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| Field | Value |
|---|---|
| Gene ID | LotjaGi2g1v0361100 |
| Transcript ID | LotjaGi2g1v0361100.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Beta-galactosidase; TAIR: AT2G28470.1 beta-galactosidase 8; Swiss-Prot: sp|Q9SCV4|BGAL8_ARATH Beta-galactosidase 8; TrEMBL-Plants: tr|A0A0B2S2A3|A0A0B2S2A3_GLYSO Beta-galactosidase; Found in the gene: LotjaGi2g1v0361100 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr2:85856325..85868186) extracted from Lotus japonicus Gifu genome v1.2.
GTTCTAGTCATCTCATGAAGGTTATTTTGTTTGACTTAATGTTTTTGTGTGAACTGTATCCCTGAAGCCACTTACGTCAA GTAAACTGTCATAAGAAAACCTGTGTCTTTAAATACAAGAAGCAAAAGCTAAGAGCGAACAATTCTGTTAAGGAAAACAA AATGGCAATGAGAAGGACGCAGTTTCTTCTGCTGTTGCTTTGGCTCCTCTGTGTTTATGCCCCTACATGTTTTTGTGCCA ATGTGACGTATGATCATAGAGCATTGGTCATTGATGGCAAGCGCAGGGTCTTGATCTCTGGTTCTATCCATTACCCTCGC AGTACCCCTGAGGTCTCTCCCTCTTTAATTACTATGTCTTTGAAGTTTGAAGGATATCGGCTAAAGAGCACTTATTGTAG CTTATCTACTAAGAAATGCACTGGATAAGCTCTAGCAAATACTCTTTGGTCAGCATCCAAACAGTCTCTTTTCTTCGAAG TTTGGACTTAAAAAATGGTGTTATTTAATGTTGCAGATGTGGCCAGACCTTATTCAGAAAGCAAAAGATGGAGGACTTGA CGTGATTGAAACCTATGTTTTCTGGAACTTACATGAACCAGTTCAAGGCCAGGTGGTGTTTCTTTTGTTATCATTCCATT TTCATATTGTTCTGTTTTGTCCTTCACGTTCTCTCGCGTTGCATATTAGCATGGAGTTAGTTTTAATACTTGTTGAACTA GCAAGCACACACAAAATTCATTAGAGGCTCCCAACTAACAAAAGAAAAAATATGCAGCTTTGGCTAATCAGAAGTAAAAA AGAGTAAAAGGTCACTCTTTTGTATATTTATCATAGTTAACATGAAAAGTATAGTTAAAACCTAAAGGCATGAAATTGGG GAGCAGAATTTTCAATTTCAATCAGAAGACATCAAAATAATGATGGATTATATAATATATTCTTTGGCTTGGCAGTATAA CTTTGAAGGCAGGGGAGACTTGGTTAAATTTGTGAAGGCAGTAGCAACAGCAGGTCTATATTTGAATCTCCGGATTGGTC CATACGCATGTGCTGAATGGAACTATGGGTAAAAAGTTGGACCCTTTTTCTATGCATGATTTTGTACCTTTTTACAATTA TGTTCTAATCTATTCATGGTCTTCAACTTGTGAGCAGTGGTTTCCCTCTTTGGCTGCATTTTATTCCTGGAATTCAGTTC AGAACTGATAATGAACCATTCAAGGTAATCCTTCTTTGCCTTTCTCTATGGCTCATCCTGTTACACCTACTTCCTGCTAT TTTGTGAAGTTGGATTATCTTCAGGCAGAAATGCAGCGATTCACAGCTAAGATTGTTGATATGATGAAGCAAGAGAATCT CTATGCATCACAGGGAGGGCCTATTATTTTATCTCAGGTTTTTTTAATTATTATTATATTCATGACCACATGTTTCATTT TTGATAAATTATGGACAATCCAACCAACGGTCAGGTGGTTGGTTCCTGTGCTACATGTCTGAATCCGCTTAAGGTCTTAT GTTCGAGTCTTGTGTATGGAAAAAATCCTCCACTGTGAGAGCTAGCCCCACCAAAATGTGAATGTTCCAACTCGAACAGC GCCTCAAGTGGAGACACCTGTCTTAGACAAAAAAATAAATTATAGACATCCAGATATGAAAGCATGCTTATAAGTTTCAT