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| Field | Value |
|---|---|
| Gene ID | LotjaGi2g1v0196100 |
| Transcript ID | LotjaGi2g1v0196100.6 |
| Related isoforms 7 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Fructose-bisphosphate aldolase; TAIR: AT1G18270.1 ketose-bisphosphate aldolase class-II family protein; Swiss-Prot: sp|Q46888|YGBJ_ECOLI Uncharacterized oxidoreductase YgbJ; TrEMBL-Plants: tr|K7L0V1|K7L0V1_SOYBN Uncharacterized protein; Found in the gene: LotjaGi2g1v0196100 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr2:63027027..63048432) extracted from Lotus japonicus Gifu genome v1.2.
ATGGAGTCTCGGAAAGTCGTCGGTTTCGTTGGTTTGGATGAATTGGGATTGCAGATGGCGTCGTTGCTCGTTCGCCATGG CTACGCTGTTCAAGCTTTCGAGGTTCCATTTTTTTCTTGATTAGAATTAGAATTAGAATTAGAATTAGAATAATGCCAGC TACAGTTACCCGTGTCGTGTGCTGCATGTTTTCCTTTATTTGCTGACAGGGACTCTGGTGTTGTTATTATCTTTTCATCA AAATGCATTTCCAGTTTTTCCATTAAATATAGTACCTTTTAACAAATAGAAATAGAAATGTTTAACAACCCAACTTATCT CACTTTATATTTCATTTCATTTCTTATATTTGATTAATTTCGTTTCAAAAAAAAAAAAAGAAAATTTGTTTCAAAATGAT TAATACGTGTAAATTGATTTTTTTTTAGAGAAATTGCACCTCCAAAGATTGACCCTCACCCCAACTCATATGTCCCATAG CTTTTACCACTTGAACTATTATTTAGGGACGAGTAAATCTAGTTTATAACTTTATATTATTATTTATAGTTCATTTATTT CATTTTAATTAAGTTTTGTCATTATCAAGAATGTGTAGTACTGTTAATAATAGATAGTTTGATTCCTTAAGGGATTTTCT TACTACTCTTTTAATAGATAGTTTGATTATCTTACTACTCTTTTATTTTAAATTAAGGATCATTCAAAATTTTATAAGAA ATTTCAAAAAAGTGTTTCTTAATTTTTAAAATAAAATTTTATTTTATTTAGGGCTTTAAGCCCTCCACATTATCAATTTT ATTTATTTAATTTATTCATAATTTAAATTATTATATTATCTCATTCATTTTAATAAAAATATTAAATTAAGAATTAAATT CTAAAAATCAATATCACAATTTTTAAGATTATATATGCTTTGATATAAATTCAAATATTTTATTTGAATAATCATTTTAA AATAAATAAATATTAAATAGATATTAGCTTATTTCCTAAGTGCAACAAAAAATATATAGTTATTAACATGTAAATAAGAG CTAGAAGACATATAGGTTGGGGTGAGGGAGGTCCAGGGATCAATCCCTGGTGGGTGCAATTTATCTTTCCGATGTACCAA AAAAAAAGTCTAAATATAAGAACGACTATCAAAATTAGGGATATTTACCTCTTGGGTCAATAGATTAGGCAACTCATCAA CAAGGTGTTGGTCTAGTGGTAAACAAGTTAGATCTGTAAGGGTGAGGTGATAAGATCGATTCCTGAAAAAGTCATTTTGT CGGGAGGATCCGCGACCGTATCAAAATCAGGTTAATACATGCAAGGACAAAAATAAAATAGATTAGGCATCTCATAATTA TTTCCTCCCCTCCCCTTTGATTCCGCCTCTTCTATAATTTTATACTTTTTTATTTGCAGCAATTTTGTATTTACTTATAA TATGTTCAATTGGTAGATAGGTGATCCCATCTTAGAAGAACTCGTGAAGCTTGGAGGAACTAGGTGCGCAAGCCCTTTGG AAGCAGGGAGAGGTGATTGATATTTTAGCTATATGGTTCACCATTTCATAAACTAATGTTTACACGGCCTGATAATCATT GCTCTGGTTTGTTGCAGTACCCCATTTAAATTGAGTTAAAATTGGTGTATTCAAGTTTAAAATTTGTGTACTTAGACTTA TTTGTTGGATATGAGCTGAATTTTGATATTGATAACTATTTTTCGAAGGATTGGGGAAGCACCTGTTATCAATCATAGGC TAAAACATTTATACTGTAGAAAAAATAATAATAATTAACTTGTGGCCATAACCAACAAAAGCTGAAGCTTGGATGCATGG ACAGGTTGGAGAATTTCCTATTTATCAGTGGACAAGATGCTTATATCTTACTGTTTGACTTGAAACTAAATATGTACATT GAATTCGAATTGAATGCTTTAAAATACAACTACTACTTAATATGGTTTCATAAAAAGAATCTTATGGAAAATTTGCCTCT CAAGTTTTGTTGAACTGCAAAGCTAAAGCAGGCTCACTCTATATCTGGCATGCATCAAAGAAGTCATACTTCTGAAATTG TGACAGAATACATGAAGTCATACTGTAAGATAACAAAGTTATGGTGAACATCTTGTATTGAAAATGGTCTGCTTTGCCAT ATTTCAAGTTACTTGTAGCTCAACATTTCATTATTTCACTTGAATTTGCAGTTCACAAACCAAACTTCATTTAGAGAAAG ATAATTCTTAGATTAATTATTACTATTATAACTATTAGAGTAGATCTAGTAGTTCTCATTAGGAGTCTTCTAAGAGACTC TTCATGTATTCTGTAGGTCTATATATATAGACCCTCATGTAACTGAATCTCTATCTTGAATCGACAGTTTTCATAATTCA GGTAGAGTTAGTTTTCTCTCTAAATTAATAATAACAGGTGTTGTCCTCTCCAAAAACAATGATTGGGAGATTGTTTCTGT TCTATTGGTGTCATCTAAGCCATGTGCTGTACAATTTACAGTTACATGGACTCCCTAATGCTTATATATGTACACATTTT TCTCATGTGCAGGTGTAGCAGCTTTAGTTGTCCTAATATCTCATGTGGATCAAATTAATGATCTGATTTTTGGTGACGAG GGTGCTTTGAAAGGTCTCTATAGAGCCTTTTGACATTATACATAATTTATATTCAAGGAGCTTGGTTCATGTAAAAATAA TTTTTTGAATATGCAGGTCTAAAGCCAGATACAGTCCTTATTCTTCGTTCAACCATATCACCATCAGTTTTACAAAAACT GGAGAAGGATCTTGAAGGTAAAAGATGCCTTCTATATTTTTGGCTTGATAAGATGATTGATTTCTTTGTAGAAGGAGTTA ACAAATCTGGCTTATTATCCCAAATTCAGATGATAGGATTGACCCCTTGATCCTTTTAGTTGTCGCGTTAGTCGGTCATA TGAGGATATGAAGCTATCGCCTGTTTTTTTTCATCAATATGATGTATCAGTTTAGAGATAGCTTCTACATAATAGAATAC TGGTTGAGATCACATCTCAGATTCCTCTCCCTGTTTTCTCTAGCTCTCCCACTCCTCATTTTCTTGGAATCTCTACCTTT