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| Field | Value |
|---|---|
| Gene ID | LotjaGi5g1v0013500 |
| Transcript ID | LotjaGi5g1v0013500.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Dihydroflavonol 4-reductase; TAIR: AT5G42800.1 dihydroflavonol 4-reductase; Swiss-Prot: sp|Q9XES5|DFRA_MALDO Bifunctional dihydroflavonol 4-reductase/flavanone 4-reductase; TrEMBL-Plants: tr|Q403G6|Q403G6_LOTJA Dihydroflavonol 4-reductase; Found in the gene: LotjaGi5g1v0013500 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr5:2918617..2932349) extracted from Lotus japonicus Gifu genome v1.2.
CGATTCCCCAACCTTATCCCTCTACCTGTTGGTTTACCCATTCCCATTCCCCTCTTCTGCGGCATCTTCATCACTTTGTT CCTCAACGTTGAAGCCGTGAGGTTCGTATAACTCTGTTCTTTCTATCACTTTGGAATATAGCAGCATTTGAATATACTAT ATATATTGTTCACTTATTGCTCTCAGAAGCTACATGAGATTACTGTTCATGTTATGCACTTATGCTAATTCCTTTAGTTT ATGGGAAGAAAATCACTATGGAAGGCTGCTTGAGAGGAAACTGAGAAAGTTGGAGAACTTCTCTATAATCAGAGCATTAT ATATTAGAAACTGAGAAAGTGATAGTTATTAAGTAATGGAAACAAAAGACTGTCTGCATTATCAAAGTGCATATAAACAT TCCTAAGTTAGTAACGACTAACGAATTATGTGAAGATGGTTCTTGGACTGGGCGGGACAGTCCCGCCCAAAATGAACAAT AAACCAATGAAGATAGCCATGGCGGGAAAGGCAACATGACGAGCTTCATTGCCCTCCCTTAGGTGATGGACCCACAAGCC AGCTGGAAGATTCCTTTGGATTTATCTTATATGTACGGGAATTTGGGCCCTGATTGTCAGGCCCAAATATAGGAAAGATC CATATCATGACCACCCCCTCTATAAAAGGGGAGGTCATCCACTTGTACGAAACCAACTTTTTTAGCATTAATGAGAATAT TCCTTTTATGGTAGTTTTGCTATTTTAGTGCTCTGCTAGGGTTTACTTTCTGTCATTCTTTTACATAAGCTTGCCCTAGT ACAGAACATTGGCGCCGTCTGTGGCTCTGACTCAGCTCTTCCGGTGACAGAAGGAGGAATTGCGAGCCATGGAGACTCGT TCATGCGGCATGGGTCGACGCGATCATCGCCGGCGCGGTGGTGGTCGGCATGGCGGTCGCGGCGGCGGACGAAACAACAA CCGTCCCGTACTGGACGAGCAGGAGCAGGAAGCTTCCTCGGAGGGGGTCCACTCAGTGGCGCCGTCGCCAGCGTCATTGG TGAATGCAGCTCCGGGAAGACCTTCAGATCTGATCGCTAAATCAGATCCAGGTGTTCGGCGGCGTTCAACGCCGCCTGAA TATGTGAACTTGGAAGATTTTAAAACCACTGCTCCACGGAGAGCACAAGAGGCAGTGACAGGTATCACGCCTGCGGCTTT GCAACAAATGTTAGATACCTTACAGAAGGTGCAGTCCCAAAACGAGCAGTTGCAAGCCCAAGTTGAGTATCTCACTCAGC GGCAGGATTTTAAGCAAGAACAACGCCTGGAGGCGGAGGATGTAGTTGAATTCCAACCTTTTGTTCCAGCCATCACTAGG GTGGACATTCCAAAGCACCTGCAAACCATGGCATTAGACGCCTTTTCGGGCGAGTCTGATCCTATGGAGCACCTTAGATA