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| Field | Value |
|---|---|
| Gene ID | LotjaGi2g1v0196100 |
| Transcript ID | LotjaGi2g1v0196100.7 |
| 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_chr2:63029308..63048432) extracted from Lotus japonicus Gifu genome v1.2.
AGATCTAGTAGTTCTCATTAGGAGTCTTCTAAGAGACTCTTCATGTATTCTGTAGGTCTATATATATAGACCCTCATGTA ACTGAATCTCTATCTTGAATCGACAGTTTTCATAATTCAGGTAGAGTTAGTTTTCTCTCTAAATTAATAATAACAGGTGT TGTCCTCTCCAAAAACAATGATTGGGAGATTGTTTCTGTTCTATTGGTGTCATCTAAGCCATGTGCTGTACAATTTACAG TTACATGGACTCCCTAATGCTTATATATGTACACATTTTTCTCATGTGCAGGTGTAGCAGCTTTAGTTGTCCTAATATCT CATGTGGATCAAATTAATGATCTGATTTTTGGTGACGAGGGTGCTTTGAAAGGTCTCTATAGAGCCTTTTGACATTATAC ATAATTTATATTCAAGGAGCTTGGTTCATGTAAAAATAATTTTTTGAATATGCAGGTCTAAAGCCAGATACAGTCCTTAT TCTTCGTTCAACCATATCACCATCAGTTTTACAAAAACTGGAGAAGGATCTTGAAGGTAAAAGATGCCTTCTATATTTTT GGCTTGATAAGATGATTGATTTCTTTGTAGAAGGAGTTAACAAATCTGGCTTATTATCCCAAATTCAGATGATAGGATTG ACCCCTTGATCCTTTTAGTTGTCGCGTTAGTCGGTCATATGAGGATATGAAGCTATCGCCTGTTTTTTTTCATCAATATG ATGTATCAGTTTAGAGATAGCTTCTACATAATAGAATACTGGTTGAGATCACATCTCAGATTCCTCTCCCTGTTTTCTCT AGCTCTCCCACTCCTCATTTTCTTGGAATCTCTACCTTTCCCAATTTGAATAAACCTTAAATGGTGGTTTCTGGTTTCAA ATGTATGTATAACATGTTTTAGGGCAGGGTAAATACCTGGATGACAATATAGATATATGGTTTTCCTTAGCCCATGCACT ATATTATCTAATATAAATTTGCTGAGTTATACAAGACTGTTGCCTATTTTCCTTTCTACATTGTACTGGCATCTAAGTAA TTATGATTATGCAGAATATGTAAAAACTGGACAAGTTTTTTTTTTCTTAGAAAATTTGGATTTTTTGTAACATGAAATGC ACCATTAGCAACTTTACTGGCCCAAATTAAAATTCCTTAGAAAATATTACTTTTTCAGAATTAATTTATTTCATTCATGG TTGTCCAAATATTTTTCCTTCAATTTTCCAACGGCCCACTGCTTTAGCTGGTGGTATTGTTCTATGTGATGCTTGTCTTG TATTTTTTATCTTTTGTGTTTTCAAAAGAAAAAAAAAATCTTTTGTGTTTTCATTATGGTTTCCTTGGACAGCTATAATG TTCAGAATGCCGAGAAATTTCCTCTGATTTGAGTTAGTCATAGTAAGGGGACCATCTGGTTAGTTGGAACTTATGTTCTA TTTTTGCTATTTAATCTTCACTTAATACCAAAAGGACAAAGTAAGTTTTTTTTTTTTTTTCCGGGGGGTATTATTCCCTC CCCTCTTGCTCGAGGTACAAGTGCCAATTACAATTGTAGTTACTAGTATTTTCTGTCATCTATATTAACAATATCACTTG CAAACTTAAGGGACATATATTCTGGGATAATGTCTTCAAACTTTTGTATTTTAGGGAAGTTAGTGATAGGGCATTACTGC TCAAAAGTAATAGTCTCTTATGTTTATTTATCTTGTAGAAATTCATGAGATAGCTTATGTCGTTGACGCTTATGTCTCTT ATGGGAGGTCTGATGCTTTGGTTGGAAAAGTCACTGTAAGTTATTGTCTTATTGTTATTATATTTATAATTTCTTGCTAA GTTGTAAACTAAGAATAAAATTCCTGCTTTCTATTAACTACTTAGCTAGTATATCTTGCATTGACTATTGCTGCTTGAAC