AGATAATCTATATCATGAAAAATATTAACTACTTTCTAATGCCAGATTGAAAATGAGTATGGGAGTGTTGAAGGTGCTTA TGGTCCTGCTGCTGTACCCTACATCAATTGGGCAGCATCAATGGCTACATCTCTTGACACAGGAGTTCCCTGGGTCATGT GCCAGCAGGAAAATGCCCCTGATCCAATTGTAAGTTTACTCCTTTCACATGCCACCTCAAATGTTATGTGCTAGCCTCAC CAGAATCTTGAACATAACTGCATCTTCTAGAGGATACATGCATTAGAACAAAAAAAAAATCAGATGTTATGTGCTTCATG TTTTACAAGATTTTCTATCTACTTGAATGGAGCAATCTTGCTATGCTGCAGTCTTCAATCATTTTATTTACTTGACTGTT ATATTAACTTCCCAGATTAACACATGCAATGGATTTTACTGTGATCAATTCACACCAAACTCTAAAGCAAAACCAAAATT TTGGGCTGAGGGTTATAATGGATGGTTAGTATCCTTTTCTCTGTGAATCATTTAGTTGTTTAAATAGCATGCAGATGCTC AAAACATGATCCTGATCAATGTGTATCTACTTTCCCTATGAACTTTTTGTTGTTTGCAATTTCTTGCAACCTGATGAGTT CTCTGTAATGGCAGGGTACTTTATTTTGGCGGTGCGATATCATACAGACCTGTAGAAGATCTTGCATTTGCTGTGGCTCG GTTTTTCCAATTAGGGGGCACTTTACCAAATTACTATATGGTAGTGCAACTTTCCCATGTCGTTTTTGTTATTATTATAT GATGCTAAAGGAAAAAATTGACCTATATAATTAAAGAAACGAGCTAATCCCATAATTTATTTGGTTGCTTGCACTGAAAC AGTACCATGGAGGGACCAACTTTGGGAGAACTTCTGGTGGACCTTTTGTTGCTACTAGTTATGATTTTGATGCTGCAATT GATGAGTATGGTATGCAGTTCTTCAGCCTTCATATTTCACATTAGATTGTGTTAGGACAAACAACTTAATTAAGCACTTA TTCATAAGCTTATTTAAATAAGCTCAAAATAAGTTATATGTAGGTATAAGTGAAACTGAGCAGCTTATAAAAATAAGCTC AAAACAACTTATAGATAGATCATAAACTATTTACACAAACTAATTCAACCACTTAAGTGCTTATGCTATTATATCGGGTT GATGTGACACTGTTAATGACTTAATGTTATAAATACACAATTCAACCAACCTTGCTTCCATATACAGTCAGTGAGATAAA TAACCTGAATTTAGAGTATCTCCAATGTTAGTTCTTAGTTATTAGCATTATTCATGTGGGTCCGTATTGTCACATGTGTT TAAGTAATTATTTGCAAATTTTGCTCTAACCATGAGTTATTAGTTCTTATCACTATTCATCCGGTCCCGCAATACCATTA TATTAATATTTTTTATTTCCATATAATTTTGATTTAAATTTAAATGTTAATTCAATACTTAAATTAAATGAATGAGAGAA AAAAAATTGATTTTTTATGTTAAAAACTCAAAAAGTAAAACTAAGAACTCCACGTCATCCTCTTCAATGGTTAAGAACTT AGTTCTAAAAAATAAGAACTAAGAACCTTACATTGGAGATGCTCTTATGTGCTTATTTTACATGTAGAAAACACACAAAA TGTCCCGTGTGTTTTTTGTTTAAATATGTTATCTGCATGATGCAGGAATCATTAGACAGCCTAAGTGGGGCCACCTCAAA GATGTGCATAAGGCCATTAAGCTTTGTGAAGAAGCATTGATAACTACTGATCCAACAATTACATCTCTTGGTTCAAATCT AGAGGTATAAGTGGCTCTTTCTAAAACTTGGGTTAGATTTTATGGATTAACTTCTTCAGGATCAAAATTTCACATATTTT ATTAAATTCAGTTTTAATCCTACAAATGCCCTGTATGTTGAAGAATTCTGGTATAATTACCTGGTCCATTGCATTTGCAT CAGTATCAATTTCCACAAGCTTCTCTAGTTCCCTCCTCCTTCCCAATTTTGTCAATGGTTCTTTTTGTTGAATGTGAAAA AATGCTGATGAAATATATATGCTGGTCATAGTTTATCACCTTGTATGCAAATACTCATTTTACATGCTATATTGAGTATC ACTCTCTACTACATGCATAATGGATGTCTTTTACTGTTTAAACTCAGGCTGCTGTATACAAGACAGAAGCTGAATGTGTT GCTTTCCTTGCCAACATAGACAACACATCTGACGCTACAGTGAATTTCAATGGCAATTCATATAACTTGCCTGCATGGTC