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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0134900 |
| Transcript ID | LotjaGi1g1v0134900.2 |
| Related isoforms 3 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Rhamnogalacturonate lyase; TAIR: AT1G09890.4 Rhamnogalacturonate lyase family protein; Swiss-Prot: sp|Q8RJP2|RHIE_DICD3 Rhamnogalacturonate lyase; TrEMBL-Plants: tr|A0A0R0L4I6|A0A0R0L4I6_SOYBN Uncharacterized protein; Found in the gene: LotjaGi1g1v0134900 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:21739204..21754145) extracted from Lotus japonicus Gifu genome v1.2.
CTACATATTTTTAGTGGATCATACATAAATTTTAACCGAACAGAAAAAGAGATTAAAGTGAAGTATTTCTTCCTACTACT TTACCACCTAAAACAGTTAATCCTTTCAATCATCAATTAGGCCAAGGGTCAGGGTCAGGAGAAGTCTCCCCCCAACCAAA AAGCAATTTCTCTCTTCCTCGTTTCTAACATCCAAAACCGGAATCAAAGATCCACAAAACCTTGTTCTTTTTGTTTTCCT CATCGAGAATCAAACACTCCTATCGTATAATCCGAATCTCCCTTTTCGACCGTAAGATCTATCCTCTCTCTGAGGATCTG GTCGCAGAATTAACCACCCTTTTGTTCTAGGATTGTTTTTTCGCTATCTTTTGCGATGGAAGCTGGTTCGGATCAAGCAA CTAGTGTGTGCACTCACTGGTAAAACACCTCGATTTTTCTAGCGATGATGAATTTTTTACTTCTTATGTAAATTGTCTAG TTCTTATGTTCATGTTATTTTTTTATAGCAAATTAAAAATTAGATTATGGAAAATTGATTGGGATTATTTGTTTGGTAAG TAGAAGAACTTTGATTTTAGTTTTTTTTTTTCTGGATTTTGTAATAGAGTACTGAATTGTGGTTGACTTGTAGGGTAGTT CATGGTGATGAAAGAAACTATGCTAATTTGGATTTTGAAGTCTATTTTTTGTTTTGGAATTATGCTGTTTACTATGGGAA AGTTCAATGATGATTGGTGTTTATGTTAATGGTTTCAGTGATCGGGCTATCCCTGCTGCAAATATTGACTTGCATAGTGT CCATTGCGCCCGGAACCTTGAAAAATGCAAAGTTTGTGGTGATATGGTTCCCAGAAAACATGCAGAGGATCACTACTTAA GTACTCATGCGCCGGTACGTGAATTTAGGAGAACTGGAATTTTGGTGCTTTGAAATTCCTGCACGTGTGTATGGATACTC AAGTTAGAATTTTAGTTTAACCTTGCAAGCTTCAAAAAAGAAGCACACTAAGATCACATCTAAAGTCTAATGGTTGAAAA TCTTTAATGGGTGGATTATCTAATGGATGGATATTTGGATACTTGGCTCATTCATTAATCACCTGGTAAATGAGTTGAAC TTAACAAGTCCAGTCAATAAAAATCAATCAATAAGTATATGGATTGTTAAATGGAAATACATGGGTGAGTGCTTGAAGCG GCTTTATCTTGGCTTTCTGTTTTCCCTTATTCCAGAAGCGTGGCTTCTTTAGCAGATTATTAGATATTAGGGTTCAGAAG TAAATAATTTAAAGAATGCGAGTTTGATGGAAAATTTGTTGTAATATTTGCAGAATTGCAGAAGATACTGTGCTAGTTTA TCATGTCATGGATATTATATGATGTCTTGCTGTGAATTCTTAAGACAATTTTAAAGTTGTTTTGATATGACAAGAGCATG TAATTGAGGAACCCATGGTATCATTAAAAAGGGAGAATAGGGAAGGAATGAGGAGCCTGAAATATTAACTGGCTAGATAT ATTATTGCTAATAATAACATCAGTGGTCAACGATGAAATAATTGGGGAAGCTGGGTATACGTCCTCACTAGGAGGCACCA CCCGAGGAAGGGACCAACCTTCCAGGCACACTGAAACCATCTTATTGTCAGATTTAAAACCATTGTTACATTTTTTCTTC