AACTTAGATTGCATCATCTGGAAGATCAGATGCCATTGCAAGAGTACAGCCTATTCTTTCAGGTAAAGTTTCGAATCTGC TTAGTTATACAGTACTCATGTCATGAAGAAAAGTGTCTCTGATTTTTTATTAATTAAGTGTTTTTTTTTGTTGACAGCTA TGTGTGAAAAGCTTTTCACTTTTGAGGGTGAAGTTGGTGGCGGCAGGTTCACTTCCGTTTGGCTCTTGCTAAACCTAATT TTATCTTCATATAAAATTCTTTAAATGCAACAGTTCTATTTGACCATGCCTTGTAGGTTACATTTCCCCCTCCATGAATT GCAAAATTACACACTTCATGATTCACTTAGATAATAATCCTAAGCTTCTTTATATTGTCTATCTCAACAGAGAAAAGTTA CTATTATAGGCTGCTGTGTTTTATTGGTGTATTAAATTTATTCATTTTATCACCTTTTTTATTGCAGCAAGGTTAAAATG GTTGCTGAGATGCTGGAAGGAATTCATTTCATTGCTTCAGTGGAGGCAGTCTCTCTTGGTGCAAAAGCTGGAATTCATCC ATGGATAATCTATGATATAATTTCCAATGCTGCTGGAAATTCGTGGTACGTTCTTAATTAGTATGAAACCGCTAACTGTA CAATAAAAAAAATCCTTTCACACATACATACTCTTCAGAAAGCAGGGAGGCAGACTTAAATATAACAAAAAATATTGAAA AAGGAGGCCTGCTTTGATCCCAAATGATCTTTGTCATCTATAAACCCAAATGTTCTGGTTTTTGCACCTACTGAATGCTG ACTATTAAAATGTGCTGTCTTCAATTTAGTATAGATATTTTCTTATTGATCCTGACTCATTCTTTTTGGAAGGTGCTGAC CGTTTCATTCATTTTGCAGGATATTCAAGAACAATATTCCTCTGTTGTTAAAGGGAGAGGTTAAACATCAAATTCTAAAC AGTTTTGCTAAGGAGTTGGTAAGATCAATATAGAACAGAAGCAATTAAATATTCATATATTATCACTGTATTTTTGCTTG TCCAATGGTTATATCAACATTGAAATAGTAAGCTATTATTTGATTTGACAACCCTTTTGCACTACTTTTGGAGACTTCAG ATGTAGACTTAATTTCTCTTTTGCTGACCTCACAAGGACAAAAATTTTCAAATGGAAACTCTGTTAGATATGAAACAATT CTTATGCTTTCACCTAATAGCTTAAGTGATACCAAATCTCTATCGTAGTAACAAAAAGTATTGTCAATAGGGATTGGATT GTTAAGTACGAGCTCATTAGTTCAAATTTTGCTTGAGCAATTGAAAGTTTGACTGGATTGAGATTGTTCAAGATTCAAAT TGTAAGAACTTCAAATTAAACTTAAAACCAAAATTGGCACCAAAATTAGAAGATCCCAAAATTAACAGGGCACTAAAACG TGAACGATTTCCTTATTCTTTTTACTTGTTGAACTCTTAAATATGATAAGAACCTTGGGAGAACCATACCACAAAAGTTA GTTGTTGTAGTTTGAGAGCCCAAGACCTTATAAACCGCCCCACATTAGAATTCCATACTTCCAAGTCGCACCGAAGGTGA CAAAAATTCGTAGGCTGCAGTGAAAGCAGCTGACAGTCAACGTCAGTGAGCTGGCCTGGACACTCGATAGGTCACAATGC AAGTGACAAAAGTTCCAAGACCTTAATGAAGGCAGCCCTCGATAGGTCGCAATGAAGGTGACAAAAGTTCCAGGTCCACA ATGAAGGTGACTAGGGATAAGTCGCAGAAGCAATTCCCCCTGAGATTGGGAGCTCTGATACCAAGTTAAAAGTAATATAG CTGAAAAGAATATTAGTTTCTGATTGATATGTATTACACATGACTAAGAAGTACAATATATTGATAAGTGTCTAGTCCAT CTCAAGTCTCAAAATAGGTTTCCTAGTCTATCTCAAACATTATCTACAAAGTTAATCCTATCTAGTATACGATAACATGA TAATACCTTCCATAACTAATCTTTTCATTGCATAACATGTCCCACAATTATCCTTATCTTCTCATAATGTCTCAACAAAC TATATCCTATGTTCCTAACAAATATCTCAACAATAAACAATCTTTAAGCATAGTTTAACGTACACAAAGGGTTTTGGAGT TGAATTACTGATTTTTACTGTTAGAGATGTTTACCATTCTTGAGCCTCCACCTTACAGCTTAATCTTTTGAGATGACTGA