TTTCAATACCAAAATGGTGATCGGCGGGGCGACGGATGCGGTAAAATGTCGATTATTGCCTTCCACGTTCAAAGGCATGG CGATGCAGTGGTTCATTCGACAACCGCCCTTCTCCATTGATAATTTCACTGATATGTCCACTAAGTTTCTGACTCAATTT TCCGCCAATAAAACCACAAAAGCAACAATGTTTGATCTTATCAGCATACATCAACAACCAGGCGAGAAATTAAAAACCTA CATGGCACGCTTCAGCAAGATGGCGGTGCAGTTGGAGGATGAAAATCCAGATGTTTGTTTGGCGTCATTCAAAAATGGCC TTCGGGCGGGAGATTTGAATAGAGACTTAACAAGGCGACCGGCGAAGGATATGATGGATCTTCGCGCTCGTGTTCAAGAG TTCATATTAATCGAGCAAGATGATCAGAAGAAACAAGAAAGAGAGGAAGGACGCAAGCAGTCTCAATCTGGCGGTGTTTC ACAAGATAAATCCAAGGCGGGGAAGGAAACCAGGATAACGCAAACCCCCCGTGTACCTAGACCGGGACCATACCAAAACT CTAAACCTGGCTTTCAAAATACATGGCACAGAAATCCACAAGGTCCCACTGCTGCCACAGCTGGTCAGACTGGTGCTTCG CCCGCACCAGTTCCACTTACTAAGTTGAATGCACCCTTGAGTACCATTTTAAGGGCAGTTGGGCAGACCAACGTTGTGCA GTATCCACCACCACCACGGCGGCCGCCAGCTAACGTGGACACCAATAGGTGGTGCGAGTACCACAAGGCATTGGGGCATA CGACAGATAATTGCTGGAATTTAAGGCGGGAAATTGATCGCTTGATTAAAGCTGGCCATTTGGCAAACTTTGTTAAAGAC ACAGCAACGCCGGAGGTAGCTAAGATCACTCAGGGGGACAAAGGCAAAGGTAAAGAAATAGTTGAAGAGTTGGGCGATCC TGTTGGGGAATGCTCATCTATTGCAGGAGGATTTGGCGGGGGTGCAATTTCAAGTAAGGCTAGAAAACGCTACGTGGCGG CAGTACACTCAGTACAGGAGTCGAACGAAGGCGAGTGTTGGGTGAATCATTCCCCTATTATATTTACCCCTCAGGATTTC GCGCATGTAATTCCTCATGACAACGATCCAATTGTGGTGACAATCAGGGTTAACAATTATGTGACAAAGAAAGTATTCTT AGACCAGGGATCTTCGGCGGATATCATCTATGGAGACGCCTTTGATCGCCTGGGACTAAAGGAATCAGATTTGAAACCAT ACAAGGGAACTTTGGTGGGATTCACAGGGGACCGTGTCAGTGTGCGGGGATACGTCGAAATTCCGACTGCCTTTGGAGAA GGAGAGTTTGTCAAGAAATTTCAAGTAAAGTACTTAGTATTGGCGTGTAGAGCCAATTACAATGTACTCTTGGGGCGAGA CACCCTTAACAAGGTTTGCGCGGTCATCTCAACTGCTCATTTAACTGTTAAATATCCCGCCTGCAATGGGAAGGTCGGGA TATTGCGTGTAGACCAGAATGCAGCAAGGGAATGCTATTTGAGAAGCGTGGCGCTCTATGGGCAAAGGGCCGCCAAGGAG AGCCATCGAATTACAGAAATCTTCCCACACGAAGGATTTAGCTTGGACCCAAGAGACGATGCTGATGACTTTCGCCCACA ACCTCTGGAAGAAACCAAGCAGGTGCAAGTCAAGGACAAGCTTCTAAAGATTGGCAGTAGTTTGACAGCAGAACAAGAGG AAAGACTAATCACCCTTCTGGGTGATAATCTAGATCTCTTCGCATGGACCATCAATGATGTGCCAGGGATCGATCCCAAG GTGATCACTCACAAACTAGCCATACGACCAGGGGCGACCCCAGTCATCCAACCAAGGCGAAGAATGAGTGAAGAAAAGAA CAAAGCTGTACAATTAGAGACTGAAAAATTGATCAAGGCCCGCTTCATCCGTGAGGTACAGTACCCAACGTGGCTCGCCA ATGTTGTAATGGTCAAGAAGGCCAATGGGAAATGGCGAATGTGCACGGACTACGCAAGCCTGAACAAAGTGTGTCCCAAA