TGTGAGCATCTTACCAGACTGCAAGAATGTTGTGCTTAATACTGCAAAGGTGTGCCTTATTAACTCACCAATCAAAATGG GTAGTTTCAATTGACTGGTGTTAATTTAGAAAATCTATTCTAAATTAATATGTTAATGTTGGGAGCAATAATAAAAGGAG AGAAGAGAGAAAGAAGAATCACACAGGAATTTTTAACGTGGTTCGGAACACAATGTGTGTACCTACGTCCACGGCTACAC TAAGTAGTAATATTTTTTTTTGTGTGTATAATGCTTACAATGAGGTGCTTATATATAGTAGGAGTAAGTCAACCTCCTCC TTATTCTAAGCGATGTGAGACTTACAAATAGACTACATAAGCGATGTGAGACTACAAATAGACTACATAACATAACAATT CTCCCACTTGGAGTCTAATTGTAGTACTTCTTGTAAGCAATAAGCTAATCTGCTCTCCACCTAGTGTAGCACCTTCGTCT TCAATTATCCTCGAAGGCCAGCTGAGGCAATGCAAAGCCTCAGCTTATCAGCTGTAACAGTCTTGATCAACATATCAGCT GGATTCTCTGATCCTAAGATCTTCAATAGAGATAATTCTTCATCATTGATAAGTTCTCTGATGAAGTGATACTTCATCTG TATGTGCTTGCATCTGGAGTGAAAGACAGGATTTTTTGCAAGGCAAATAGCACTTTGACTGTCACTAAACAATGGAGGAA CATCTTGTTCTTTTCCCAATTCTTTGAGAAAATTCTTCAGCCATATCATCTCCTTGGCTGCTTCTGAAATGGCAACATAT TCTGATTCAGTGGTTGAGAGAGCAACTCTATTTTGAAGTTTAGACTTCCAACTCACAGCAGTTCCTCCTAAAGTGAAAAT ATAACCTGTGGTGCTTTTTCCACCATCCGAGTCTCCTCCTAAATCTGCATCAGAAAAACCCTGTAAAGTGAGATCGATTC TTCTAAAGCATAGACACATTCTTGAAGAACCCTTCAGATATCTCAGTATCCACTTTACACCTTTCCAATGCTCTTTCCCA GGGTTTGACATGAATCTGCTGACAACTCCCACTGCATGTGCTATATCAGGTCTGGTACAAACCATAACATACATCAAGCT CCCTACTACAGATGCATATGAAACTGTTGACATGTGACTTTCTTCTTCATCTGTTTGTGGGGACTGCTTCTTTGAAAACT TTAAGTGATTTCCCAAAGGGGTGCTTCTGGTATTGGCATCTCCAACATTGAATCTGTCAAGTAATTTTTCAACATATTTC TCTTGAGACAACTTCAGAACACCTTCTGATTTATTTCTGGAAATCCTCATACCAAGGATTTGTTTGGCTGGACCAAGATC CTTCATCTCAAAGTTTTCTGACATCTGTTGCTTCAACCTGTCAATTTCAGTCATATTTGATCCTGCTATCAACATGTCAT CAACATACAAAGCAAGAATAATATAACTATCAGCAAATTTCTTAACATAGCAACAATGATCCATGTCACATCTATTAAAA CCTGAGTTGCTCATAAACTCATTAAACTTTTTGTACCACTGTCTCGGTGCCTGTTTCAGACCGTACAAGCTTTTGTGAAG CTTGCATACAAGATTCTCCGTGCCTGGAACTTCAAAACCTTCAGGTTGTGTCATAGAAATCTCTTCTTCCAAATCCCCAT GTAGGAATGCAGTTTTAACATCTAACTGCTCCAAGTGAAGATTCTCTGCAGCTACAATACTCAGGATAACTCTTATAGTG GTCATTTTGACAACTGGAGAAAAAATCTCTGTGTAGTCAATTCCTTGCTTCTGCTGAAACCCTTTCACTACAAGTCTTGC CTTGTACCTTCTGCTGCCATCAGATTCTTCCTTCAGTCTATAGATCCATCTGTTCTGTAGAGCTTTCTTTCCTTCTGGTA ACTTGGTCAGAGACCATGTTCCATTCTTCTGAAGGGACGTCATCTCGTCTTTCATTGCTAACTTCCACTTGATAGAGTCA TTCTCCTGCATGGCTTCACCAAAATATTCTGGCTCTCCAGCATCAGTTTACAACAAATAATTCAACGAAGGAGAATACCT TTGTGGTGCTTTCGGCGTTCTTGTAGATCTTCTCACTTGAGTTATAGGAGTTTTAATTACTGTTGTTGGCTCTTGTTCTA GCTCAACTTCTACCCCATCATTCTCGTTCTCGGGATTAATCTGGTTTCTTTTGGCTACATCACTTTCTGAAATTTCTTCC