ATTACTAAAAACATGGATTTGTGTAGGTATCCTGTTCATTGTGCAGTGAGACAATGCAGCGTGATATTTTAGATATCCAT AAAGGTGAAAACTGCCCTCAAAGGATTGTCACTTGTGAGTTTTGTGAGTTTCCATTGCCAGCAGTTGATCTGGCCGAGCA TCAGGTAGTGCTTAAAAGAGCTTTTCAATTAGGAAAATTTTCATAATATTTGTACTATTGTTCTAATTTTAGTTTGATAT TTATACCTTTCAGGAAGTATGTGGGAATCGAACAGAACTTTGTTACCTTTGTAACAAATATGTTAGGCTTCGTGAAAGAT TTAGTCATGAAGCTAGATGCAATGGTGTCCAAGATAATACTGTGGGCTCTTCGAGGTGGGAAACCTCCAATTCATTTGTT ATTTTGCTTTATCTTCTCACTTTTACCTTATTTCTCATAGCCTGAATCCTGCAATCTGTTTCGTATTACTGCATACATAT CTACCTCCCACTACACTTACATCGCTATGAAATATTTATATTTTTAGTATTACCAACCATTATGAGGGTTAAGGAATGAT TGTCTATGCCAATTATCTTCTATTTGTTTCTAATTTAGGGCCAGCCTATGTAAGTGTTAAGTGTACGATTCCATTGTTTG TTTTGTACTTGTTAGTTATGGAGTTAATGCTTGCATAGTTATTCAATTTCTAGCTTAGCTTAAAGTATTGACTACTTCCT TCATTTTAGAGATATAAATTGAATCTTGAGCCTTCACCTAATACTTTAGGGTTTAAGTAAAATTGGTGCCTGGCTTGTTA TCATAGCCTTATACTTGATAATTAAGTTGGATATTAGTGCAAGGTTGTGTGGGCCTGTACATTGCCGGCACACAAAAGCC CAAATGCCTCTTGCATGAGGGTGCATATTAGATGAGGTAAAACCAGTATTGAACCTGCTGCATAACAGCTTATGCTTTTA AGTGGGCTGGTCCATTACTCCATTACACTTCGTATAACAACATACTGAATCTCCTAATGTTAATTATTTTTGTTTTTGGC ATTCATGTTGCTTCTAGAAAATGACCATGATCTCCAATTAAGTGTGATGTTTTGTGTGATTAGCAGTGTTGTCATAATTG CGAGTTGACTCATAGAGTCGTTCGGGTTTGCAAGTTCAGGTAAGGAAATCGCATCAACTTGTTCATAGACTCGTTTTTTC TGTGACTCGGCTGGAATCGGTCAGAATTGCGAGTGAGGACCGATTTTGCAAGTCTGTAAAAAAAATCTAAACTTATTTGT CTAAACTTTTGAGATATGCGATTAATGAGACTACTAGAGCCTTTATGACCAAGGGTTTTAGAGTTTTATCCTTATTGCCC CATTCTTATAATAAAAAGTTGAATTCCAGCACAATGTGGTGGCCCTATGTGTTGTCTACACTTCGAGCCAAAAAAGCTTT TGCATGAGGGGATGTGTTAGAGATATAATTTAAAACCATTCACATTTCTCTCACCTAAAAACACAATCATAGCCTATATG ACAGTGATCTAGAGTTTGATCCTTATTGCTCTTCTTCTTATATTTAAAAGTTGGATTCCAGCTCAAGGTAGACGGCTCTA TACGCTTCCTGTCCAAGTATCTTGCATGAGAGGAGCATGCTAAAGATATAATATAAAACTTTCATGTTTCTTCTTCTTCT TCACATAAGAGCTTAAACTTTTGGAATAGGTGCATCATGATATAAGCAATTAGGACAAGCTTTCGCATTGCTTATAAATA CTATTTATTATAAATTCATTCAGTTCCCTTCACTAGTAGCTGAAGATTTTGGGAATTCGAACAGAAGATTTATGACATGG TATTAGAGCTAATGTGCAATCTTGGGCTCAAAATCCCTAGTTTTCTAATTCCAACTGCCACAGATGAGGCTGGATAATTG GTTGCATTTTCTCAATCATCAAGATGAGGGTCACATCTTGTCTTAGAAGTTTCTAATTGACCATTCCTGCGAGCTTCATT GCCAGATGCTCTAGAATACATCCTACCTTACATATCTTCCTATACATGCCACCATCCCATTCTCCAATTGTCTCGCTCTA TTGCTCGCTGGCATCTTCTTGTCCACTTCTAGGGGTCAAGGATCAGTTTGGCCCTATTGAAGCACTAGGTCCTCAGTTTC CTGTCCATAATGATCTTCTTTTAAGATCTACTTTTATGCTTGAGATCTCCTATTTGACTCTTGCTATAATCTGGTCACTG