTCATCCAAAGGTGCAATTGATGATGACTTTAGTTCTTC TAGTGATGCCTAGGAATTATAGGCCATGCAGCAATAGAGAAATATGTACAATTTGGTTGGAATGTGCAATTTTAACCTGT TTCAATTTATGTTCTTGTAGATAACAGCTCTGATCATTGAATCACTAACTTGGTGCTCAATGATAATTCTCATCCTCATG GAAACCAAGGTTTATATCCGGCAATTTAGATGGTGGGTGCGGTGTGGAGTTATTTATGTTTGGGTAGGAGATATTGTAAT GCTTAACCTTCTTCTGTCCGTGAAAGATTCCTGCAGCAGGTTAGCTTTTGATTTCAAGTTCAACACCTTGCCTTTTCACT TCAAGATAAAAAATGCACTCTATTTCATATTCGATTTTAATTATTACATTTGAATTTTCCAGGCACTAACATTTTGTTAG CTGTGATTGCTTAAGTTGCATCATGTTATTTTTTTGACATATTTCATTACATTGTGATGATGGACATACCCAATGAAATG TCTTCTAAGTTCTAACAATAAGTCTGTTCATAATGTTGACAATAATGAACGTTCTCCTTTAGTTTATATCTTTTTAATAT GTTCTTTCACGGAAAAAAATATTTCACTAAAGGATCTGGCATTTCTGAAGTGAGGGCTGCACTGTAGAAGGTAAAGTGTG GGTTGTAACTATTAGTTAAAATGTTAATGGTTGAGATCTTGATTAAGCACATAGACATGTATGATAGACTATGAAGTTGT TGAAGTCTCAACATTTTTAATCAACGGTTATAGCCATACACTCTACCCTTCAAAGTGGATCCCCCACTTTAGAGTAATCA AATCCTTCTCTATAAGTGTAACTGAAATCATGTCAAGATGTAGAATTTTATCTTCTTTGTAGTTAAATTAATTCCATAAC TGGGTACAGAAAGGATATTAAGAATTAACACAATGAATGTTTCTCATCAGTTTGAATTTAGTATGCATGAAATTTCAATT GAGTTTGAATGCACAAAAAGACTTTGGACGAGGAAATGATTTTTGGACTTCTCTAGAAAGTGAAAAAGAAGAAAGAGAAA CTATATGCTTCATTCTGATATCTGAATGGTATATTCAGCACCATACTTATGGTTTTATTTCACTTTTTCAGATCTGCTCT GTTTCTCTATATTAGCACTGTTATCTGCCAGGTACTTTTCTGATTTCCTCCTCTTTAATGGAACTCAAAATAATCTTCAC TGTACTTGTATTTTGAATTTGATCTCATTTATAGCTGTAATAACAGTGTTGTTTTATTAAATCTGGCTACCGGCTGACCA GATATATTGAAGCTTATGAAGCTAGGCAAGGAAGGCCTGTTTGCCTTTGCCATGGAGTCTTTCCGGAAACTTAAATCAAG TCATCTTAGATTTAGATAATATAAAACCATTCACGTGTCTTCATTCAACAGCTTAAACTTTTGAGATAATTGGTTCATGA CTTGGTATCAAAACCTTTATGACTACGTGGTATGGAATTTGATTATTGTTGCCCCCGTTTTTTCAATAAAAAAGTTCAAT GTCAACACAATGAAGGTTGACATGTGCACCATGACTGCCCTACAGATGAAGGCCAGTGGGCTTTTGTGTGAGGCTAGTTA GAAATATAATATAAAACAATTTGACTTCACTAAAAAGCTTGAGGTTTTGGGATAGTTGTTTTGTGACAAGATTAATTTGT ATTTAGATATTACCTAGATCCAATTTACAGTTAAAAAACTTTGCAAATATGGTCTTTGTATATTTGGATTTGAAAATTGC AGCTTTTACTGCTAGCTTAGACTGGCTAAAGAGCAACCGACATCAATGAATTGATCTAACATATGAAATATATTACTGAG TATGGTCCTTCAGTAGCATGGGATGTAAGTAGCAGCTTGCACATTAATGCAGATTGCGATTGAAAATTGAAGAGTGATTA GTGTGTTACAGTTTTGTTAGTTAGGCCATCATGAAACAGCTGGGGTTTTCGGCATTATGTGATTCTATGCGATCGAGTTA TGCACATTCAGTTACATCAAAATGAACTTATTGTGGCTACTTTTCTGATGTAGGTGTTGTTTGGTACCTTGCTTCTTGTT TACATTCCTAAATTGGTTCCTTATTCTGGATCTGATCATGTAACAATGTACGCTGAGCTACCTGACAATGGTGAATATGA ACCACTTTGTGGAGAAGATCAAGTTTGCCCTGAGATGCGTGCCAATCTATTCTCTAGTAAGTAATCCCAGAATTAGACAT GTGAATAATTCGTAGTCTTACCAATTCTCTGGCAGCAAAGGTTGCTTACTTGTGTTTCTTTGGTTGTTTTACCTTCTAGT GCAATCAGACAGTATTTGTCTTTGTAACTTTACTTATTAGTAGTTTTTTCTGCATTCTTTGAAGGATTGTGTTTTGGATG GATAACTCCACTCATGCAACAAGGATACAAAAAACCCGTCACTGAGAAGGATGTTTGGAAGCTAGACAAATGGGATCAAA CAGAGACATTAACTGAAAAGTTCGCATTCTTTCTCCTTGCTTGTGTGTAATTAATACATTCTGTATGCCTAATTTAAAGT GTTGAGAGTATCAGTTGAAATTTCCAAATAAAATAAGAAAGGGAGATAATTATTGGAGCCATCCATATTGGTGGTTCCCA TGCGTAGTAAATTACCATGCTCTAGGGATTCATCTGGCTCTTGAAAAATATACATTCATCCTTGGTGTTAATAATCTGAT GTTAATTAACGGTCTTGGAAGTGTCAACCATCACAATATATTGGTGTGTCAGCCTAGCATAGGCTCAGGTGTAAAGGATG CATCCTGTTGTAACTAATTCTGTTAAGCTGAGCTATTTTAGAACTGAATTGTTATTTCATTGTGGTGGTTTTGTGTGTTT CCATCATTGAACCTTGGTGTGTGGGATTTTTCCTAATATAAAGTACTTTTGACTTTTGCAGGTTCCGAAGATGTTGGATG TTAGAATTTCAAAGCTCTAACCCTTGGCTTTTAAGAGCATTGAACAACAGCCTGGGAAAAAGGTGCATATGTTCATGATA TTTAGTCTTTCCTCTTAATTTTTAAATCTTTGTTTGGACTCTTCAAGATGACCTTACTAATATTGTTGTCTCACTTTTTT ATTTGATTGGCTTGAAAAACGATTAGGTTTTGGTGGGGAGGCTTCTGTAAGGTAAACATTCTGCCCCCATTTTCAGTCTC TGACTTAATTGCTTCGAATGAATCTGTGAACATTTTCATATCTCAAGTTACTTCTGATTGCAGGTTGAGAGGATTATTTT