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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0308200 |
| Transcript ID | LotjaGi1g1v0308200.1 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Alpha-galactosidase; TAIR: AT3G56310.1 Melibiase family protein; Swiss-Prot: sp|Q8VXZ7|AGAL3_ARATH Alpha-galactosidase 3; TrEMBL-Plants: tr|I1KB92|I1KB92_SOYBN Alpha-galactosidase; Found in the gene: LotjaGi1g1v0308200 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:74966222..74982235) extracted from Lotus japonicus Gifu genome v1.2.
ATCACTCAGTAGTATTTGTCTATTTGATCACTCGATATTGTTGATTATTCCATCATCACTTGATATTTTGCTGAATCTAA TTTATGAGTTCTTCTCACACACTCCCTCCATTCTCTCATCTGCTCAGCCACGCGATTATCACACAAGGTGAGGTTTGTTC GTCATGTCCTTTCTCTATTTCGTTTTATCCTTTCTCAATATTCGTAGATTTGTCTTGGCTGATTGGTGAATTTTTTGCTC ATCATATTATATCCTGTTTCTTTCATTGATGGTTTATTTCCAATTTAGTTGTGGGTTATGTTTTGGGTGTAGGCAGGGGC GGACCCACATAGAGTCCAGGGGTTCAATTGAACCCCCTGAAAAACAAAATTCCTACTTACCCCCCTATAATATATTTTTT TTGACCCTCCTGAGAATTTAAGTTTGCACCCTAGACCCCAACTCCTCTCTCTCTCACACACTCATCACGTGATCTCTCTC ACGCCCTTCACTCTTCTCATTCTCTGATTTCACGTTACACCACAACTCCACAAGCACTCTCACCGGCCACCACCACGCTG TCCGCCGCACCACCGCTGTCCAGCCGTGCCTCTGGCTCTGCGGTTCTACTTCTACAGGTATGGCTCCCTACCCTAACCCT AAATGGCAAAATTGATTTCCTTTCTCTTCTCCTTTCTCAAGCTTGATTTCCCTAAATTGATTTCCTTTCTTTCTCTTCTC CTTTCTCAAGCTTGATTTCCCTAAATTAATTTCCTCAAATGTCATAATTTCATTCAAATGATGCAAGATGGACAAATTTA CATGTTTTTGCTTTCATATACTTTGTAACTCTGAAGCTGAGACTTAGGGTATCAACATTCATCGGAAAAAGTTTCTTTTT TTTTTGTTTTTAATTATGGATTGTTTCATGGGTTGATTTTTGGTTTTGAATTTTCCTTGCTCTCTCTTGTTGACAGTGGC TGGTTATTTGGGTGATGATTGATTATATTTAGAGATATCCATTCATTATGCAAACAAAACAAAAAAATTCTTAGTATTGA CACGTCATAAGATGCAGAAACTGGTCATAGAGAATGGAGAATATTACACGTGAGGTGAGATTCTTATCCAAAAACAAATA AACACATTATTGTCATTATCATACAACACATGTTTTCATTTTGTAAACTATCATTATTAATTTATGAATGGCAATAATTG ATCCATTTCAAAATTAAAATGTGGGTCACACGTAAATAGCCTTGTCTTCCAGAGCGTTCCAACTGAAGAGAACTCATGGC GAAGCAGAAACAAAGCAACGCTCTTCACGTGCACTTTGTGATTCTTCTTCTTCTCTGTTCTTCCTCTGTTTCAGTATCAG CAAAAGTTGTTCCTCTCTTGCAGAGTCACAGAAAACCCAGTTTCCGATCAAATTTCCACACTATCTATGACACTTCAAAT TACGGTGTGTTTCAGCTCAACAATGGTTTGGCAAGGACACCTCAAATGGGGTTTGTTTCTTTCTTCGATTCTGGATTATC TGGACTCAAAGTTTCATTTTTTTGATAATTTGATTTTTTTTTAATTTTTTTAATTTTTGCTTAGAATTGGAAATTTGGAG AGAGGACTCATCACTCATGGTTTGTTTGACATGATTTGGTTTTGTGTAGATGGAATAGCTGGAACTTCTTTGCATGCAAT ATCAATGAAACGGTGATTAAGGAAACGGGTATTGTTTTTTTTTTTCTTGCTTTGATGATGCTACCTGTTTTTGAAGCATA GCTTTCATTTTCTCAATTAATTACTTCATGCACTGATTGTGATCATGACTAACAGGGAAGATTTCCTTGGCTTTAACTAA AAGTCTAAAACTTTTCATTATCCCTTATAGCTTTTTTGCTGGTAAAAGATAAAAAAAAAAATTGAACTTTGATTTTATTT TGAATTAATGGCTGAAGAAACCACAACTTGCAAGTCTTGGAAAAGTGGGAAATGATAGGTGTTGTAGAAGCCAATGTATT TTCAGTTTGAGGGGTTTGGGGGGGGGGGGGATTTCTCCCCTTGCTCTCTGACTCTATCAGTGCTTCAAATAACTCGCTTT