GTCAGATATGGCTTTCACATCGGACTCATCATGGGTTATCTCTAATCCCCAAAAAAGGGCCCTATCTCTTTTGCTTTGTC TAGCACTCCCACTGTAACTTCCGTGAAATTCAATGTTATTAGAGTCTTTATGCCCCTGTAGTCTACAATTTGATTTTTGG TGCTTGCATTCTAAATAAAAGTTAAATTTCAACACAACTTGCGGTGGATCTGTCCATGCTTCAAACCCAAAGAACATGTG CGTGAGAATATAAAACCATTTATGTACTTAAAGCCAACAGGTTAAGCTTTTTGGAAGAGTTGGTTCATGACAAGAGCGAT AATCTCAATTTTTTGTCAAAATTGTAGATACTGCAACATAATTTAGTTGGAGCTTCATGTTAAACAATAAGCTGCAGCTT AATTGCGAGCCTGAGCTACATAATCGCACTAACTGCAGAAATTCACTCCATTTATTTTCATTGCCTAGAAGCTGTAATTA GTATGACATCTGTCTAATAATACAATCATTTTATTTCTTCTGCAGTAAGTTCCTTATCTCTTACTGTAAGAGTCTTACAG GAAAGTAGCAATTTGCTGTCATTTAGTAGTGATATGGTGCCACACTGTTCTAACCAGCATAACCCTCTTCAACACTGTTC TAACCGGCATAACCCTCTTCACCAAGTAAAAATGGATGAAAATCTTCCCCCGGTTGTGGCAAAGTAGATTGTGTTCTAAG AATCTGAGCATATATTGATTGAATGCGTGAATGAATGAAATAATTTATTCCTATTGATAGTCAGACAGATGCTAGACAAA GTTATGAATAAGAATTTATCATCTGCATAATGTTTGACATCCAGCTAGTATTTTATGTTTGATTTCACCATTGAAGTAAA TGAATCAAGAAACATGAGTATTGTTATTGAATTTCTGAAATTAGAATTATGGTACATCTCCCTCTTAGCATCTCATGAAT GTAACAACTTATTTCTATCCTTTTTGTCATGTTTCCCAATGTGTTTCTCACTTCCTCCTTGTAATTGAGCTATTTACTTG TGTTTTGTTTGAAGGAATGTGAGAGAAGCCGAGAGAGACGAAGGTCCTCCTCGAAGAAGGCCTAGGCCACAGCAGAATGA CTTCTCAACTAGGCGTCTTCTGATCACAATAGCCATCACTGGTATTGCTGTTATACTGGGATCTATTTTTCTGCAGAAGA AGGCAGAGCCTAGTGATGTGCATTAACATGAGAGAGGAAACAACATTTTAGGTTCTTGCAAATTTGGTTTATTTGTACAA CAAATGCGCCTGCATCAGAAAGTTGCATCACATCTTCTACTAGAGTATGAGAACACATCGGCATTGTCTTTATATATAAA TAAATTTATGTTCAGTAGTTACTAGTTATACTATTAAAAATTACTATATATTGCATTTGATGAAATATACTCTCAACTCC AAAGAACCAAAAGATATATTTGAACCTTTTTGTTTTGTAAGATTGCAATCCGTTGTTAGTCAAGCTTAGCATGATGAAGG AACATCTGAATTCCTTTTAGTCAGAGATTTTATATATACACTGAAAGTGCGGCGGCTGTTTAAAAAGTCAACCAATAAGA ATTTAATGGTGTTGGAAATACACTGTTACTTTTCTTAAAAAAAAATGAAGTAAAACTTGAAATCCTTGGTAGGTATTGTA GATAGCCAGGTTAAAAACTTTACCTTTTTCCGGAACAGCAGCTCTCCACAAAAGAAAGGCGAGTTGGACTCCATATTTCG CCTGAACTGCCACAAATGAGCAAAATGACAGTGCAAAAAATTGTCAAGGAACTTGAACCAAATCCAAGCATCACTGAGAT TTCTTAAGGATGGTCCAAGAAGGTTGCTGAGACGATCTGTGATGGGTGAAGATAGTTGTGTATGGATACTGCCAAGTTAT ACTGGGATCTATTTTTCTGCAGAAGAAGGCAGAGCCTAGTGATGTGCATTAACATGAGAGAGGAAACAACATTTTAGGTT CTTGCAAATTTGGTTTATTTGTACAACAAATGCGCCTGCATCAGAAAGTTGCATCACATCTTCTACTAGAGTATGAGAAC ACATCGGCATTGTCTTTATATATAAATAAATTTATGTTCAGTAGTTACTAGTTATACTATTAAAAATTACTATATATTGC ATTTGATGAAATATACTCTCAACTCCAAAGAACCAAAAGATATATTTGAACCTTTTTGTTTTGTAAGATTGCAATCCGTT