GATTCGTACCCACTTCCCAATGTTGACAAACTTGTGGATGGAGCTTCAGGGAATGAACTTTTAAGTCTCATGGACGCTTA TTCAGGCTATAATCAGATTATGATGCACCCCTCGGATGAAGAAAGTACAGCATTTATGACCAATCAGGCGAACTATTGTT ACAAGACAATGCCTTTTGGTTTGAAGAATGCAGGAGCTACGTACCAACGGCTTATGGATAAAAATTTTTCAAAACAAGTA GGCAGGAATATGGAGGTGTATGTGGACGACATGATCGTAAAGTCCGCCAGGGCTAGTGATCATGGGGGTGATCTCAAAGA AGCGTTTACTCAGTTAAGAACATATCAAATGAAGTTGAATCCTGAGAAGTGTTCTTTTGGGATCCAGGGAGGAAAGTTCT TGGGATTTATGTTAACATCAAGAGGAATAGAAGTGAACCCTGATAAGGGAAGGGCGATCTTGGAGATGAAAAGCCCAACA AGTGTAAAGGAGGTTCAGCGTTTGACAGGGCGAATGGCCGCCTTGTCACGTTTCTTGCCAATGGCGGGTGACAAAGCGGC CCCGTTCTTCACGTGTTTAAAAAAGAATTCAAAGTTTCAGTGGACAGAGGAATGCGAACAAGCTTTTACCAAATTGAAAG AAACATTGGCCACATTACCAGTACTCTCCAAGCCAACACCAGGCGTCCCATTAGTGCTCTATTTAGCGGTTACTGACAAG GCGGTAAGTACGGTGTTGCTCAAGGAAGAAGGAAAAAAGCAGAAAGTTATATATTTCGTGAGCCATACTTTACAGGGGGC AGAATTGCGGCACCAAAAAATTGAAAAGGCGGCTTTGGCGATTCTGAAAACTGCAAGGCGCCTCAGACCTTACTTCCAAA GTTTCCAAGTCAAAGTTAAAACTGATGTTCCCTTAAGGCAAGTACTTCAGAAGCCTGATTTATCAGGGCGATTGGTTAGC TGGTCAGTTGAGCTATCAGAATATGACATACAATATGAGCCAAGGGGCCAAGTCACAGTCCAGAGTTTAATTGACTTCGT GGCGGAATTAACACCCACTGAAGGAGAGAAGACTCAAGGAGAATGGGTCCTGTCCGTGGATGGATCCTCTAATAACACTG GAAGTGGGGCGGGAATAACAATCGAAAGTCCAGATAAAATGATCATTGAACAGTCTCTCAAGTTCGAGTTCAAGGCGAGC AATAATCAATCTGAGTACGAGGCTCTGATTGCCGGCTTAAGGTTGGCCATTGAGTTGGGAGTCCAGAAGTTATTTATCAA AGGAGATTCGCAGTTAGTGGTTAAGCAAGTGAAAGGCGAGTACCAGGTGAAGGATCCGCAACTGTCCAAATATTTGGAAG TGGTGCGCAGATTGATGATGGAGGTCAAAGAAATCAAAATAGAACATGTCCCGAGGGGACAAAATGAGAGGGCTGATGTG TTGGCGAAGTTGGCAAGCACAGGGAGATTGGGCAACTACCAAACAGTCATTCAAGAAACCCTGCCTCGCCCGAGCATTGA TTTGGTAGAAATAAAGTTGAAAGCTGTAAAGTCAGTCAGTGAGGGCGAGCTACCTTGGATGGAATCGATTAAGACTTTCT TAGAGAATCCACCAAAGGAGGATGATTTGAACACGAGAACAAAACGCAGGGAAGCCAGTTTCTACGCACTGGTGGATGGT GAGTTGTATCGGCGGGGAATCATGTCTCCTATGCTCAAATGTGTCGATACCAAGGACGCCCTCGGAATAATGGCGGAAGT CCACGAAGGTGTGTGTTCTAGTCATATCGGCGGGCGATCCTTGGCAATAAAAGTGATAAGAGCAGGATTCTATTGGCCAA CCATGAAGAAGGATTGTTTGGAGTATGTGAAGAAATGTGAAAAATGTCAAGTCTTTTCTGATTTGCACAAGGCTCCACCA GAAGAATTAACAACCATGATGGCGCCCTGGCCGTTCGCCATGTGGGGGACTGATATCTTAGGACCATTCCCTGTAGCGAA