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| Field | Value |
|---|---|
| Gene ID | LotjaGi4g1v0070600 |
| Transcript ID | LotjaGi4g1v0070600.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Kinesin-like protein; TAIR: AT3G19050.1 phragmoplast orienting kinesin 2; Swiss-Prot: sp|Q27IK6|KN12D_ARATH Kinesin-like protein KIN-12D; TrEMBL-Plants: tr|A0A1J7I9G9|A0A1J7I9G9_LUPAN Uncharacterized protein; Found in the gene: LotjaGi4g1v0070600 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr4:8947495..8964273) extracted from Lotus japonicus Gifu genome v1.2.
GTACTTATCTTTTTTTCAAAAATGAAATATATATGTTGTAACAAAAAAAAATGTGTAACAAAAAAATGTGTAACAAAAAA AAAAGAGATATATATTAATACGAAATTGAGAAACATCCCCTCTCAATAATGAGTACAATGATTAAGAAAAAAAAAAGCTG GTAAAAATCCAACTACTACAGGGCAAACAACCAAAAAACCTCGTAAAGAATCCTACTAGCAAAGCCCAACCAAAAACCTC AAACACAAACCCCACAAGCACTCAAACTTGCTCTAACTCCCAACAAATTAAAAAACATCTGTATATGCTACCTTGGGTAG GTCTTCATTTACAATCGAAGAAAGACAACAGAATCAAACAATTCCTATCAACCGCATATAACCTACCAAAAGAAGAACCC GCCTGAAGCGTGCAAAACCAAAGACCTAACAACTAGAAACTAACAAAACGTCATAGAGCTAGGACCAAGAACCTAAAAAA AAACATAAGCAAAGGAAACAACTAAAAAATTAAAAAGTCAACATAAGTGTGAACACATAGCTCCTAAACGTAGACAAATG ACATCAACTGAAGCCTCCAATACACGTTCAAATTCGTTGTCGCAGCCCACAATGGTACATCCCTATCTCAACCAGTTTTA TTTTAGCTAAAAAAATATGCAACTGAATTAGCTTCCCCGTAAATGTGCACCACACATCAACAATCCACATTCTGAGTCAG AATATCAATCAAATACATATCCCACAGTAATTGTCAAGGCGTAAACGAGCAACCCACCCAACTGAAAAAGCTGAATCACT CTTAACAATAACAATAACATGCCTAACATGATATTTCTTACCAAAGTCCAATGCATGTCGAATAGCCTCCACCTCATAAG CCCACAACAACCCCATGGACTTTGAGAACAAGCCACGCACTTCACCACTACTATCCTGCAAAACCTATCCTATTCCACTA AGCCAAGGTGTTCCCAAACCACGCCCCTCTTCCTTCGTGGAACCCTCTTCAAGGACACATGCTCATAATTGAATGCAAAC TCACTAGCACTCTATAACCAATTTCTTTAATTCATGAGTAGAATCTTTTCACAACTTTTTTTCTCTTTTTTTTTTTCAAC CAAATATTTTCTCTGTAAATTTGAACAAAGCACAATGTGTTCAAGACTTGTAGTACTGACCTCAAACCCCCTCCCACGTG TGTTCGAACCATTAATAGCCGTTAAAAATTTGAATCCCTGCATTTAATCACGGCCCCACACATTCAATGACTAACATGCC CCTCGCAATTCAAATCCCGAAACCGCGATCTCATTCTCCTTCACACAATTTTGAATTCCTCATCAAATCTCAACCGTTCA TCACAAATCCCCTTTCCATTTCAAACCGGAAAAAACCCCCAAAACCAAACCCTCACATCGAAACAGAGTTGTTAGTTGTG ACTCTAACTTCAATGTTCAATCCATGTTTAACTTAACCATTCTACTTCAATCTCAAAATCCGTAGCAATTTCTACACTTC TCAAATTCGTCGATTCGGGATTTTGTTCTTCAATTCCTCCTTCAGGTACTGCAAATCGCACTTTGAATCATTTGGTTTTT GCTTTGTGCTGATCTTAATTTGTTTGTTTCTTCCTTCCTTCACTTGCTAGAATGCTGAGGGATTCGAAGTTCCCGCGCAG GAGGCACGAAGAACCGGAGAATGTGGACCCTTCGGATTCATCCGCAGCAGCTCAGAGATTTGTAGAAAGCTCTAGACCTC CGCTGAATATGATTCAAGAGCCGGATGTGAGTATCGGAAGCAGGATCGACCGGACTCCGACGAAGACTACCACTAAGAGG CCTGAGATTCGAACACCGGATAAGCATGCAGCCGGAGGAGGAGGAGGACAGTGGAAGCAGCGGTTTGGGTGGTCTAAGAA TGAGGCTGTGTCGTTGAATGATGATAGGAGAGGATCTGGCTGTGTTGGTTATGCGGCGACTCCTCGTGTGAATAAGAGTA ATTCCACGCAGAGCACTCCGACTAAGAGTGCGAGTAAGCCTCCTCCGAGCTCGAGTGCTCGAAGCAAGGCTGAGGGGAGC GCGGTCGGTGCTCGATTAGGGAACAACTATGCCGCGTTGTATAAAGGGTTTCCGAGTTCAGCTTGTGCTCCTCCCGCGGT TGTTAACACGGTTGAAGTGCCTCACTTCGATCTCAAAGAAGATTCTTCATTCTGGATTAATCACAATGTACAGGTCAGTG AATGAGTGAGCGAGTGAGAGAGATTACATGTCTGATTTGATTGTTGATATGATTGTTGTGAATGCCAAATTGATGTAATT TGTCAGAGAATTTGTTGCTTTATGATGCTTATTGTGATGTGGATTTGCTTTGTATGTAGGTTATTATTCGTGTTCGTCCT CTGAACAGCATGGAGCGGAGCACACGCGGCTATAGCAGATGCCTGAAGCAAGAAAGCTCTCAGAGCATTGCTTGGATTGG GCAACCGGAACAACGGTTCACCTTTGACCATGTTGCATGTGAAACAGTAGACCAGGTGTGTTAAACATTGAGAAGAAAAG TTTGATGTATGAATTTCTTTGGATGACGTTGTTGTTGAGTTCTATTTTCGATTTGTAGGAAATGATTTTCCGAATGGCTG GTCTTCCAATGGTGGAGAACTGCCTCTCAGGATACAATAGTTGTATGTTTGCATATGGGCAGGTACTATCCTGAACTAAG CCATTATTTCATGTTGAGATTATCTCATCATTTTTTTTCCGTTAAAATTGATACTCTTTCTTATAAGCAATGTAAGGCAT TTGTTAACGTGTAGGTATACAGGTTTCCTTGCATAGGTTCTAATATAATAATGTCTATTGGCTATTACTATGATTCAAAA TTTGTACTGTCTGTAATAGCACTTCTAATCCACGGTAGTGTTGGCGGCATACCCTTGAGATTTAGTGATGTTGGGTTAGT TAGGAGCTTCAGTTAACAATGGCTGCTTATATCACTAGCTGTGTGCAGTACTACGTAATGAGATGGGAGTATTTTTGTAA TCAGAAGAATCTAAGATATCTGTTTTCTATTATCTTTATCAGCACTATACTATAGCTCTGTATGCATAAATTGAATTAAT TTTCTCAAAGTGGTCATGTATACAATTCGCTGTTGTCTATTGAGATACTGTGTGCTCAGTGCTCGGACGTTGTGTGATAT AATTAGACATGGACTGCAAGTGAGAGTGCTTTGATTATGATAGGTATCCACGTTTTTCATATTTTAAACTGCAAGATGAA GAAAGAACTGGTTAATTTTGCAGACAGGAAGTGGAAAAACACATACCATGCTCGGTGAAATAGAACATTTAGATGTGAAG CCCAGTCCTCATCGCGGAATGACTCCACGTATATTCGAGTTTCTGTTTGCCAGGATCCAAGCTGTAAATTCATCTTTTAT