GTTAGTCAAGCTTAGCATGATGAAGGAACATCTGAATTCCTTTTAGTCAGAGATTTTATATATACACTGAAAGTGCGGCG GCTGTTTAAAAAGTCAACCAATAAGAATTTAATGGTGTTGGAAATACACTGTTACTTTTCTTAAAAAAAAATGAAGTAAA ACTTGAAATCCTTGGTAGGTATTGTAGATAGCCAGGTTAAAAACTTTACCTTTTTCCGGAACAGCAGCTCTCCACAAAAG AAAGGCGAGTTGGACTCCATATTTCGCCTGAACTGCCACAAATGAGCAAAATGACAGTGCAAAAAATTGTCAAGGAACTT GAACCAAATCCAAGCATCACTGAGATTTCTTAAGGATGGTCCAAGAAGGTTGCTGAGACGATCTGTGATGGGTGAAGATA GTTGTGTATGGATACTGCCAACGTTCCAAAAACCATCCTTCCAGATATCAACAATGCAGAGAGCAATATCATTAATGTGC CCAGAGGGGACAGGATATCACAGCAAACCCATACCAGTCCAGACTGTCCAGTATTTATACTACATTTTCGAATCACCTTT GTGCAAAACATGTACAATTGAAGTAGCAGCGCAGCCACCACCTTTGGGGTCTTCTCCTTCTCTAGGGAAGCATTTCCTTC TACTTAGTAAATATTTTCTCCCCACATTAGGTAAATTTTTTACTACATTTGGTGGTTTTGATACTCAAATAAGTAGATAT TTTCTTGTTCTAGTCTAGGTTCTCCCCCTTGTTCTTTGGCTACTGCTCCTCCCCCGTCGCCACCTTGGCCGTCTCCTCTG TTTCCACCTCCCACCAGCACCACATGCTCGGCCACGAACACACTCCACTTGCACGGCAGGCGCCTCACGCCCCTTCACTT TTGCCCCATTGGAACCGCAGGCCTAGTCGTAACAGTTGGTACCAACCACCTCTTACCGCTGCTTTAGCTCCTGTCACGAT CTAGACCTCCAACCGCTGGTTTGCGACTTCAGGCTCCGCTTTTACCATTGTCCCCTAATGTTTCCATCACCTACCGCAGT CGTTTTAGCTTATGTTGTTGTTTGTGTGGAGTCTACATGAATCATTCTCTTCTATATTCTCAGAGCTGCCGATTTGACCC TTATGATACCGCCGAAGCAAGGATATCAACTTCCTTGATAGCCGCATAGGTTGCAATTGTATAAAAAGAATGATGAAAGT TCTCAGAAGTCATTTAGCTTCTTAATTTTGGGGGGTTGAGGAAAGGCTTGTCATATGGTGTATTAGCTTTTAGCTTTAAT GAGCATGTTTGCTTTCGTTTTGCTTATGTATTTGTTTGGAGTATCGTTCTTTGAGATTTATTTACTATGTTATAAATGTC GTTGAACAACCTTTTGAGATATTTATTCCTCCAAACATCTTTGACAAAAAGACAACTGGTATCACATGTATATTCCTGTT CTCTCAATATATGCTCCAGTTTTTAAAACTCTTTCTCTTACAATGTCTAAACAAATCAGCTTGACGTCAAAGTAAACAAA ACCTTTCAAAGTCTAGCTGTCGACTGTCAATTAATGTTTACTCATTTGTCTAGTTTTGCTTTTCCTTTCATTTATAAATC TGTTCTTATCTTCACTCTTGCTGTAAGTTACATAGAACAACATTTAGGTTTAGTCATTTACCTTCTAAGTAAAAGAAAGA GAAGCTTCAACTTGTCCCATAATTATAAGCAAACTAAGGAAACTTGTTGACAAAAATAGCATCACATATGGTTCACAACA TTAAAGGAATCTTCCTTAATAGGGGGGACACACAATTGGTGATGTTTGTTGAGGGTATAAAAAATTACATAATTATTTGC CCATCAATTAATAAACACTCTTGATTATTGTATTTTCTAATACTTCAGCTTCAGTTTAGCCCCCACATTCACAAACGTGC ACGGCTACGGTGACAATCGAGTAAAGAATCGACCGTGAAAACTGAATGTAAGAATAGGAAAAAAAGGGAGAAAACAAAGT TGATTCACACTCATTCCATCTCCACTCTTGAAAAAGATAAGAATTGAAAAGAGACTTAGTGAGAAATATGATATGGGATA TAAATTGTAATAGAAAAAGGAAAAAAGTAAATAAGAAGAAAAAGTTGGTGAAAAAAAAAGTGAGTATGAATATGTAAAAA TTTTAAAATTGGACTTAGAGAAGCACAAAAGTGAACTAGATAAGACATTTTTACCAAAAACCTTAATGTATTTAGTGTAG