AATGCCACTCTTTCAGAAAGTTTTAACTGTTTACTTGAACTCATAGATTCTGCAGAAGACATGTCTTTATAAAGCAAACT TTCATTAAAAGTGACATTTCTGCTTCTAATGATTTTCCTGTTTTGTTCATCCCAAAACCTGTAGCCATACATATCAGACC CATAACCAATAAAGAAACATTTTATGACCTTGGGGTCCAATTTGTCTCTCCTATCGGAGTCTATAAGAACATAAGAGACA CAACCAAAGACTTTCAAATGTGAAAGACTTACCTCCTTTCCAGACCATACCTCTTTAGGCAACTGATAATCCAAAGGAAC TGATGGTCCCCGATTTATCAGGTAAGCTGTTGTATTAATGGCATCTGGCCAAAACATTTTTGGCAACCCAGACTGGATTC GCATACATCTAGCCCTTTCGTTCAAGGTCCTGTTCATTCTTTCCGCGACACCATTTTGCTCAAGTGTACCTGGTATTGTC TTGATCATTCTGATCCCATTTTCTGAACAAAACTTTTTGAACTCCTGGCTGTCATACTCCCCGCCATTATCAGATTTCAG ACTCTTAATCTTCAAGCCTGTCTGATTTTCAACTTCTGTTTTCCACTTTTTAAACACAGAAAACACATCAGATTTATTTT TGAGAAAATAAACCCATACCTTTCTTGTTGAGTCGTCTATGAAGGTGACATAATAGCGTGAGCCTCCAAGAGATTTCACT GGGGCTGGACCGCACACATCTGTATGCACCAGTTCAAGCTTTTCTGATTTTGATTTCCTGCCTGCTTTTGAGAAGCTAAC ATTTCTCTGTTTTCCCAAAATGCAATGCTCACAAATACCAAGATCAACATGCTTCAAATTTGACATCTTACCCTTTGATG CCATGATCTTCATTCCTTTTTCACTCATGTGTCCAAGCCTTTGATGCCATATAGATGAGCTATTGACAGCTTCAGTTACT GCTATCATGTCCTCCTCTGCAACCATATAAAGGGAGCCTCGTTTCTTTCCTCGAGCTACAACCAGATTGCCTTTCGTTAC CTTCCAAGCTCCACCCCCAAAAGTGGTGTGATAACCCTCATCATCCAACTGGCCTATAGAGATCAAATTTCTCTTTATTC CAGGGACATGTCTGACATTATGCAATGTCCATAGAGTTCCATTAGAGGATCTGATATCAATATCACCTCTTCCCACAATA TCAAGTGGTTTTCCATCTGCAAGATAAACCTTTCCAAAATTTCGAGAGATATAGTTAGATAATAATTCATTTGAAGGAAT AGTATGAAAAGATGCACCTGAATCTATAACCCATGAATCAACAGGACTATCCAAGCTGCAAATTAATGCGTCTGCTACTT CCTCAGTTGCTGCATTAGCAGATTCATCATCATCTTGCCTCTTTTGGTAATTCTTCTTCTTCCTTTGGGCTTTGCATTGA TTGGTGAAGTGACCTTTCTTGTCACAATTCCAGCACGTGATGTCATTCATGACTCTTGTCTGACTTCTTCCTCTTGATTT TGATCTGCCTCGGCCTTGGGCTTGATTGTGACTCTTCTGGCTACCTCTTTCTCTACTTTCAGTATTCAATGCTGAACCGG AAGCGTTTGAAGACTCTCCTGAATCTTTCCTGTGAATATCCTCGCTTAAGATCAGGTCTATGATGTCATCAAACTTCAGC TTGTTATCCCTTGCAGAGTTACTGACCGCAGTGACAGTTGCAGCCAAACTATCCGGTAAGGATTGTAACAGACTCAAGGC CATCAATTCGTCGTCAAAGGTAATCTTCACTTACGATAGCTGCGAAATAATTGTACTAAAGCTATTAATGTGTTCAGTTA TAGAGTTACCTTCTCCCATTCTGAGATTGAATAGACGTCATATCAGATGTACTTTATTGGCGGCAGATGGCTTCTCGTAC ATATTTGATAATGCCTTCATCAGATCTGCAGTATTCTTCTCATTCACAATGTTGAACGCAACATTTTTGGATAACGTCAA TCTGATCACACCAAGGGCATGTCGATCTAACAGATCCCAGCTGTGATGCATGAGTACGACTGTTTTGGCCACGTACCCGT ACCGGGTACGTACTCGGTACGCATACGCTGTGGGTACGTACCCGATACCTACCCGTTCCAAAAAAAAAAATGGTTCCTAG CTCAAAACGACGACGTTTTGTTTTTTTTTCCTGGCTCAAAACGACGTCGTTTTGGCATTTATATATTTTTTCCCTGGCTC