AATCCGTGAAACATGTAAAGTATTTATTGAATACATATTTACATTATTTCCTTGAGGATTTGTATGAAGATGCTTTATAA AGCATCATCTTACATTCATAATTTCCAATGGCGTATTTGTCTCACTGCAAGTACCGAGGTTCATATGCTTACAAATAATA GTTGTAACTTAATTTTTTTCCTTATTAGTTTATGTCTACCAGTACTGATATTATTATTATATCCTTTCAGCTGATGCACT TGTATCAACGGGGTTGGCTGACTTAGGTTATGTGTACGTCAATATAGGTACTTTTCATCTATGATCAAAATGAATATTCT AACAGTAGGTCATCTATTTCATACTTATTTGATATTGGAATGTACATTGTGCAGATGATTGCTGGTCTTCCGTGACTAGA AATTTGACGGTCAGCTCAAATCTGCTCCTTTCATTGTTACTGAAATAACTTTACGGCTTTCATCTTCTCTTGTAATATAT ACTTGTCACTAGTCAGCTTTCAGTGTTGTCTGTCTATCTTGACTTTTAATTGGACGAGGAAAAGTTGTTTCAATGGAATC TGTTATGTTTGGCCAAGTGGTATTGCAGAAACTAGATATAAATAGTATGTCCTTAGATATACTTAGGGTTCGGAAATTGC TATGTATAAAATTTTCTAAGATATACTTAGGATTCGGAAATTGCTATGTCTAAAAATTTGAAGTAGTACTTTCTTTATGC TTCCAGTGTGCCGGTGTATTTGTTGTTTTCAATGGTCAATAGAGCAAGAAAGCATGTACATATATAATTACATGCACTGT TAATTTCTATGTGAGTAAATGGTTTTCTAGTGAAGCTTAAAACTCAGTGGCTCAAACGTTCCCTCCATAAATAAATGTCG CTCCTTACTGTTTTTGGTTTGGAAGTGCAGGGTCAACTGGTCCCTGATCCTAAGACATTTCCATCAGGAATCAAAGCTCT TGCAGATTATGTGCACGGAAAGGGACTCAAGCTTGGCATATATTCTGATGCTGGGTAAGATAATATTGCAATATCAGGCC AGATGTTTGAAAAATTCATTATCAAATAAATAAACCCCATGTTGATAGTGACTAACTGATAACCCAATCTCCTGCTCAAT ATTTTCACTTTCAACTGTTATCAGGGTTTTTACATGTCAAGTCCGACCAGGATCAATTTTCCATGAAACTGATGATGCAG ATTTATTTGCCTCTTGGGTTAGATTCTATTCTCTCATTTTATAACTTGTAAAAGCGTATCAGATACTCTTCATGGTGTAT GGAGTTTGTAGAGGTCCTAAGAACAAAAGTATTCTTTATTCATTTCTATGTTATGCTGAGGGTCAGGTCCAAATTTCATG TGATATATGCTTGTAGCTCTGCAGTCTTATGGAATTAATTTGTCTTTTTTTTTAAGAAAACAACAGCAACCTTTGGGATG AAGTTCTAATTAGAGCCATTATAAACACTAGATTTAGACTAGATAAGAGATTGGGCCATTTATCGGAATTCTTTTGATGT TCTTAAGAAAATGAATGAAAAATTATACCTATCTAGTTAAAATACTTCTTGTCTCGATCATTTATATGGTTGAAACTTGT GGAAAGATTGTCTTCATGAAACTCCTTAATGACCAAGACCTTCATAGGTATCATTTTTACGGTGTCCGTTAGATTGTTAG AAATGCCGAAAGGAAAAATAATAAAGGGATACCTGTAAATTCGTCCAGCTGCTAGATAAGTTATGTAAAAATAATATATT GTACTCTTTATTATGTTGACAGATATTTTATATCATATAAGTAGACTCGTCATGGTAACATCTCGAGGTGCTTTTCGGAA TGATTCCTTCATAAACTACATTTCAGTTACATTATTCATAAGTTTCAATTGTTTCTAGTTACACTTTTCTTTAGATTGTC AGTTATTTTACCCCATTTTATCATTTTACAGGGTGTAGATTATTTGAAGTATGACAATTGTTACAACCTGGGTATCCCTC CGAAAAAACGGTCCTTTTCTCATCTTTATTTTACAGTATTTACAAAAACAACAACACCTAGTATATAAAAATTGAGTCAA TGTGGTTGCATGTTTTCCAGATATCCACCTATGCGTGATGCTCTTGGTGCAACTGGAGTTAAAATTTTCTATTCAATCTG TGAATGGTAATAAGGTGTGTCTTTTTTTGTTACCTTAATTTACTTGCATTAGCATGACGAAATATTCCTACTGCACTTTT GCTTTTGCAGGGGTGTTGATGACCCAGCCTTATGGGCAGGCACGGTTGGTAACAGTTGGCGCACAACTGATGACATCAAT GATACATGGGCAAGGTTATAATTCTGGACTTTGACTTATAGTTATAGGTGATGCACTTGACATTCTATAAGGGATGCATT TAGTTCAATAACAATAGGCTAGATACACTTCAGATCGTATCCAACCAGATAAAACCAAAGTTCTGGACAGTCCTTGATTG CTACCTTGGAATTTTGCTTTTGTCAGTTCCTTCCTATCCACTAGTGATCCAGTGATATGAACATGAATTATGTTCATAAA