CCCAATTTGAATAAACCTTAAATGGTGGTTTCTGGTTTCAAATGTATGTATAACATGTTTTAGGGCAGGGTAAATACCTG GATGACAATATAGATATATGGTTTTCCTTAGCCCATGCACTATATTATCTAATATAAATTTGCTGAGTTATACAAGACTG TTGCCTATTTTCCTTTCTACATTGTACTGGCATCTAAGTAATTATGATTATGCAGAATATGTAAAAACTGGACAAGTTTT TTTTTTCTTAGAAAATTTGGATTTTTTGTAACATGAAATGCACCATTAGCAACTTTACTGGCCCAAATTAAAATTCCTTA GAAAATATTACTTTTTCAGAATTAATTTATTTCATTCATGGTTGTCCAAATATTTTTCCTTCAATTTTCCAACGGCCCAC TGCTTTAGCTGGTGGTATTGTTCTATGTGATGCTTGTCTTGTATTTTTTATCTTTTGTGTTTTCAAAAGAAAAAAAAAAT CTTTTGTGTTTTCATTATGGTTTCCTTGGACAGCTATAATGTTCAGAATGCCGAGAAATTTCCTCTGATTTGAGTTAGTC ATAGTAAGGGGACCATCTGGTTAGTTGGAACTTATGTTCTATTTTTGCTATTTAATCTTCACTTAATACCAAAAGGACAA AGTAAGTTTTTTTTTTTTTTTCCGGGGGGTATTATTCCCTCCCCTCTTGCTCGAGGTACAAGTGCCAATTACAATTGTAG TTACTAGTATTTTCTGTCATCTATATTAACAATATCACTTGCAAACTTAAGGGACATATATTCTGGGATAATGTCTTCAA ACTTTTGTATTTTAGGGAAGTTAGTGATAGGGCATTACTGCTCAAAAGTAATAGTCTCTTATGTTTATTTATCTTGTAGA AATTCATGAGATAGCTTATGTCGTTGACGCTTATGTCTCTTATGGGAGGTCTGATGCTTTGGTTGGAAAAGTCACTGTAA GTTATTGTCTTATTGTTATTATATTTATAATTTCTTGCTAAGTTGTAAACTAAGAATAAAATTCCTGCTTTCTATTAACT ACTTAGCTAGTATATCTTGCATTGACTATTGCTGCTTGAACAACTTAGATTGCATCATCTGGAAGATCAGATGCCATTGC AAGAGTACAGCCTATTCTTTCAGGTAAAGTTTCGAATCTGCTTAGTTATACAGTACTCATGTCATGAAGAAAAGTGTCTC TGATTTTTTATTAATTAAGTGTTTTTTTTTGTTGACAGCTATGTGTGAAAAGCTTTTCACTTTTGAGGGTGAAGTTGGTG GCGGCAGGTTCACTTCCGTTTGGCTCTTGCTAAACCTAATTTTATCTTCATATAAAATTCTTTAAATGCAACAGTTCTAT TTGACCATGCCTTGTAGGTTACATTTCCCCCTCCATGAATTGCAAAATTACACACTTCATGATTCACTTAGATAATAATC CTAAGCTTCTTTATATTGTCTATCTCAACAGAGAAAAGTTACTATTATAGGCTGCTGTGTTTTATTGGTGTATTAAATTT ATTCATTTTATCACCTTTTTTATTGCAGCAAGGTTAAAATGGTTGCTGAGATGCTGGAAGGAATTCATTTCATTGCTTCA GTGGAGGCAGTCTCTCTTGGTGCAAAAGCTGGAATTCATCCATGGATAATCTATGATATAATTTCCAATGCTGCTGGAAA TTCGTGGTACGTTCTTAATTAGTATGAAACCGCTAACTGTACAATAAAAAAAATCCTTTCACACATACATACTCTTCAGA AAGCAGGGAGGCAGACTTAAATATAACAAAAAATATTGAAAAAGGAGGCCTGCTTTGATCCCAAATGATCTTTGTCATCT ATAAACCCAAATGTTCTGGTTTTTGCACCTACTGAATGCTGACTATTAAAATGTGCTGTCTTCAATTTAGTATAGATATT TTCTTATTGATCCTGACTCATTCTTTTTGGAAGGTGCTGACCGTTTCATTCATTTTGCAGGATATTCAAGAACAATATTC CTCTGTTGTTAAAGGGAGAGGTTAAACATCAAATTCTAAACAGTTTTGCTAAGGAGTTGGTAAGATCAATATAGAACAGA AGCAATTAAATATTCATATATTATCACTGTATTTTTGCTTGTCCAATGGTTATATCAACATTGAAATAGTAAGCTATTAT TTGATTTGACAACCCTTTTGCACTACTTTTGGAGACTTCAGATGTAGACTTAATTTCTCTTTTGCTGACCTCACAAGGAC AAAAATTTTCAAATGGAAACTCTGTTAGATATGAAACAATTCTTATGCTTTCACCTAATAGCTTAAGTGATACCAAATCT CTATCGTAGTAACAAAAAGTATTGTCAATAGGGATTGGATTGTTAAGTACGAGCTCATTAGTTCAAATTTTGCTTGAGCA ATTGAAAGTTTGACTGGATTGAGATTGTTCAAGATTCAAATTGTAAGAACTTCAAATTAAACTTAAAACCAAAATTGGCA CCAAAATTAGAAGATCCCAAAATTAACAGGGCACTAAAACGTGAACGATTTCCTTATTCTTTTTACTTGTTGAACTCTTA AATATGATAAGAACCTTGGGAGAACCATACCACAAAAGTTAGTTGTTGTAGTTTGAGAGCCCAAGACCTTATAAACCGCC CCACATTAGAATTCCATACTTCCAAGTCGCACCGAAGGTGACAAAAATTCGTAGGCTGCAGTGAAAGCAGCTGACAGTCA ACGTCAGTGAGCTGGCCTGGACACTCGATAGGTCACAATGCAAGTGACAAAAGTTCCAAGACCTTAATGAAGGCAGCCCT CGATAGGTCGCAATGAAGGTGACAAAAGTTCCAGGTCCACAATGAAGGTGACTAGGGATAAGTCGCAGAAGCAATTCCCC CTGAGATTGGGAGCTCTGATACCAAGTTAAAAGTAATATAGCTGAAAAGAATATTAGTTTCTGATTGATATGTATTACAC ATGACTAAGAAGTACAATATATTGATAAGTGTCTAGTCCATCTCAAGTCTCAAAATAGGTTTCCTAGTCTATCTCAAACA TTATCTACAAAGTTAATCCTATCTAGTATACGATAACATGATAATACCTTCCATAACTAATCTTTTCATTGCATAACATG TCCCACAATTATCCTTATCTTCTCATAATGTCTCAACAAACTATATCCTATGTTCCTAACAAATATCTCAACAATAAACA ATCTTTAAGCATAGTTTAACGTACACAAAGGGTTTTGGAGTTGAATTACTGATTTTTACTGTTAGAGATGTTTACCATTC TTGAGCCTCCACCTTACAGCTTAATCTTTTGAGATGACTGATTGAGATGGAATTAGAGCCTTAATGACCAAGTGGCAAGG AGTTCAATCCTTTCCTAACTGTGTCCATTCTTCTAATTCAATTATAGTTTTAACACAAAGTTTCAGTAATTGTCTGTGCT TTATACATGCTTTTAATGTATGGAGGATGTGCTAATGATGTAATGTGTGAACAATTCCTAGGCCTCCATGTAATAGTTTA ACTCTTGGGTAGATTGTTGACAATTACTGTGAAATTTATTTTATTTTTTAATATAAACTTAGTGCCTCAAAATTCTCTTC TATGTTGGTCTAATCACGGATTACTTTTTAGTTGGAAGAGAATCACAACACTGTATCAATCTGACTCTTATTTTCAAAAT TGACGTTTTGTTTGCCTTACAGCAACTTTGAATGTGTACAAAGCGCTGCTTTCAGTTCTTGTTGCTGTTGCTGTTGTTGT TGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTCATTTCCAAACATTTCACGATGGAAACAGAATTTGCTTTATTG TAGGAAATCATTTTGGATATGGCCAAGTCACTAACTTTTCCACTTCCACTGTTGGCTGCTACTCATCAACAACTTATTCA CGGTACAGAATTCAGTTTACTATATAGCACATTTTCTGTCAAGTTAAAAAAAAAAACCATTTGCAGCTCATGCAGTTAAG AAAATTCATTTTCAGGGGTTTCACATGTTTGTTATAATGATGATGATGATCCAGCATTAATTAAGGTTTATTTCATATAC ATCTATTTGAGCAGATTCAATTAGAAGTTGTTTTCAGAAGCTGTACTGTCTTTTTCTTAACATTCGTTTTTTTCTTCATC ATTTTCATATCAGGTTTGGGAAAAGGTTTATGGGGTGAAAATTTCAGATGCTGCAACTGCAGATGCATATAACCCTGAAC AACTGGCATCTGAATTCACTACTGATTCTAAGACTGTGAGACGCATTGGTTTTATTGGCCTTGGAGCTATGGGATTTGGC ATGGCAACTCATTTGGTGAAATCAAATTTCTGTGTTGTTGGTTATGATGTAATTTCTTCCCTTTAAATCTTAAGTTATTG CATTAAACAAACGGAAAATTTTCTTTGATTTTGTATAATAGTATCATCATAATAGTGAGTTGGAAACTGTCAAATTTGTC CTTATTATCAATAGCATTGGTTTCCACTGGAAAATTCTGTTTTCTATCAGGAACTAGAAAATTAAAAGTCAGATCCAATT ATAAGTATGCACTTAGAAGCTTATGCATGAGTTATATTTGCAGTTTATTTCATTTTTATATGCTTGTTAGGGATTTGAAT TAAAATAACGAACTAGTATTTTATCTTGATTCTTAATTGCAGAAAGAGAAATGGCTCTGTGTGTGTGTGTGTGTGTGTGT GAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAATAGAGGGATACTGTAATGGGATACACACCTAGGTGCAGTCTCCCC ATAAATTAAGATGATACAACATGAATTAAGGTTAATTTCATATACATCAGGTTTGAACAAGTGTATCTGCATCCGCTCTT TGTCTATTTACTTTTGTTTTCTATTTCGTTTATGTTGATATTTCTGATATTCTTTTATGCATGCAAATGGTTCGCCATCT ACGTATGGTCTGGAATCTGGATGTACAGTTCAGATCAAACTATTTATTGAATATCATGGTTGAAATTTGAAATGACCGCT ATGAGAATCTTTATAAATCCTTAATTTTTTTTTACATCTAGGTGTATGAACCAACTCTAGTTCGATTTGCAAATGCTGGT GGCTTGGTTGGAAATTCTCCTGCAGAAGTGAGTAAAGGTAAATTGATACTACTATATACTATATGCCCAAAAAGATTATA CATACCTATTAGAGAGAGAGAGAGAGACTTCTGGAAATGTTGCTGGTGCTGTTGAGAATTGGGACATCGGTTCCTGTAAT GACCCAATTCTCCAAAACTCTAGCATTGTATGGCCGGAATGTCCACCACGACCTCTAGCACCACCACGACTTCCTCAGCC TCCACCATTTTCGCCACGAAAGCCTTAATGGGCCGCTAAAGCAGTGCGATCGAAAGTATCAACATCTGGAGCAGGTTTGG GTTTCTCAGAAGAGGACGACTGCATGACCCAGGAGAAAACATCGGTGAGAGTATCCACCGGCGTGCTCGACAAAATCTGA GACCTGACCACCTCATGCTCCTAATCAAGGCTAGATAACGAGCTCAATGCTATCAATTTCTTCTGCTGGGCTCCTCTTTT CTCTTGCAAGTCCGAAGAGAAGTCATCTCCTCAATATATTTCTTGAATTCCAAGAAATAATCCATCAACTTACGCTTATC CTGTTTCGGGCGAAATATCTGCTACAACAAAGCATAGATGCGATTCAAATTATCAGTCTTCCAAAAATAAATTGTAGTAA CTTTTCACAGTTTGACAATTAAAACCTTGGTCGGCCCTTTCTCAAGTGGTTGGAAGAAAATATTTCTGTTTCACTTTTTT TTTAGAGAGACGGCAGACCTAGGCATGTTTCGAACCTAGGCTCTCAATACCATGTAAAAAAGACAAAAACTAAGAGAGAG ACATGGAGGATAGAGAGAGAGAATGAGATATTGTAATGGGATATACTGCTAGGGGCAGTTTCCTTCATATATATAATATT AGGTTTATAGTAGAACAACTTGTAATACAAAGTACGTACTTAAAGTACATATGGGTTTGACCCATTGACTCTACTTCTAA CCCTAACTCTTAACATAATCCGTATCGCTAACACTATTCACATATTATTGCTTCCAGATGTTGATGTTCTGATAATCATG GTTGCCAACGAAGCTCAAGCAGAGAACGCTTTATATGGAGAACATGGTGCAGTTTCAGGTGTGCATTAGTATCTTAATTA CCCATGTTATTATATATATTTTAACTGCACTGATCCTTCTTTCGGCATTATGTAGTTCTTCCTCCTGGAGCATCAATTGT TCTTTCTTCTACTGTTTCTCCAGCATATGTGAGTCAGCTAGAGCGCAGATTGCATAGTATGTTACCACTCCAGTGATATG GTTATTTAATCTGTATTACATTTCAGAATTTCTTTCTTCCTTTCCTCTTTTATGCAAGTGCAAACTGAATTTCAGGATTG TGAATTTGCTACTGTCATACTGTGTTTAGAATTTTAATGTGTTATTCGTTTCTCATGCAAGTAGTGGAAAACTAGTTGAG AAGGTTGATTAGCCTATTTGAAAACTAGCATAATTCATTGGGTAAAAGTTTCTGGCTAAGTAACATGACAGGATGTGGCG TTTTAGAAAATCTATTTGAGATGAAAGTTATCTTATGTGTTAGTAGTGTCATACAAAGTAGATAAGTAAATGCAATTTGA TAGTCATCAAAGTATATTTTTCCTTCAAAATCTTAAGCAAATATGTTATGCTTGAAAAAATTATGGATGTACGTTAGAAT ATAATATAAAACCATTCATGTGGCCCTTACCCAAAAGCTCAAGCTTTTGGGATAATTGGTTGTTTGACAATATACTTTCT TTGTTATGATTTTAGTCTGAATACTTCCAGTAGGCTTGAATTTCCAATAACCAAAATATGTCAACTTCCACTTATGCCTA CTGTGAAGAGCCATGTGAGTTAAAAATGAATGGAAATAGGCTGCTTTCATCATCCCTCTATGGGTATGACAACATACAGA AGTTTGTTTTATTACTACTCAGATTTAAACTCTGGCTGGACATTAGACACTTCTCATCTCTTTTACTGCAGTTGTATGTA GTGTCTATATCTTAACACGGTCTTTGAAACTGGAACTATTTTGAATAATTGTCTGATAACTGGTTGATGATGATTGACTC TGAAGTACAATATTTATAGACTAGATTATCGATAGATGTTTCCTAGTCAACTATTAAGTCTAAAGAAAAAATTCTATACA ATAAAATCTTATCGTATCCTAATTTATCATCAAAAAATAACATCTTAGAAAATCTAATCCTATTGAACTATATCCTAATA GAATTATCTTAACAAACTATATCCTAATAGATATCTCAACACACGGTTTTACGTACTTGGCTAGGATTTTAACTGTAATG CTTAAGGCAGTTTGTGTGTGTTTCCCCATCAATTATCTCCAATTCATAAGAACAAGTGTTATAATATTAGTTTAAATGTG