AAAACGACGACGTTTTACCTTTTTTTTGCATAATTTATTTATATTTAAATATTATGTATATTTTATTATATATTATATTT TAAAAAATATACATATATCTAACGTACCCGTACCCCTGTTTTTTCAAAAATCGCGTACCGCGTACCCAATACCGTACCCG TGCAACACAGGATCCCAGTCTTCCTGCTTCATGTCGTCTGGCTTCTCCCCCGTCAAGGCCAGTCTTCCTGCTTCATGTCG TCTGGCTTCTTCCCCGTCAAGGGTTGATACAACTTCTTTTGGTACAGATAGTCCTCCATCTGCATCTTCCAAAACCCGAA GTCTCTGCCATCAAACCTCTCAATCTTCACCTTCCCTTCTTCCAGCGCCATTGCTCCCACTTCTTCCTCTAAACTGAGGA TCTATCCCACGAACCTAAAGCTCTTGATACCAGTTGTTGGGAGCAATAATAGAAAGGAGAGAAGAGAGAAAGAAAAATCA CACAGGAATTTTTAACGTGGTTCGGAACACAATGTGTGTACCTACGTCCACGGCTACACTAGGTAGTAATATTTCTTTTT GGTGTGTATAATGCTTACAATGAGGTGCTTATATATAGTAGGAGTAAGTCAACCTCCTCCTTATTCTAAGCGATGTGGGA CTTACAAATAGACTACATAAGCGATGTGGGACTACAAATAGACTACGTAACATAACAGTTAATGATTTTTTTTTTGTCAT TTTCTATTACTAGAAGTATGTAGCATGAACTAAAAGTTATTGGTGGTATGACAGATTAATTCTGCATCTATGATTTCAAG CTTCACAACTGAATCTTTAAAAGAGGTTAGTTCTTTGGAAGGTCCAAGCCCAGGGTGGAGTTGGATTAGTGAACCAATTG GTATTTCAAAGGCTGATTCATTCTCAAAATTTGGATTACTGGAGCAAATAAACACAACAGCGGATAGAAGTGACTACTTG TGGTACTCATTAAGGTATAGATCAGCCTCCAAGATTGAGAAAGCTTTCTTTTGACTTGCAATTTTCAACTCCATGGTAAC TTTTTTTTTCATTATTTTTTTTTTCTGGAAGAATTGATCTTGAAGATGATCCTGGTGCTCAAACTGTCCTTCACATCGAA TCCCTTGGTCACGCCCTTCATGCTTTCATAAATGGGAAGCTTGCAGGTAAATATCTCTGAGTTCTATGCTTTCTGTTTCA TTGTATTTTAAATGCAGCTGCTCAACTATTACATGATTTATCTAATAATACTTCTTTTATGCCACTCAACTATTTCAGGG AGCGGAAAAGGTAACAGTGACAATTCTAAGGTCAATGTGGAGATCCCCATCATACTTGTTGCTGGGAAGAACACAATTGA TTTACTCAGTTTAACTGTGGGACTTCAGGTTCACCTCTTCTTATTATAATGTATATAAGCATTTACAACAGAGGAAATTT GGTTTGTATTATATGCATTATCTTGTTACTTCCACCCCAAAGGCATTTGGCTTTATCATCATGTCATTTCTCATTACTTC ATTAGCTTATGTTTGTGAACCTTATACACTCCAGCACTACGGACCTTTTTTTGATACATGGGGTGCGGGGATCACTGGTC CAGTAATATTGAAAGGTTTGAAGAATGGCAGTACTCTCGACTTCTCCTCCAAGCAGTGGACATATCAGGTTAGACTTTAG TTAAATAAAAGCCTATTATTTTTCTTTGTTCTTTTGGCGACTCCATTAAGTGAATACATATAACTGAAATAATTTGGATT CCATTTTTTAGTTATTTATTGAAGTCATTATTATTTTCATGAACGCAGATAGGTCTTAAAGGTGAAGACTTAGATCTTCC TAGTGTCACTTCTGGACAGTGGAATTCACAATCTACCTTACCTAAGAAGCAACCCTTGACTTGGTACAAGGTATCCTAAA TTCCTAGTATGTATACTAATGGCATGCTACTTTGAAAATTAACAGAATGTTACTGTAGTATTTTTGCTACTAATAGTGCT ACACGTTGGATTAGATAAACTTTAGTGCTCCTTCCGGTAATGTTCCGATTGCAATCGACTTCACGGGGATGGGAAAAGGT GAAGCTTGGGTAAATGGACAGAGCATTGGGCGATACTGGCCTACATATATCTCACCAATTGATGGTTGTACCAGCTCATG CAACTATAGAGGGCCTTATGATTATTCCAAATGTCTCAAGAACTGTGAAAAACCATCACAGACATTGTAAGTTATAATAT