TAGTATGTAATGATGACACTCATTTTCTGATTACATTAGAAAAAGTTCTTAAGCTTTCTTTTTAGCTGATGTCGGTAACC AGTCACCACTCAAGGGGGTTTTCCTAATCACCACTGCTAGCCCGATGGTTAATCCCACAACTATGTCTCGAAACTCCCGA TCAAAGACTACGTTAGTAATGTGGGAATTAGAGAAATAATATAATAATATACTTCAATTCTCTACATTAGTCCCTTGGCA CCTTAGAATAAAGCAAAGTGAATCAAGTGATGAGTGCATATGCATTGTGCACCGCTAACAAATGGGTATATATTTAATGG AGTAATGGATACTCTTTATCTGGCCTGGGCTTGCTAGACATGAAAGTATGGGAGAGTTGTAGAGATGAGTAGATGTGTAA AAGGAAGAAGAATTTCTTGGAGCCAGAAGAGGAGAAATGATAGTAATATTTAAATTTATGTGCATGATCTTTATCTGGAG AGTAAGAGATAGGTAGATTCCTTGAAACTCAAATAATCCTAATCTGCCAATTTTCATCTTGTTGATGGTGTCATATAGCG GTTGGACTTAGAGGATTAGATGCACTCTAGTGTGGGGTTATTTTAGTCTATAATTCATCAAAGCTCTTAGAACAATCTCA GAATAGTGGAAAATGGAACTAGTGATGGGCAGAGTTTTAGGGCTGTTTGTCATAGAAGAAACTATTGAATCATGATGAAA TGGAATTAGCATATCGTTAGGCATAACATTTTTTCTTTATTTGGAATATTGGTCATACTATACTACAGCATCCATCAATT TTGTTTTAGGTTAGTTGGCTTTGAAATAATCCAATACATTCCCTATGATATTTCTGCATATCTAGTAGTCATAGATTCTT TTTCTGTGGAAACTTGTTTTTCTTGGCAAATTATAGATGTGTATCAAATAATTATACATCTCACTGTCATTACAATACAG AGTTTTAACATTTGAATAGTTAGTATTCTTTTCTGATTTTCTATTTATAGGTAGTCTAATTCTGAATTTGATGTTTTTCT TGTGTAGCATGACGACTATTGCTGATCTTAATGACAAGTGGGCTTCATATGCTGGTCCAGGAGGATGGAATGGTACAGAT GTTGTCTTCCTTGAAATTTTATTGGAAATATAGAGCAAACCAGAAGCATTTTTACTTGAATCTCATATTACCACTCCTGT ACAGACCCGGATATGTTGGAAGTTGGCAATGGTGGCATGACTTATCAGGAATACCGTGCTCACTTCAGCATATGGGCTTT AGCAAAGGTATTGCTCTCAGTTCCTATTTGTTCCCCCTCCCTTTTGTACATTTAGACATGGACTGATGATGCATACTTTT ATACTGGATTTGTACTCTACTCAACTGTCATAACTCATCACCCATTTTTCTATATCTTGCCTGATAATTTTGCTAGTAAT TTGGGATCATAGGATAGCAGAAAATAATTATGCTTAAACTAATCTCTGGTAAAAGCAATCCTGTCTGAATTTATAAATTT GTTTAATGTGCGATATGATGGCAATCCTCTTTTCATTAGTATTGGTCATAATTTCTTCTGAATAAAGCATCAAGACAAAC TATCACAAAAGTTACTATTACTGATTTTTTCACATGCTTATAATTGTGAATATGTGCGTGCAGGCTCCTCTATTGATTGG CTGCGATATAAGAAATATGACTGCTGAAACATTAGAGATTATAAGCAATAAAGAAGTCATTGCTATAAATCAAGGTGGTG TTACAACTTTTTTGTTTTTTTTTTAATCAAGTTGATGCATAATCTTCTCTCTCTGTTATTGTTGTTGATTTTGTGCTACT TGGTATAAGTTTTGATTTCTTCTTCCGAAGGTTAGATGAGTAAGGTTACCAATTCTTATGTCTCTTTGTAGACTCACTTG GGGTCCAGGGAAGGAAAGTTCAAGTTGCTGGAAAAGATGGTTGCAGTCAGGTAATCTCTTCTGTATCACCTCATGGTACA TCTATGCAATAAAGCTCGTGCATTCTGTCTGTATTTTAGGTTCATTGTGGTCATGCTTCTAAGTTATAATAGTGTCTATC TGGATCAAGTAACTCACTTGCATCATCTTGAATTAAGTTAATTTCACTATCATGTTAATTTTACCTTCTCAGACATGGGC TATACAAAACATGTAATCTTGCCTCTCAAACATTATATGTTCAACAACTCAAAGAAGAATGAATCAAGAACAAATAGACT ACTTTTATGCAAGTTTTTCATATTGCCATTTTGGCAGGTCAAATCATTTGGTCCTATTTAGATCTTTATGTGATAAAGTA TGTTGACTTAATATAAAGCTTTTTAATCTATCCTTAAAAAAAATGAGGCTTAAAGTTGTGTGTAGCTTACTACTGTTGAC CTTACCTTTACATCTTTGCAGGTTTGGGCAGGTCCTTTATCAGGGGATCGCTGGGTTGTTGCTCTCTGGAATCGGTGCTC AAAAGTTGCTAATATAACAGCTTCCTGGGAAGCACTTGGGATTGAATCTGGAGTTTATGTTACTGTAAGGGATTTATGGC