CTCACTAAAACTACAAGGCTACAGGCCTTTTTACATTTGCTAGACACTTAAAGTATGCAAAAAATTATACATTCATATGC ATATGATAGTTATTGAATTTTGAGTGTGCTGAATCCTCTGGAACTTGGACATTTTTAATGATTTTGCAGATTGGAAATGA TCTTTCTCAGTTTGTGGGGCCTGTTTTGCTGAACCATCTTTTAGATGTAAGTTATTTCTCCCTAAGCTCAAATTGGATTG ATGTGGAGATTGAAAATAACAAACGCAAAGAAGCACAATCATATGATCAACTTTTAGCCCTTATCTTTTAATCTTGGTTC TGTAATTGCTTACTTCACACATCCAAGATATGATGCTATGGTGTATTTTTTTCCGCAGATCATATAGGCTTAGTCGGAGA GTAAAGAGAAAAAATAAATTAAGAGTTTGACATATGGAAACAAACCTTAGGAATTCATCAGGTGTGATCTGTGATAGAAG TTACCACTCAAACTCAAAGGACAACTTTACCAAATAGCTATAAGACTTGCAATGTCATACAGAGCTGAACGCTGGGCAAG AAAGAGCAAACAAAAACGTAAGCCCAGTGTCGTGGAGATGGGGATGTTAAGATAGATGAGTGTGGTACATAAAACAAGCT AGGGTTAGAAATATAAATATAATCTTTAAAGGGAAAGGTTGGTAGTTCTCATTGTACAATAGATAGTGGAGTCTTGTATT AGCTGGTTTAAGAAAGTGTGAAGATGACCCATAGAAATTAGAATCATCAGCAAGGAGGAATGATCAGATAGTCCAATAAT TATTGACCAAAGAAAACAATAGGCTAAATCATAAAGAGAGATTTAGAGGTAAATAACCTATCTTTGAACTTAATACATGA AAAGGCATTATATAGCATCGTTTGATCCATGTAGTCAATTACTTCCAGTGGGAAAAGACTTGATGGTGTGATTCTGTGCA TATTATCAACAATGATTTAGATGATCGAAGTTACCTATTTTCTAATTGTAATTTTGTTTTATGTTCATGATTTTATTTCT TCAATTATGTTTGTGGCTTGTTCTTGCTACATTATAGTTTGCCATGCTTATTTTGAATGTGCAGTCGATGCAAAATGGAG ATCCAACTTGGATTGGTTACGTCTACGCCTTCTCCATATTTGTTGGAGTGGTATGGCTACTATCTCATAATTAAAAGTGT TTTGGTCCCATTAACTTTATTTAAACTATAATTTAAATATAGACTTCGTTTCACATCGATTCCATGTTTCCATGATTTTC TAACCATATAGATAAAACATCATTAATATAGAATATATATTTTGTGCCTATAAACATAAAGCAATTGCTGGGATGTGTTA CTATGAGTTATAAGAGAAGCCCAATGAAGATGATAGGTACAGAAATATCTTGAATAATAATCACACAAATCCTGGATGTT CGAGAGCCATTCCTCTCCCAATACCACAAGTACAGAATTCCTAAATAATCCTAATAGTGTGATAATTTCCCAATTTATAA CTTCCTAATAGCAATAAACTGCCTCTAACAGCAATAAACTGCTCCTAACAGTAATAAACTGACTTAATAACTAATATAAT TACTTAATAACTGCCATAATTGCCCCTGTTCCAGCATCTGATAGGTCACTCCTTATCAGAACATGTTAAGGTTGTACTGC AGAATTGAGTAGGTATATGCTTTTCTATATATACACATATAAAGGGGTTGACATAGAAATTGTAATGGTCTGTTTGGCTT GAGAAACATTTTCTGTTTTCATTTAGTATTTTCACTAATAATTAGAAAACTTGTACCTTATATTCTTGTTTCCAAAGATT TGAATAGGAAATAGTTAAAGCAATAGTTTTTTTTCCTTACATTTTGAGAAAATGAAATGAAAATTAGGTGGCAATTCTGT AATTATTAGTGAAAACAAAAAATGTTCTCAAACCAAGCAGACCCTAAGATTGCAAGAATACCTATATATGTATGACTGCT TATCGAAAAAAACCTATATATGTGTGACCACTAACCCTCCCTCTCAAGCTAGATAATAGGTATCATTCTTCCTGTCTTTT TACAAATAATAATAAATCGCTGTTCTGGACTGCTTTAGTAGAGCCCGTTTGTATGGAGACCAAAGAGCACTTATTAGACT TTATTTAGTGAATTTTTATTAAGTGCTTTTTGGTCCGTATCCAAACACGCTCATAATCAGCTAGCTTTTTCCTATTTGCC CCAACCAGCCTCCTTCTGTCCTGCAGAACTTGATACCCCATATTAACCCACAATTCATATGAGCTCTGGCCCTTTTTCTG TTTCTGCTCTGGATCATTCAACAATATTTTACTTCTTACTTTTCCATGACACCAGATTGTCCCCATGAAACACAGATTAA CCAGTTTATGTTTGTGATTTTACTCCAAAAGATCAATTACCCTTTCTTTCTCATGCAAGTTTTTATTTTCATATAAAAAA ATTCATACAAATTTCATATTTCTGCTTTTGCTTTTTTCAGTAACCATCTTTTCCCCCATGTCTAGGACAATCACCATCCT AAATAAGTAACTTATACGAATATCTTTAGTGCATGAAAATTGATAGGAATATACATTTTAGTTTTTTCTCAGTGGATAGT CTTTGTCTTTGATATCACAACTATTTTATACTGTTGATGGCATTCAATAAAATGAATAAAATAACAATTAACAAGTGTTT CAACTCTTTTCAGTCAGCTGGTGTTCTATGTGAAGCACAGTATTTCCAGAACGTTATGCGTGTTGGTTTTCAGCTTAGAT CAACATTGGTACGCTGTTTCTTTCTCTTACGAGTCCACCAAACCTGTTAATCCAATCTGGACAGCCCTTAATAAGCTGAT TTTTCTAAATTTATTATATTTATCTACACAGTTTATATTATGTGACTATGTCTAATTATAGGTGGCTGAGATATTTAGAA AATCTTTGAGGCTAACACAAGAAGATCGAAAGAATTTCACATCTGGGAAGCTTATGAATATGATAACAACAGATGCGAAC GCACTACAGGTTCATTTCCTGCTTATGCTAAATAAGCACGTCTTTTCAGAAATACACAAGACATATGGATTGGTTTAACT ATTGAAACCCTCTTCCTATTTGAAAAAACAGCAATTGTATTTGAGAAAACATGTCAATGAATATAGATCAATTAGACCTC ACATCTAGGTCTATTTATGCCTGGATAAAGGGCTGCTTAATGTATGTCGTACAACTATTGACTGCAAATTATAACTATAG