CATAATCCACTTTAATTTTAGAATTTTTCGATGACTAGGATTTGAACATGTTATAGTTGATATATTAAAGCTATCTATGG ATTCCCTTATTTGAACCTGGATCATATTTACATTGATGATGTTTGTAAGGAATATTATTTATTCATCTTGAATGCTTTTT CAGAACTTATTCTACACCATGCTTTTATGCCTTTAGTGAAGGATGCAGTTGTGTAACCATTGACATAAAAATAACGCAGA TGAAGGAAAGAATTTAAAGTTTGTGGATGCCCCTGTTTCTGGAGGTGTTATGAGGGCCTCAATGGGAGATCTTACGGTGT GAAATACATCTTTGGCTTTTATTTAAACGGTTCTTTAAATTTTGTAAACTGAACAACTTAAGTCATGTATGTTTCTCAGA TAATGGCTTCAGGAACTGATGATGCTCTTAAGAGTGCTGGTTTAGTGTTATCAGGTAAATTACCTTTGCATAGAAGTGAA TCATATTATTTTTAATTCTGTGTTTACAGAGATTTCAGAAATAACTTTCTAGTTGTTTCATGTTAAATTCTTTATTTATA ATCAGCCTTGAGCGAAAAGCTTTATGTTATCAAAGGTGGCTGTGGTTCTGGGAGGTATTGTTTAATTTATAAGTCAACAA TTATTTATCCATGTTTATCCTTTCACTAATAGTACTAATACTTCTTTCCATATGTATGAAACAAGTAATGCAATATAAAT TCTGATTGAAGGTGAAAGTCAAGTTGATTGAATGTGATAACAATATTTCAAATTAATGGACAAGTACAATAACATATTTT GGTCTATTTTGTTCTCTAGTGGTGTAAAGATGGTTAACCAACTGCTTGCCGGAGTTCATATTGCATCAGCTGCTGAGGCA ATGGCATTTGCAGCACGATTGGGTTTGAATACTAGACTGCTGTTTGATTTTATTACAGTTAGTGGTGGAACATCCTGGTA TGTCTCTTCCATGAAGTTATCACTTACTCCTCTCCCCTTCCCCTGGCCAAATAAGGAAAATAAGAAGCAGGAAAAATCAC TTACGAGTTTCTTCTTGGTAGTTTTTTTTTCAGTAGGTGTTTACATTCCTAATAATCAATTTTTGAAGTTATGAATATGT TTATGGCTTTGTTTTAGAGCTCTCCTCTTGGCTATTTCAAAGGACATTCAGTCACCGATTGCTGTTCATTTCCTTCTCTT TCTCTAGTTGTCCTTTGTCTTTTTTCTCTCTTCATTACATTCTTCTTTTATGCAGAAACACAATCATAGGTTTTAATAGA ATAGGTACTTCTTAATTCTTATGTTAAGAGATGTCTTATATTGCAGGATGTTTGAAAATCGTGTCCCACACATGCTAAAC AATGATTACACACCTTATTCAGCACTTGATATCTTTGTTAAGGACCTGGTCAGAATGAATCTATTCTTTTCCTCTTTATG TTTAGCAAGGGCATCAGGGGACACTTCAGTTGAGTAACATCTTAATTTTATTTTTTAATGTCTATTTTCATATATAGGGA ATTGTTACTCGTGAATCATCTTCTTTGAAAGTTCCACTGCACCTATCGACTATTGCTCACCAACTGTATCTGTCAGGTGC TGTGTATTACTTTTATTTTTTATGCAATATACATTCTTATGTTCTTCACTCAACTTGGTCATTCCTATTGGAATTTAATT GATGGGGGGGGGGGGGATAAAGCTACGGTTCTATTTTGGGGTGGGGGCAAGGGATAGGAGTAAGTCTTATTTCTAATCAC ATTAATAAGTTACAGGGAAGAAGGAAAAGAGGATTAAAAATGGGCTCGTCCATCTGATAGACGAAGGGTGGTGCATGCAT TATTCATGGTCTTATTTTGAAATGACCCTCATGTTACTAAAAATTAGATCTGGTATCTCAAACGGTTAGACACCATGTGG AGGCCTTTCTGCATATGATGCATGATGCATCTCAATATGCTGAAGGATACCTCTACTCTGATGTGTAATTACTAAGCCAC TAGGAATGAGCTATTGGTAATTAGTTTGTCTTGAATTTGGGCAGACTTGCTTATCCTTACTCCAAAATCTAGCTCATGAA GTGAGGATTTCTAAGCCTTTATAACTCTACTCTTGCCATATTTTTTATTGATATGGGATCTTAAAACATCCATATCACGC TGACATCTGGAGAATGGAAATTATAGGACTACTATACAACGCATAATTTCCCTATTTAAGTTCATGTCTAACATCTTGAA TAGCTTGCTGGAGACCTCAAGTTAAATGCTCATGTAGTTGTAGTGACCAAAAAGGAAAACATGTAACTGATAGAAGTTAG CTATATCGTTTTCAGCAACTATCAAAGTTTTTTTCAATTTGTTGAAGGTCGCTACATGAATCAAACAAAGGCATATTGCC CTATCATAAATGATGTAAATATGGACTTTCTTAAAATTGCAAGGAGAAATGCTTGTTCAAACCTGTAATATTGTTGTACA GGTTCAGCTGCTGGTTGGGGACGGAAAGATGATGCTGGTGTGGTAAAGGTATGAGCAACTAATGTTGGTTGACAGAACCT CTAGAATATTATATTTTGTTATTTTTGATATCATGGAATCAAATGAGAATGCCATTTAGGTTTTTAAAATATCAATTTTA TGCACTGCCATCCTCAGCAATTCATTGAAGTATGACTCTTTGGTCGATCTGTTCACCATATTCTGGTTTGTCAAAAGAAT AAGAAACATCCTAATGTTATCTACTACCCCCCCCCCCTATCTTAAGACTCTGCAAATCTATTTACATATGATCTAAATTT GTGTAATAGTATGGTAGAAATCTTGACTGAAGTAGTTCAGAAGGATCTGGAAACTTTTTTACAGGTTTATGAGACACTAA CTGGTGTTAGAGTTGAAGGAAAACTGCGGGCTCTTAAGAAAGATGTTGTGTTGCATTCTCTTCCACCTGAGTGGCCCCAA GATCACGTTCTTGATATACAAAGGGAAATAGAAAGCAATTCAAAAACTTTGGTTGTTCTAGATGATGATCCAACAGGAAC ACAAACTGTTCATGATATTGAAGTTTTAACTGAATGGTAAGTGTAAATAATTTTCTTGCCATTTGTGAGTGCTTGGCAGA ATTAATGCTACTGTCAATAATATCTCATAAAATACTGGCAAACCAAATTCCGTTTTGGAATTATTATTATTTCACACCTA TAGTACCTCATTTAATTTAGGAAAGTAGCTAACGGATTCGTGTATATTATGTCAATACCTTTGTACACTTGAGTAAAAGA TTTTTCAGTTTTTCACCTATTTTTCAAATCTACCAAACCTCTGGTATTTCTATTTGAGCTATTTTATAGTCACTTTCTCT ATTAACTTTAAGATCTTCTGGAAGAAAAATCTGAATTTGTTATCAATTGGACATGTTCTTCTGCAGGACTATTGATTCAC TGGTAGAGCAATTTAGAAAAAGTCCAAAATGCTTTTTCATTTTGACAAACTCCAGGTCACTGAGTTCTGAGAAGGTAAAG ATCTTATAACCCACATGCACCAATAATGAAATTTTTATTTAGTTTAAAAAGGAAAAAATATTGCTAATATGATCTATTTT TTCTAGGAAATCCATTTACGATCATGGGTAAAAAATATAGAATTTTATTCTAAGATAAAATAGGGCATGCATATGGTTTA CAAAGCGCCACACTGGGTCCTATTATTGCTCTGTAAATGGAAAAGCATGCTACTAATGTAGAAAGAAAATGTGTCTTAAT