AGGTAAGCTAGCCTAGCTGTATATAACTTTCTATTAGACAGTTTTTCTTTTTATTCTTATTGGAGCTTAAATTTATTTGT TATTTTTATTGAAAATATTCCCTTACCACTATTTTAGGACTCATTACCCCAAATGTTTTTGTTCCTTTACTAAATTTGCA GCACAAGGTAGTAACCGAAGATGCAGTTTCATCATTCAGTGCTCAAGTTGATACTCACGATAGTCACCTGTACATTTTCA CTCCATCTACAGTATCTCTCTCTGTAATGTAGCTCATAGGTTTTGGTCCATCTGTATTCTGTACACAACTATGCTGCCAT CCCATTTTGGATTAACTGCCTTTATGAAAGTTTAGTGAATGAACCTTGCTTGTTTAATTTATTGTCTCTTTTTACAGCAC TTGTTGATCAGGCATGCATAAGTTCAAATCTTCATTGTCAAATATATTGTGTACTAGATGGTCTACAACTCATGAATATG ATCACACGATTTCTGTCCTATATGTGGTCCCGTACGGATTTATCGTTAATGATGTTTTCAAAAGGTATGATATGGTTGAA AGAAAAAGTATGACATGAGTTGTGGGAGGAAGATATTATCTTTAGTTTAATTTTCAGATACTATCAATTCATCCCATATT GCAAAACTCGAGCCAGCAATCATCTTTAGGTTAATTTTCAGATATGAATATGATCATCATAACTACTAGTTTTCATTATG AGAGTTCCAACTAAAAAATATCACTAACTTGAGAAACATTGTTAGTGGAGACAAACAAAGAATCTATGCTCTTTTGCCAT TGTTGTTCCTGATTCTGAATTTGCTGGTTCTCTCAATATCCGGGGGTGGTGCGCGGTCCTTTATGGATCTTTTTGTTGTA GAATTTCAAGACTCTAACTGTGGGAGAAAACGTTAACTACACTAACTGCAATTAGCTGAGAGAGAAGAATGGAAGGAAAA TTTTAATGCATTGATTTCACACACTCAAACTCTGAGTGCTCTTATTTAAAGCAATTACATCAAGGACTCAAAGTCCATTA TCACAATAGTCAAGGACTAAACTGAAAACCAACTAACTACTTCTGAATTAACACTCTAATCTCAATACTCCTTCCTAATT CAGAACAGTAGTTACAGACATCACATTCAATTTCTTACACAACATAGCAAATCTATCAGGCTTCAACGCCTTAGTAAACA AATCAGCAAGTTGCTCCTCTGTAGGACAATGAACAAGTTCCAACTTTCCTTTGGATACTTGATCCCTTAAGAAATGAAAT CGTGTCTCGATGTGTTTGCTTCTTCCATGGGCAACTGGATGCTTAGCTAGGTCTATTGCTGATTTATTATCAACCAGAAG TTTCATTGGACCAGAAACCTTCAAACCTACTTCCTCCATCAACATACTGAGCCATGCAGCTTGACATGCACTATAGGATG CAGCAACATATTCTGCTTCACATGAAGAGAGTGCCACAATTGGCTGCTTCTTGGAACACCAAGAGACTGGTGCATCACCA CACAAGAATACATAACCAGTGGTGTTTTTCCTGTCATCTTTATCACCACTCCAGTCTGAGTCCACATAGCCTATCACATC ATTCCTTGTGTTGAAAGCTTTCTCAGGAAATAGTATTCCATGATAAGAGTCCCCTTGATAAATCTGAGTATTCTCTTTGC AGCTAGGAAATGAGATTCTTTAGGATTCTCCATGAATCTACTTATCAGACCCACACCATAACTGATTTCAGGTCTGCTGC AACACAAATATCTCAGTGATCCCACAATCTGCTTAAACAAGGTTGAATCCACTGATTTCCCAGAATCTGTCTTTGTAAGA GTTATGCCATGCTCAACTGGAGTAACTGCAGGATTACAACCTGCTAGATTAAATCTCTTCAACACATCAGCTGCATACTT CCTTTGACTCATAAACATCCCTTTCTTAGTTCTGAGAAATTCAATCCCCAGAAAATATGATAACTCTCCCATGTCACTCA TTTCAAATTCCATTTGCATCTTTGCTTTGAATTTATCAATCTCAGTCTCATTGCTTCCAGTTACAAGCAAGTCATCTACA TATAAACACACAACAAGTAACCCTGCTCTCTTTGTCTTGCGAACATACACTCCATGTTCAGTAGTACATTTCAGAAATCC CATCTGATTCAAGAAAGAATCAATTCTTCTATTCCAAGCTCGAGGAGTTTGCTTAAGGCCATACAAAGCCTTGTGTAACC TGTATACCTTGTGTTCACACCCCTGAACTTCAAATCCAGGAGGTTGGTTCATATAAACTTCCTCATCAAGAGGACCATTT AAGAAGGCAGACTTAACATCCAACTGATGTAGTCTCCAACCCTTCAAGCTTGCAGCTCCCACAACCAACCTAACAGTTTC CATCCTTGCCACTGGAGCAAATACCTCAGTATAATCCAATCCTTTCTTTTGCTGAAACCCTCTGGCGACTAACCTTGCTT TATACTTAGCAACTGTACCATTTGGCTTCATTTTGGTTTTATAAACCCATTTGACTGAAATTGGCTTCTTTCCTTCAGGT AATTCTACCAAACTCCAGGTCTCATTCTTATCAATTGACTTGAGTTCTTCCTTCATTGCAGTGATCCAATTATCATGTTC