TATAGATGAGATAAATTGAAATTTATCTTAAATGGTTTGAGACTTTGAGGAATGCAAAGGTGATCTTGCTAGATACTTAC TGAGTCAATGATCCTGCAGATACCATGTACCAAGATCGTGGTTGCAACCAGATAGCAACACTCTTGTATTGTTTGAGGAA AGTGGAGGCGACCCTACTCAGATATCTTTTGCTATAAAACTGATAGGAAGCTCGTGTTCACATTTATCTGAATCTCACCC TCCACCTGTAGACTTGTGGAATTCAGATACAGAATCAGAAAGAAGAGGGGGTCCTGTACTATCACTGGAGTGCCCTTATC CTAATCAAGTCATCTCTTCCATTAAATTTGCTAGTTTTGGAACACCTCATGGGAATTGTGGAAACTTCAGCCATGGAGAC TGCAGCAGCAAACAAGCTCTATCCATTGTGCAGAAGGTGTGGGCTTTATAATCAAATAAGTTCATATACCTTTTGCTTAG TTACTTTTGATATTTTCCATTTCAGTTGAGACTAAATCTTAATATCTTTAACAGGCCTGCATTGGATCAAGCAGTTGTAG TATTGGAGTATCAATTAATACATTTGGAGATCCATGTGGAGGAGTAACAAAGAGTTTAGCTGTTGAAGCTTCTTGTACAT AGACATGTTGTTTCTGTTAGACTCTGAAAAACGGATTTGGATCCCCTCACGTGTCAATCTCACATGACTATGTCATGTGA AAGATCTGAACCTTTAATTACTTTTTTTAATGAAATTTGATGGTGTATCATTTCCCGCACAATTTTATTTTTCTCTCTCC TTATATCTATTAAGGGCTCAAATTTCATTAAAATAGAATTAATGGCTCACGGCTCAGTGTTAGGTACCAGAAAAATAGAG CACTGAATGAAGAAGATGATATGTATTATAGCACTGAATCCTCTGGATAAACCCAGAAGCAGTGTTTAGAGGAATTACAA ATAAGGAAAAGACAAGATAGCCTTGAGCAATTCGAGAGTGCTCAATCTCTCCTAATTCCAGAATAATTTCTGCCTAGGGA ATTATCTCTCCATAACCAACCTATATACTCAAATGCCTATGGTCCCCCCCTCACCCACATGGGTGCTGCCACCTCACCTG GTGGTTATCTTGAAAAGATACC
CDS sequence (LotjaGi2g1v0361100.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCAATGAGAAGGACGCAGTTTCTTCTGCTGTTGCTTTGGCTCCTCTGTGTTTATGCCCCTACATGTTTTTGTGCCAA TGTGACGTATGATCATAGAGCATTGGTCATTGATGGCAAGCGCAGGGTCTTGATCTCTGGTTCTATCCATTACCCTCGCA GTACCCCTGAGATGTGGCCAGACCTTATTCAGAAAGCAAAAGATGGAGGACTTGACGTGATTGAAACCTATGTTTTCTGG AACTTACATGAACCAGTTCAAGGCCAGTATAACTTTGAAGGCAGGGGAGACTTGGTTAAATTTGTGAAGGCAGTAGCAAC AGCAGGTCTATATTTGAATCTCCGGATTGGTCCATACGCATGTGCTGAATGGAACTATGGTGGTTTCCCTCTTTGGCTGC ATTTTATTCCTGGAATTCAGTTCAGAACTGATAATGAACCATTCAAGGCAGAAATGCAGCGATTCACAGCTAAGATTGTT GATATGATGAAGCAAGAGAATCTCTATGCATCACAGGGAGGGCCTATTATTTTATCTCAGATTGAAAATGAGTATGGGAG TGTTGAAGGTGCTTATGGTCCTGCTGCTGTACCCTACATCAATTGGGCAGCATCAATGGCTACATCTCTTGACACAGGAG TTCCCTGGGTCATGTGCCAGCAGGAAAATGCCCCTGATCCAATTATTAACACATGCAATGGATTTTACTGTGATCAATTC ACACCAAACTCTAAAGCAAAACCAAAATTTTGGGCTGAGGGTTATAATGGATGGGTACTTTATTTTGGCGGTGCGATATC ATACAGACCTGTAGAAGATCTTGCATTTGCTGTGGCTCGGTTTTTCCAATTAGGGGGCACTTTACCAAATTACTATATGT ACCATGGAGGGACCAACTTTGGGAGAACTTCTGGTGGACCTTTTGTTGCTACTAGTTATGATTTTGATGCTGCAATTGAT GAGTATGGAATCATTAGACAGCCTAAGTGGGGCCACCTCAAAGATGTGCATAAGGCCATTAAGCTTTGTGAAGAAGCATT