ACAATGAATTCCAATAAAAGCTCATAAATACTATTATGATTTGTAGCCTATTTTCAGCCTCCAAAGATGCTACCATCATT ACTATAATTCTCAAACAAAATTTATCAGCAAATTGGAGTCTCAATTATGCAAAGTATCAACAAAATTATCTTTCTTTGTC AAACTAAAACACAGGATGTCGGATCCTGATGATGAGGGGGTACAATTCAAGTTCTTCTCTTTATCTCGGCTCTAATTTGG TCTCTTGGTGGTCAAGAAAGAAAACAATGGTAGCTAGACCCTCTACTGAAGCAGAATGTTTCAGCTTAGCTGCTGCTACT GCTGAATTCCTATTACTGCAGGCTCTTCTATGTGAATTACTTGTTCATCACTCCATCCCATAAGCCTATTTTGACAACTT AGCGCCACGTTTCTCTCTCATAATCAGTGCTTCGTACCCTGACTAAGCACACAGAACTTGACTTGTTTTTTATTCGTGAA AAGGTCCTCGACAAGTCTCTCAAAATTAAGCATATACCTGAATCCTATCAAGTGGAAGATGTTGCACTAAGTGTCTCACA ATTAAACATATACCTGCATCCTATCTACTTGTTACCCTTGAGGCTCAAACCATCATTTTTCCCGAAAGCAAAAACTTCAT TGAAAGAAGAAATCGTCATGAGAACAACCAGCTCATGAATAGGTAATGCTAAAACCCCCCAGGAAATGCACAAAAACAAC CAAAAAACCACCCCAACACAAAAATACCTGAAAGAAAGTTCCAAATTTAACTTTCTCATGATATCTGTTTAACTATAAGA AATCATCAGTCATAAATGCAAGTACTCATATATTGAAATTTGTTCTTATGCTTTGGAATGTAGACACTGTTACTGTGGTA TAAATTTCATCGCTAATAACTCCTTACAATATTCAGCAAGTATGTCAACAACTTCACGCACTGTGGTCAGCACCATTCCG TATCATCGTAGCTATGGTTCTCCTATACCAGCAATTAGGTGTTGCGTCCCTTCTTGGATCACTAATGCTAGTTCTCATTG TCCCTCTACAGGCAAGTTTTATCTCTGGTAGCTCACAGGCATGTCTATGTATCGTTTTTACTTTCTGAAAGACAAATATT TAGTGGAGAAAGGATCAAGAGAGAACCCTTGTCTAATGCTTGACCTCTCTCTATTGTTTATTATATAATACTTGCTGGAA AATGTTGGGCGGTGTAGAACTTAGTATAAGTTGAAAATGATATTTTTGGTATCTGGTTTATTCACTTAACAAAAAATATT ATTTTTTATTATATGACTTTCTCTCGAATAATTAAATAGAAAAACTTTTTATTGTTTTTGAGAACAGACATTTGTGATTG GCAAAACGCGAATGCTATCAAAGGAAGGACTAAAACAGACAGACAAAAGGGTTGGTCTCATGAATGAAATTCTGGCTGCC ATGGACACAGTAAAGTATGAACATGTTAAAAAAGTTTTCACTTCCAACTTTCAAGTACAGCTTGTGTCTTTACAGGGTTT CTGATATGCTGAATATGATTCAGATGTTATGCATGGGAAACAAGCTTTCAATCTAGAATTCAGAGCATACGAGATGAAGA GCTATCATGGTTCCGCAAAGCACAGCTTGTATATGCTGTATGAACCTTGATATGATATTAAAATTTAGATTGTTTCCATA TTTTTCTACTATCCAGTTTCTGATTGATGATGCCAATTGATGGTTTTGAAACTAATCATCTTTCAAGATGTTCTATCTAA CAGGAGAACTTGATTCAAAGTATAGGATCATATTCCCAAGAATGATATTCCTGGGAATCCTATCTGGGGTAAAATTTTAT TTTCAAGATAACTTCCTATCCCATGAAAGAAAATAGGTAAAACATGAGTAAACTACTTTCACGGGAATCAATAATATCCA GGAATACTTTTTCATAGGCCAGGTTTATTCTTTGACATCTAAGGGTAGCTTATTAGTAGATTTAGGGTTGGCATTGATTG CATTTTAAAATTTAGCCTGGGCCTAACTCTACTCCAGAAGTTAGCTCATGGGGTGATTATTACCCAAGTCATTATAAGGA CTATTTTTCCATATATCTGATTGATATTGGATCATAACAGTTATATTCCTATGTTTACTTTCCTAGGATTATTTTTGCAT ACCTTGAAACAAACACACTCTAGGAGCACGGAATTATTCATTTGCAATAATTTGAGTAACTATATACACTAGGTAAAAGT AGAACAAGAATGATGACCTAAAATGCTCAAAGTACAGTACACTCAAATTTAATATACATTGACCTATCAGTATAGAATTG TTTTCAAGGAAACGGTCACCTAACATGATGTGGCTTAGCGTTATGTTGTTGGACCTCCTTTGAGTAGTAATACTTGTATT TTATTTTATGATATTGGAGCAACGTCAAGGCTGAATGTGAAGGAACATAGTACTGTCTCTTAAATTTGATAAATGCGGCA ATCCATGCTATTAATTCCTATGTTTGGGTCTATTTCCATAAATACTTTGAAATACTTTGGGACTATTCATGTTATATTCA CAAATATGAAAGCTTGTTTATGAGAATGACAAATTATTTTTTATCTAAAGTATTGATGTGAATGGTTTGAACATCAATGA AATTTCTATAGGGAACCTATTTTCAGTTTGTGCAATTACTTATTTCTACATATGCATGTGCACTAACAATTTCTTAGGAT GTTTTAAACAATTTGAAATTTTGAGTGACATGAAACTTTCTTTGTAACTACTTTTCTTCTGTTGCAGCTCAACTCTTTTA TATTAAACAGCATGCCAGTTCTTGTGACAGTGACCACATTTGGAATGTTTACTTTACTTGGTGGAGAATTGACACCTTCA AGGGCATTTACCTCGCTATCTCTGTTTTCAGTTTTGCGGTTTCCTTTATATATGCTTCCAAGTTTACTAAGTCAGGTTGT CATTGGCCCTTATCATGTTCAGTTAATTTTTTGTCCCAATAACTGCATTTTTGTGAACAATAATTTGGGAGAATTCCAAA AAACGTATTCTTGATAAAAAGATTACCATGTGACTCGAAGTGGTCATTTATGCCAGTGAAGCTAATCACTGAGTGAAAAG GTTTTCTCCATAACATTTATTTTTAATAACTTCAAATTGTGATTAGCATTTCCATACTGGTTTTAGGGAAAATATGACAT TCCTTTCGTTGGAGATATCAAATATTCATTACTGATTATCTTTTCTGACAGATAGCAAATGCAAAGGTCTCCTTGCAGCG