GGCACAAATGAAGTACATCATCGTGGCGGTTGATTACTTCACTAAGTGGATAGAAGCCGAGGCGGTGGCGACTATCACAG CCGCCAAGGTCAGGAACTTCCTGTGGCGAAGGATTGTTTGTAGATTTGGGGTCCCCATGGCGTTAGTAATGGATAATGGA ACCCAATTCACAAGTAGTGTTACCCGGGAATTTTGTGATGAAATGGGAATCGAGATGCGATTTGCCTCTGTAGAACATCC ACAAACCAACGGGCAGGCTGAGTCGGCTAACAAAGTTATCCTGAAAGGTTTAAAAAAGAAACTGGATGAAGCAAAAGGGC TTTGGGCGGAGGAACTACCAGGCGTTCTTTGGGCATACAACACCACGGAACAGTCAAGCACAAAGGAAACCCCGTATCGT CTAACTTATGGAACTGACGCCATGCTCCCAGTGGAAATTGAAAACCAAAGTTGGCGAGTGGCTCGGTTTAATGAAAATGA CAACGGAGAAAACTTAATAGCAAATCTAATCATGCTGCCCGAGGAACAACGAGAGGCTCACATAAGAAATGAGGCGGGAA AAGTGAAGGTGGCAAGAAAGTTCTCAACGAAAGTAATGCCAAGAAAAATGAGGGTAGGAGACTTAGTGCTCCGAAAAAAT ACAATACTTGATAAACACAACAAACTTTCACCCAACTAGGGCGGGCCTTACAGGATTATAGGCGACGTTGGAGGAGGAGC TTATAAGTTGGAACAACTAAGCGGTCAAAAGGTTCCACGAACATGGAACGCCTCTCATCTGAAGCAGTATTTTAGTTAGT AGAAACAACAAATGTAAATGAAGTCGCACTCTTTTTCCCTTTCTTTGGAAAGGTTTTTAATGAGGCGACATTTGTAAGGA AGGGACAATTGTTCCCATACGAAAGAAAATTAATGAAAAGATCATTTCAACAGAATCGCATATATTTTTTAATTTATATT ACGAGTTCATGCAATGCAAATCGTATCAAGGTATGCAATACCGCGAGTAAACCTTTCGGAATAAGAGAGTATCGCCTTCA AAAGTTAAAAGCCTTGGCAATTCTAGTGGCCACTAGAAACCAAGCCTCGTCGAAAAATCGGCTAAGGTATGTAACAACGA AAGTTGGAAACAACTAAAACAACGAATGAACTTAAGATGATATCCATTTAAAGTAGAGAAAAGGGGGCGATGCCCATACA TGATTTGGAATGAAAATAAAAGACAGGGCAATGCCCAAAGAAAAATTTCAACTTCATAAAATAAAAACAAATTCAAGCCA GGTTCTCGTTGTTGGCGTTGTTGCCCTGGCTTGTCCCAGCTTGAGGATCTTCCTTCCCTTGATCCTCATTCCTGTGCTGC TCATTCCCATCCTCGCCATCTTCTTCAGGCTCACTCTCATCATCGAATTGGGGAAGGAGGTCGAGGCTAATGTCATCATC ACCAACTACTTGACCATCCTTGATCTCCTTCAGCCACCCAATGCGGGAAAGATCAAAGCCCGGCTCAACTACACTGATCT GCTCTTTGGCCGCCAGAAAGCCTTGAGCATATTGGAGAGAAGCACGCCCTAGGATGGAAGCATTCAGGCGATCATATTTC TTTTCCAACTTCTGATATTTGGCTTGAACGGCAGTGTGCTTGTCATTTATGGCTTCTTTAAGAGACTTGGTCTTTTGAAG AAGCAGGTCCGAAGCAGCCAAGTCTTCAGTTAACTTAGCACACTTCTCCTCAGCAGATTTCAGCTTGTTGTTGGCAGTCT CAGCATCAGTTTTAGCCCGCTCATAGGCTGTCTTGTAATCAGCTGCCTTCTTCTCAAAACGGTTCTTGGCTGAGATCAAC TCCTTCACGCACTGAGCCATTCCCGCCACAGTACTGGCGGCAGAAAGCGCGTGATGGATCGCCATGGAAGCAATGTTGGG GGGACCCTGACCGGAAATGTCCTTGTGAATCCGGTTGTCAAAAGTACGGGTCATGAATTCCAGCCCATTGAAGTGAGGAT CCGACAAGTTCAGCAAGGGGGGAGGAGCTTCGCCACCAATGGCTGAGCTAGGGCCAGCCTGGCCAAATGGAGTTGATGGG