TGCTTCTTCAGCTTTATGTATATAAGAAACCGATATTTGTGGTCAGTACAGACTAAATATCATTAATCCATATACCTGTT TTTATTTTATACTCTTGTCCTCTCCCCCAAAATTTACAGGAAGAGGAAAGTCGAAGAGATGAGAACTTAAAATACAACTG CAAGTGTTCCTTCTTGGAGATTTACAATGAACAAATTACGGACCTACTTGATCCATCATCCACCAATTTGCTTGTATGTG TAATCCTTCCCTCCTCAGATGAGTGTCATTGTGTCAAAGCTTTTTTAGTTATTTCTCATTGTTTGTTCTTCTTGATAGCT GCGAGAGGATGTCATGAAGGGTGTTTATGTTGAAAATCTATCAGAGTATGAAGTTCAAAGTGTGAGTGACATTTTAAGAC TTCTAATTCAGGTACTACTCTTTGGGACTATATCTTGTTCATTTTGAGACATCACCAAACAAATTCCTCTCCTTTAAATG CATGACGACATAGATTTGCAACTGGTATGTACTTTCTTGCACTAAGCTGGAGTTTCTGACTTGTAGGGTTCTGCAAATAG AAAAGTTGCAGCAACAAACATGAATAGAGAAAGCAGTAGGTCCCACAGTGTTTTTACTTGTGTAATTGAAAGCACATGGG AAAAGGACTCTACAACTAATTACCGATTTGCGAGGTTAAACCTGGTTGATCTAGCTGGTTCAGAAAGGTATGGTATTAAC TTCCTGATTGATTGAACCAAATGTAGCTTGGGATCTGTATGTGTATATGCTTACCAAATTATCATTTATAACAGACAGAA AACTTCTGGTGCTGAGGGAGAGCGATTAAAGGAAGCAGCTAACATCAATAAATCATTATCTACCTTGGGGTATGTACTAT ATAATACATAAAGATTTCAATTTATTTAGATAAAAAAAATTTGTATGCTTACTCATTATGTAACTAATATTCCCTAATCA TGCTTGCAGTCATGTTATTATGATACTAGTAGATGTGGCAAATGGGAAGCAGAGGCATGTCCCTTACAGAGACTCTAGGC TCACGTTTCTTCTTCAGGTTGATTGTCTACTGGTTTCCTTTGACTTGTTCATTCTCAGGATTTTTTTTATTCATAAATTA TTTTTGCATAAAATGTAGGATTCTCTTGGTGGAAACTCGAAAACAATGATTATTGCCAATGTCAGCCCTTCTATCTGGTT TGTTCATTTGTTCAGAACTAAGTTTCCCTCTTCGAAATTCTACACATTGCCATAAAAGTATGATGGAATGGACCTTTACT CTTTTCCTTTTGCAGCTGTTCTGCTGAAACATTGAATACACTTAAATTTGCTCAGAGAGCAAAACTAATTCTCAATAATG TGAGTGCCATTCTATGATCAGTCTGAATTATTTTTAAAGGAAATTTCATCAACCAATATCCCTTCGGTTCTTGTAGGCTG TGGTGAATGAAGATTCTTCTGGGGATGTAATGGCTTTACATCATCAAATTCGACTTTTGAAGGTAGTCCCAATTATTTCT TGCAGTTTAAGCTTCGTTTGTTAATAGTTTGTAACTTAACTCAATTTAAAATATATATGGGCAGGAGGAGCTTTCTTCGC TCAAACAACGTCAGAATGTCTCCAGGTCTTTGTCATTTTCTTTGGCATCTGTCAGAGATATGAAACAATCAGTAGAAGAC TGTTGTTCAGAAGATGCACCAGAATTGTTTGAACAACCTGATGATAATATGCTTGATCATGAATCCCAGGGCATCAGAAT GTCCCACAAACAGGTATATTTGGCTTGGCTTGTTACTGAAGGTCTAGTGAATTGATGGAATTAATTCTTGATGGTCGAAC TGGTTGTTTCTATTATTTTTCTGCCTTGTTCTTCAAGATATAATGAATTGAAGGCATTCCCTTAGTTTTTCACCATGTGT TATATCAGTGGTGACCATCTTCCTACCCTAATACATTATACAGCCAATAGCCTAATTTGGATTTAGCAGCTAACAACAAC TGTTGATAAATTTGCTACCAATAAGTTTCAAACTTTAACAGTGAATTGTTTTTTAAAATCTTTAGACCGCAAATTATCAA TATCTTCCTTACATGTCTAACTTCCAGCTGGATTCAGAATCTGTAATTTATTGGAATGTCATCAAAGAAACAGTTGAGAT TCCAATGTTGGCAATTTCCACTTAGTCAATTTTGTACTGTAAAAGTGTTCGAATAGTACATATTTTGGAAGATTATAAGC TCTATATTATATAAGAGAGAACCATCCCACGTAAAATGAAGAGTTTTGATTATGCTTTTGCATTCGGGAGAGTGGGCTTT GGCTGATTGCAAGGCTTATGACATGTCACAAAGTCTTGTGCATTGGCCTGATAGCTTCTGTGGCTAAACTAACATCTACA GCTAGTCTGCTATAAGCAAGTTATACCACTGTATGCATCTCGGTGAAGCTACAATATAGTTTTATTACGATAACTCCATT TGTTTTATATATTCAAAATCTTTTGTGCCCCAGTTAAAATCATTGGAGACAACTCTTGCTGGTGCTTTGAGAAGGGAGCA GAAGGCAGAATTTTCAATTAAGCAACTTGAAGCAGAAATTGAACAACTAAACCGTTTGGTATTTCTCTTACAAGTTCTCG CAGTTGTAGTTTTATATTTTGACTGTCTCATTTTTTATCCATAAATACATTGTTACTCAGGTTCGTCAACGAGAGGAGGA TTCTATGAGTTGCAAAATGATGCTTAGGTTTCGTGAAGATAAAATTCGTAGACTGGAATCTCGACTTGCTGGATCTATTA CTACAGACACATTTTTGCAGGAAGAAAATAAAGCACTTTCTGATGAGATTCAGATACTTCAGGGCAAAATTGATCAAAAT CCTGAAGTTACCCGGTTTGCTTTGGAGAATATCAGGCTCCAAGACCAACTTAGAAGGTCATATATCTTCTTTTCTCAATA GAATGATTATGAAATGCCGTTTCTTTTTAGCAGTTCCTTACCATGACTATCACAGATATCAAGAATTCTATGAAGAAGGA GAGAGAGAGAATCTTCTGAATGAAGTATCTTCTCTAACGGAACAGGTACATGTCCTGGTAGAATCTTGTACAGAAATGTT TTCCTTAATAGATTCCTTGTTCTGAAGCTTCTGTGATTGGTAAACCTTTGTTCTGCAGTTGCTTCAATTTCACGGAAGAA ACTCCGTACAGAGTAACTCCAGCTATGGCATTCAACCTCAGGTCATGCTATTTTCTTGATGCAGTTAATTGTTTCCATCC ATTGAACATTTCTTTCCCTTTTTGCCTGTTCTCTGTTTCTCTTAGTTCTTGTGAACGTTTTACCTGAAAACAGAATGTAT GCTTGAATTGTGTCTAAACTAGACCACACTAGGATATATTTGTATTAGTTATTTAGTATGGTACCAAGTATAGCCATTAC CAGAATAGCAATCAACTCTACTAATTGATTGTTCATGTATAGGCTAAACTAATATTTCTAACAGTTTCTATTAATTACCA TTGGTGCAGAATGCTCAATGCTGCTGGAAAGAAAATGATTCTGTTGATCTAGAGGTTTTATTCCTTCCTTTATAAATAAT TTGATGTTTTCTTCTGTTCAAAATTCTGATGTGTGACCTCTTCTGTATATGGACTGCAGCTAAAAAATACTCTTGAGGAG TTACAAGAATGCAGGCGTAACTTAAGTTATTGCTTAGAGGAGAATGCAAAGCTCAGTAGGTATGAGTTTTATTCTCTTGT TCAAGTTCATTTTCTTGTATCTTAGTAGATTGAAGCTTTAGAATTTGGATGTAAAATCTAATATTTTTCATTTCATATTT ATTTTAATACAGGGAACTAGACTCTCTTCACTCAATGTTAAGCAGCACAGATGCCACAAAGGTAGTCTTCTAATTCTGAA GTTACAGCAGCTCTTGGTCATGTTCATATATAAATCAGTGAGATATGGAGAATGTGAATGCTGTTTACACGGAAGACTAA TTATGGTCTCAAACATGATTATTTATTGACCTCGACTCACGCAAGTGTGGAATATAAATATCTAGGCTAATAATATATTC