GAAGGCCATCTCTAGACTCACAGGCTCAGATTCAGTGTAAAATGCAAAATGCACTAGATCACCTTCACTAGTAACCTCAT TATCAGGGAAAAGTACATAATCATTGAGCCTTGAAGGAGGTTGTCTTGCTCTCTGAACTCTCTGAGTATCATTCTCAACA GGAGCAGTGTTGATAATTGGAATACCTTGAGTACCTTGAGCTTCAGTACTCAAACCCTCATCCTCAGGTAAAAGATCAAA CTCATGAAAGTTATATGCAACCCTGGACTTAGAAGCTTCTGGTTGAGCAACTTTCCATGTCCAAAATGATTCTTCATCTA CCACAACATCTCTACTAACTACAATAGTGTTAGTATCAGGATTCAACAACCTGTATGCACCTGTAGAGTGGAAACCGACT AACAAAAGCTTCTCACTCTTGTCATCAAGTTTTTTTCTCCTCTGATCTGGCACATGTCTATAGCAAACTGAACCAAAAAC CCTCAAGTGCTTAACACTAGGTTTGATTCCAGACCAGGCTTCTTCAGGTGTTAGAGCTTTCAACTTTCTAGTAGGACATC TGTTGAGTATATAAGTTGCAGTGGAAACAACTTCTCCCCACAACTGAACTGGCAACTTCTTACACTTCAACATGCTTCTC ACCATATTTGCTATTGTTCTATTTCTCCTCTCAGCCACACCATTGTGCTGAGGAGTATAAGGTGCTATTACCTCATGATA TATGCCAGCCTCTTCACAGAATATCTTCATTTGATTGGACACATACTCTCCTCCTCCATCTGTCCTCAGTATCTTGATAC TCTTACCACTTTGCTTCTCCACATGTGCCTTAAATTTCTTGAACACTTCAAAGACTTCTGACTTCTTTTCCAGCAAGTAA GTCCACATCTTCCTAGTATGATCATCAATAAAAGACACAAAGTATCTATTTCCTCCTGAAGATGGAGTATCAAATGGCCC ACACACGTCTGAATAAACCACATCCAAAGCTCCCTTAGATATCACTGGCATATTCTCAGTGAAAGCATTTCTAGATTGCT TGCTGAGCAAACAATCTTCACACAACTGCCCTGAAGCTTTAACAATGGGAAGACCTCTCACCATATCTTCATGATGCAAT TGATATAATCCTTTAAAATGCAAGTGACCATATCTCATGTGCCACAACCAATCAGAGTCTAAACATCTTGCTGACAAGCA TTGTGACTCACTAGTATCAAGCTCAACTCTAAATGTCTTATTTCTAGACAATACTGATTGCAAAATCAGATTATGCTTAG GATCATACACTAGTAGTTTCTTCCCCTTAGTCTTCAGAGAATACCCCTTTTCTACTAGCTGCCCTAGACTTATCAAATTG TGCTTCACACTAGGAACATATAAGACCTCTGGAATGTAGGATTTTCTACCATCCTTTTTCTTCACCAGTATTTTACCAAC ACCATCAGCAGGGATGGTGCTATTATCTGCAAACCTTACACTGCTTTTCCTCTCCTCATCAAGATCAACAAACCACTCTT TGTGGCCAGACATGTGAGAAGAGCAACCTGAGTCTAAGTACCAGGTGTTCTCACTAAGTTTATGAGAACTCACAGCAGAA TTACTAACTTCATAGCTAGAATTTCTAAGCAATTTATCAGGGCAAGAACTAACAGGATCATCAGGGACTACAAAGAGTAC CTGTTCCTCATCAGAGTTATCATCATCATGGGCAGAATATGCACGATCTTCACCATCCTGCTTGTTGCCCTTCTTTTTGT TCTTGCATTCATAAGCATAGTGTCCATATTTCTTGCATTCAAAACACTGGACACTTTGCTTTTTGCTCTTCCCTTTCTTG AACTTATCTTTGTCCTGATGCTTCTCCTTTGAATCCCACTTTCTCTTGGAATCGCCATCTTCCTCATGCTGTGAAGATTG CCCAGAATCTTTGTTTTTCCAATTCTTTCCCTTTGAGGCTTTTCCTCTATCATTCCAACTCTTCTTACTGGAATTTCCAC CACGAGTATACAAAGCCTGCTCACTTTCCTTCTCAGAATCTCTCAGGCTCAACCTCATCTCGTGTGCTTCAAGAGACCCT TGTAACTCATCAATCTTGATCAATTCAAGATCCTTTGATTCTTCTATGGTTGTGACAATATGATCAAATTTTGGAGTGAG TGAACGCAACACCTTTTCCACAAGAATTTGATCAGTCATTGACTCACCATTCGACTTCATCTGGTTCGTCAATGTTTGAA GACGGGTGAAAAACTTCGAAATCGTCTCTGATTTCTCCATACGCATAGCTTCGTATTGCCTCCGCAGAGTCTGCAATTTC ACCTTCTTCAATTTCGCCACGCCGTCGTAGCTCTTGTTCAGAATGTCCCATGCCTCCTTCGACGTCTTTGCTGCCGCAAT TTTCTCAAAATTGGCTGGATTCACACACTGGTGAATGATGAACAAAGCTCTCAGATCCTTCTTCTTCGCCTCACGGTGAG CTTCGGTTTGCTCAGCCGTCGGATTCGCCGGTAATGGATCGTACCCAGAAGTTACGTATTCAAGAACCTCTTGAAAACCG