TTTGGAGGAACTGTTCTTGGCTGAGGAGCGAAATTTAAAACAAAATCCACCTATTGTACCAGGACTTCCTGCCATCTCAA TTAGTAATGGATACTTTTCATGGGATCCTAAGGTCAATATTTCAACAATGCTTGTGGGAATACTATTATTTTGGTGAAGC TGTCCTTTTGTTTTTCAACTAATAACAATATTAGAGACAACAAAATACTAATATCTAATATTTCCATTTCATTTTTTTTA AGTGTAGAATCTCACTATGAATGCAGAATAAAAATAATAATAATTACTAAAAATATGATATAAAAACATTCATGTGTCAT CTCCCAACAGCTTCAATTTTTAGGGTAGTTGGTTCGTGACATGGTATCAGAGCCTCTATGACCAAGTGGTCTGAAGTTCG ATCATTGTTTCCCCTATTATTCCAATATATGAGCTCTTGCGTGAGATGGCGTAAATATAATATAAAAATCATTCATGCCT AACAACTTAAGTTTTTGGGACAGTTGCTCCCTCCATTCTGCCCTAAGCTTACAAGTTACAATATGTCTGGAACCAATTGT TCAATGCTCCAGAAAATTATCCATTAGCCTATAACTCTAATAAACCGTCCATTTGGAATGTGTTTTCTAGGACAAAAATA ATTTCCAATGATGGCAATCTTAAGTAGTTGTGTATTTGGATAATGATGTATTAGGAACAATAATGTCTGAAAATAGTTAT CTGTTAATAACTGCTATGTAGCACCTGTTATCAATTTATGATAAAATTTATTCGAAGTAATTAGAATGTATTATGAATAT AAGGTGTAGTGTGGTTTAGGCAGAGGTATGTTTTAGTCATTTGTAATGTTAGACAAAGACTGTTCTCTGTAGGAGGCTTT GGTCTCTGGGACAAGTTCATTGATGTTGTTAGATTTGAGACTTTTCTCTTTCTATCTATAATTACCTAGTTAGTCATGAT AACCAAGTAGTAATGATGTAGTAGTAGTTAATGATGACTTAGTTGCTTTGTGCAATGGTAAATGTTAGTTTTAGTGTCGT ACCCTTTTTCCTGTTGGACCTTTCACAGTCCATCCGAAGCTTGTAATTTCCTCTCGTTGCTTGTAAATCTGTTGTCTGCA TTTTCAGTGTTTTCCGTGTTCCTCTGTTTTTGTAACAGCTGTATAGTGTGTGGTTTCTGTTTCAGTGATATAACTATTCA ATTTATCTTTGGTGTTCTAACACAATATAAGCCAGATCAAAGTCATCTGGAATACGATAGTCATACTCCTTGTTGGTCTT ATTCTTAGGAGACCAAAGTAAACTGTTGTCTTTGATGAATGTGATGCTAACGATGGGTTTTCTTACAACAAGCTATAAAA ATTCAGTTTTAATTTTATTTATAATTCTGATATTAGTAGTTGCTCTTCACTTTATGTATGAAAAATCCATGCAATTTACA GGCAGAGAAGCCTACATTATCAAATATCAATTTGGAAATACCAATTGGCAGCTTAGTTGCAATTATTGGTGGTACTGGAG AAGGGAAAACATCACTTATTTCAGCAATGATTGGAGAGCTACCTCCATTAGCAGATGCAAATGCTACAATCAGAGGCACT GTTGCTTATGTTCCTCAGGTTTCATGGATTTACAATGCTACAGTGAGTTTTCCATTGTTTATGCTTCAAAAATCTATATT TTATCCATAATAAGTTTAAAGTGAAAAAATAATACTATTTTACCATTTTGAATCGTTTCTTATCTCAGGTTCGTGAAAAT ATATTATTTGGATCAAAATTCGAACATGAAAGATATTGGAAGGCTATCGACGTCGCTGCTTTACATCATGATCTCAACTT CCTACCTGTAATATTGTTTATAAAATTTCATCTTCTCTTTTGCTTCTCTAAATTATTACTGATTTTTTTTGTGAATAAAC TCATGTATGTCCTTTCAGGGACGTGATTTAACAGAGATTGGAGAAAGAGGAGTGAATATTAGTGGTGGACAAAAGCAAAG AGTTTCCTTAGCTAGGGCTGTATACTCGAATTCGGATGTGTATATATTTGATGATCCTTTGAGTGCTCTTGATGCTCATG TTGCACAGGAGGTATTGTTCATATCAAGCTCTAAAGCACAAATTCTTGCTATAATATAATTACAATCTTTAATAGAGGCA TATGCATTTTATGGGATTGCCTTTCTCCTGTGGTATAAATATCTTGAATTGCAGCTATCTCCATTAATTGTTGATTAATA ATCTGAAGAAAAAGCTATGATCATAGTTCAAATAATCTGATCTGCAATGAATTTAGGTTTTCGGCAACTGTATAAAGGAA GGGCTGCGAGGAAAAACCAGGGTTCTTGTCACCAATCAACTACACTTTCTCCCTCAGGTGGATAAAATTATTCTGGTTAG TGAAGGCATGATTAAGGAGCAGGGAACCTTTGAGGAGTTGTCAAAATGTGGGCATCTATTTCAGAAACTAATGGAAAATG CAGGGAAAATGGAACATCAAGCAGATAGTAACGAAGATAGAGATAGTCATGATAACGATTTACCCTTAAACAATGAGGCA ATTGTAGAGTTACCAAATGGTGCAAGCTATGAAAAGAAGGGAAAATTACAAAAATCAGTACTTGTTAAGAAAGAAGAGCG GGAGACAGGTGTGGTTAGCTGGAAAGTTATAACGAGGTATGATTTCTATGAAAACTAAAATATAGATATTATAAGAAATA TTCCTATAAGTTAATGTCTTGAACCAACTATACAAAAGGCTTAAGTTGCTTGAAGCATGGACGTACCCCTACCTTGTACT CAAATTCAACTTTATATTAGAGGAAGGAGGACGGCGAGGTTCATACTCTACATATTTGGTAGTAGAGGCTTAATATTATG TCTCAACCACAAATTACAACCACCCCACTTTGGTTTAATTTTCATATGGATGCTTTTGTGGTGTCTGTATAAAGTTGTAC TTCTTTTCATTCAGTAACCCTTCATTGCACATTTTCTGCTTGGATTGAATTTAGATGCTCTAGTTTTGTTATGACATGTA ATTACAAACCCAAATTTACAGGTACAAATCTGCTCTGGGAGGACTGTGGGTAGTTCTCATACTCTTTGGATGCTATACGT TAACAGAAGTTCTTCGAATTTCAAGTAGCACATGGTTAAGCGTTTGGACATCTCAAGATTCTGCTGCAGCTGATGAAACA GAATATTTTCTTTTCATCTATGCACTTTTCTCATTTGGACAGGTAATTTGCAATGAGTTTATATTTACCATTTCTATCTT