TTACGCAATATATTTTTAATCTTCTACAAGTTATTTTTAACCGATATTCGGGAAAGTTGATACTAGCTTCTAGCTAAAAG GTATTAGTTGAAATCTATTAAAGCTAGCTGATTAATTAGAAGTATTTAGTAAAAGTAGCAGTTTTTTTTGAAACATAGTA AAAGTAGCAGTTGAACTGTTGAAAATTGGAAAATCACAGAAAATAGCATATTTATATGATTTTTCTTTTTTTATCTAGCA ATGCTTTATTTACATGTCATTATCTAAATAATATTTATTTTAAAATAAATATTTATTATGTTAATTTGTTTTAAATTGCT TATCATCTTAAAAATTATGATATTAATTTTTTAATTTTATTCTGATTTTTAATAATTTTATTAAATGAAATGAGATAATA TAATATAATTGAAGTTCGACTATTATTTAATTAAATAAAGTTATATTTCATTAAAATTAATAAAGTAGTTGTATTTAATT TTTGTGTGAATATTTCAATAATCATTATTTCAAAACGAAGGAGTCTTGGAGGGGGGGGGGAGGGTTATAAAATAAGAAGA GTAAGAAGGAATCACCTCTATTTTTGCCAATAAGCTCATGAGCTAGTGGAATAACACACTATAGGCATGGTAATTCAGTC CTATGTGAAATAATGTATAGTATGATTATTATTTTCAGGTTTCTATAAAAGGATCAATGGATGAACCTCAAACAATTCCA CCAAAGATGGGAGTGTGCCATGAACCTCAATTGTTAAAACACACAGATGATATCTTGAATTTGCACCTGGAATTAGATAT ATTAAAGATCATTCTGACAGAAGAGAGGACTCTGCGTGGCATATTGGAGGAGCAAACAACATGCTTAAATCAGGAGCTTC TAATTGCAAAAGATAAGCTTTTGTTGACGAGCAAACAAATAGAAGATGCAAATGACGAACTGAAAGAGTCAAAATCTGTT ATTGAAGCCCTTGAATCACAACAAATTTTATCAATCAAAGAGATAGAAGAGATGAGGAACAAGAATAGCCATTATCTGGA GCTTATGACAAAACAAGAGCGTGAAATAATGGCCTTGAATAATCAAATTGCATTTAAAGAGTTAAGAGACAATTCTCCTT CAAGTCATTCAGAGATTGAAAATAAGTCCCTTTTACAGGTAAAACTCATAAGGATGCATGACTCTCTGGAAAAAGCTAAG CAAATGAACATGTTGTACCAAAGTGATCGTGCATTCCAGATATCTAATGAGGAAGAGATGGATAATGTCCGCCGGCAGGC TGAGGCTGAAACTGCTGAGGTGATTGTCTGTATGCAGGAAGAACTTGCCCAGCTCCAGGTTCAGGTAAATGATAGTCATG TGAAGGAAATGGAAATGAAAGAGAGTATACTTCGTTTGGAAACTGAATTGAATGAGATACAAGAAAAATTGCTTACTACT GTTGATGATAACCAAAGTTTAAGTGAACAGCTTGGGCAGAGAGATACAGAACTCAGATCACTGGCAGAAGAATGGGAACT ATTAACCTCTGAGATTGAAGAGATTCTTGCTGGTGGATGTGAGGCACTTGTTGATGCCTTTGATGAACTTGGCCATATAA GTAATTCATTTCCACATAAAAGGATCTGGATTTCTGAACAAGTTGGTATGGTGGTTAGAAAAATATCTGAAAAGGAATTA TTAATTGATGAACTCAGAAGATGTTTGGAAGATGCAAGCAGTAAAAGAAGTGATATGGAGTGTATGCTGAAGTCCTTACG AAGTGCAGCACTGGTGATTACTGAAGTCCACCAGAAGGAGTGTACAGAAAAAGAGAAAGTAATTCTCCTGTTGACATCAC AGCTGAGTGAAAAAACATCTACTGTGACCCAGCTGAAGGAGGAGTTGATAATGGCTGGAAGTCGTGTAAGAAAAGCATCT AGCTGTGCAACGGCTGCTTTTGTAGTTGTGAATCGATTGTCAGAAGTAAATCTTGGTTACCTTGATGATATAAAGTGCAA GGATATTCTGCTCAGTGAACTAGCAGCGACTAATGATAGGAAGGATGCTCTTCTAGCTGATCAATCCACTTCACTTGTAC AAGCAGAGAGACAGATAGCAGAATTGCAGGAAAAACATAACAAATTATGGCAGAAGCTGTCTGAGGAGCAAGAGCATTCT TGTGCTTTGGAAAAAGAGCTTGAAGATATTGAAAAAAACACCATTTCGAAGACAAGGGAGCAACTAGTGACATTACGAGA TGGTGTCTCTTCGATTAGGTCATGCATGGCCTCCTTTACAGACCGTTCTGAAAGTCTTGATGATAGAAATTCAAGGACGT CATACTATGATGATAATGGTGAACCAAGGGTAAGCTAATGCTGTTTCTCATAGATTGCTGTAGCTAATGTAACATTTATT TCATTCATGGCTGTGGTCTGTGACTGGCTTTTACTTAGCATTTTTTTTGGCCTTGTTGCAGACAAGTTCTGAAATTCATC AAAATAATGATTCAGATCCACTTTCTGTTGAAGAGTCTATAGTTGACACTGCTGACTTACCCTCTAAATTGGCTGAAACT GGATATGATAAGAAAGATCAGAAATCTAGAAGAGTTTGTAAGGATGCACATGAAAGAGATCTCACCATCATACTTTTAAG AAAAGAAATAGAATGTGCACTTGAAAGCTTAAAAGAAGTGCAAGATGAGATGGCCAGATTGCATGAAGAGAAAAAGGAGA TGTCAATGTGTGAAAAGCAGAGTCGGCAAAGCATGGAGTGCCTCACAGCTCAAATACTTGCCCTGCTGTCGGCTTTGAGA CACTTTGAACAGCAATCTGAAGTCAAGATTGATGTACTCTGTAGCAAACTTAGAAACATGGAGAAACCCCTGAAAGAAGC CGTTTCCCAGTGGTATCACACGAAAGAGGTTATCCTTTTATGAATTAAATATAGTATCCAGTGTTAAACGTTTTTTGTTG CTCTGAATGGAAAATTCCTGTTTGCTTTATATCATTCTTAGTGTTAATCTTGTGATATATACTTGTCCTCTTTCGTTACT GATAGACAGTTTAGGTTAAATGAAAAATGCTAAATTCAACGACTTCTTAGACATTCTATGCTCTTTTCTTTGCAGTTACA TGAACTTGAAGTTGGTGAGGTAAGGGTCATTCAAGCTCAGAAAGCTGTAGAGGCGTCTAGTATTCTTGCTAAATTTGTAG AAGCCCAAGATACAAAGAAAGAAGCAGATATGATGATCAATGAATTAGTGATAGCTAATGAGTCAATGAAGATTGATATT GAAAGATTGAAAGAAAGTGAAGTCACATTACTAAATGAGAAGAGTACATTAGTCAGCAAGGTTGAGAGCTTACAAACTGT TGTTGATTTGAAGCATCAGGAAATAGAGGATCTTGTTGAATCAAATCTTGCAGAAACAAGGGATCTAGCAGTGATGCTGG ACGATGTCATTAAAGAGGTCCAGCTTACGATGAAAGAAAATTTGATGTCATTAGCTCCTGATTTAGATTGTTTCAAGTCT CAATTTTTATATTCTACCAAGTTAATACAGCCATGGCTTGAAAAGATCTGGTCTGAGATAGTTTTTAAAGATTGTGCTAT GTCTGTGCTTCATCTCTGTCACATGGGTATTCTACTGGAAACAGTAACAGGGATGCATGCTGAAAATGGTTTGCTTTCTC ATGGTTTGTGCGAATCAAACTCTGTCATAAGTGAGTTGAAGGAACACAATTTTAGGACGAGACAAGAGCTAGATATGTGC AGAATCTTGAAAGGGAAACTGCTGGCTGACATCAAGAACAGTTTTGATCGCATCACCAGCAAAGAAGTGGAAGCTGGAGA GATCACTATGAAGCTGAACACTTTTGCTAAAAACATATCTGACCTACAGCTTCAGGAGGAGATGATGTTGCAAAGGTCTA ATGAAATGGGATCCCAACTTGCTATCTTGATGAGGGAATTGGATCTGAGTAATTCAGATGTTGTGACATCCCTTCTAGAT