TTGAGATGGAATTAGAGCCTTAATGACCAAGTGGCAAGGAGTTCAATCCTTTCCTAACTGTGTCCATTCTTCTAATTCAA TTATAGTTTTAACACAAAGTTTCAGTAATTGTCTGTGCTTTATACATGCTTTTAATGTATGGAGGATGTGCTAATGATGT AATGTGTGAACAATTCCTAGGCCTCCATGTAATAGTTTAACTCTTGGGTAGATTGTTGACAATTACTGTGAAATTTATTT TATTTTTTAATATAAACTTAGTGCCTCAAAATTCTCTTCTATGTTGGTCTAATCACGGATTACTTTTTAGTTGGAAGAGA ATCACAACACTGTATCAATCTGACTCTTATTTTCAAAATTGACGTTTTGTTTGCCTTACAGCAACTTTGAATGTGTACAA AGCGCTGCTTTCAGTTCTTGTTGCTGTTGCTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTCATT TCCAAACATTTCACGATGGAAACAGAATTTGCTTTATTGTAGGAAATCATTTTGGATATGGCCAAGTCACTAACTTTTCC ACTTCCACTGTTGGCTGCTACTCATCAACAACTTATTCACGGTACAGAATTCAGTTTACTATATAGCACATTTTCTGTCA AGTTAAAAAAAAAAACCATTTGCAGCTCATGCAGTTAAGAAAATTCATTTTCAGGGGTTTCACATGTTTGTTATAATGAT GATGATGATCCAGCATTAATTAAGGTTTATTTCATATACATCTATTTGAGCAGATTCAATTAGAAGTTGTTTTCAGAAGC TGTACTGTCTTTTTCTTAACATTCGTTTTTTTCTTCATCATTTTCATATCAGGTTTGGGAAAAGGTTTATGGGGTGAAAA TTTCAGATGCTGCAACTGCAGATGCATATAACCCTGAACAACTGGCATCTGAATTCACTACTGATTCTAAGACTGTGAGA CGCATTGGTTTTATTGGCCTTGGAGCTATGGGATTTGGCATGGCAACTCATTTGGTGAAATCAAATTTCTGTGTTGTTGG TTATGATGTAATTTCTTCCCTTTAAATCTTAAGTTATTGCATTAAACAAACGGAAAATTTTCTTTGATTTTGTATAATAG TATCATCATAATAGTGAGTTGGAAACTGTCAAATTTGTCCTTATTATCAATAGCATTGGTTTCCACTGGAAAATTCTGTT TTCTATCAGGAACTAGAAAATTAAAAGTCAGATCCAATTATAAGTATGCACTTAGAAGCTTATGCATGAGTTATATTTGC AGTTTATTTCATTTTTATATGCTTGTTAGGGATTTGAATTAAAATAACGAACTAGTATTTTATCTTGATTCTTAATTGCA GAAAGAGAAATGGCTCTGTGTGTGTGTGTGTGTGTGTGTGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAATAGAGG GATACTGTAATGGGATACACACCTAGGTGCAGTCTCCCCATAAATTAAGATGATACAACATGAATTAAGGTTAATTTCAT ATACATCAGGTTTGAACAAGTGTATCTGCATCCGCTCTTTGTCTATTTACTTTTGTTTTCTATTTCGTTTATGTTGATAT TTCTGATATTCTTTTATGCATGCAAATGGTTCGCCATCTACGTATGGTCTGGAATCTGGATGTACAGTTCAGATCAAACT ATTTATTGAATATCATGGTTGAAATTTGAAATGACCGCTATGAGAATCTTTATAAATCCTTAATTTTTTTTTACATCTAG GTGTATGAACCAACTCTAGTTCGATTTGCAAATGCTGGTGGCTTGGTTGGAAATTCTCCTGCAGAAGTGAGTAAAGGTAA ATTGATACTACTATATACTATATGCCCAAAAAGATTATACATACCTATTAGAGAGAGAGAGAGAGACTTCTGGAAATGTT GCTGGTGCTGTTGAGAATTGGGACATCGGTTCCTGTAATGACCCAATTCTCCAAAACTCTAGCATTGTATGGCCGGAATG TCCACCACGACCTCTAGCACCACCACGACTTCCTCAGCCTCCACCATTTTCGCCACGAAAGCCTTAATGGGCCGCTAAAG CAGTGCGATCGAAAGTATCAACATCTGGAGCAGGTTTGGGTTTCTCAGAAGAGGACGACTGCATGACCCAGGAGAAAACA TCGGTGAGAGTATCCACCGGCGTGCTCGACAAAATCTGAGACCTGACCACCTCATGCTCCTAATCAAGGCTAGATAACGA