AAGATCACCTCCATCTGGGTATGCCAACGATCCCAGTCGGTCTTTCCGTCAAGAACTGGCAGTGACGCCGGAAAGTTTCC ATTCGCACCCGCCATGACTTTGAAAGACACGTCCACCTTCACCGTATTCAGAATCTCCGCCGTCGTCGCTTCTTGGACGC CGCCGCAGCTCGCCGTCGCAGCTCGCCGCCTTCGCGTGTTGTTTGAGGTCGCCGAATGTCACCGAGCTCTTGATACCACT GTTGTAGAATTTCAAGACTCTAACTGTGGGAGAAAACGTTAACTACACTAACTGCAATTAGCTGAGAGAGAAGAATGGAA GGAAAATTTTAATGCATTGATTTCACACACTCAAACTCTGAGTGCTCTTATTTAAAGCTATTACATCAAGGACTCAAAGT CCATTATCACAATAGTCAAGGACTAAACTGAAAACCAACTAACTACTTCTGAATTAACACTCTAATCTCAATACTTTTGA CACAGTCAGGGGTGGAGGCAAGATTACATATTTTCAAGTGCTAGTATATAAGATTTTTGATTCATTCACACCTCCTTTTC TATTTCCACCTTTTTTCTCTTCCTATCTCTTACTCTTACTCCTATCACATTATCAATCAAATCTCTCATTTCTTTATTCT TTTCTTCGTATATTTCTAAGTATAAGTGGGTTTTTTTTGTGAACTAAACTTTACTGAATATATATATGACCACGGCTTCA CCACAGCTTCACAACGAGACAAAAATGCAAGAAAGACAAATTGATATCGCTCCACAGCAGCACAAGCTTGTGTTTTATTT TTATTTTTATTCATTACTGGGCTAAAGTCGAAAGCTAAGGAACCTCACCCCTAACATAGAGGGTGTTACAAGAGTCAAAT AATAAAGGGACATAACTAAAAGCCGGGACAAAATCATAGATCTTGCTAGGCAACAACAACCTAGACCATTCTTAGCAAAG ACATCTGCAACTGAGTTAGCTTCCCTAAATACATGCTTAAGATGGACCTGCTCAAAGCAATTAAACAAACTCTTAATATC CTTAACAAGAGGAGCTGGAGGCTTTGAAGGAGAGCAACCTTGATTGACTAGACTAACAACAAAGCTTGAGTTAGATTCAA CAAGTATCCTTTTAAATCCTCTGGCTTGAGCAATTTTAGCACCATGGAAGATCCCCAGAGCTCCGCGTGATTAATGGAGC AGCATCCCAATCTAACTGAGAAACCAGCAATGAAGGTGCCTTCATGGTCCCTCAGAACTCCTCCACAGGCAGCACGGTTT GAGGAAGGAGCGAAAGAGCCATCTGTGTTGATTTTAATACACCCTTCCATGGGCACAGACCACCTGACAAAGGTTGTGCC TGAAGCCCGAAACGCAAGGGCCTCATCTGAGGAATCAGCTAGAGCAGATTGGGAATCAACTATAATGTCAAGATTGTTAT TCACGTAAGTTCGGTTTGGTCGGATCGCGGGTTGAGTTGGGTCTTTAGTCTCCAAATTCGATATACAAACCAATAAAGCA CACTTGAGTTTTTGCTTATGTATTTAATGCTAAACTCAAGTGTGAACTATTAATTATTAACTTTTGAGTTTCTTATAAGA AAATAATTTGTTAGGTTTTAATTAAAAATAGATAGAATCTTAATTATTAATAATAAATTCAGAAAAAATGTAAAACATTT AAAAATAAACAAATAAATGTAATTATATGTAAATAATATTAAGAATTTAGATTAATTAACCGTAAAAATAATATTTATTA ATAAATCATTAAGAAAAAATTATTTTCAAATTAAAAAATGTCTCTATAAAGTACATACTAATAATTATATCATATGCGTG TATTATTTGAAAGAGATTTTTTAGATATTCTGTTTGATTTATTTTGATAGTAATAAAAATAAGTAGAGAAAGCATAATAG AGAAAAATAACTATAACCAAATATGAATACATTTAAATTTACTAAATAAAATTTTATGATATTAAAATTATAGCTTATTA TATTAAAACATATTATTTGAGGTAAAATATTTCAAGTTCACTTAATCATTTTTCATATTATTCAATAAAAAATTAAATTT AAAATGATAAGATATAATTAAATAATAGAATAACATTTGGGGAACAGTACTCTCCCAAGTGAGTATCTATGTTTACAACT AGAGATATGACATCATACTCCTACACAACCAAAACGATAACAATAAACCTCAAACAAGAACATCAGTCAATTAAAATATT TGTGTTGATCCCAGAACTATACACTAAAATGTACAATTTAACTTAAATTTCTAATGAAATAAACTCAATAATATTAACAA GAAAATCACACCTATAAGTCAATGCAATATAAACCAACTTTCATCTTATGTCATAAGAAAAATTTCATTCATTTTTTATC TTAAAGTGTGTCAATGTCAATATATACTGGTTCCAATGAATGTCCAAATATAGCTTTAGTTTTTACAGTCTCGTTATATG AACCCTGAGTTTGGGCAACATCCAACCCACACACAATATTTGTGTTAGTTTTTGACTGTCACAAAATCTAACATCTAAGA