CAAGAGAATCTACTCAAACAGAAAGTAGAAGCTACTGAGTCTCAAGCTGAATTTTTTATGGCAGATTGGTATGCCAAAGA CTTTGAGTTACTCATTCATTCTTCCAAAATAAAAGATATGGAAAGTCAAATGGCTGATATGGAGGAGCATTTTGTCAAGT GTGCTATATTAATTGAGCAATTGAAGAAAGAAACAATCATTTTCCAGGTAGATGCTGAGTTAGCAAGACAAATTTTGGTG GACAAGGAAGTGGAAGTTTCCCTTCTAAGAAGAGAAGTTCAGCAGGCAAAATTGGAGAGGCAAGACCTGTCAAAGGAATT GAAGGAGAACGTCTTAAGGATTACTGAAATGGGTGAAGTAAACAAGAAACTTGAACAAAATGTTGAGTTTTTAAAGGATG TTACTTATTCTAATGATGCATTGAAGGGTGAACTTGTTGAGGCTAAGGAGGCAAAGAAATGGCTGCTCGATAAGGTTCTA GATCTTGAAGCTGAATATGATAAAGTAATTGGTGCTCTTATAGAAAAGGATGTTGCTTTTGAATTTTCTTCCCATCAGAT TTCTTATCTTGAGCATCAAAACACAGTTTTAAAGGATGTTACTTATTCTAATGATGCATTGAAGGGTGAACTTGTTGAGG CGAAGGAGGCAAAGAAAAGACTGCTCGATAATATTCTAGATCTTGAAGCCGATTATGATAAAGTAATTGGTTCTGTTATA GAGAGGGATGTTGCTTTTGAATTTACTTCCCATCAGATTTCTTATCTTGAGCATCAAAACACAGTGTTAAAGGATGTTAC TTATTCTAATGATGCATTGAAGGGTGAACTTGTTGAGGCGAAGGAGGCAAAGAAAAGACTGCTCGATAATATTCTAGATC TTGAAGCTGATTATGATAAAGTAATTGGTTCTGTTATAGAGAGGGATGTTGCTTTTGAATTTACTTCCCATCAGATTTCT TATCTTGAGCATCAAAACAAAGTGTTAAATAATGCAAACAACACATTGGAAAGTTCATCTCTCAGACTTAAGGAAGAGCT GAACCTAAAAGAGTCAGATTTAGCTCGAATGCAGAGCTTACTGCAGCTTGAGTTATCGAGAAAGGACGAAGTAATAAAAG GATTACTGTATGATTTGAGCTTGCTACAGGAAACTGCATCTAACAGTAAAGACCAAAAAGATGAAATTGAGGAGTTGGTG GCTACAATGGAAGCATTAGAATCAGAGCTTGATGTTAAAACTGGTGAGCTTGCTGATGTTGTTGCGAGTTGTCAATTACT TGAAGCTCAGTTGCAGGATAAATCAAACATAATTACAGCTCTTGAGTTGGATCTCTCACAGGAACGTGAGGTTCTTAAGT TGGAAGTCAGTAAAAATCAAAAGCTTAGAAATGATATTGAAGATGCTTTGGCAGCAAGAAAACTGGCTGACGATGAGCTA AAAGAGAGAATGAAGATAACAGAGAGTTTAGAAGATGAAATATCAGAAATGAGCAGTGTTCTTAGCCAAATGAATGATTC AATTGAAAACCTGAGTAGTGATGTGGATGAACTCGCTAATGAGAGGGATCAACTTCAGGCTCAGATAATTTGTCTCAAAG AAAGGCTTGAAAAAGCTGAAGCACAAGTTGAAGCTAATGAAGAAATTGCACAAGAAGCCCAGAAGGTAATGCTTTATTTG ATTTAATGAGGCGGCATGTTTTCATCCATGACATTAGTAGATGAAGAACTCTTTTCTGTAGTATCATGTCTTATGGAGTA TAATGGAACATATCTTAGTTGAGAATGAGAATTCCATGTAGTACAATTATGATGATAATAACCTGACAATGTTTGTGATC TAGCTAAATGACTGTTTTCTACTTTGTTTGTGACTGAAATTTGTTACAATAATTACAGATGGCTGAAACAAGAAAAATTT ATGCTGAAGACAAGGAAGCAGAGGTGAAACTACTAGAAAGATCTGTTGAGGAATTGGAAAGTACTGTAAATGTTCTTGAA AACAAAGTGAGTTGTCATTTTTTGGGTAATATTTGACAGGAAACTTGTTTACTTTCTTACACATTTCACCTTGTATTTTG GTCAGGTTGACATCATTAAAGGAGAAGCAGAACGACAACGGCTGCAAAGAGAAGATCTAGAATTGGAGCTACATGCCTTA AAAGATCAGATGCAAAATGTGAGGAATACTGATGATGACATAAAAAGGTTTAGTCCCTTCATTCCAACTATATGCCTTTT TTGTGTATATGTGGCAGTATCTATATGATAAGAATCTGCGAATCTGGCATGCTAATCTTTAAACAAAAAGTAATCTTCTG TTTCTATTTCAATTCCTCTAGATTTTTGGATGAAAAAGAGAAAAGACTTGAGGAAGCCCGGAGTAACATACAGGTTCTTC AGAGGGATTTAGCAGGAAAGGATGCAGAGGTTGGTTACTTGGTATTTTAGTACATGACTGATTATCTCTTATTGATTGAA GTTCACAGATAAATTACCATTTCCTTTTTTTGGCTGGTCCCGTGACAGATAGCACAAATGAAAGCTCATATTTCAGAGAT AAATTTGCATGCTGAAGCACAGGCACAGGAGTACAAGCAGAAAGTAAGACTTTAGTAATTGTATTGAATATAATGTTCTT GGATGTCATATTAGTAATAAACTTATAATATATAGAGATACCAATTATGTAAATAGTAGACTTATTTTAAAATTTAAATC AGGCTATTTATAGTTTTATAATATTAAATGTATCCTTATTTTAAAATTTAAATCAGTTCCAAGCATTGGAAGCCATGGCT GAGCAAGTCAAATCTGAGGGGATTTCTACCCATTCCACCAATGCTTTGTCAAGCAAGTCTGAGAAGAATGGCACCAAGTC ACGTGGTTCTGGTTCTCCTTTCAAATGTATTGGGTTGGGCTTGGCACAACAGATAAAACATGAGAAGGTTGAGGAGCTAT CTGCTTCAAGAATGCGTATTGAAGAACTAGAATCCCGGGCAGCATGTCAACAGAAAGAGGTAGGCATTTCTCTTCAACTG CATATTTCACATGTTAACTGCATATTTAGTATGTTTCCTCTTTTTCCTTGTCCAGATATTTTCATTGAAAGCCAGATTGG CAGCTGCTGACAGCATGACCCATGATGTAATTAGAGATTTACTTGGTGTAAAGCTGGATATGTCCACTTATGTGGTAAAT TCATCTACTCCAAGCGATTTTCATGGCATATTTCTGTTATTATATTTCATGTTCATGATACATAGAGGAAATTCAAATAG TTGTCATATAATCACCATTTTTTTGTACAAATATTTGAAAACATAAAACAAAGTGAACAGAAAGAGATTATTTGTAATTA TTAGTGATATGTGAAATGAAAGAAAAGTTTTCTCAAACCGTTGTATTTCTATTTGACCGATGAAGCTCTGCTATAACTTT CTTTTGTTAATGTAGTCACTATTGGATAATCAACAAGTGGAGAAGATTACAGAAAAAGCTCAATTTCTTACTCTTGAGCC TCAAGAGAAGGTAGTGTAAACTTTGAATAATATTACACTGTTACCATGCTGAAACATAGTTAAACTGATTTGCTTGATGC ATTCAGGAAAAGGAGCTTATTAAACTAAAGAAGCAGCTGAATGAGTTTATTGAAGAGAGGAAAGGGTAAATAAATTTAAG ATTTTTGCCAACCGAATCCCAGATGTCAAAAGAGCTTTTCTTTCTTACATACATAACCCTTATGATTCTCAAACTACTTG CCAGATGGCTGCAAGAAATGGATAGAAAACAAGCCGAATTAGTAGCTGCACAAATTGCACTGGAAAACCTTCGGCAGAGA CACCAGCTGCTAAAAACTGAAAATGAAATGTTGAAGGTAGATGATTAAAATATTTTTTCCCTTTTTGGGTACAAATTCCC GATTCTAATTAGTGAACCTTGCTGCCTTCATTGCAGATGGAAAATGTAAGTAAAAAGAATAAAGTAATTGAACTGGAGGA AGAAATGAAGAAGCTGTCAGGTCAGCAAAACCTTCAGCAACGTATTCATCATCATGCCAAAATTAAGGTGAGGAACAATA