CGGTTGATCAGCGTGCTTGAATCTTGTTGAGGGGGCGGGACATTGTCATGTCCCTTCTTTTTCTCAGCTGGACGACTTTT TGAATCAAGAGTCGATTGATGGAGAGGCTTACCACCAGCAGCACCTGAAGTTTTTTGACGTTTAGGGTCCCTGACGTTGT CAGAACCCGAAGTACCTTCATTCTTCTTCTTCTGCTCAGTTTCGGCGGCCCTCTTCTTCGCCGCCGCAGCAGACTGGGCG AGGTATTCCTTCATCTTGATTGGGTTCGCATCAACCTTGCCTTTTCCCATTGTAGCTGTATGGAAAACACCAATTAGACG AGATACATGAACAAAAAGGAAAAGAAGTTACGTACAAAGATTATAAACTTACTAAAAAATTGATTTAAAGTGCCGGATTT CGACGCCTCAATCAAGTCGTGACCAGAAATTACTGGTAGTGTGCGGAGGTAATCGGCGACGCCTTGTTCAGATTCATCCA AGGCGTCGTATGAAACGGATATTTTTCGGCGAGGGTTCTTTGTCCAGTAAAAAGGGAAGAGAGGGTTATTGTCGGAATCT CGGAACAGGTTCTTTATTTCGGGCGACTCCATAACTTTAAAGTATTTCTTCTGCCATACCTTGTAATGGCTTTTAAGGGC GGTGAACCGACTCATGTTCTTACGGGCTAATAGTGGAACCCATTTCACAGAAGTAGGTTTAGTGGTGACTGATTTATAGA ACAGGAAGAACAAAGGATAGGTCGGAGTGAAACTCAAGTGTTCACAAAGAATTTCAAAGCAGCGGAGAAAACCCCAGGCG TTGGGCTGGAGTTGGCAGGGCGCCACATTCAGAAAAGAAAGAACGTGACATATAAACGGCGAGAAAGGAAGTTTGATGTT CAAGTCTAAGAAGAAATAGCCATAAACAAAGAAGAAATCGGGCGATTCATCGGCTGGTTCTTTACGCAACAGAACACAGT CATCTTCGCCACATGGGAGGACATTCAAGAGATGATCTTCATTATTCGAGGTGGCGGGATTTATCTTCGTAAACCCTTGA GCAGATATTCGAAGCGAATTAATGCTCCCAACGCTGCCCCAGATAGAATGCAACAGACATTTATCTTCAACTAAATGCAC GTCAGAGCGCCATTCAGGTGAAGACAAATCTCCATTAGAGGAGAGAATTGAGTCTACAGAGCCGGCGGGACCGGAATCAT CATGGGTAGAAGGCGAGGAGTGAATTTCAATTATAGAGGGGGCGACAACTTCCTCCTCCGTAGAGGGCGAAGAAAGTTCT AGGGAAGAAAGGCTAGCGTTTGGTAAAGACATGCGAGGCAGTTTCATAAAAAGAAGAAAGAAGATGAACAAACTAAAAGT AAAAAGAAGATGAACAGAGTCAAGAAGAAAGAAGATGAACAGTCAGAGAAAAAAGAAGTAAACGAAGAATCTCAGGAAAG AGAAAAACTAACCAGGGGAAGAACTGTGGATTTGAGAAAGGAGAACGTCGGCGATAGGGGAGCACCGCGCAATGACGACG GCCGGAGGAAGAAAAGGTTCACCGGAGTTCAAAGAAGAGAATGAAAGCTGCGGTGAAAAGGTTTTCAGGACAAAAGTTTT AAGAAAGTGAAAAATGAAAAGTGAAAAGGGGTTTTTTATAGAGAGAAAGGAGGAGAGAGAATGAATGGGGGAAGATCGTG GGATTTTGGGATTTGAAATTCGAAAAGGTAGGAAGCGAAAAGACGTTACTCCTCGAGACGCACAACTGAAAATTGCATTT ATAACAAATGATGACGAAATCCCGGAAAATAAGGATACGTGCGTCAGTTGAAAAGACGTGATTGACGGTTATAACTAATG GCGACATATCTTTGAAACGACAACAAAGGTGGCGAAGCGTGAAAATGGCGATGTAACAACGAAAGTAAAATGGCGATGAA CGAATAAACAATAGAGGCGAACTACTGGGTAACATGATAAAGACATTTCGACTCAATTACTCGAGTCTCATGTCTTGGGG GCATGTGGACTGGGCGGGACATAAAGAAGATTACGTCCCGCCCAAAATGAACAATAAACCAATGAAGATAGCCATGGCGG