AAACATAATACAGGTCTGACGCTCAAAATTTGCGTATTTCGGGTAGAGAAATCATTTCCGTTTTTCTAAACATCATTGCT TAAACATAGCTTAAGCAACAATAAAGCTCACTGGAGTTCTTGCTTCATGTGTTCAAGCAACGAAACTACCGCTTGCAATA ACCAATGGATTCAACACAAACACAAAATACATGTCACTGTTGCAAATACAGATTCAAGAGCTGGTATTATCCGCTCCACC AGTTTCATTAATCATTTTCTCAAGACTTGCAGCCATTTTATGTTTGGAACTTTGAAAATTTCTATAGAATGGATATGAAA GTGATTGGTGATGCAAGATCCACTCTTCTGGTTCAACCATTATGGATTAGAGGACCAAATAATTCATGTCAACTTCATCT TGCATGATCTGGTTTGGGAGCACCTCCCAATGTCTTTCTTTCTATTTGTAGTTTTCTTGATGAGAAGTTTATCCAAAAAT GTTATAAGAATGATGTTGGGGGTGCTTATGCAATGCAATGCATTACCATTTCATTGACAATTAAATAATCAAATAACTAT CAGGGCATATCCATATTAGCTTGCAGATGTTAGGTCACAAAACTTGCAATATGACCAAGAAAGTAGATATGCCCTTCAAC ATTTGTGAGCATTAACCAATGCTTTGTTTGCTGTGACAGCAATGTGTGTGGATTTATCCCCAGAGGAGTCTTCAGCACCA AAATCACGAAGAGACAGAAACCTGCAGTAGTTCTTTGGCAATACTAATGCATTCAGTCATGGGGCAATTCGTCTTGATTG CATTTGTTTTTATGTGAGACCTGCTGGCAGCATAACCCTTCTGCAATAAGCAAACATAGAAGGTAAGTAGATGTCTGGTT TCTAAAGTTTTCTCTAGCGTCAACATGAATATTCTATGGTCCAATGTTCTCGACGAAGGATGTTACAGACCAAGTGAATC TCAACAGCATAAAGATGGAGTCAACCCAGTCAAGAGGAATTGGGGTGGTTGAGAAGCTCTACAATGTCTTTAGTCATACA GAATAAAAGGAAAC
CDS sequence (LotjaGi1g1v0308200.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCGAAGCAGAAACAAAGCAACGCTCTTCACGTGCACTTTGTGATTCTTCTTCTTCTCTGTTCTTCCTCTGTTTCAGT ATCAGCAAAAGTTGTTCCTCTCTTGCAGAGTCACAGAAAACCCAGTTTCCGATCAAATTTCCACACTATCTATGACACTT CAAATTACGGTGTGTTTCAGCTCAACAATGGTTTGGCAAGGACACCTCAAATGGGATGGAATAGCTGGAACTTCTTTGCA TGCAATATCAATGAAACGGTGATTAAGGAAACGGCTGATGCACTTGTATCAACGGGGTTGGCTGACTTAGGTTATGTGTA CGTCAATATAGATGATTGCTGGTCTTCCGTGACTAGAAATTTGACGGGTCAACTGGTCCCTGATCCTAAGACATTTCCAT CAGGAATCAAAGCTCTTGCAGATTATGTGCACGGAAAGGGACTCAAGCTTGGCATATATTCTGATGCTGGGGTTTTTACA TGTCAAGTCCGACCAGGATCAATTTTCCATGAAACTGATGATGCAGATTTATTTGCCTCTTGGGGTGTAGATTATTTGAA GTATGACAATTGTTACAACCTGGGTATCCCTCCGAAAAAACGATATCCACCTATGCGTGATGCTCTTGGTGCAACTGGAG TTAAAATTTTCTATTCAATCTGTGAATGGGGTGTTGATGACCCAGCCTTATGGGCAGGCACGGTTGGTAACAGTTGGCGC ACAACTGATGACATCAATGATACATGGGCAAGCATGACGACTATTGCTGATCTTAATGACAAGTGGGCTTCATATGCTGG TCCAGGAGGATGGAATGACCCGGATATGTTGGAAGTTGGCAATGGTGGCATGACTTATCAGGAATACCGTGCTCACTTCA GCATATGGGCTTTAGCAAAGGCTCCTCTATTGATTGGCTGCGATATAAGAAATATGACTGCTGAAACATTAGAGATTATA AGCAATAAAGAAGTCATTGCTATAAATCAAGACTCACTTGGGGTCCAGGGAAGGAAAGTTCAAGTTGCTGGAAAAGATGG TTGCAGTCAGGTTTGGGCAGGTCCTTTATCAGGGGATCGCTGGGTTGTTGCTCTCTGGAATCGGTGCTCAAAAGTTGCTA ATATAACAGCTTCCTGGGAAGCACTTGGGATTGAATCTGGAGTTTATGTTACTGTAAGGGATTTATGGCAGCACAAGGTA GTAACCGAAGATGCAGTTTCATCATTCAGTGCTCAAGTTGATACTCACGATAGTCACCTGTACATTTTCACTCCATCTAC AGTATCTCTCTCTGTAATGTAG