TACCGTTTGAGAAAGTATTTTATAGTGATAAAAAATCCAGTATCCTATGTATCTTCAATTTCTATAATTCCATTTCCTTT AATTATCATGGAATAATGCCACAGGAAGAAAATAACATGTTAAAGACACAGAACGAAGAACTCAGTGCAAAGTTACGGAG GGCAAATATCTTCCGTTCTCGTGTCAAAGAAGACCTTAATCGTCTTCGTGCTTCTGCTGGGGACAAACCATGTATTGATT TTGATGAGGAGCAACGTCTGAGGATAAAAGTGAAGGTAATGGAAATATGTAAAGTATTGAGCTGAGTCGATATTTGAGTA AACATAATGGAAATTTTAATATTTGAGTGAATAATGCCGCAGGAGATCGAGGAAGAGAAAGTACAATTAGCACAGCAATT ATTGAAATTGTCTACCAATGTTCTAAAGGTTAGCAACAATGATGACGTGTGGCTCTTGTTCTGCCCCTAACCTTTTCCAG TGCAATATGCTAACCCTCAGTTATGCTCTTTTTATGTTCAGGCTGCTGGAATAGCAAAACCACTTTCGGATGTGAATCCT TCTATTGCTGAGGAGGCCCTAGAGGAGCTAAAGAATAGGATAACTTCTCTTGAAATGGAACAACAAGATTTGAAGTTTAA GGTATGTGTGCAGTGAATTCGAATACAAAGCTTTCTGCATGAAATTTTAAAGAGCTAACAGAAAAGGATGTTTTACTTGT ACGCAGAATAAAATTATAAGTGAAAGGGTTCGATTATCAGAGCTCATGCCACAAGTTTCTCCTTTGAACTCAAGACCTGA GGAGAATCCTTTAACTCCAACAAGGGCATCCCAAGCTCCATTCCTTTCAAATTTTGATCGATAGTGAAGTGTTTTAATTA GTGCCTAATGTTGTATTTACCCCATTCATGGCAATTTTTTGGGGGTCAACATGGCTTATTTTTTTATTAACCTGTAAATA ACATGTATGTACTGTGTATAGCTCAATGAGAAATTATTGTTATTATTATTAATTTATAAGAGTTTTCTTTCAAAAAAAAA TTATAAAAGAGTTCTATGGCCTAATCTGGGAAAGTTAAAATCAAAATGAAAGCGTTCAGTTATAGAAGAGTTCTATTTAC CAGTTATATTATAGAGTTTTTGGTACCCTCCTTTGATGATTTATCTCTTTTTGTTTGGC
CDS sequence (LotjaGi4g1v0070600.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGCTGAGGGATTCGAAGTTCCCGCGCAGGAGGCACGAAGAACCGGAGAATGTGGACCCTTCGGATTCATCCGCAGCAGC TCAGAGATTTGTAGAAAGCTCTAGACCTCCGCTGAATATGATTCAAGAGCCGGATGTGAGTATCGGAAGCAGGATCGACC GGACTCCGACGAAGACTACCACTAAGAGGCCTGAGATTCGAACACCGGATAAGCATGCAGCCGGAGGAGGAGGAGGACAG TGGAAGCAGCGGTTTGGGTGGTCTAAGAATGAGGCTGTGTCGTTGAATGATGATAGGAGAGGATCTGGCTGTGTTGGTTA TGCGGCGACTCCTCGTGTGAATAAGAGTAATTCCACGCAGAGCACTCCGACTAAGAGTGCGAGTAAGCCTCCTCCGAGCT CGAGTGCTCGAAGCAAGGCTGAGGGGAGCGCGGTCGGTGCTCGATTAGGGAACAACTATGCCGCGTTGTATAAAGGGTTT CCGAGTTCAGCTTGTGCTCCTCCCGCGGTTGTTAACACGGTTGAAGTGCCTCACTTCGATCTCAAAGAAGATTCTTCATT CTGGATTAATCACAATGTACAGGTTATTATTCGTGTTCGTCCTCTGAACAGCATGGAGCGGAGCACACGCGGCTATAGCA GATGCCTGAAGCAAGAAAGCTCTCAGAGCATTGCTTGGATTGGGCAACCGGAACAACGGTTCACCTTTGACCATGTTGCA TGTGAAACAGTAGACCAGGAAATGATTTTCCGAATGGCTGGTCTTCCAATGGTGGAGAACTGCCTCTCAGGATACAATAG TTGTATGTTTGCATATGGGCAGACAGGAAGTGGAAAAACACATACCATGCTCGGTGAAATAGAACATTTAGATGTGAAGC CCAGTCCTCATCGCGGAATGACTCCACGTATATTCGAGTTTCTGTTTGCCAGGATCCAAGCTGAAGAGGAAAGTCGAAGA GATGAGAACTTAAAATACAACTGCAAGTGTTCCTTCTTGGAGATTTACAATGAACAAATTACGGACCTACTTGATCCATC ATCCACCAATTTGCTTCTGCGAGAGGATGTCATGAAGGGTGTTTATGTTGAAAATCTATCAGAGTATGAAGTTCAAAGTG TGAGTGACATTTTAAGACTTCTAATTCAGGGTTCTGCAAATAGAAAAGTTGCAGCAACAAACATGAATAGAGAAAGCAGT AGGTCCCACAGTGTTTTTACTTGTGTAATTGAAAGCACATGGGAAAAGGACTCTACAACTAATTACCGATTTGCGAGGTT AAACCTGGTTGATCTAGCTGGTTCAGAAAGACAGAAAACTTCTGGTGCTGAGGGAGAGCGATTAAAGGAAGCAGCTAACA TCAATAAATCATTATCTACCTTGGGTCATGTTATTATGATACTAGTAGATGTGGCAAATGGGAAGCAGAGGCATGTCCCT TACAGAGACTCTAGGCTCACGTTTCTTCTTCAGGATTCTCTTGGTGGAAACTCGAAAACAATGATTATTGCCAATGTCAG CCCTTCTATCTGCTGTTCTGCTGAAACATTGAATACACTTAAATTTGCTCAGAGAGCAAAACTAATTCTCAATAATGCTG TGGTGAATGAAGATTCTTCTGGGGATGTAATGGCTTTACATCATCAAATTCGACTTTTGAAGGAGGAGCTTTCTTCGCTC AAACAACGTCAGAATGTCTCCAGGTCTTTGTCATTTTCTTTGGCATCTGTCAGAGATATGAAACAATCAGTAGAAGACTG TTGTTCAGAAGATGCACCAGAATTGTTTGAACAACCTGATGATAATATGCTTGATCATGAATCCCAGGGCATCAGAATGT CCCACAAACAGTTAAAATCATTGGAGACAACTCTTGCTGGTGCTTTGAGAAGGGAGCAGAAGGCAGAATTTTCAATTAAG CAACTTGAAGCAGAAATTGAACAACTAAACCGTTTGGTTCGTCAACGAGAGGAGGATTCTATGAGTTGCAAAATGATGCT TAGGTTTCGTGAAGATAAAATTCGTAGACTGGAATCTCGACTTGCTGGATCTATTACTACAGACACATTTTTGCAGGAAG AAAATAAAGCACTTTCTGATGAGATTCAGATACTTCAGGGCAAAATTGATCAAAATCCTGAAGTTACCCGGTTTGCTTTG GAGAATATCAGGCTCCAAGACCAACTTAGAAGATATCAAGAATTCTATGAAGAAGGAGAGAGAGAGAATCTTCTGAATGA AGTATCTTCTCTAACGGAACAGTTGCTTCAATTTCACGGAAGAAACTCCGTACAGAGTAACTCCAGCTATGGCATTCAAC CTCAGAATGCTCAATGCTGCTGGAAAGAAAATGATTCTGTTGATCTAGAGCTAAAAAATACTCTTGAGGAGTTACAAGAA TGCAGGCGTAACTTAAGTTATTGCTTAGAGGAGAATGCAAAGCTCAGTAGGGAACTAGACTCTCTTCACTCAATGTTAAG CAGCACAGATGCCACAAAGGTTTCTATAAAAGGATCAATGGATGAACCTCAAACAATTCCACCAAAGATGGGAGTGTGCC ATGAACCTCAATTGTTAAAACACACAGATGATATCTTGAATTTGCACCTGGAATTAGATATATTAAAGATCATTCTGACA GAAGAGAGGACTCTGCGTGGCATATTGGAGGAGCAAACAACATGCTTAAATCAGGAGCTTCTAATTGCAAAAGATAAGCT