GATAACTACTGATCCAACAATTACATCTCTTGGTTCAAATCTAGAGGCTGCTGTATACAAGACAGAAGCTGAATGTGTTG CTTTCCTTGCCAACATAGACAACACATCTGACGCTACAGTGAATTTCAATGGCAATTCATATAACTTGCCTGCATGGTCT GTGAGCATCTTACCAGACTGCAAGAATGTTGTGCTTAATACTGCAAAGATTAATTCTGCATCTATGATTTCAAGCTTCAC AACTGAATCTTTAAAAGAGGTTAGTTCTTTGGAAGGTCCAAGCCCAGGGTGGAGTTGGATTAGTGAACCAATTGGTATTT CAAAGGCTGATTCATTCTCAAAATTTGGATTACTGGAGCAAATAAACACAACAGCGGATAGAAGTGACTACTTGTGGTAC TCATTAAGAATTGATCTTGAAGATGATCCTGGTGCTCAAACTGTCCTTCACATCGAATCCCTTGGTCACGCCCTTCATGC TTTCATAAATGGGAAGCTTGCAGGGAGCGGAAAAGGTAACAGTGACAATTCTAAGGTCAATGTGGAGATCCCCATCATAC TTGTTGCTGGGAAGAACACAATTGATTTACTCAGTTTAACTGTGGGACTTCAGCACTACGGACCTTTTTTTGATACATGG GGTGCGGGGATCACTGGTCCAGTAATATTGAAAGGTTTGAAGAATGGCAGTACTCTCGACTTCTCCTCCAAGCAGTGGAC ATATCAGATAGGTCTTAAAGGTGAAGACTTAGATCTTCCTAGTGTCACTTCTGGACAGTGGAATTCACAATCTACCTTAC CTAAGAAGCAACCCTTGACTTGGTACAAGATAAACTTTAGTGCTCCTTCCGGTAATGTTCCGATTGCAATCGACTTCACG GGGATGGGAAAAGGTGAAGCTTGGGTAAATGGACAGAGCATTGGGCGATACTGGCCTACATATATCTCACCAATTGATGG TTGTACCAGCTCATGCAACTATAGAGGGCCTTATGATTATTCCAAATGTCTCAAGAACTGTGAAAAACCATCACAGACAT TATACCATGTACCAAGATCGTGGTTGCAACCAGATAGCAACACTCTTGTATTGTTTGAGGAAAGTGGAGGCGACCCTACT CAGATATCTTTTGCTATAAAACTGATAGGAAGCTCGTGTTCACATTTATCTGAATCTCACCCTCCACCTGTAGACTTGTG GAATTCAGATACAGAATCAGAAAGAAGAGGGGGTCCTGTACTATCACTGGAGTGCCCTTATCCTAATCAAGTCATCTCTT CCATTAAATTTGCTAGTTTTGGAACACCTCATGGGAATTGTGGAAACTTCAGCCATGGAGACTGCAGCAGCAAACAAGCT CTATCCATTGTGCAGAAGGCCTGCATTGGATCAAGCAGTTGTAGTATTGGAGTATCAATTAATACATTTGGAGATCCATG TGGAGGAGTAACAAAGAGTTTAGCTGTTGAAGCTTCTTGTACATAG
Protein sequence (LotjaGi2g1v0361100.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MAMRRTQFLLLLLWLLCVYAPTCFCANVTYDHRALVIDGKRRVLISGSIHYPRSTPEMWPDLIQKAKDGGLDVIETYVFW NLHEPVQGQYNFEGRGDLVKFVKAVATAGLYLNLRIGPYACAEWNYGGFPLWLHFIPGIQFRTDNEPFKAEMQRFTAKIV DMMKQENLYASQGGPIILSQIENEYGSVEGAYGPAAVPYINWAASMATSLDTGVPWVMCQQENAPDPIINTCNGFYCDQF TPNSKAKPKFWAEGYNGWVLYFGGAISYRPVEDLAFAVARFFQLGGTLPNYYMYHGGTNFGRTSGGPFVATSYDFDAAID EYGIIRQPKWGHLKDVHKAIKLCEEALITTDPTITSLGSNLEAAVYKTEAECVAFLANIDNTSDATVNFNGNSYNLPAWS VSILPDCKNVVLNTAKINSASMISSFTTESLKEVSSLEGPSPGWSWISEPIGISKADSFSKFGLLEQINTTADRSDYLWY SLRIDLEDDPGAQTVLHIESLGHALHAFINGKLAGSGKGNSDNSKVNVEIPIILVAGKNTIDLLSLTVGLQHYGPFFDTW GAGITGPVILKGLKNGSTLDFSSKQWTYQIGLKGEDLDLPSVTSGQWNSQSTLPKKQPLTWYKINFSAPSGNVPIAIDFT GMGKGEAWVNGQSIGRYWPTYISPIDGCTSSCNYRGPYDYSKCLKNCEKPSQTLYHVPRSWLQPDSNTLVLFEESGGDPT QISFAIKLIGSSCSHLSESHPPPVDLWNSDTESERRGGPVLSLECPYPNQVISSIKFASFGTPHGNCGNFSHGDCSSKQA LSIVQKACIGSSSCSIGVSINTFGDPCGGVTKSLAVEASCT