TATTGACATGCAAGATTTGAGCTGAATAACGTCTTGAGCTGTAATAGTTGCAGCTCGATATCTATGTGCCATCCCATAAA GTACTTCAAAAGCAACCAGATGGATATAACCTTTCTCCCAACCAGATTTCAAGCAATTGGATATTTCAAAGATCAGTAAT ATTGAGTTCAATGAAGTTAATTATTTACATTTGGTATCTGACAGGCTAGTATATTGATAAAAGAGATTTGCAAAAATCTA GACAGTGCAGCAAAATCTGTTGACAGCATTGATTACACAGTAGTTTTGAGGGGAGATTCAACTTTGCGTGGTCATTTTCC AGAGGCAAGGATGACATGTTTAATATAATAAGTATATTTTACTCAATGATATTGAGACTCATGTTTCAATTGCAAAATGA CATGACTGTTGTGCACAGGAACCAGATGCTGTCATTTCAGTATTGGGTGAAATGGATGCATGGATAATTTGTCCCTTTTT TCTTCAAGGAGGCCGTTACACTATTGAAGATATACATTTTGTTTCTGATTCTGATACGTATGTTTTCCATTCATGATCTA GCTATAAGGAATTATGAATGTACAAAGTTATAATCCTGCTTCTTCAACTTTTTGTCTGCAGGCTTGTTCCTGCTGGGGAC ACAGAGTTTGCCAAAGATGCTGCCTTTGGCTATAAATCTTCAAATCTACGTGATGTAATTTTTTTTATCCCCTTTTTTAC TTTATCAATGTAATTTATATTTACATATTACTCATAAGACTAATTATTTTCTGAGATGCTCTTCACAAAATATAGTGGGT AGAGGAGAAGACAAATGGCCGAATTCTTGCAAGTAGTGTTGTATCTATTTCAATCCACCTTTTGAGGAAAGGGGGGCCAG ATGCAGTTTGTCAACATCTATGCAGTTTGCAGAAGGTATATAATTAGATATAGTTAATGCTCTTTCGTGTCTAAGAACAC GTGGCATTACTTTTTATAGGTAAGATATCATGAATGAATAAGTAGTTCTATTCGATCCACTTACTTCGATCTTGCCTATT GTATTAAACAGGGATCAATATGTGTAGTTAACGCAGCTAGTGAAAGAGACATGGCTGTATTTGCACTTGGAATGATCAGG GTAAACTTCTTTCTTCTCTTTTGTGCCCTTTTTTTTGCCCATTTTGCTTGTTATGTTACTGACGTAAATGTTCTCCTTGC ACTGTTTTATCTTGTTAACAGGCAGAATTGATGGGAAAACGTTTCTTGTGTCGCGCTGCTGCTAGTTTTGTTTCTGCCCG GATTGGAATCATCTCCAAGCCTCCAGTATTGCCAAAGGATATAGGAATAGTTAGAGAAAGAAATGGTGGTTTGATAGTTG TGGGATCATATGTTCCAAAAACAACAAAGCAGGTAAAGAATGAAATTAAGTGATTGAAATCAAATCTCCCAAGCATACTC ATTTTCTCATCTTGTCTCATGCTTATAAACCCAGGTTGAAGAGCTTAAACTACAATGTGGTCAGTTCTTAAGAAGCATTG AGGTGATCACCATCCAAAATTTCTCTTCATCATTTTCTTTGTTAATTTTTTATCCTAGCCTTATGTAGGTTGTGAAGCTT CTATCAGAATTCAGAATCCGTTACAGATTATAACTGTCTTACATCAACTAACTAACAACTGTTTACCAAAATAATCACTC TAGCTATCTTTAACTAAACATATGCCTAATGCAATATAGTAATTTTTCTTTCAAATTTCATCTGCTGGTCTGATTAGGAT TTCATTGTTATAGGTATCTGTTGAAAAAGTTGCAATGAGATCTATTGAGGAGCAGGAGGAGGAAATCAGTAGAACAGCTG AATTGGCAGATGTATATCTTAAAGCTCATAAAGACACTCTTATAGTGACTAGTCGAAATCTCATAACTGGAAAAAGTTTG TTTTTCTCTCTTTTGTTCATTCTCTCTCTACATCTTGCTTGGTTAGACTTTGATATTAGAATTGTTTTAGCTTTCAAGGT CAGCTCTAACCAATGTCCTTCTTATGACCATTCAAAATACAGTAGTGCATTTAAATGGGGAGATAATTTTATGTTCTTCA TTCTTATCTTCTGGTTTATTTTCAACTTTGCAGCTGCCTCTGAGAGTTTGGATATTAACTTTAAAGTGAGTTCTGCGCTG GTGGAAATAATGAAAAGAATAACAACAAAACCTCGCTATATAATTGCAAAGGTACTCTAAATGACTCAGTGAACTTGCAT TATGATATGGAAAATATGATACCTCCTTTGTCCTATTGACCTTACATTTTTTTGAAAAATTGCCACTAGTTTATATGGGC ACTATTTTATTTACAAATACCAGCATAGTCACAATATTTACACCTTTTTGGGTCGATCACCAAGGCGCTCTTCAAATCAA GATCGTGTTGTTAGCTATGCACCATCAAGTGAGAAATATGTTGTTGATCAATAAATTCATGAAGTTTTTTATGGGGACAC AAGAACAAGTTGACCTGAGTGTTCACTGTTCGTGCATAAGAATGCAAGAAACTTATTCAAAACACTTTACAGTTTAATTT GTTACTCCTCATGTATAAAACACTTTCTCATCCATCTTGCCTCCTTTTAATAAGTTTAAACGTATATAAAATAATTTCAT GCATGTTTATCTTAATCAGATTCATAGTTTGGGGCCATAAAACCCGACTACATACAATTCCTTTTTGGCTATGTCCCAAG ATTTAGTCAAACACTGACAAATAGTACCTTTTCTAGGGTGGTATTACATCATCAGACCTTGCTACTAAAGCCCTTGGTGC AAGATGCGCCAAGATTGTCGGACAAGCACTTGCTGGTATTCCCTTGTGGCAATTAGGCCCTGAAAGTAGACATCCTGGAG TTCCTTACATTGTCTTCCCTGGTAAAAGTTTCTGACTAAATCTGAGTGTCTTCTGCCTTGAAGTCTGTATCTTTCTTCAT TCTTCAATATATTTCATCTTTACCTATAAAAGATAATCTGCCTTTGGTAGGTAATGTTGGCGACAGCAAAGCATTGGCAG AAGTGGTGAAGTCTTGGACTTGTCCTATCAGACTTTCATCAACAAAAGATATTCTTAAAGTAAGTTTAGTCAAGTTCAAT GTTTTGCAGCTGAATTTCCTTGAATACATTTTTTGTTTTGCATAAAGAATGCAGAAAAGGGTGGATATGCTGTTGGAGCA TTTAATGTCTATAATTTGGAAGGGGTTGAGGCTGTTGTTTCTGCTGCAGAGGAAGAGCAGAGTCCTGCCATACTACAGGT GAGAAGCAATCAGTTGAATCTACTGATATGTATGTATTCCTTTTCATTATTAAGAACACAAGTAAAATAACGTGATAGCA CTAAAAAGTTGGGGGAAAGTGAGAAAAGGCAGAGAAAACTAATTGTAAATCAAGAGTTCTAAGCCTGTTAATAAGGATAA TGTAGAACATAATAACTACAGAGCTTCTTTTACCAGAACAGTTAACCTTGAGTACTCTTCTGACTAGGGTTTCAGTGTTT CACTTACTCTTTTGAGGAAAAGAATATATCAATGTTGTATAATTATCTAAAAAAAGGCTGAATAATGTAAGGCTCATAAT GAGCTATAGCGTATTTATAACCTAAGGATAATAAAATCATATGGAAATCACAAAATCCTAATCAAATATTAATTTCCTGA AGTTTGTGCTTAATGTTATATGTTTCTTATTAACATGATAATACTTTCCTGAGAAACATATAACATTAAGCACAAACTCT