GGGTCATTTCAATTATAAATTGATGGCCTAAATTGTTCAACACTTTTTTTTGATGTGAGACTTTGTTGCTCACACTTAAA TTCTGAATTGACACCCACATTGCTGACGCCTACAAAACATTTTCTATAAAAAATAAACTATAGTGAAACACTTACGAACT TCAAGAACTTGCATAACAATTAATTAAAGAAAACAAATTGTAACAAAATTAGCCAAGAAAGTCCCTTCAATATGTCCTCA CATCCAGTGCAGTTGCATATCAAAGGCAATCATGTAAGACATTTTCTTCATTTAAACTTTCAGAATTAGTTTGATTTTAT GTCAAGATGAATTGCTTGAGATTTTGATCTTTGTTGAGTTTCAACTTTCAGGTGGTTATGGACAATGGCATACTTCAAGT GCAATTTTCCAATCCTGGTGGATTCATCACTAGAATACAATATAATGGCATTGATAATCTGCTTGAAGTTCTTAATGATA GTAATAACAGAGGGTATACGTGCATTTTCTTAATGATTTTTTCTCACTCTTCATTCAACTAAACTTATGATTACCTCCAT TAATGGATTCACAGGTATTGGGACCTTGTTTGGAGTAAAGCAGGAAGTACAGGAACAACAGGAACACAAGAGCGGTATGT GATAATCGCCTAAAAGAATGTTACAATTGTTTTTTGATTGAGCTAAATGTTACTTGAGATTTTTCACTCTAAACCAATAC TTGTGAACCATGGTTGTGATTGTGTCTTAGCATGTTTGCATCAGCTTCTTTTTTCTCACGAATCTAGCACCTAGAAGGCG GATTCAATTGTAGAAGAGTTTCTAAACATGCACTAATGGTTGTAACAAGCTTGTTTATGATTAATTGGCCCCTATGCAGG ATCGTAGGAAGAAGATTTAGTGTTATTGTGGAAAGTGAGGAGCTGGTTGAAATCTCATTTACAAAAATGTGGGATCCATC TCAGAAGGGAAACCTGTCACCTCTAAATATCGATGAGAGGTATCACTACATATGTTGCCTAATAAGATTAGAACTAATGT CATTCATAGCATGTTTGGATCAATTTATTTTTTCGCAGAATCAGTGCTACTAACAAAGCTTTTCTCTGGGATTAATTTTT TTCAGAATAAATTGTCGAAGAATTTCTAAACATGCGGTAAATATTTTGAAAAATAAGATGATGACTATTCAGCAAAATGT TTATGCAGGTATGTGATGCTTCGTAATTCCTCAGGCTTCTACTCCTATGCCATCTTTGAACACCTAAAGGAGTGGCCTGC TTTCAACATACCTCAAATCAGGATTGTCTATAAGCTTCGAAAAGACAAGTATATGGACTTTCCCTTGTGAAATTCATAAA AACAAAGTGCCCTTCATTTCATTGCCTTAAAGCAGATATTTGACAAAAATCATGTAAATTATTAGCTTGATGCAGGGCTA ATTTTTACAAGTTGTTATATTATGCAGGTTCCATTACATGGCTGTGGAGGATAATAGACAGAGATTCATGCCTCTTCCTG ATGATAGATCACCCGGAAGAGGAGAAGAACTAGTTCCCCCAGAAGCAGTTTTGCTTGTCGATCCTGTTGAGCCAGAGTTC AAGGGAGAGGTACTTCTTTTATGTAAAATAAAAAGGCATTAAAAATAATTTGCATAGTTGTTGACTTGCATGTAATTTTG GGATTTCATCGGTTGTATTTGGTTCTATTTGCCTCAACGCAAACAGGAAAACACACATCCCAACGTATAGAAAAAGTAAG GTTTTACCACGCTGCGTTCAATGTGTTTTGGCTTTGAATTTAACAAAAATCTAAATACACATTTGATCTAAAGAATTGTG ATGTGTAATGAGCTAATATACAGACACATTTTAGCCTTTGCATGTGAACCAAGGTAAGTAATAATAAAATTGTCTTATAC ATATTGGAAGATTGAAGGACTAAATTGATGTTAGTTTGTATTATTGAGAGAGCAAAATAATATTATCTTTGTAGAACTGA GAAACTGAGTTAAAATGTGCTATTTGACTGATTAAGGTGGATGACAAATATCAATACTCAAGTGAAAACAAAGATCTGAA GGTTCATGGATGGATAAGTTCAGAATCCAAAACTGATCCGGCCATGGGGTTCTGGGTAATCATACCCAGCAATGAGTTCA GATCAGGTGGCCTTGTTAAACAGAACCTGACTTCCCATGTTGGCCCCATCAGCCTCTCAGTATGTACTCTTCTTTATAAA