CTCAGTTCTCACATCCTTCCAAACTCCAATATTTAAATTTCTACCCAGTACTTATCATCTTTCACCTTACTTGTAAGGAA TTAACATTGTTCAAGAAAATGCTCATCCTTCAACTAACTGTCTAACTTCCCATAGAGTACCTTTGTTTACTTTCTTCAAT TTTAGGAAAAATGAAATGAGTATTTCCTTTGCTGCTTTCAGGTAACTGTGACACTTGCAAACTCTTATTGGTTGATCATT TCAAGTCTTCGCGCTGCCAAAAGATTGCATGATGCCATGCTAGATAAAATCCTGAGCGCTCCAATGATATTCTTCCAAAC CAACCCTGTTGGTCGCATAATTAATAGGTTTGCAAAAGACACGGGAGATATAGATATGTATGTTTTTGCGTTGGTGAATG GGTTTCTGGGGCAAGTGTGGCAGTTAGTTTCGACATTTGTTCTTATCGGCACAGTGAGCACCATATCCCTGTGGGCCATA ATGCCACTACTTACCATCTTTTATGCAGCTTATATTTATTACCAGGTATGTTCTATACCTTGTCCTTAGCTTTAGAGTAA TGAGTAATCTCGTGTAGAAATGTTTTACCTTGCCAAATTGATTTTACCTGCTTTTGTAGTATAGATTCTCTTTTATATCT ATATAGAAATGCAGATGAACAGTGACTAAATAGTGGGTTAGTGCAAACTGGATGTTTCCAGAATAACTTATACTGAGAGT TAGGATTTTGCTTTCATCAAAGTCCAGGTTAGGAGTACCAGCATCGATTCGGGGCTGATCAGGATTGACCAAAATCCAGA TTTTTCTAGAAATATTAGCATTCTGTTGCAACTTGTACTTAGGGTTACAAGGGAAAATATTCACATTTCTGGACATTGGT ATCCTTATACAGCACAGAGATTAATCAAACTGTTTCCTGATGCACACTTAATACAATTATAATCTCCAAAATTCATAATT GAATCATAGTAACATTATACCTGCTAGATCCATTTCCTAAAGAAGCCGGGTTGATAGTCCAAGTAACTAAAATCTTAACT TTTATCCTTTTTACTAGCAGTAGCAGGAATAGTTAAGATGAATAATATTTCCTCTGTAATAAAGCTTAATCTATAGACCT TCATATACACACCGTTTCTTATTCTCCACTGCGCCTCTGTAGTATTCTTATTCTTTGCAAAGAAGGTGCAAGGTAAAGTA TAGGTCAGTGATGCAGAAACTATTGGAAGTTACAAACCTTTGTAAAGAATGTCTAAAAATGGATTTCAAGTGAAGGTTTG ATGACAAAAAACATCATTTTGAATTGACAGTTAACACTAAGTGATCATGGTTTTAGGAATTGACTTTTCCTGTTAACACC ATGCCTAACAGAGCACAGCTCGAGAGGTGAAGCGCTTGGATTCCATTACAAGATCTCCTGTTTATGCGCATTTTGGGGAA TCATTGAATGGTTTGTCAAGCATTCGCGCTTACAAAGCATATGATAGGATGGCACAGATCAATGGAAAATTCATGGATAA CAACATAAGATTCACTCTTGTCAACATTAGTTCGAACCGGTGGTTGACCATAAGGTTAGAATCATTAGGAGGCCTCATGA TTTGGTTGATAGCAACATTCGCTGTCCTGCAAAATGGAAGAGCTGAAAACAAGGCAATGATTGCGTCTTCAATGGGCCTA CTTCTCAGTTACACTTTGAACATAACAAATCTCTTGAGCGGTGCCCTCAGACAAGCAAGCAGAGCTGAGAACAGTCTAAA TGCGGTTGAGCGCGTTGACACCTATATAAATTTAGAATCCGAGGCTCCAGGTATAGTTGAGGAAAACCGTCCACCACCAG GATGGCCGACAACTGGATCGATTGAGTTTGAGAATGTTGTTCTCACATACAGGCCTGAACTTCCTCCAGTTCTGCATGGA GTGTCTTTCACAGTATGTCCAACTGAGAAGATAGGGGTAGTTGGAAGAACTGGTGCAGGAAAGTCTAGCATGCTTAATGC GTTATTCCGGATTGTGGAACTACAAAGAGGAAGAATCACTATTGATGGTTGTGATGTTTCGACAATTGGACTAGCAGATC TGCGAAAAGTTCTCACCATCATACCGCAATCGCCAGTTCTGTTCTCTGGTATGCACTATATAACCTGAAATATTGTTCTG TCATATCTAGATAATCAAGCATGAGTTTAGTTTTAATCCACTTTCAGCAAGGCTTTTAATCAAGTCGCATTACAGGCCAA TCCAGACAAAAAATGTTGTAGACTTGTAGTACCTAGATGTCTACGATACATCAAGTGACACTAACTGAGATTTAAAATTT AACTGTCTATGTATAATTTTTACACTATCATCTAATCACACATTAGCACATTATTATAAAACAAGTTTCAAGCAGTTATT TTTGTATTCAAACTCTCTTAGTAATGAAGCAATAATTGAGATGATGATAGTGTAAAATATGACATTAAAGATCAAGGTTA AATCCTAGAAAACTTATGTTCTAGCTCACTAATAATCCTGGTTATTAGTCCTATTCTTGGCCAAAATAGAATACAAGAAT TATGGCATTTTTTATTGTAGTGTTTTAGGTTTTCACTTAAGTTGTGGATAAGCGTTTTCCAATAACTGGCAACTGCACTA TACCTTTTCCGTTCTGAAAATCGTTAATCTTTCTCTTAGGAACTGTTCGCTTCAATCTTGATCCATTTAATGAACACAAT GATGCTGACCTATGGGAATCTTTAGAAAGGGCGCATTTGAAGGATGTAATTAGAAGAAATCCACTTGGCCTAGATGCTCA GGTATTATGGTATAATTTTAGTCATTGAAGTTTCCCATATATACAAGAAGTATAAGTAGATATATAATATTTGAACATGT TTTGCATATATAGGAGTCATCATAACTTTATGAAGTGAATTTTATTCAAACAGTCTAGTTTTCTGAACAATAGTTGGAAA TATATGATATGTTTTGTGTAAATTGGTTTTTCTTGGAGTGTTTTTGAGTTCTCAATTGAAAAGATGAAATTGACAATGTA GTCTCTTCTACACTTAATTAAGGTTTCAGAGGGAGGAGACAATTTCAGTGTTGGACAGAGGCAACTCATAAGTCTAGCAA GAGCATTGCTACGAAGATCAAAGGTTCTTGTCCTGGATGAAGCTACTGCTGCTGTAGATGTTAGAACAGATGCCCTTATC CAGAAAACTATCCGACAAGAATTCCAGTCTTGCACCATGCTCATCATTGCACACAGATTAAATACAATTATTGACTGCGA