Protein sequence (LotjaGi1g1v0308200.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MAKQKQSNALHVHFVILLLLCSSSVSVSAKVVPLLQSHRKPSFRSNFHTIYDTSNYGVFQLNNGLARTPQMGWNSWNFFA CNINETVIKETADALVSTGLADLGYVYVNIDDCWSSVTRNLTGQLVPDPKTFPSGIKALADYVHGKGLKLGIYSDAGVFT CQVRPGSIFHETDDADLFASWGVDYLKYDNCYNLGIPPKKRYPPMRDALGATGVKIFYSICEWGVDDPALWAGTVGNSWR TTDDINDTWASMTTIADLNDKWASYAGPGGWNDPDMLEVGNGGMTYQEYRAHFSIWALAKAPLLIGCDIRNMTAETLEII SNKEVIAINQDSLGVQGRKVQVAGKDGCSQVWAGPLSGDRWVVALWNRCSKVANITASWEALGIESGVYVTVRDLWQHKV VTEDAVSSFSAQVDTHDSHLYIFTPSTVSLSVM
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 |
|---|---|---|---|---|---|---|
| SignalP_GRAM_POSITIVE | 1 | 29 | 29 | - | – | |
| Phobius | 1 | 9 | 9 | - | – | |
| SignalP_GRAM_NEGATIVE | 1 | 29 | 29 | - | – | |
| SignalP_EUK | 1 | 29 | 29 | - | – | |
| Phobius | 1 | 29 | 29 | - | – | |
| Phobius | 10 | 21 | 12 | - | – | |
| TMHMM | 12 | 34 | 23 | - | – | |
| PANTHER | 16 | 431 | 416 | 6.3E-239 | – | |
| PANTHER | 16 | 431 | 416 | 6.3E-239 | ||
| Phobius | 22 | 29 | 8 | - | – | |
| Phobius | 30 | 433 | 404 | - | – | |
| Gene3D | 61 | 333 | 273 | 2.0E-129 | ||
| SUPERFAMILY | 61 | 331 | 271 | 1.11E-102 | ||
| PRINTS | 63 | 82 | 20 | 2.1E-67 | ||
| Pfam | 68 | 331 | 264 | 2.4E-79 | ||
| CDD | 69 | 331 | 263 | 2.1678E-156 | ||
| PRINTS | 99 | 114 | 16 | 2.1E-67 | ||
| ProSitePatterns | 104 | 120 | 17 | - | ||
| PRINTS | 140 | 161 | 22 | 2.1E-67 | ||
| PRINTS | 174 | 191 | 18 | 2.1E-67 | ||
| PRINTS | 201 | 219 | 19 | 2.1E-67 | ||
| PRINTS | 266 | 285 | 20 | 2.1E-67 | ||
| PRINTS | 287 | 308 | 22 | 2.1E-67 | ||
| SUPERFAMILY | 326 | 424 | 99 | 1.58E-21 | – | |
| Gene3D | 334 | 426 | 93 | 1.8E-24 | ||
| Pfam | 346 | 422 | 77 | 1.5E-18 |
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 | Catalytic activity | Catalysis of a biochemical reaction at physiological temperatures. In biologically catalyzed reactions, the reactants are known as substrates, and the catalysts are naturally occurring macromolecular substances known as enzymes. Enzymes possess specific binding sites for substrates, and are usually composed wholly or largely of protein, but RNA that has catalytic activity (ribozyme) is often also regarded as enzymatic. | ||
| Molecular function | Hydrolase activity, hydrolyzing O-glycosyl compounds | Catalysis of the hydrolysis of any O-glycosyl bond. | ||
| Biological process | Carbohydrate metabolic process | The chemical reactions and pathways involving carbohydrates, any of a group of organic compounds based of the general formula Cx(H2O)y. Includes the formation of carbohydrate derivatives by the addition of a carbohydrate residue to another molecule. |
Expression pattern of LotjaGi1g1v0308200.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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