GCATCTCCCCACCTTGCTCGTAGTATCTTTGAGTGCATGTTTAGAAATCTTTCTACAAAATCCTAAAGTCATAACCAATC ATGGGGAGAAGTTTTTGTCATCACTTCTTAGTTCCATAATTGACTATGAGGAAAGAGAAATTATTTCAAACATGCTATTT GTAGCATTCTTGATGATTTCTTAATAATTTGGATTCTCTATTGTCAACGAGAGTTTGAGCTGTTTGATCAAGATTAGACG GCTACAATCTTTAGCTACCAACTGATCTTGATGATATTTATGGGCCGATCTTTAATCAAACAGTGCAGATTTTTTTATTG TAGATTTTTGACTGCGTGAATGCAGCATTGCCCTCACCGCAAGGAATCCAAATCCATAATTTCAATGATGCAAATCTATT ACAGTTATTGACTTATTTCATGTTGATCAACTAAAAACAAATAGCTTGCAACGTTTTTGTTTGTGTCAGATGTTTCTTAG TGCTCATTACGCAGGAGAGGATATAGTTCTTAAACTCCAGCCAAATGAGGCATGGAAGAAAGTTTTTGGGCCAGCTTTTG TCTATCTCAACACTTTGTTGGATGGTGAAGACCCATTGAAGCTATGTGAGGATGCTAAAGATCAGGTTTTATTTTCATTA TTAACCTTATGTTATGGAGAATTTTAGTTTCATAGTATTACATAGAATTAGCACTAAGTACTAACTTAGATCACCAAAAA TGACATCTAGATGAACAAGGAAGCTCAAAGTTGGCCCTATGATTTTCCAGCTTCAGAGGATTTTCAAAAGTCTAGCCAAC GGGGCAGTGTGTATGGCACATTACTAGTTCGAGACAGGTAAAGCTAAAGTACCGGTATTAGCATGTTTAAATCAACTTTT TTTTCATTAGAATCAATTATAAAACCCAGAATCACTCACATGAGCTTTTTCTCGGAATGAACTACTATATGTTGCCAAAA TGAAAGTGCAGCTATTTAAGCACTCAAAATGAAAATTTTCAGGTACCTAGGTGACGAGAGCATATTAGCACAAGGTGCAT ACATAGGACTGGCTCCACCAGGAGAAGCTGGGTCCTGGCAAAGAGAATGCAAGGTTTAGAGCATATATGTGTTAAATAAC CCAAATTTGAGTTCTTTTTCTCTATTGTTCTGTCCCTAGTAATGAAACACTTTAGAAAGCAATTAGCTATTTTATCTAAC GATGCCTTTTTGGTCAGGGATACCAATTTTGGAGTAGAACAAACAAGGAAGGCTACTTCTCAATCAATAACATACGTAGT GGGGACTACAATCTCTACGCATGGGTTCCAGGTTTCATAGGAGAGTATTGGAATAATGTTGTTCTCACAATAACCCCAGG TTGCTTTACTTTTATTTATTGGGTCAGAGGACACGGCTAATGTTTTATTTTTTTATATTTAAACCGCACCGTATTTGGTC ACCCTTCGCATGACTATTCTGAATTTGAGATTTAGTCACAGTTAAGCATCTTCACCCATTCTCGGGGTGTATTCCGCGAG GATCAAACCTAGAGCTCTTCTCACAGTCAGTCAGCATTGCCAACTGAACTACCCCTCTCACGGCTAATATTGACATAGGC ACTAATTTAGGGTTCTTTTATAAAATACACAAATAAGAAAGTATACACCTTTCATTTCATTTAAAATATACTCTAATCTT TACCTGTTTATGGGTGAATATAATTTGAGTACATGGTTGTTAACTACTAGAAGAGAACAGGTAGTGAAATAAACATTGGT GACATTATTTTTGAGCCCCCAAGAGATGGTCCAACATTATGGGAGATAGGCATTCCTGATCGCTCTGCAGCTGAGTTCTA TGTTCCTGATCCTAATCCAAAGTACATAAACAAGCTTTATGTCAACCATCCAGATAAGTGAGTTCCTCCTTAAATAAATA ATAAATTAAAAATCCGTTTGAATGCAAATCAAAGAGCATTTATTCATTTATTTGAGCTTATAAAGTGCTTCTTCTAGTAG ATAAATTCCAATAAGTTCCTGTCAAACCTCGTTCACTTCTTACAGGTTTAGGCAGTATGGCTTGTGGGAAAGATATGCAG ACCTATACCCAAATGAAGATTTGATTTATACAGTTGGTGTCAGTGACTACACAAAAGATTGGTTCTATGCACAAGTCACC AGGTACACCCTTTTTAACAGCATAGAGTTGCTTCTTTTAAAAGTAACTACAAAGGTTCTAAATTGCGGTTTGCATTTATA TCTCAGAATTGCAGATAATTGAACGCTACCCCTTTATACTGCGGCTGCAATTGCAAATTGCGGACCACAACTTAAAATTC