TCGGATTCTGTTGCTTGATGCTGGCCGGGTAAATTCAATTAGCATAATTTACAGATGTTTAATTTCTACATGCTGTAATT ATCATTGTTCTATCTGACCATGAAGGAGATCTAGAAATCAATTGGTTAAAATATGTTTCTGACTGTATATGACACTTATA ACTGGTTCTCATACAAAAAGAGTTTTCAATGTAGTGCCTATATGTACAACCCCCATCTTTGGTATTGTCCCAGCCGTCTA TGGCTGTTATACCACTACGAGATTGGCATTGAACTACCAAGAAATACAGGGACCAAATTGAAAATGATTGTTACATGTAA GGACCAAGATATTTCTAGTCCCAACACCTGATACTGATCTTCAATTTTCTCCCTTTGCACTCTTCTAGGATGGTATATAA TTTCTCAATATGGAAATATGGATCGTGTTTAAAACAGTTTTTCTTACAATTTGGATTAGGCCTAACTCTACCTCAAAAGC TAGTTTAGGAGTGAGGATTGTTCTACCCTTTATAAGAACTAGCCATATCTCTAGTCAATGTGAGACTTTTCATCACGCCT CTCACACCCAAGGCTAGACATGGAATGAACATTTGCGGTGGCCCATATATGAGAGGTCTCCAATAAGTTGATGTAGGATA GACACTGATATCATCTTAAAATTTGGGTTAGATATGACTCTATCCCAAAAGCTAGCTTAGGAGTGAGGTTTGCTCTACCT TTATAAGGATTATTTTGATCATATCTCTAGTCAATGTGAGACTTCTAAACAATTTTACATGCCATAAAGATTTGACAAAG TTTTTTACTTTGACTTTATCTTTTCTGAGTTTGGTACTGGCTATGTTTAATTCCTAAAAACTTAGTTATAATTATGCATA TAGGACTAAATTGAAAACTTTTTCACACAAGGACCAAATTAAGAATTAGTGTCATGAAAAAGGACTCAAAGTACATCACC AAATGAGTTTAAGCATTCTACATGGAGTGGATTCTTTTTTCCCAATCAAATTAGTCAACATTTGATAATCCAATATTAAG ATTCGTCTTTCGTATACTTTCCAGGTTCTTGAATATGGTTCACCAGAGGAGCTCTTAAAAAATGAAGAAAGTGCATTCAA TAAGATGGTTCAAAGCACTGGACCTGCAAATGCTGAGTATTTATGTAGCCTAGTGTTTGGAAGGACAAAGAACAATTCTG GTGAATATAACAAGGGGCAAGAAAGCCACACGAGACAGTTAGCTTTTACCCATTGGGCTGCTGCTACCAAGTTTGCCATA GCTTCTACCCTTTCTTCTGTACACAATAACCTTCAAAAGCCTAGTTCTAAGGAGAATAAAGATTTCCTTGATGAAACAAA GGATGCAGTGACAACACTTCAGGAAGTTCTAGAGGGGAAGCATGATGAAGCCATAGAAGAGACACTGACTAAATTCCATG TTCCAACATATAGATGGTGGTCCACCCTCCATCAAGTTATTGAAGGTAAACATACATAATCATGATATTATTAAGGCTTA ATACATCAGAAGGCCCCTGAAATTGTAAAGGGAATCAGTTCCAGGGCCTGGAAAATTTTCGCATCAAATTGGGTCCCTAA AATTTTTTTTTTAATTCAATTAAGGCCAAATCTCAATTTTGTCCTAGTCATCAGTGACACCTGGCTTTTATAATTTTTTT TTAA
CDS sequence (LotjaGi3g1v0103200.5) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGTGGATAGTGCTTTTGGGTCATATACACCTTGTGCAATTAACACTCTTGTTATCTCCATCTCCAATTTGGCTCTGAT GGGCCTGTGCTTGTGTCGAATATGGCTTACCATAAGCAATGCAAAAGCTCAGAGGTTTTGTTTGAAATCAAATTACTATA ACTATGTTCTGGGAATGTTAGCTGGTTATTGTGCTGCTCAGCCTTTGTTGAGATTATTTACTGGAATTTCAGCCTTCAAC CTGAATGGGGAAACTGGCTTTGCTCCTTTTGAGATAACAGCTCTGATCATTGAATCACTAACTTGGTGCTCAATGATAAT TCTCATCCTCATGGAAACCAAGGTTTATATCCGGCAATTTAGATGGTGGGTGCGGTGTGGAGTTATTTATGTTTGGGTAG GAGATATTGTAATGCTTAACCTTCTTCTGTCCGTGAAAGATTCCTGCAGCAGATCTGCTCTGTTTCTCTATATTAGCACT GTTATCTGCCAGGTGTTGTTTGGTACCTTGCTTCTTGTTTACATTCCTAAATTGGTTCCTTATTCTGGATCTGATCATGT AACAATGTACGCTGAGCTACCTGACAATGGTGAATATGAACCACTTTGTGGAGAAGATCAAGTTTGCCCTGAGATGCGTG CCAATCTATTCTCTAGATTGTGTTTTGGATGGATAACTCCACTCATGCAACAAGGATACAAAAAACCCGTCACTGAGAAG GATGTTTGGAAGCTAGACAAATGGGATCAAACAGAGACATTAACTGAAAAGTTCCGAAGATGTTGGATGTTAGAATTTCA AAGCTCTAACCCTTGGCTTTTAAGAGCATTGAACAACAGCCTGGGAAAAAGGTTTTGGTGGGGAGGCTTCTGTAAGATTG GAAATGATCTTTCTCAGTTTGTGGGGCCTGTTTTGCTGAACCATCTTTTAGATTCGATGCAAAATGGAGATCCAACTTGG ATTGGTTACGTCTACGCCTTCTCCATATTTGTTGGAGTGTCAGCTGGTGTTCTATGTGAAGCACAGTATTTCCAGAACGT TATGCGTGTTGGTTTTCAGCTTAGATCAACATTGGTGGCTGAGATATTTAGAAAATCTTTGAGGCTAACACAAGAAGATC GAAAGAATTTCACATCTGGGAAGCTTATGAATATGATAACAACAGATGCGAACGCACTACAGCAAGTATGTCAACAACTT CACGCACTGTGGTCAGCACCATTCCGTATCATCGTAGCTATGGTTCTCCTATACCAGCAATTAGGTGTTGCGTCCCTTCT TGGATCACTAATGCTAACATTTGTGATTGGCAAAACGCGAATGCTATCAAAGGAAGGACTAAAACAGACAGACAAAAGGG TTGGTCTCATGAATGAAATTCTGGCTGCCATGGACACAGTAAAATGTTATGCATGGGAAACAAGCTTTCAATCTAGAATT CAGAGCATACGAGATGAAGAGCTATCATGGTTCCGCAAAGCACAGCTTGTATATGCTCTCAACTCTTTTATATTAAACAG