GAAAGGCAACATGACGAGCTTCATTGCCCTCCCTTAGGTGATGGACCCACAAGCCAGCTGGAAGATTCATTTGGATTTGT CTTATATGTACGGGGATTTGGGCCCTGATTGTCAGGCCCAAATATAGGAAAGATCCATATCATGACCACCCCCTCTATAA AAGGGGAGGTCATCCACTTGTACGAAACCAACTTTTTTAGCATTAATGAGAATATTCCTTTTATGGTAGTTTTGCTATTT TAGTGCTCTGTTAGGGTTTACTTTCTGTCATTCTTTTACATAAGCTTGCCCTAGTACAGAACAGTTCTAAATACGTACTA ATGCTGTTGTTTTCCAAAAAGAAAATTCTAATGCCCATAACCTAAGGAAATATATTTGAGGAGGTCTATAACCACCACTA GGCGCATAAACAGCGCTTTTTTTTGCAGTGTCTGCGCTTGCGTTATGCCATACAAAATCTTCTTCGATTTGAGGACTTTT TCCTCTTTCCCTTTGAAACCAAAATCCATTGATTGTTCAACATAGACATCTTCCTCAAGGTTGTCATTTAGGAAAGCCAA TTTGATATCAAGTTGAAATCTCCACCTCATGTAAGCCACCAAAAAAAAAAAAGAAGACGAATAGTCTCCATGTGAGCTGT GACCAATAGGTGCAAACACTTCATTATAGTTGTATAGTTGTTGAAACTAAAAGAAGTCCCACATTGGTGAGATGATGAAC AAAACCATAGTTTTTTTTGAAAGTGGAACAAAACCATAGTTTTTATAACTACGAATGTTAGACTTTGAGGTTTTGAAGGC ATCTTTGGACCACGCTACTTGTTCTTGCATGTTCCCTTTAGCAACGAGCCTTTCTTTATATTTTGAAGGCATCTTTGGAC CACACTACTTGTTTTTGCATGTACCCTTTAGCAACGAACCTTTCTTTATATTCTCTCTCTCTCCTTTGACATTCTTCTTA AGCTTGAACATCCACTCGACTTCAATTGCTTCATGATCCTTAGGAAGATTTGATAATTTCCAAGTCTCATTCTTCTCAGT GGCCTTGGTCTCTTCCTCCACAGCTTGTCTCCACCTTGTCTTCCATAGTTTCGCCAAAATTTAGAGGCTGACTATCAACA AAAAGACAAAACAAACCATTTATAATTTCAGTTTGATCATATACAACTCTTAAATGCTTCTTATTTTTCTTAGCCCTGCA CCTGAACTCACTTCTGAAGATGAGTGCTTATCATATCTAGACAATGTAGTAAGCAATTGCTCTTGCTCTAACTGATAGTG GAAGTTGTTTTAGATATATTAAACCATCTTGAGGCATGTTAAAAAGTGGAATCACGATATTTCAAATGATTGTATCTGGA AATTTACAACTGCTGATGTGTTGACTTGAGCTTACTGTTTTGTGGAACTTGGTTTTTCTTTTTCAAATGTAAGCGGCCGT CTATATAAAAATTCAATTAGCTGTTAATTTCGAAGTGTGTTTCAAAAATAAAAATAAAAAAAATCAAAGTGATGGTGGTT TTTCATATCATCCCACTTGAATTCAAAGGGAGGGTTATGACTCAGAACTTTTATACTCAATATCTTTTAGTACTAAATTA TTCTTCTGTTGAATCTTCTCCCTCAGTCTCACCCTCTGTATGATTAATAACCATGTAAAATTTCTATAAAAACACCCACA CCACACACTTCATACCATTCTATTTCCGTGCCATACCAAACCAGGAACCATAAAACAGAGAAGAGAATTGAAAGCATGGG TTCGGCAGCCAAAACAGTTTGTGTTACGGGGAGTACCGGTTTCATCGGGTCATGGCTTGTCATGAGACTCATGGAGCGCG GCTACATGGTTCGAGCCACCGTACAACGCGACCCAGGTGAGGTCCCTTTTCTCTTTTCGTTCATCATTTTTCATGTCAAG CTTAAACATGAAGAAGGTGATTGAAGCACTATATGTACGTATGTATGTGTGTATATATGGTGCAGAAAACATGAAGAAGG