ATTAGGTATAAAACTAGTTTTAGCTAACAGCTTAAACAGTCGAGATACTGGACAATATAAAATGGTGTCAGAGCATCTAT AAATGGGCTACAGTTTAATCCTTGATACCCACAGGGAATTTCTATTTCAAGGGTATTTTTGGAGTTGTTTAAAAAAAAGA AACGGGTTGTGTATATAATATTTTAGGGGTGTGCAAAAAGCAACACCCATAGATATATGGGGTTTTTATCTCTTTGTATG ATCTTCATTTAGCCCATTTCTAACCAACCAAGGACTTCAAACTTACAGTGCAATGGAACATGGGGGGATCTCTATAAAAA GCCAAAAGGTCCCAGTGTCCCACAACATGGCTCCATATGTATGGTTTGGGGGAGCCCAAATGCGAGGGGTTAAAAAGATC ATAAGAGCGAACATGACATAATATATTCACTTAGAACCTTAAGATATTAAGCATATGCGTCTGTTCTCTTTATTTTATTT TTTTGTTTTGCCCAGTTTTAAGCTGAGACTTAAAACTTGCACTTGAATTTCTAACATGTTCATCATGTTAAATATGGCTT ATTTAGATGAGTCAAAATTCATTTTCGATTATTAAAACTCGGTTCCTCTAAACTACTTCTGAATTACCTGCATTCTTTCA GATCCATCCCGCCGCCTTGAAGCAAGGAGGAGTTCCCTTGGTTGCTTGTTGCATTTCTGCTGCAGAGCAAGCCAGTGTAA GTGGAATTTCTTTTTGAAGTAAACGGAAATCAGAATAAAAGTATGAATGCAAAGTATTGTCATGATCGGGAAAGGGTATG CTTGATAGAACAGAAAAAAAAGTTTATCTCTGAAATTCAATATTGAACTTTTTATCTTGAAAATATCAAAATTGACTTTG TATTTTTTATATAATTTTTATTTGGATTTTGATGATGGGTCAAAAAAACTAGTTTCAGAAAACCATACCTTTTATCATTA AATTAATTCCGTGTTTAAATTAAAGGGAAGAGTCATTTCTGAAAACCACTAGAATCTTTAGTTAGAATGGGATTCCAACT CAGCACCTTTTGAGATTTTAAGAAGAGTTCCTTTATGGATCCCTAGAGCTGAAAGTTTTCATCCACGTCTATTTAATTTT TTTGGAGAAGGTATAAACAAGCATGATAAAAACATCTCTAATGCAGAACATATTCAAATTCCTGTGTTTATTTTTAGGCT AATACAGCAGGTATATTTCTAAGTATCTGGTAAATAGTACATGTGTTTGAAAGTAGAAACACATGTCTTTATTTAGGCTT AGGTAAACACTAGTTTGAGTATCGTTAAATTTTACTGCTTATACATGCAAATATGTAGCAGGTTCCCATTACTGTTCACT TTGATCATGGAACTTCAAAGCAAGATCTTGTGGAAGCTCTTGAGCTGGTAATTTTTTGTATCTACTTGCATAGTAATTAT ACTTTAGAAAAATTTCTATCTCCGTTCCAAAGATGATGCAATTTGCATTTGTGGTTAGTTTTTTATTTATTATCTCCATA CTTTAAATTAAAACTGTATATGTAAATGCTACGATTTCAGGGATTCAGTTCGGTGATGGTCGATGGTTCAAATCTTTCTT TCAATGAAAATGCTGCATATACAAAGTTTATATCATTATTGGCTCACTCAAAAGATATGTTGGTAGAAGCCGAGCTAGGA AGATTGTCAGGGACAGAAGATGATTTGACAGTCGAAGAATATGAAGCCAAGCTAACAGATGTTAATATGGTTGCTATCCC ATCTATAATAAAAACTCAAACATGCCTGCTATACTTGTCATTGCTAATTTTATTAATGTTGGTCTCATTAATTTCCAGGC ACAAAAATTCATTGATGAAACTGGCATAGATGCTTTGGCAGTGTGTATCGGTAATGTGCATGGAAAGTACCCAGCAAGTG GTCCAAAACTCAGACTTGATTTGCTTAAGGTGATATTAAATCACTACTTATATTCTTTAATCATTTATTCATATAGTTAT ATAAAAAAAGTTCAAGATCTGAAGATCTAGCTGAAATTTTATGCTAAAATTGTTGGGAAATCGCAAAAACCATGCTAGCA TGATGAAATTTTGGACACCTTATTTGCATTTTTCAGCCTCTTCGGCTCTTCTTTATTTTAGTTCTTACATTTGGGAGGAA TCTTTCCTGTTCCTCCCTAGATGTGTTTCTCTTTTTTATGTAATAAAATTCCTTCCTTGCTAAAAGAAGAAAATGCCTAT AGTTCCTTATTTAACCCTTAAGCAGAAGTGCCCCTAGTTAAACAAAGAAAATGACAGATATAACAAATTGTGTTTCCCAT TTCTGAAGTGTGTATGAGATGAACTTGATTACTCATATGTTCTATAAATTGATCTTCTCTTCAATATGGGTAGTCCAATG TGCATTTGAATCTGTATTTGTGGAATAACATCCTTACAGGTTTCGTGATACTGAATTGCCTTTCAATATAATTGGTTTTT GTTGAAGCAGCTTTATTATCTAGGTCAAGTCTTCCTTATTTTTTTCTTAAAATAAGTTGGGGAAGGGCGGGTACCTAATG TTTCCAAATGGATAGTCATTTTACCCATTTCTGGGGAAGAAGCTCATCTAATGTAAACACATTTGTAAAATGACAAAGTA AAGGGTGTTTTTACATTAAATCAAGAGATAGATATAATCTCACTTGCTCATTTCAGAGACAAGCTAACTTTATAGGAGCC TTATCCATATCCTTAGTGTGATTTTGACATTCTACAATGTTTAGGAGCTGCATGATTTGAGCCAGAAGAAAGGAGTTTTT CTAGTGCTACATGGCGCATCAGGTTTGGGCGAAGAACTTGTTAAGGTACAGTTTTACACAGGTTTTGGAAGTTAATTTTA TGTTTGTCAAAGTAATTTTACATGTTATGAGCATCAAGCTCAGGATGCAGTTGCAATACATCACAGATTTTGGAGGTTAC ACTTAATAACATTTATTTGTGAATGACAATGAAATGAACTCTGGTAGTTTTTCCAGTTTATAGTGCTATATAACCTATTT TGAGCTTCTTGATTCATTTCTGACAGGAATGCATAAATCTTGGTGTTAGAAAGTTCAATGTCAACACTGAAGTAAGGAAG GCATACATGGACTCCCTCATTACTCCCAAGAAAGATCTAGTTCAAGTTATGGCTTCTGCAAAGGAAGCCATGCAAGCTGT GGCTGCAGAAAAGATGCGTCTCTTTGGTTCATCCGGAAGGGCATGA