TGAGCACCTGTACTATGCATGAATAATTAAATTACTGCATCAATTACAGGAAACAAAGTGATGGAAGTTACCAAGGAACC ACATGGCAAATTAAGTTCAGCCTTGATAACGTGGACCCAAGTGGAATCTATAAATTGAGATTGGCGCTTGCAAGTGCAAA TGTCTCAGAATTGCAGGTTTGGAACCGTGAAAAAAAAAATTGTTTCGCTACACCGTGAAAAACCATAAACTAAAATCAAA TTAGACAATCGTAAAAGTTAAAGAAAATTGTTTCATTTCACCCCGTGTATCTAAACATGTAAAAAATTAATAGTAACTTC TTTCACTTTTTATCAATACATTGTCTAATCCTATGATGGTTTTGGTTTGGACTTTGGAATTTGAAGGTTAGGGTGAATGA TCCAAAACAAGATCCCTCACTATTCACTACAGGGGTTATTGGGAAGGACAATGCAATAGCTAGACATGGAATTCATGGAC TCTATTGGCTATTCAGCATTGATGTGCCAGGTCTTCTGCTAGTGAATGGTGTTAATACTGTATTTTTAACACAGGCTTCA GCTAATGGCCCCTTGACCCTCTTCCAGGGGATAATGTATGACTACATTAGATTAGAAGGCCCCAACCCTTTGCTTACTAT TAAAAGAAATTAAATTAGTTTATTCAATATGAACTTGCTTTATGTACTACCAAAAACAATATATATGAACCTGTCTCTAC TCATCTCATTTCCGTGCCTTGCTCTGTATTGTAAAATGTAATTAATAGAACTTCAATATTGGACTTTGATTTGGTTACAA ATTGCAGGCATTTCAAAAGACCCATTTCAATCACCCTACTTTTTTTTTTGTAAATGACTATACACAAGTCAAACAGACTT ACAAACAGGGTAATCAAATCCTAATAAGATGATCACAGTACAATATAAGCTCATTTAAAGTTTAAAAGAAAAAACAACTA TACTTCATGTTTATCAAAACCAGAAAAAGATATTTTGGAGCTACAAAAAGACATTTTTGTTTTCTACCTTCCTAATTTCT TTCTCCAAACTGTGCCTCCTCAATAAAATTTTGACATAGTCAATTAAGATCACCTTGATGTAATTCTGTAACTAACCCAC TTGACAAGATTAGATTTCATTGTTGAGACAAGAAATTAAGACATCTGAGTGAAGATCTTGATTACCTTCCCTTATGCATC ACTAGAAGGAAAAATTAGGCGGATTTATTGATTTTGTTCTTGGCATCTTCAGCAGCATCAGCAGCCTCAACCTGCATCTT GGAAGCCTCAAGTTCAGCTTCACTTGCTTCCTTCTCATTCTTTGCAGTAATAACCTTTGCCTGCTTTCCCCAAATAAAAA TGAAAAAGAAAAAGAAAACCAAGTTCTCCATCAAACAAGACTATTCCAAATTTCCAATATTGAAAATTACTTATTTCACA AAAAAATGAAAAGGGCTTCTTTGAATTTCAAACCTGACCCACAAAAGAAGCTTTCACATATCTGAAACTTTCTTGTAAGG AAACTGCAAAAGATAAGCAACTCTTCTTCAAGCGTGAACCAAACGAAGTGTTGTTCTTCTTGTGATTTGACAAAGGTGTT GAAGATGAAGAACCTATGATCTCTTCTTCCTTTGCTACGTTTTCCATTATAAATCTGAAAAAAACTAGAAAATTCTCCTT CTTTGCTCTGTTTTAAAGATAACAACAAAAAAGTATAAATCAATTAAGCAAACAAACTGAACTAACTTCCTTTAAAAACA TTAGAAAAACAAGAACAAGAGTTAGGCTCAAACCAACACGTATCTGGAATCATAGCTTCTTTCTTTACGTGGCAGAAATA TATCCTACCCGCGTCATCTTTATTACTTTGATGCCTATCATCATCTTTGATATTTTATCATTTACTAACTCTTTAGGGAG TTAGATTTAAGGGGAACTCTATTGATGTCACTTTTTACATTTTAATACCATCCCTTTTTTTT