CATGCCAGTTCTTGTGACAGTGACCACATTTGGAATGTTTACTTTACTTGGTGGAGAATTGACACCTTCAAGGGCATTTA CCTCGCTATCTCTGTTTTCAGTTTTGCGGTTTCCTTTATATATGCTTCCAAGTTTACTAAGTCAGATAGCAAATGCAAAG GTCTCCTTGCAGCGTTTGGAGGAACTGTTCTTGGCTGAGGAGCGAAATTTAAAACAAAATCCACCTATTGTACCAGGACT TCCTGCCATCTCAATTAGTAATGGATACTTTTCATGGGATCCTAAGGCAGAGAAGCCTACATTATCAAATATCAATTTGG AAATACCAATTGGCAGCTTAGTTGCAATTATTGGTGGTACTGGAGAAGGGAAAACATCACTTATTTCAGCAATGATTGGA GAGCTACCTCCATTAGCAGATGCAAATGCTACAATCAGAGGCACTGTTGCTTATGTTCCTCAGGTTTCATGGATTTACAA TGCTACAGTTCGTGAAAATATATTATTTGGATCAAAATTCGAACATGAAAGATATTGGAAGGCTATCGACGTCGCTGCTT TACATCATGATCTCAACTTCCTACCTGGACGTGATTTAACAGAGATTGGAGAAAGAGGAGTGAATATTAGTGGTGGACAA AAGCAAAGAGTTTCCTTAGCTAGGGCTGTATACTCGAATTCGGATGTGTATATATTTGATGATCCTTTGAGTGCTCTTGA TGCTCATGTTGCACAGGAGGTTTTCGGCAACTGTATAAAGGAAGGGCTGCGAGGAAAAACCAGGGTTCTTGTCACCAATC AACTACACTTTCTCCCTCAGGTGGATAAAATTATTCTGGTTAGTGAAGGCATGATTAAGGAGCAGGGAACCTTTGAGGAG TTGTCAAAATGTGGGCATCTATTTCAGAAACTAATGGAAAATGCAGGGAAAATGGAACATCAAGCAGATAGTAACGAAGA TAGAGATAGTCATGATAACGATTTACCCTTAAACAATGAGGCAATTGTAGAGTTACCAAATGGTGCAAGCTATGAAAAGA AGGGAAAATTACAAAAATCAGTACTTGTTAAGAAAGAAGAGCGGGAGACAGGTGTGGTTAGCTGGAAAGTTATAACGAGG TACAAATCTGCTCTGGGAGGACTGTGGGTAGTTCTCATACTCTTTGGATGCTATACGTTAACAGAAGTTCTTCGAATTTC AAGTAGCACATGGTTAAGCGTTTGGACATCTCAAGATTCTGCTGCAGCTGATGAAACAGAATATTTTCTTTTCATCTATG CACTTTTCTCATTTGGACAGGTAACTGTGACACTTGCAAACTCTTATTGGTTGATCATTTCAAGTCTTCGCGCTGCCAAA AGATTGCATGATGCCATGCTAGATAAAATCCTGAGCGCTCCAATGATATTCTTCCAAACCAACCCTGTTGGTCGCATAAT TAATAGGTTTGCAAAAGACACGGGAGATATAGATATGTATGTTTTTGCGTTGGTGAATGGGTTTCTGGGGCAAGTGTGGC AGTTAGTTTCGACATTTGTTCTTATCGGCACAGTGAGCACCATATCCCTGTGGGCCATAATGCCACTACTTACCATCTTT TATGCAGCTTATATTTATTACCAGAGCACAGCTCGAGAGGTGAAGCGCTTGGATTCCATTACAAGATCTCCTGTTTATGC GCATTTTGGGGAATCATTGAATGGTTTGTCAAGCATTCGCGCTTACAAAGCATATGATAGGATGGCACAGATCAATGGAA AATTCATGGATAACAACATAAGATTCACTCTTGTCAACATTAGTTCGAACCGGTGGTTGACCATAAGGTTAGAATCATTA GGAGGCCTCATGATTTGGTTGATAGCAACATTCGCTGTCCTGCAAAATGGAAGAGCTGAAAACAAGGCAATGATTGCGTC TTCAATGGGCCTACTTCTCAGTTACACTTTGAACATAACAAATCTCTTGAGCGGTGCCCTCAGACAAGCAAGCAGAGCTG AGAACAGTCTAAATGCGGTTGAGCGCGTTGACACCTATATAAATTTAGAATCCGAGGCTCCAGGTATAGTTGAGGAAAAC CGTCCACCACCAGGATGGCCGACAACTGGATCGATTGAGTTTGAGAATGTTGTTCTCACATACAGGCCTGAACTTCCTCC AGTTCTGCATGGAGTGTCTTTCACAGTATGTCCAACTGAGAAGATAGGGGTAGTTGGAAGAACTGGTGCAGGAAAGTCTA GCATGCTTAATGCGTTATTCCGGATTGTGGAACTACAAAGAGGAAGAATCACTATTGATGGTTGTGATGTTTCGACAATT GGACTAGCAGATCTGCGAAAAGTTCTCACCATCATACCGCAATCGCCAGTTCTGTTCTCTGGAACTGTTCGCTTCAATCT TGATCCATTTAATGAACACAATGATGCTGACCTATGGGAATCTTTAGAAAGGGCGCATTTGAAGGATGTAATTAGAAGAA ATCCACTTGGCCTAGATGCTCAGGTTTCAGAGGGAGGAGACAATTTCAGTGTTGGACAGAGGCAACTCATAAGTCTAGCA AGAGCATTGCTACGAAGATCAAAGGTTCTTGTCCTGGATGAAGCTACTGCTGCTGTAGATGTTAGAACAGATGCCCTTAT CCAGAAAACTATCCGACAAGAATTCCAGTCTTGCACCATGCTCATCATTGCACACAGATTAAATACAATTATTGACTGCG ATCGGATTCTGTTGCTTGATGCTGGCCGGGTTCTTGAATATGGTTCACCAGAGGAGCTCTTAAAAAATGAAGAAAGTGCA TTCAATAAGATGGTTCAAAGCACTGGACCTGCAAATGCTGAGTATTTATGTAGCCTAGTGTTTGGAAGGACAAAGAACAA TTCTGGTGAATATAACAAGGGGCAAGAAAGCCACACGAGACAGTTAGCTTTTACCCATTGGGCTGCTGCTACCAAGTTTG CCATAGCTTCTACCCTTTCTTCTGTACACAATAACCTTCAAAAGCCTAGTTCTAAGGAGAATAAAGATTTCCTTGATGAA ACAAAGGATGCAGTGACAACACTTCAGGAAGTTCTAGAGGGGAAGCATGATGAAGCCATAGAAGAGACACTGACTAAATT CCATGTTCCAACATATAGATGGTGGTCCACCCTCCATCAAGTTATTGAAGAAATTTTTTTTTTAATTCAATTAAGGCCAA ATCTCAATTTTGTCCTAGTCATCAGTGACACCTGGCTTTTATAA
Protein sequence (LotjaGi3g1v0103200.5) extracted from Lotus japonicus Gifu v1.2 Proteins.