CDS sequence (LotjaGi2g1v0196100.6) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGAGTCTCGGAAAGTCGTCGGTTTCGTTGGTTTGGATGAATTGGGATTGCAGATGGCGTCGTTGCTCGTTCGCCATGG CTACGCTGTTCAAGCTTTCGAGATAGGTGATCCCATCTTAGAAGAACTCGTGAAGCTTGGAGGAACTAGGTGCGCAAGCC CTTTGGAAGCAGGGAGAGGTGTAGCAGCTTTAGTTGTCCTAATATCTCATGTGGATCAAATTAATGATCTGATTTTTGGT GACGAGGGTGCTTTGAAAGGTCTAAAGCCAGATACAGTCCTTATTCTTCGTTCAACCATATCACCATCAGTTTTACAAAA ACTGGAGAAGGATCTTGAAGAAATTCATGAGATAGCTTATGTCGTTGACGCTTATGTCTCTTATGGGAGGTCTGATGCTT TGGTTGGAAAAGTCACTATTGCATCATCTGGAAGATCAGATGCCATTGCAAGAGTACAGCCTATTCTTTCAGCTATGTGT GAAAAGCTTTTCACTTTTGAGGGTGAAGTTGGTGGCGGCAGCAAGGTTAAAATGGTTGCTGAGATGCTGGAAGGAATTCA TTTCATTGCTTCAGTGGAGGCAGTCTCTCTTGGTGCAAAAGCTGGAATTCATCCATGGATAATCTATGATATAATTTCCA ATGCTGCTGGAAATTCGTGGATATTCAAGAACAATATTCCTCTGTTGTTAAAGGGAGAGGTTAAACATCAAATTCTAAAC AGTTTTGCTAAGGAGTTGGAAATCATTTTGGATATGGCCAAGTCACTAACTTTTCCACTTCCACTGTTGGCTGCTACTCA TCAACAACTTATTCACGGGGTTTCACATGTTTGTTATAATGATGATGATGATCCAGCATTAATTAAGGTTTGGGAAAAGG TTTATGGGGTGAAAATTTCAGATGCTGCAACTGCAGATGCATATAACCCTGAACAACTGGCATCTGAATTCACTACTGAT TCTAAGACTGTGAGACGCATTGGTTTTATTGGCCTTGGAGCTATGGGATTTGGCATGGCAACTCATTTGGTGAAATCAAA TTTCTGTGTTGTTGGTTATGATGTGTATGAACCAACTCTAGTTCGATTTGCAAATGCTGGTGGCTTGGTTGGAAATTCTC CTGCAGAAGTGAGTAAAGATGTTGATGTTCTGATAATCATGGTTGCCAACGAAGCTCAAGCAGAGAACGCTTTATATGGA GAACATGGTGCAGTTTCAGTTCTTCCTCCTGGAGCATCAATTGTTCTTTCTTCTACTGTTTCTCCAGCATATGTGAGTCA GCTAGAGCGCAGATTGCATAATGAAGGAAAGAATTTAAAGTTTGTGGATGCCCCTGTTTCTGGAGGTGTTATGAGGGCCT CAATGGGAGATCTTACGATAATGGCTTCAGGAACTGATGATGCTCTTAAGAGTGCTGGTTTAGTGTTATCAGCCTTGAGC GAAAAGCTTTATGTTATCAAAGGTGGCTGTGGTTCTGGGAGTGGTGTAAAGATGGTTAACCAACTGCTTGCCGGAGTTCA TATTGCATCAGCTGCTGAGGCAATGGCATTTGCAGCACGATTGGGTTTGAATACTAGACTGCTGTTTGATTTTATTACAG TTAGTGGTGGAACATCCTGGATGTTTGAAAATCGTGTCCCACACATGCTAAACAATGATTACACACCTTATTCAGCACTT GATATCTTTGTTAAGGACCTGGGAATTGTTACTCGTGAATCATCTTCTTTGAAAGTTCCACTGCACCTATCGACTATTGC TCACCAACTGTATCTGTCAGGTTCAGCTGCTGGTTGGGGACGGAAAGATGATGCTGGTGTGGTAAAGGTTTATGAGACAC TAACTGGTGTTAGAGTTGAAGGAAAACTGCGGGCTCTTAAGAAAGATGTTGTGTTGCATTCTCTTCCACCTGAGTGGCCC CAAGATCACGTTCTTGATATACAAAGGGAAATAGAAAGCAATTCAAAAACTTTGGTTGTTCTAGATGATGATCCAACAGG AACACAAACTGTTCATGATATTGAAGTTTTAACTGAATGGACTATTGATTCACTGGTAGAGCAATTTAGAAAAAGTCCAA AATGCTTTTTCATTTTGACAAACTCCAGGTCACTGAGTTCTGAGAAGGCTAGTATATTGATAAAAGAGATTTGCAAAAAT CTAGACAGTGCAGCAAAATCTGTTGACAGCATTGATTACACAGTAGTTTTGAGGGGAGATTCAACTTTGCGTGGTCATTT TCCAGAGGAACCAGATGCTGTCATTTCAGTATTGGGTGAAATGGATGCATGGATAATTTGTCCCTTTTTTCTTCAAGGAG GCCGTTACACTATTGAAGATATACATTTTGTTTCTGATTCTGATACGCTTGTTCCTGCTGGGGACACAGAGTTTGCCAAA GATGCTGCCTTTGGCTATAAATCTTCAAATCTACGTGATTGGGTAGAGGAGAAGACAAATGGCCGAATTCTTGCAAGTAG TGTTGTATCTATTTCAATCCACCTTTTGAGGAAAGGGGGGCCAGATGCAGTTTGTCAACATCTATGCAGTTTGCAGAAGG GATCAATATGTGTAGTTAACGCAGCTAGTGAAAGAGACATGGCTGTATTTGCACTTGGAATGATCAGGGCAGAATTGATG GGAAAACGTTTCTTGTGTCGCGCTGCTGCTAGTTTTGTTTCTGCCCGGATTGGAATCATCTCCAAGCCTCCAGTATTGCC AAAGGATATAGGAATAGTTAGAGAAAGAAATGGTGGTTTGATAGTTGTGGGATCATATGTTCCAAAAACAACAAAGCAGG TTGAAGAGCTTAAACTACAATGTGGTCAGTTCTTAAGAAGCATTGAGGTATCTGTTGAAAAAGTTGCAATGAGATCTATT GAGGAGCAGGAGGAGGAAATCAGTAGAACAGCTGAATTGGCAGATGTATATCTTAAAGCTCATAAAGACACTCTTATAGT GACTAGTCGAAATCTCATAACTGGAAAAACTGCCTCTGAGAGTTTGGATATTAACTTTAAAGTGAGTTCTGCGCTGGTGG AAATAATGAAAAGAATAACAACAAAACCTCGCTATATAATTGCAAAGGGTGGTATTACATCATCAGACCTTGCTACTAAA GCCCTTGGTGCAAGATGCGCCAAGATTGTCGGACAAGCACTTGCTGGTATTCCCTTGTGGCAATTAGGCCCTGAAAGTAG ACATCCTGGAGTTCCTTACATTGTCTTCCCTGGTAATGTTGGCGACAGCAAAGCATTGGCAGAAGTGGTGAAGTCTTGGA CTTGTCCTATCAGACTTTCATCAACAAAAGATATTCTTAAAAATGCAGAAAAGGGTGGATATGCTGTTGGAGCATTTAAT GTCTATAATTTGGAAGGGGTTGAGGCTGTTGTTTCTGCTGCAGAGGAAGAGCAGAGTCCTGCCATACTACAGATCCATCC CGCCGCCTTGAAGCAAGGAGGAGTTCCCTTGGTTGCTTGTTGCATTTCTGCTGCAGAGCAAGCCAGTGTTCCCATTACTG TTCACTTTGATCATGGAACTTCAAAGCAAGATCTTGTGGAAGCTCTTGAGCTGGGATTCAGTTCGGTGATGGTCGATGGT TCAAATCTTTCTTTCAATGAAAATGCTGCATATACAAAGTTTATATCATTATTGGCTCACTCAAAAGATATGTTGGTAGA AGCCGAGCTAGGAAGATTGTCAGGGACAGAAGATGATTTGACAGTCGAAGAATATGAAGCCAAGCTAACAGATGTTAATA TGGCACAAAAATTCATTGATGAAACTGGCATAGATGCTTTGGCAGTGTGTATCGGTAATGTGCATGGAAAGTACCCAGCA AGTGGTCCAAAACTCAGACTTGATTTGCTTAAGGAGCTGCATGATTTGAGCCAGAAGAAAGGAGTTTTTCTAGTGCTACA TGGCGCATCAGGTTTGGGCGAAGAACTTGTTAAGGAATGCATAAATCTTGGTGTTAGAAAGTTCAATGTCAACACTGAAG TAAGGAAGGCATACATGGACTCCCTCATTACTCCCAAGAAAGATCTAGTTCAAGTTATGGCTTCTGCAAAGGAAGCCATG CAAGCTGTGGCTGCAGAAAAGATGCGTCTCTTTGGTTCATCCGGAAGGGCATGA
Protein sequence (LotjaGi2g1v0196100.6) extracted from Lotus japonicus Gifu v1.2 Proteins.