TTTGTTGACGAGCAAACAAATAGAAGATGCAAATGACGAACTGAAAGAGTCAAAATCTGTTATTGAAGCCCTTGAATCAC AACAAATTTTATCAATCAAAGAGATAGAAGAGATGAGGAACAAGAATAGCCATTATCTGGAGCTTATGACAAAACAAGAG CGTGAAATAATGGCCTTGAATAATCAAATTGCATTTAAAGAGTTAAGAGACAATTCTCCTTCAAGTCATTCAGAGATTGA AAATAAGTCCCTTTTACAGGTAAAACTCATAAGGATGCATGACTCTCTGGAAAAAGCTAAGCAAATGAACATGTTGTACC AAAGTGATCGTGCATTCCAGATATCTAATGAGGAAGAGATGGATAATGTCCGCCGGCAGGCTGAGGCTGAAACTGCTGAG GTGATTGTCTGTATGCAGGAAGAACTTGCCCAGCTCCAGGTTCAGGTAAATGATAGTCATGTGAAGGAAATGGAAATGAA AGAGAGTATACTTCGTTTGGAAACTGAATTGAATGAGATACAAGAAAAATTGCTTACTACTGTTGATGATAACCAAAGTT TAAGTGAACAGCTTGGGCAGAGAGATACAGAACTCAGATCACTGGCAGAAGAATGGGAACTATTAACCTCTGAGATTGAA GAGATTCTTGCTGGTGGATGTGAGGCACTTGTTGATGCCTTTGATGAACTTGGCCATATAAGTAATTCATTTCCACATAA AAGGATCTGGATTTCTGAACAAGTTGGTATGGTGGTTAGAAAAATATCTGAAAAGGAATTATTAATTGATGAACTCAGAA GATGTTTGGAAGATGCAAGCAGTAAAAGAAGTGATATGGAGTGTATGCTGAAGTCCTTACGAAGTGCAGCACTGGTGATT ACTGAAGTCCACCAGAAGGAGTGTACAGAAAAAGAGAAAGTAATTCTCCTGTTGACATCACAGCTGAGTGAAAAAACATC TACTGTGACCCAGCTGAAGGAGGAGTTGATAATGGCTGGAAGTCGTGTAAGAAAAGCATCTAGCTGTGCAACGGCTGCTT TTGTAGTTGTGAATCGATTGTCAGAAGTAAATCTTGGTTACCTTGATGATATAAAGTGCAAGGATATTCTGCTCAGTGAA CTAGCAGCGACTAATGATAGGAAGGATGCTCTTCTAGCTGATCAATCCACTTCACTTGTACAAGCAGAGAGACAGATAGC AGAATTGCAGGAAAAACATAACAAATTATGGCAGAAGCTGTCTGAGGAGCAAGAGCATTCTTGTGCTTTGGAAAAAGAGC TTGAAGATATTGAAAAAAACACCATTTCGAAGACAAGGGAGCAACTAGTGACATTACGAGATGGTGTCTCTTCGATTAGG TCATGCATGGCCTCCTTTACAGACCGTTCTGAAAGTCTTGATGATAGAAATTCAAGGACGTCATACTATGATGATAATGG TGAACCAAGGACAAGTTCTGAAATTCATCAAAATAATGATTCAGATCCACTTTCTGTTGAAGAGTCTATAGTTGACACTG CTGACTTACCCTCTAAATTGGCTGAAACTGGATATGATAAGAAAGATCAGAAATCTAGAAGAGTTTGTAAGGATGCACAT GAAAGAGATCTCACCATCATACTTTTAAGAAAAGAAATAGAATGTGCACTTGAAAGCTTAAAAGAAGTGCAAGATGAGAT GGCCAGATTGCATGAAGAGAAAAAGGAGATGTCAATGTGTGAAAAGCAGAGTCGGCAAAGCATGGAGTGCCTCACAGCTC AAATACTTGCCCTGCTGTCGGCTTTGAGACACTTTGAACAGCAATCTGAAGTCAAGATTGATGTACTCTGTAGCAAACTT AGAAACATGGAGAAACCCCTGAAAGAAGCCGTTTCCCAGTGGTATCACACGAAAGAGTTACATGAACTTGAAGTTGGTGA GGTAAGGGTCATTCAAGCTCAGAAAGCTGTAGAGGCGTCTAGTATTCTTGCTAAATTTGTAGAAGCCCAAGATACAAAGA AAGAAGCAGATATGATGATCAATGAATTAGTGATAGCTAATGAGTCAATGAAGATTGATATTGAAAGATTGAAAGAAAGT GAAGTCACATTACTAAATGAGAAGAGTACATTAGTCAGCAAGGTTGAGAGCTTACAAACTGTTGTTGATTTGAAGCATCA GGAAATAGAGGATCTTGTTGAATCAAATCTTGCAGAAACAAGGGATCTAGCAGTGATGCTGGACGATGTCATTAAAGAGG TCCAGCTTACGATGAAAGAAAATTTGATGTCATTAGCTCCTGATTTAGATTGTTTCAAGTCTCAATTTTTATATTCTACC AAGTTAATACAGCCATGGCTTGAAAAGATCTGGTCTGAGATAGTTTTTAAAGATTGTGCTATGTCTGTGCTTCATCTCTG TCACATGGGTATTCTACTGGAAACAGTAACAGGGATGCATGCTGAAAATGGTTTGCTTTCTCATGGTTTGTGCGAATCAA ACTCTGTCATAAGTGAGTTGAAGGAACACAATTTTAGGACGAGACAAGAGCTAGATATGTGCAGAATCTTGAAAGGGAAA CTGCTGGCTGACATCAAGAACAGTTTTGATCGCATCACCAGCAAAGAAGTGGAAGCTGGAGAGATCACTATGAAGCTGAA CACTTTTGCTAAAAACATATCTGACCTACAGCTTCAGGAGGAGATGATGTTGCAAAGGTCTAATGAAATGGGATCCCAAC TTGCTATCTTGATGAGGGAATTGGATCTGAGTAATTCAGATGTTGTGACATCCCTTCTAGATCAAGAGAATCTACTCAAA CAGAAAGTAGAAGCTACTGAGTCTCAAGCTGAATTTTTTATGGCAGATTGGTATGCCAAAGACTTTGAGTTACTCATTCA TTCTTCCAAAATAAAAGATATGGAAAGTCAAATGGCTGATATGGAGGAGCATTTTGTCAAGTGTGCTATATTAATTGAGC AATTGAAGAAAGAAACAATCATTTTCCAGGTAGATGCTGAGTTAGCAAGACAAATTTTGGTGGACAAGGAAGTGGAAGTT TCCCTTCTAAGAAGAGAAGTTCAGCAGGCAAAATTGGAGAGGCAAGACCTGTCAAAGGAATTGAAGGAGAACGTCTTAAG GATTACTGAAATGGGTGAAGTAAACAAGAAACTTGAACAAAATGTTGAGTTTTTAAAGGATGTTACTTATTCTAATGATG CATTGAAGGGTGAACTTGTTGAGGCTAAGGAGGCAAAGAAATGGCTGCTCGATAAGGTTCTAGATCTTGAAGCTGAATAT GATAAAGTAATTGGTGCTCTTATAGAAAAGGATGTTGCTTTTGAATTTTCTTCCCATCAGATTTCTTATCTTGAGCATCA AAACACAGTTTTAAAGGATGTTACTTATTCTAATGATGCATTGAAGGGTGAACTTGTTGAGGCGAAGGAGGCAAAGAAAA GACTGCTCGATAATATTCTAGATCTTGAAGCCGATTATGATAAAGTAATTGGTTCTGTTATAGAGAGGGATGTTGCTTTT GAATTTACTTCCCATCAGATTTCTTATCTTGAGCATCAAAACACAGTGTTAAAGGATGTTACTTATTCTAATGATGCATT GAAGGGTGAACTTGTTGAGGCGAAGGAGGCAAAGAAAAGACTGCTCGATAATATTCTAGATCTTGAAGCTGATTATGATA AAGTAATTGGTTCTGTTATAGAGAGGGATGTTGCTTTTGAATTTACTTCCCATCAGATTTCTTATCTTGAGCATCAAAAC AAAGTGTTAAATAATGCAAACAACACATTGGAAAGTTCATCTCTCAGACTTAAGGAAGAGCTGAACCTAAAAGAGTCAGA TTTAGCTCGAATGCAGAGCTTACTGCAGCTTGAGTTATCGAGAAAGGACGAAGTAATAAAAGGATTACTGTATGATTTGA GCTTGCTACAGGAAACTGCATCTAACAGTAAAGACCAAAAAGATGAAATTGAGGAGTTGGTGGCTACAATGGAAGCATTA GAATCAGAGCTTGATGTTAAAACTGGTGAGCTTGCTGATGTTGTTGCGAGTTGTCAATTACTTGAAGCTCAGTTGCAGGA