TGAAGCATTTGCTGGAACTGCCTGGTGCAAAGACCAACCTTACTATTTGGAACGCCGATCTTACTGAAGAGGGAAGCTTT GATGAAGCCATCAATGGGTGCTCCGGAGTTTTCCATTTGGCCACCCCCATGGACTTTAATTCCAAGGATCCTGAGGTAAA GTGATTATTATTAATGGGCCATGTACTTTGATGTCTGGGCATCTATAAAATTTACACTTGATTTCTAAGCATAGTACCAG GTTTTACACTTTCATTTTCATTCAATTTTAACATATTTTTTCTTCTTATCTTTCTTCTTTTATTATCACGTCATTTAACG TATCTTCATCTTCCAGTTGCATCGCATAAAAGAGAACTGATAAGGTTAATCATTAATGTAGTTAATGAAAGTTAGTGGCA AAATTTTTGAAATGTTAATGTAATATTAATGATATTGGAGAGTATTGAATATGATATGGTTCCAAATTTGATTGGAAGTG CAGAATGAAGTGATCAAGCCTACCATAAACGGGGTGCTAGACATCATGAAAGCATGCCAGAAGGCTAAAACTGTACGGAG GCTGGTTTTCACATCCTCCGCAGGTACCCTCGACGCTGTAGAGCACCAAAAACAAATGTTTGATGAAAGCTGCTGGAGTG ACGTTGAGTTCTGCCGGAGAGTAAAGATGACTGGTTGGGTTAGTATTTTTATTTGAATTTTTCTTCAAATTTTAAAATGT ACCCAATCGATCATAATGATTAGTTTTATCTTGGTTTCATTTTTTGTAGATGTATTTTGTTTCAAAGACACTGGCAGAGC AAGAAGCATGGAAATTTGCCAAAGAGCATGACATTGACTTCATTACAACCATTCCATCCCTTGTTGTTGGTTCCTTTCTA ATGCCAACAATGCCACCTAGCCTAATCACCGCTCTTTCTCCCATCACCGGTACAATGATAGTTCAAAGTTCTATCATTAT ATTTGTGTATTGTTTTCATGCTTACTTGACATTACATTTGAACGTTGTATCCATACTCTAGTGGCAACTAATAAAAGAAA TTATATGCTAAAGTTAGTTTGAAAACAAACAAAAAATGTATATGCTAAAGTCTTGCTCTTAATTAAATTGGCAGGAAACG AGGCCCATTATTCGATCATAAAGCAAGGCCAATTTGTCCATTTGGATGATCTTTGTCTAGCCCATATTTTCCTGTTTGAG CACCCTGAATCAGAAGGAAGGTATATCTTGTCTGCATCTGAGGCTACTATCCATGACATTGCAAAGTTAATTAACTCAAA GTATCCAGAGTACAATGTCCCCACTAAGTAAGTCTTCCAAGCTACTTTGCCCGAGTGTTCACGTTCAAATATTTCAGAAT CACTTATTTATGTACAAAACTACAAGATAAACATCCATGTTGAGCTGATATTGCATTGGATTTTTATCATGTTCAAGAAT ATTCCAGATGAATTGGAGCTTGTCAGATTTTCATCAAAGAAGATCAAAGAAATGGGGTTCGAATTTAAATACAGCTTAGA GGATATGTACACTGGAGCAATTGACACATGCAAGGAAAAAGGGCTTCTTCTTAAAGCTGCAGAAAATCCAAGCAATGGCA TAACAGAGAAATAAACTGGCCTTGTTTATATCTTTGTGTCTGTGATGTGTGATATGGCTATGGATCCTCCATTACCTATT ATGTTTCTTGATTAGGATTTATTTTCTTGATTAGTTAAAAGATGTCTACTTAACAAGATGATATTTATAGTGGTTGCTCA TCGGATTGGATTTTAGAACTTCAAGTAAAATCAGAAAGGAACCAACAACAAGGGATTTTATATAGTGGTTTCCTATGGTG GCTGTGGAGCTTTTTTCCTACAGGCGTTCGAACAGCCTACTCTTTTAGTGGCATCAAGGCATGGAGGAAGTTTTGGCTTG GTGGCGAAAGGGATTTTCTCCTCTAGCTGTATTTGCATTTTCTTTTTTTGTTGTTTTTATTGTGCGTGTTTAATCTTTTG TTGAGAGGACAGAGGACTTGTATATATCTCCTTTTAATTTATAAAACTTAGGC