MESRKVVGFVGLDELGLQMASLLVRHGYAVQAFEIGDPILEELVKLGGTRCASPLEAGRGVAALVVLISHVDQINDLIFG DEGALKGLKPDTVLILRSTISPSVLQKLEKDLEEIHEIAYVVDAYVSYGRSDALVGKVTIASSGRSDAIARVQPILSAMC EKLFTFEGEVGGGSKVKMVAEMLEGIHFIASVEAVSLGAKAGIHPWIIYDIISNAAGNSWIFKNNIPLLLKGEVKHQILN SFAKELEIILDMAKSLTFPLPLLAATHQQLIHGVSHVCYNDDDDPALIKVWEKVYGVKISDAATADAYNPEQLASEFTTD SKTVRRIGFIGLGAMGFGMATHLVKSNFCVVGYDVYEPTLVRFANAGGLVGNSPAEVSKDVDVLIIMVANEAQAENALYG EHGAVSVLPPGASIVLSSTVSPAYVSQLERRLHNEGKNLKFVDAPVSGGVMRASMGDLTIMASGTDDALKSAGLVLSALS EKLYVIKGGCGSGSGVKMVNQLLAGVHIASAAEAMAFAARLGLNTRLLFDFITVSGGTSWMFENRVPHMLNNDYTPYSAL DIFVKDLGIVTRESSSLKVPLHLSTIAHQLYLSGSAAGWGRKDDAGVVKVYETLTGVRVEGKLRALKKDVVLHSLPPEWP QDHVLDIQREIESNSKTLVVLDDDPTGTQTVHDIEVLTEWTIDSLVEQFRKSPKCFFILTNSRSLSSEKASILIKEICKN LDSAAKSVDSIDYTVVLRGDSTLRGHFPEEPDAVISVLGEMDAWIICPFFLQGGRYTIEDIHFVSDSDTLVPAGDTEFAK DAAFGYKSSNLRDWVEEKTNGRILASSVVSISIHLLRKGGPDAVCQHLCSLQKGSICVVNAASERDMAVFALGMIRAELM GKRFLCRAAASFVSARIGIISKPPVLPKDIGIVRERNGGLIVVGSYVPKTTKQVEELKLQCGQFLRSIEVSVEKVAMRSI EEQEEEISRTAELADVYLKAHKDTLIVTSRNLITGKTASESLDINFKVSSALVEIMKRITTKPRYIIAKGGITSSDLATK ALGARCAKIVGQALAGIPLWQLGPESRHPGVPYIVFPGNVGDSKALAEVVKSWTCPIRLSSTKDILKNAEKGGYAVGAFN VYNLEGVEAVVSAAEEEQSPAILQIHPAALKQGGVPLVACCISAAEQASVPITVHFDHGTSKQDLVEALELGFSSVMVDG SNLSFNENAAYTKFISLLAHSKDMLVEAELGRLSGTEDDLTVEEYEAKLTDVNMAQKFIDETGIDALAVCIGNVHGKYPA SGPKLRLDLLKELHDLSQKKGVFLVLHGASGLGEELVKECINLGVRKFNVNTEVRKAYMDSLITPKKDLVQVMASAKEAM QAVAAEKMRLFGSSGRA
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 | 167 | 167 | 2.0E-29 | – | |
| PANTHER | 3 | 299 | 297 | 0.0 | – | |
| PANTHER | 3 | 299 | 297 | 0.0 | – | |
| SUPERFAMILY | 7 | 163 | 157 | 2.76E-21 | ||
| Pfam | 7 | 164 | 158 | 1.7E-20 | ||
| Gene3D | 170 | 300 | 131 | 1.1E-22 | ||
| SUPERFAMILY | 170 | 298 | 129 | 3.51E-23 | ||
| Pfam | 171 | 290 | 120 | 2.1E-19 | ||
| PANTHER | 286 | 1237 | 952 | 0.0 | – | |
| PANTHER | 286 | 1237 | 952 | 0.0 | – | |
| Gene3D | 320 | 487 | 168 | 1.5E-41 | – | |
| SUPERFAMILY | 325 | 484 | 160 | 9.54E-31 | ||
| Pfam | 326 | 484 | 159 | 1.3E-32 | ||
| ProSitePatterns | 329 | 342 | 14 | - | ||
| Gene3D | 488 | 620 | 133 | 1.8E-45 | ||
| SUPERFAMILY | 491 | 618 | 128 | 7.94E-34 | ||
| Pfam | 491 | 611 | 121 | 2.3E-31 | ||
| Pfam | 658 | 895 | 238 | 8.2E-63 | ||
| SUPERFAMILY | 658 | 1090 | 433 | 1.12E-68 | – | |
| Gene3D | 663 | 893 | 231 | 1.3E-16 | ||
| Gene3D | 911 | 1094 | 184 | 1.4E-8 | ||
| Pfam | 920 | 1086 | 167 | 2.3E-37 | ||
| Gene3D | 1095 | 1377 | 283 | 9.6E-94 | ||
| TIGRFAM | 1099 | 1377 | 279 | 8.1E-70 | ||
| SUPERFAMILY | 1100 | 1377 | 278 | 1.61E-82 | – | |
| Pfam | 1101 | 1376 | 276 | 1.6E-89 | ||
| CDD | 1102 | 1375 | 274 | 1.99794E-108 |
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. | ||
| 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 | Zinc ion binding | Interacting selectively and non-covalently with zinc (Zn) ions. | ||
| Molecular function | Oxidoreductase activity | Catalysis of an oxidation-reduction (redox) reaction, a reversible chemical reaction in which the oxidation state of an atom or atoms within a molecule is altered. One substrate acts as a hydrogen or electron donor and becomes oxidized, while the other acts as hydrogen or electron acceptor and becomes reduced. | ||
| Molecular function | Aldehyde-lyase activity | Catalysis of the cleavage of a C-C bond in a molecule containing a hydroxyl group and a carbonyl group to form two smaller molecules, each being an aldehyde or a ketone. | ||
| Molecular function | NADP binding | Interacting selectively and non-covalently with nicotinamide-adenine dinucleotide phosphate, a coenzyme involved in many redox and biosynthetic reactions; binding may be to either the oxidized form, NADP+, or the reduced form, NADPH. | ||
| Molecular function | NAD binding | Interacting selectively and non-covalently with nicotinamide adenine dinucleotide, a coenzyme involved in many redox and biosynthetic reactions; binding may be to either the oxidized form, NAD+, or the reduced form, NADH. | ||
| Biological process | Oxidation-reduction process | A metabolic process that results in the removal or addition of one or more electrons to or from a substance, with or without the concomitant removal or addition of a proton or protons. |
Expression pattern of LotjaGi2g1v0196100.6, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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