TAAATCAAACATAATTACAGCTCTTGAGTTGGATCTCTCACAGGAACGTGAGGTTCTTAAGTTGGAAGTCAGTAAAAATC AAAAGCTTAGAAATGATATTGAAGATGCTTTGGCAGCAAGAAAACTGGCTGACGATGAGCTAAAAGAGAGAATGAAGATA ACAGAGAGTTTAGAAGATGAAATATCAGAAATGAGCAGTGTTCTTAGCCAAATGAATGATTCAATTGAAAACCTGAGTAG TGATGTGGATGAACTCGCTAATGAGAGGGATCAACTTCAGGCTCAGATAATTTGTCTCAAAGAAAGGCTTGAAAAAGCTG AAGCACAAGTTGAAGCTAATGAAGAAATTGCACAAGAAGCCCAGAAGATGGCTGAAACAAGAAAAATTTATGCTGAAGAC AAGGAAGCAGAGGTGAAACTACTAGAAAGATCTGTTGAGGAATTGGAAAGTACTGTAAATGTTCTTGAAAACAAAGTTGA CATCATTAAAGGAGAAGCAGAACGACAACGGCTGCAAAGAGAAGATCTAGAATTGGAGCTACATGCCTTAAAAGATCAGA TGCAAAATGTGAGGAATACTGATGATGACATAAAAAGATTTTTGGATGAAAAAGAGAAAAGACTTGAGGAAGCCCGGAGT AACATACAGGTTCTTCAGAGGGATTTAGCAGGAAAGGATGCAGAGATAGCACAAATGAAAGCTCATATTTCAGAGATAAA TTTGCATGCTGAAGCACAGGCACAGGAGTACAAGCAGAAATTCCAAGCATTGGAAGCCATGGCTGAGCAAGTCAAATCTG AGGGGATTTCTACCCATTCCACCAATGCTTTGTCAAGCAAGTCTGAGAAGAATGGCACCAAGTCACGTGGTTCTGGTTCT CCTTTCAAATGTATTGGGTTGGGCTTGGCACAACAGATAAAACATGAGAAGGTTGAGGAGCTATCTGCTTCAAGAATGCG TATTGAAGAACTAGAATCCCGGGCAGCATGTCAACAGAAAGAGATATTTTCATTGAAAGCCAGATTGGCAGCTGCTGACA GCATGACCCATGATGTAATTAGAGATTTACTTGGTGTAAAGCTGGATATGTCCACTTATGTGTCACTATTGGATAATCAA CAAGTGGAGAAGATTACAGAAAAAGCTCAATTTCTTACTCTTGAGCCTCAAGAGAAGGAAAAGGAGCTTATTAAACTAAA GAAGCAGCTGAATGAGTTTATTGAAGAGAGGAAAGGATGGCTGCAAGAAATGGATAGAAAACAAGCCGAATTAGTAGCTG CACAAATTGCACTGGAAAACCTTCGGCAGAGACACCAGCTGCTAAAAACTGAAAATGAAATGTTGAAGATGGAAAATGTA AGTAAAAAGAATAAAGTAATTGAACTGGAGGAAGAAATGAAGAAGCTGTCAGGTCAGCAAAACCTTCAGCAACGTATTCA TCATCATGCCAAAATTAAGGAAGAAAATAACATGTTAAAGACACAGAACGAAGAACTCAGTGCAAAGTTACGGAGGGCAA ATATCTTCCGTTCTCGTGTCAAAGAAGACCTTAATCGTCTTCGTGCTTCTGCTGGGGACAAACCATGTATTGATTTTGAT GAGGAGCAACGTCTGAGGATAAAAGTGAAGGAGATCGAGGAAGAGAAAGTACAATTAGCACAGCAATTATTGAAATTGTC TACCAATGTTCTAAAGGCTGCTGGAATAGCAAAACCACTTTCGGATGTGAATCCTTCTATTGCTGAGGAGGCCCTAGAGG AGCTAAAGAATAGGATAACTTCTCTTGAAATGGAACAACAAGATTTGAAGTTTAAGAATAAAATTATAAGTGAAAGGGTT CGATTATCAGAGCTCATGCCACAAGTTTCTCCTTTGAACTCAAGACCTGAGGAGAATCCTTTAACTCCAACAAGGGCATC CCAAGCTCCATTCCTTTCAAATTTTGATCGATAG
Protein sequence (LotjaGi4g1v0070600.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MLRDSKFPRRRHEEPENVDPSDSSAAAQRFVESSRPPLNMIQEPDVSIGSRIDRTPTKTTTKRPEIRTPDKHAAGGGGGQ WKQRFGWSKNEAVSLNDDRRGSGCVGYAATPRVNKSNSTQSTPTKSASKPPPSSSARSKAEGSAVGARLGNNYAALYKGF PSSACAPPAVVNTVEVPHFDLKEDSSFWINHNVQVIIRVRPLNSMERSTRGYSRCLKQESSQSIAWIGQPEQRFTFDHVA CETVDQEMIFRMAGLPMVENCLSGYNSCMFAYGQTGSGKTHTMLGEIEHLDVKPSPHRGMTPRIFEFLFARIQAEEESRR DENLKYNCKCSFLEIYNEQITDLLDPSSTNLLLREDVMKGVYVENLSEYEVQSVSDILRLLIQGSANRKVAATNMNRESS RSHSVFTCVIESTWEKDSTTNYRFARLNLVDLAGSERQKTSGAEGERLKEAANINKSLSTLGHVIMILVDVANGKQRHVP YRDSRLTFLLQDSLGGNSKTMIIANVSPSICCSAETLNTLKFAQRAKLILNNAVVNEDSSGDVMALHHQIRLLKEELSSL KQRQNVSRSLSFSLASVRDMKQSVEDCCSEDAPELFEQPDDNMLDHESQGIRMSHKQLKSLETTLAGALRREQKAEFSIK QLEAEIEQLNRLVRQREEDSMSCKMMLRFREDKIRRLESRLAGSITTDTFLQEENKALSDEIQILQGKIDQNPEVTRFAL ENIRLQDQLRRYQEFYEEGERENLLNEVSSLTEQLLQFHGRNSVQSNSSYGIQPQNAQCCWKENDSVDLELKNTLEELQE CRRNLSYCLEENAKLSRELDSLHSMLSSTDATKVSIKGSMDEPQTIPPKMGVCHEPQLLKHTDDILNLHLELDILKIILT EERTLRGILEEQTTCLNQELLIAKDKLLLTSKQIEDANDELKESKSVIEALESQQILSIKEIEEMRNKNSHYLELMTKQE REIMALNNQIAFKELRDNSPSSHSEIENKSLLQVKLIRMHDSLEKAKQMNMLYQSDRAFQISNEEEMDNVRRQAEAETAE VIVCMQEELAQLQVQVNDSHVKEMEMKESILRLETELNEIQEKLLTTVDDNQSLSEQLGQRDTELRSLAEEWELLTSEIE EILAGGCEALVDAFDELGHISNSFPHKRIWISEQVGMVVRKISEKELLIDELRRCLEDASSKRSDMECMLKSLRSAALVI TEVHQKECTEKEKVILLLTSQLSEKTSTVTQLKEELIMAGSRVRKASSCATAAFVVVNRLSEVNLGYLDDIKCKDILLSE LAATNDRKDALLADQSTSLVQAERQIAELQEKHNKLWQKLSEEQEHSCALEKELEDIEKNTISKTREQLVTLRDGVSSIR SCMASFTDRSESLDDRNSRTSYYDDNGEPRTSSEIHQNNDSDPLSVEESIVDTADLPSKLAETGYDKKDQKSRRVCKDAH ERDLTIILLRKEIECALESLKEVQDEMARLHEEKKEMSMCEKQSRQSMECLTAQILALLSALRHFEQQSEVKIDVLCSKL RNMEKPLKEAVSQWYHTKELHELEVGEVRVIQAQKAVEASSILAKFVEAQDTKKEADMMINELVIANESMKIDIERLKES EVTLLNEKSTLVSKVESLQTVVDLKHQEIEDLVESNLAETRDLAVMLDDVIKEVQLTMKENLMSLAPDLDCFKSQFLYST KLIQPWLEKIWSEIVFKDCAMSVLHLCHMGILLETVTGMHAENGLLSHGLCESNSVISELKEHNFRTRQELDMCRILKGK LLADIKNSFDRITSKEVEAGEITMKLNTFAKNISDLQLQEEMMLQRSNEMGSQLAILMRELDLSNSDVVTSLLDQENLLK QKVEATESQAEFFMADWYAKDFELLIHSSKIKDMESQMADMEEHFVKCAILIEQLKKETIIFQVDAELARQILVDKEVEV