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_EUK | 1 | 25 | 25 | - | – | |
| Phobius | 1 | 25 | 25 | - | – | |
| SignalP_GRAM_NEGATIVE | 1 | 25 | 25 | - | – | |
| Phobius | 1 | 7 | 7 | - | – | |
| Phobius | 8 | 18 | 11 | - | – | |
| TMHMM | 9 | 31 | 23 | - | – | |
| Phobius | 19 | 25 | 7 | - | – | |
| Gene3D | 24 | 343 | 320 | 7.7E-108 | – | |
| Phobius | 26 | 841 | 816 | - | – | |
| PANTHER | 27 | 841 | 815 | 0.0 | – | |
| PANTHER | 27 | 841 | 815 | 0.0 | ||
| SUPERFAMILY | 28 | 344 | 317 | 1.52E-100 | ||
| Pfam | 35 | 339 | 305 | 1.7E-112 | ||
| PRINTS | 38 | 55 | 18 | 3.3E-76 | ||
| PRINTS | 59 | 77 | 19 | 3.3E-76 | ||
| PRINTS | 114 | 133 | 20 | 3.3E-76 | ||
| PRINTS | 171 | 186 | 16 | 3.3E-76 | ||
| ProSitePatterns | 173 | 185 | 13 | - | ||
| PRINTS | 250 | 265 | 16 | 3.3E-76 | ||
| PRINTS | 287 | 302 | 16 | 3.3E-76 | ||
| PRINTS | 307 | 323 | 17 | 3.3E-76 | ||
| Pfam | 347 | 417 | 71 | 5.3E-27 | ||
| SUPERFAMILY | 401 | 573 | 173 | 1.82E-21 | ||
| Gene3D | 418 | 572 | 155 | 2.2E-8 | ||
| Gene3D | 584 | 731 | 148 | 1.3E-14 | ||
| SUPERFAMILY | 585 | 750 | 166 | 3.04E-27 | ||
| PRINTS | 617 | 631 | 15 | 3.3E-76 | ||
| PRINTS | 644 | 660 | 17 | 3.3E-76 | ||
| Gene3D | 752 | 841 | 90 | 3.8E-13 | ||
| ProSiteProfiles | 755 | 841 | 87 | 16.279 | ||
| Pfam | 763 | 840 | 78 | 2.1E-19 |
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 | 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. | ||
| Molecular function | Carbohydrate binding | Interacting selectively and non-covalently with any carbohydrate, which includes monosaccharides, oligosaccharides and polysaccharides as well as substances derived from monosaccharides by reduction of the carbonyl group (alditols), by oxidation of one or more hydroxy groups to afford the corresponding aldehydes, ketones, or carboxylic acids, or by replacement of one or more hydroxy group(s) by a hydrogen atom. Cyclitols are generally not regarded as carbohydrates. |
Expression pattern of LotjaGi2g1v0361100.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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