CDS sequence (LotjaGi5g1v0013500.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGGTTCGGCAGCCAAAACAGTTTGTGTTACGGGGAGTACCGGTTTCATCGGGTCATGGCTTGTCATGAGACTCATGGA GCGCGGCTACATGGTTCGAGCCACCGTACAACGCGACCCAGAAAACATGAAGAAGGTGAAGCATTTGCTGGAACTGCCTG GTGCAAAGACCAACCTTACTATTTGGAACGCCGATCTTACTGAAGAGGGAAGCTTTGATGAAGCCATCAATGGGTGCTCC GGAGTTTTCCATTTGGCCACCCCCATGGACTTTAATTCCAAGGATCCTGAGAATGAAGTGATCAAGCCTACCATAAACGG GGTGCTAGACATCATGAAAGCATGCCAGAAGGCTAAAACTGTACGGAGGCTGGTTTTCACATCCTCCGCAGGTACCCTCG ACGCTGTAGAGCACCAAAAACAAATGTTTGATGAAAGCTGCTGGAGTGACGTTGAGTTCTGCCGGAGAGTAAAGATGACT GGTTGGATGTATTTTGTTTCAAAGACACTGGCAGAGCAAGAAGCATGGAAATTTGCCAAAGAGCATGACATTGACTTCAT TACAACCATTCCATCCCTTGTTGTTGGTTCCTTTCTAATGCCAACAATGCCACCTAGCCTAATCACCGCTCTTTCTCCCA TCACCGGAAACGAGGCCCATTATTCGATCATAAAGCAAGGCCAATTTGTCCATTTGGATGATCTTTGTCTAGCCCATATT TTCCTGTTTGAGCACCCTGAATCAGAAGGAAGGTATATCTTGTCTGCATCTGAGGCTACTATCCATGACATTGCAAAGTT AATTAACTCAAAGTATCCAGAGTACAATGTCCCCACTAAATGA
Protein sequence (LotjaGi5g1v0013500.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MGSAAKTVCVTGSTGFIGSWLVMRLMERGYMVRATVQRDPENMKKVKHLLELPGAKTNLTIWNADLTEEGSFDEAINGCS GVFHLATPMDFNSKDPENEVIKPTINGVLDIMKACQKAKTVRRLVFTSSAGTLDAVEHQKQMFDESCWSDVEFCRRVKMT GWMYFVSKTLAEQEAWKFAKEHDIDFITTIPSLVVGSFLMPTMPPSLITALSPITGNEAHYSIIKQGQFVHLDDLCLAHI FLFEHPESEGRYILSASEATIHDIAKLINSKYPEYNVPTK
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 |
|---|---|---|---|---|---|---|
| Gene3D | 1 | 280 | 280 | 3.2E-118 | – | |
| PANTHER | 5 | 280 | 276 | 1.2E-140 | – | |
| PANTHER | 5 | 280 | 276 | 1.2E-140 | – | |
| SUPERFAMILY | 6 | 278 | 273 | 5.75E-63 | ||
| CDD | 8 | 280 | 273 | 4.07278E-158 | – | |
| Pfam | 8 | 249 | 242 | 3.3E-26 |
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 | Coenzyme binding | Interacting selectively and non-covalently with a coenzyme, any of various nonprotein organic cofactors that are required, in addition to an enzyme and a substrate, for an enzymatic reaction to proceed. |
Expression pattern of LotjaGi5g1v0013500.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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