SLLRREVQQAKLERQDLSKELKENVLRITEMGEVNKKLEQNVEFLKDVTYSNDALKGELVEAKEAKKWLLDKVLDLEAEY DKVIGALIEKDVAFEFSSHQISYLEHQNTVLKDVTYSNDALKGELVEAKEAKKRLLDNILDLEADYDKVIGSVIERDVAF EFTSHQISYLEHQNTVLKDVTYSNDALKGELVEAKEAKKRLLDNILDLEADYDKVIGSVIERDVAFEFTSHQISYLEHQN KVLNNANNTLESSSLRLKEELNLKESDLARMQSLLQLELSRKDEVIKGLLYDLSLLQETASNSKDQKDEIEELVATMEAL ESELDVKTGELADVVASCQLLEAQLQDKSNIITALELDLSQEREVLKLEVSKNQKLRNDIEDALAARKLADDELKERMKI TESLEDEISEMSSVLSQMNDSIENLSSDVDELANERDQLQAQIICLKERLEKAEAQVEANEEIAQEAQKMAETRKIYAED KEAEVKLLERSVEELESTVNVLENKVDIIKGEAERQRLQREDLELELHALKDQMQNVRNTDDDIKRFLDEKEKRLEEARS NIQVLQRDLAGKDAEIAQMKAHISEINLHAEAQAQEYKQKFQALEAMAEQVKSEGISTHSTNALSSKSEKNGTKSRGSGS PFKCIGLGLAQQIKHEKVEELSASRMRIEELESRAACQQKEIFSLKARLAAADSMTHDVIRDLLGVKLDMSTYVSLLDNQ QVEKITEKAQFLTLEPQEKEKELIKLKKQLNEFIEERKGWLQEMDRKQAELVAAQIALENLRQRHQLLKTENEMLKMENV SKKNKVIELEEEMKKLSGQQNLQQRIHHHAKIKEENNMLKTQNEELSAKLRRANIFRSRVKEDLNRLRASAGDKPCIDFD EEQRLRIKVKEIEEEKVQLAQQLLKLSTNVLKAAGIAKPLSDVNPSIAEEALEELKNRITSLEMEQQDLKFKNKIISERV RLSELMPQVSPLNSRPEENPLTPTRASQAPFLSNFDR
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 |
|---|---|---|---|---|---|---|
| PANTHER | 1 | 2913 | 2913 | 0.0 | – | |
| MobiDBLite | 1 | 143 | 143 | - | – | |
| PANTHER | 1 | 2913 | 2913 | 0.0 | – | |
| MobiDBLite | 1 | 19 | 19 | - | – | |
| MobiDBLite | 56 | 70 | 15 | - | – | |
| MobiDBLite | 111 | 140 | 30 | - | – | |
| Gene3D | 185 | 541 | 357 | 5.1E-138 | ||
| SMART | 190 | 537 | 348 | 1.3E-159 | ||
| CDD | 191 | 539 | 349 | 3.51145E-171 | – | |
| SUPERFAMILY | 192 | 565 | 374 | 4.61E-119 | ||
| ProSiteProfiles | 192 | 529 | 338 | 122.468 | ||
| Pfam | 198 | 529 | 332 | 3.8E-110 | ||
| PRINTS | 264 | 285 | 22 | 9.5E-40 | ||
| PRINTS | 393 | 410 | 18 | 9.5E-40 | ||
| ProSitePatterns | 425 | 436 | 12 | - | ||
| PRINTS | 426 | 444 | 19 | 9.5E-40 | ||
| PRINTS | 479 | 500 | 22 | 9.5E-40 | ||
| Coils | 543 | 563 | 21 | - | – | |
| Coils | 625 | 659 | 35 | - | – | |
| Coils | 722 | 742 | 21 | - | – | |
| Coils | 784 | 804 | 21 | - | – | |
| Coils | 904 | 976 | 73 | - | – | |
| Coils | 1063 | 1083 | 21 | - | – | |
| Coils | 1162 | 1182 | 21 | - | – | |
| Coils | 1292 | 1319 | 28 | - | – | |
| MobiDBLite | 1370 | 1406 | 37 | - | – | |
| MobiDBLite | 1384 | 1406 | 23 | - | – | |
| Coils | 1446 | 1480 | 35 | - | – | |
| Coils | 1580 | 1600 | 21 | - | – | |
| Coils | 1913 | 1968 | 56 | - | – | |
| Coils | 1979 | 1999 | 21 | - | – | |
| Coils | 2038 | 2065 | 28 | - | – | |
| Coils | 2104 | 2131 | 28 | - | – | |
| Coils | 2213 | 2250 | 38 | - | – | |
| Coils | 2258 | 2278 | 21 | - | – | |
| Coils | 2293 | 2313 | 21 | - | – | |
| Gene3D | 2335 | 2431 | 97 | 4.1E-6 | – | |
| Coils | 2335 | 2390 | 56 | - | – | |
| Coils | 2398 | 2460 | 63 | - | – | |
| Coils | 2468 | 2495 | 28 | - | – | |
| Coils | 2507 | 2534 | 28 | - | – | |
| MobiDBLite | 2532 | 2559 | 28 | - | – | |
| MobiDBLite | 2533 | 2558 | 26 | - | – | |
| Coils | 2574 | 2608 | 35 | - | – | |
| Coils | 2663 | 2739 | 77 | - | – | |
| Coils | 2749 | 2772 | 24 | - | – | |
| Coils | 2802 | 2829 | 28 | - | – | |
| Coils | 2852 | 2872 | 21 | - | – | |
| MobiDBLite | 2887 | 2917 | 31 | - | – | |
| Coils | 2917 | 2917 | 1 | - | – |
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 | Microtubule motor activity | Catalysis of movement along a microtubule, coupled to the hydrolysis of a nucleoside triphosphate (usually ATP). | ||
| Molecular function | ATP binding | Interacting selectively and non-covalently with ATP, adenosine 5'-triphosphate, a universally important coenzyme and enzyme regulator. | ||
| Biological process | Microtubule-based movement | A microtubule-based process that results in the movement of organelles, other microtubules, or other cellular components. Examples include motor-driven movement along microtubules and movement driven by polymerization or depolymerization of microtubules. | ||
| Molecular function | Microtubule binding | Interacting selectively and non-covalently with microtubules, filaments composed of tubulin monomers. |
Expression pattern of LotjaGi4g1v0070600.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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