CDS sequence (LotjaGi1g1v0134900.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGTCCTCACATCCAGTGCAGTTGCATATCAAAGGCAATCATGTGGTTATGGACAATGGCATACTTCAAGTGCAATTTTC CAATCCTGGTGGATTCATCACTAGAATACAATATAATGGCATTGATAATCTGCTTGAAGTTCTTAATGATAGTAATAACA GAGGGTATTGGGACCTTGTTTGGAGTAAAGCAGGAAGTACAGGAACAACAGGAACACAAGAGCGGATCGTAGGAAGAAGA TTTAGTGTTATTGTGGAAAGTGAGGAGCTGGTTGAAATCTCATTTACAAAAATGTGGGATCCATCTCAGAAGGGAAACCT GTCACCTCTAAATATCGATGAGAGGTATGTGATGCTTCGTAATTCCTCAGGCTTCTACTCCTATGCCATCTTTGAACACC TAAAGGAGTGGCCTGCTTTCAACATACCTCAAATCAGGATTGTCTATAAGCTTCGAAAAGACAAGTTCCATTACATGGCT GTGGAGGATAATAGACAGAGATTCATGCCTCTTCCTGATGATAGATCACCCGGAAGAGGAGAAGAACTAGTTCCCCCAGA AGCAGTTTTGCTTGTCGATCCTGTTGAGCCAGAGTTCAAGGGAGAGGTGGATGACAAATATCAATACTCAAGTGAAAACA AAGATCTGAAGGTTCATGGATGGATAAGTTCAGAATCCAAAACTGATCCGGCCATGGGGTTCTGGGTAATCATACCCAGC AATGAGTTCAGATCAGGTGGCCTTGTTAAACAGAACCTGACTTCCCATGTTGGCCCCATCAGCCTCTCAATGTTTCTTAG TGCTCATTACGCAGGAGAGGATATAGTTCTTAAACTCCAGCCAAATGAGGCATGGAAGAAAGTTTTTGGGCCAGCTTTTG TCTATCTCAACACTTTGTTGGATGGTGAAGACCCATTGAAGCTATGTGAGGATGCTAAAGATCAGATGAACAAGGAAGCT CAAAGTTGGCCCTATGATTTTCCAGCTTCAGAGGATTTTCAAAAGTCTAGCCAACGGGGCAGTGTGTATGGCACATTACT AGTTCGAGACAGGTACCTAGGTGACGAGAGCATATTAGCACAAGGTGCATACATAGGACTGGCTCCACCAGGAGAAGCTG GGTCCTGGCAAAGAGAATGCAAGGGATACCAATTTTGGAGTAGAACAAACAAGGAAGGCTACTTCTCAATCAATAACATA CGTAGTGGGGACTACAATCTCTACGCATGGGTTCCAGGTTTCATAGGAGAGTATTGGAATAATGTTGTTCTCACAATAAC CCCAGGTTGCTTTACTTTTATTTATTGGGTCAGAGGACACGGCTAA
Protein sequence (LotjaGi1g1v0134900.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MSSHPVQLHIKGNHVVMDNGILQVQFSNPGGFITRIQYNGIDNLLEVLNDSNNRGYWDLVWSKAGSTGTTGTQERIVGRR FSVIVESEELVEISFTKMWDPSQKGNLSPLNIDERYVMLRNSSGFYSYAIFEHLKEWPAFNIPQIRIVYKLRKDKFHYMA VEDNRQRFMPLPDDRSPGRGEELVPPEAVLLVDPVEPEFKGEVDDKYQYSSENKDLKVHGWISSESKTDPAMGFWVIIPS NEFRSGGLVKQNLTSHVGPISLSMFLSAHYAGEDIVLKLQPNEAWKKVFGPAFVYLNTLLDGEDPLKLCEDAKDQMNKEA QSWPYDFPASEDFQKSSQRGSVYGTLLVRDRYLGDESILAQGAYIGLAPPGEAGSWQRECKGYQFWSRTNKEGYFSINNI RSGDYNLYAWVPGFIGEYWNNVVLTITPGCFTFIYWVRGHG
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 | 430 | 430 | 1.2E-242 | – | |
| PANTHER | 1 | 430 | 430 | 1.2E-242 | – | |
| Pfam | 5 | 203 | 199 | 3.7E-85 | ||
| CDD | 12 | 298 | 287 | 2.10928E-81 | – | |
| SUPERFAMILY | 336 | 426 | 91 | 2.55E-8 | ||
| CDD | 338 | 430 | 93 | 4.70628E-32 | ||
| Pfam | 361 | 431 | 71 | 3.3E-23 |
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 | 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 LotjaGi1g1v0134900.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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