MVDSAFGSYTPCAINTLVISISNLALMGLCLCRIWLTISNAKAQRFCLKSNYYNYVLGMLAGYCAAQPLLRLFTGISAFN LNGETGFAPFEITALIIESLTWCSMIILILMETKVYIRQFRWWVRCGVIYVWVGDIVMLNLLLSVKDSCSRSALFLYIST VICQVLFGTLLLVYIPKLVPYSGSDHVTMYAELPDNGEYEPLCGEDQVCPEMRANLFSRLCFGWITPLMQQGYKKPVTEK DVWKLDKWDQTETLTEKFRRCWMLEFQSSNPWLLRALNNSLGKRFWWGGFCKIGNDLSQFVGPVLLNHLLDSMQNGDPTW IGYVYAFSIFVGVSAGVLCEAQYFQNVMRVGFQLRSTLVAEIFRKSLRLTQEDRKNFTSGKLMNMITTDANALQQVCQQL HALWSAPFRIIVAMVLLYQQLGVASLLGSLMLTFVIGKTRMLSKEGLKQTDKRVGLMNEILAAMDTVKCYAWETSFQSRI QSIRDEELSWFRKAQLVYALNSFILNSMPVLVTVTTFGMFTLLGGELTPSRAFTSLSLFSVLRFPLYMLPSLLSQIANAK VSLQRLEELFLAEERNLKQNPPIVPGLPAISISNGYFSWDPKAEKPTLSNINLEIPIGSLVAIIGGTGEGKTSLISAMIG ELPPLADANATIRGTVAYVPQVSWIYNATVRENILFGSKFEHERYWKAIDVAALHHDLNFLPGRDLTEIGERGVNISGGQ KQRVSLARAVYSNSDVYIFDDPLSALDAHVAQEVFGNCIKEGLRGKTRVLVTNQLHFLPQVDKIILVSEGMIKEQGTFEE LSKCGHLFQKLMENAGKMEHQADSNEDRDSHDNDLPLNNEAIVELPNGASYEKKGKLQKSVLVKKEERETGVVSWKVITR YKSALGGLWVVLILFGCYTLTEVLRISSSTWLSVWTSQDSAAADETEYFLFIYALFSFGQVTVTLANSYWLIISSLRAAK RLHDAMLDKILSAPMIFFQTNPVGRIINRFAKDTGDIDMYVFALVNGFLGQVWQLVSTFVLIGTVSTISLWAIMPLLTIF YAAYIYYQSTAREVKRLDSITRSPVYAHFGESLNGLSSIRAYKAYDRMAQINGKFMDNNIRFTLVNISSNRWLTIRLESL GGLMIWLIATFAVLQNGRAENKAMIASSMGLLLSYTLNITNLLSGALRQASRAENSLNAVERVDTYINLESEAPGIVEEN RPPPGWPTTGSIEFENVVLTYRPELPPVLHGVSFTVCPTEKIGVVGRTGAGKSSMLNALFRIVELQRGRITIDGCDVSTI GLADLRKVLTIIPQSPVLFSGTVRFNLDPFNEHNDADLWESLERAHLKDVIRRNPLGLDAQVSEGGDNFSVGQRQLISLA RALLRRSKVLVLDEATAAVDVRTDALIQKTIRQEFQSCTMLIIAHRLNTIIDCDRILLLDAGRVLEYGSPEELLKNEESA FNKMVQSTGPANAEYLCSLVFGRTKNNSGEYNKGQESHTRQLAFTHWAAATKFAIASTLSSVHNNLQKPSSKENKDFLDE TKDAVTTLQEVLEGKHDEAIEETLTKFHVPTYRWWSTLHQVIEEIFFLIQLRPNLNFVLVISDTWLL
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 | 5 | 5 | - | – | |
| Phobius | 6 | 31 | 26 | - | – | |
| PANTHER | 10 | 1486 | 1477 | 0.0 | – | |
| PANTHER | 10 | 1486 | 1477 | 0.0 | – | |
| TMHMM | 15 | 37 | 23 | - | – | |
| Phobius | 32 | 51 | 20 | - | – | |
| TMHMM | 50 | 72 | 23 | - | – | |
| Phobius | 52 | 70 | 19 | - | – | |
| Phobius | 71 | 89 | 19 | - | – | |
| TMHMM | 87 | 109 | 23 | - | – | |
| Phobius | 90 | 110 | 21 | - | – | |
| Phobius | 111 | 121 | 11 | - | – | |
| TMHMM | 121 | 143 | 23 | - | – | |
| Phobius | 122 | 142 | 21 | - | – | |
| Phobius | 143 | 153 | 11 | - | – | |
| TMHMM | 153 | 175 | 23 | - | – | |
| Phobius | 154 | 175 | 22 | - | – | |
| Phobius | 176 | 319 | 144 | - | – | |
| SUPERFAMILY | 271 | 566 | 296 | 2.75E-39 | ||
| Gene3D | 278 | 572 | 295 | 4.6E-27 | ||
| ProSiteProfiles | 286 | 558 | 273 | 35.756 | ||
| CDD | 287 | 566 | 280 | 8.13148E-102 | – | |
| Pfam | 288 | 546 | 259 | 1.2E-31 | ||
| Phobius | 320 | 344 | 25 | - | – | |
| TMHMM | 322 | 344 | 23 | - | – | |
| Phobius | 345 | 409 | 65 | - | – | |
| TMHMM | 410 | 432 | 23 | - | – | |
| Phobius | 410 | 436 | 27 | - | – | |
| Phobius | 437 | 495 | 59 | - | – | |
| Phobius | 496 | 520 | 25 | - | – | |
| TMHMM | 500 | 522 | 23 | - | – | |
| Phobius | 521 | 531 | 11 | - | – | |
| TMHMM | 532 | 554 | 23 | - | – | |
| Phobius | 532 | 553 | 22 | - | – | |
| Phobius | 554 | 883 | 330 | - | – | |
| Coils | 556 | 576 | 21 | - | – | |
| Gene3D | 573 | 837 | 265 | 9.4E-71 | – | |
| SUPERFAMILY | 585 | 813 | 229 | 1.41E-54 | ||
| CDD | 590 | 790 | 201 | 7.17056E-102 | – | |
| ProSiteProfiles | 590 | 814 | 225 | 22.269 | ||
| Pfam | 608 | 743 | 136 | 6.5E-18 | ||
| SMART | 617 | 797 | 181 | 3.1E-6 | ||
| ProSitePatterns | 716 | 730 | 15 | - | ||
| Gene3D | 854 | 1194 | 341 | 2.4E-33 | ||
| TMHMM | 884 | 906 | 23 | - | – | |
| Phobius | 884 | 908 | 25 | - | – | |
| SUPERFAMILY | 888 | 1192 | 305 | 6.15E-46 | ||
| CDD | 891 | 1187 | 297 | 2.30128E-89 | – | |
| ProSiteProfiles | 892 | 1175 | 284 | 31.236 | ||
| Pfam | 892 | 1139 | 248 | 3.4E-30 | ||
| Phobius | 909 | 927 | 19 | - | – | |
| Phobius | 928 | 952 | 25 | - | – | |
| TMHMM | 929 | 951 | 23 | - | – | |
| Phobius | 953 | 998 | 46 | - | – | |
| TMHMM | 999 | 1021 | 23 | - | – | |
| Phobius | 999 | 1022 | 24 | - | – | |
| Phobius | 1023 | 1027 | 5 | - | – | |
| TMHMM | 1025 | 1047 | 23 | - | – | |
| Phobius | 1028 | 1047 | 20 | - | – | |
| Phobius | 1048 | 1119 | 72 | - | – | |
| TMHMM | 1112 | 1134 | 23 | - | – | |
| Phobius | 1120 | 1137 | 18 | - | – | |
| Phobius | 1138 | 1142 | 5 | - | – | |
| Phobius | 1143 | 1163 | 21 | - | – | |
| Phobius | 1164 | 1587 | 424 | - | – | |
| Gene3D | 1196 | 1448 | 253 | 7.6E-90 | – | |
| SUPERFAMILY | 1202 | 1444 | 243 | 2.24E-74 | ||
| CDD | 1210 | 1430 | 221 | 4.97224E-130 | – | |
| ProSiteProfiles | 1212 | 1446 | 235 | 18.441 | ||
| Pfam | 1229 | 1377 | 149 | 3.2E-27 | ||
| SMART | 1238 | 1431 | 194 | 1.2E-11 | ||
| ProSitePatterns | 1349 | 1363 | 15 | - |
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 | ATP binding | Interacting selectively and non-covalently with ATP, adenosine 5'-triphosphate, a universally important coenzyme and enzyme regulator. | ||
| Cellular component | Integral component of membrane | The component of a membrane consisting of the gene products and protein complexes having at least some part of their peptide sequence embedded in the hydrophobic region of the membrane. | ||
| Molecular function | ATPase activity | Catalysis of the reaction: ATP + H2O = ADP + phosphate + 2 H+. May or may not be coupled to another reaction. | ||
| Molecular function | ATPase activity, coupled to transmembrane movement of substances | Catalysis of the reaction: ATP + H2O = ADP + phosphate, to directly drive the active transport of a substance across a membrane. | ||
| Biological process | Transmembrane transport | The process in which a solute is transported across a lipid bilayer, from one side of a membrane to the other. |
Expression pattern of LotjaGi3g1v0103200.5, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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