GCTCAATGCTATCAATTTCTTCTGCTGGGCTCCTCTTTTCTCTTGCAAGTCCGAAGAGAAGTCATCTCCTCAATATATTT CTTGAATTCCAAGAAATAATCCATCAACTTACGCTTATCCTGTTTCGGGCGAAATATCTGCTACAACAAAGCATAGATGC GATTCAAATTATCAGTCTTCCAAAAATAAATTGTAGTAACTTTTCACAGTTTGACAATTAAAACCTTGGTCGGCCCTTTC TCAAGTGGTTGGAAGAAAATATTTCTGTTTCACTTTTTTTTTAGAGAGACGGCAGACCTAGGCATGTTTCGAACCTAGGC TCTCAATACCATGTAAAAAAGACAAAAACTAAGAGAGAGACATGGAGGATAGAGAGAGAGAATGAGATATTGTAATGGGA TATACTGCTAGGGGCAGTTTCCTTCATATATATAATATTAGGTTTATAGTAGAACAACTTGTAATACAAAGTACGTACTT AAAGTACATATGGGTTTGACCCATTGACTCTACTTCTAACCCTAACTCTTAACATAATCCGTATCGCTAACACTATTCAC ATATTATTGCTTCCAGATGTTGATGTTCTGATAATCATGGTTGCCAACGAAGCTCAAGCAGAGAACGCTTTATATGGAGA ACATGGTGCAGTTTCAGGTGTGCATTAGTATCTTAATTACCCATGTTATTATATATATTTTAACTGCACTGATCCTTCTT TCGGCATTATGTAGTTCTTCCTCCTGGAGCATCAATTGTTCTTTCTTCTACTGTTTCTCCAGCATATGTGAGTCAGCTAG AGCGCAGATTGCATAGTATGTTACCACTCCAGTGATATGGTTATTTAATCTGTATTACATTTCAGAATTTCTTTCTTCCT TTCCTCTTTTATGCAAGTGCAAACTGAATTTCAGGATTGTGAATTTGCTACTGTCATACTGTGTTTAGAATTTTAATGTG TTATTCGTTTCTCATGCAAGTAGTGGAAAACTAGTTGAGAAGGTTGATTAGCCTATTTGAAAACTAGCATAATTCATTGG GTAAAAGTTTCTGGCTAAGTAACATGACAGGATGTGGCGTTTTAGAAAATCTATTTGAGATGAAAGTTATCTTATGTGTT AGTAGTGTCATACAAAGTAGATAAGTAAATGCAATTTGATAGTCATCAAAGTATATTTTTCCTTCAAAATCTTAAGCAAA TATGTTATGCTTGAAAAAATTATGGATGTACGTTAGAATATAATATAAAACCATTCATGTGGCCCTTACCCAAAAGCTCA AGCTTTTGGGATAATTGGTTGTTTGACAATATACTTTCTTTGTTATGATTTTAGTCTGAATACTTCCAGTAGGCTTGAAT TTCCAATAACCAAAATATGTCAACTTCCACTTATGCCTACTGTGAAGAGCCATGTGAGTTAAAAATGAATGGAAATAGGC TGCTTTCATCATCCCTCTATGGGTATGACAACATACAGAAGTTTGTTTTATTACTACTCAGATTTAAACTCTGGCTGGAC ATTAGACACTTCTCATCTCTTTTACTGCAGTTGTATGTAGTGTCTATATCTTAACACGGTCTTTGAAACTGGAACTATTT TGAATAATTGTCTGATAACTGGTTGATGATGATTGACTCTGAAGTACAATATTTATAGACTAGATTATCGATAGATGTTT CCTAGTCAACTATTAAGTCTAAAGAAAAAATTCTATACAATAAAATCTTATCGTATCCTAATTTATCATCAAAAAATAAC ATCTTAGAAAATCTAATCCTATTGAACTATATCCTAATAGAATTATCTTAACAAACTATATCCTAATAGATATCTCAACA CACGGTTTTACGTACTTGGCTAGGATTTTAACTGTAATGCTTAAGGCAGTTTGTGTGTGTTTCCCCATCAATTATCTCCA ATTCATAAGAACAAGTGTTATAATATTAGTTTAAATGTGCATAATCCACTTTAATTTTAGAATTTTTCGATGACTAGGAT TTGAACATGTTATAGTTGATATATTAAAGCTATCTATGGATTCCCTTATTTGAACCTGGATCATATTTACATTGATGATG TTTGTAAGGAATATTATTTATTCATCTTGAATGCTTTTTCAGAACTTATTCTACACCATGCTTTTATGCCTTTAGTGAAG GATGCAGTTGTGTAACCATTGACATAAAAATAACGCAGATGAAGGAAAGAATTTAAAGTTTGTGGATGCCCCTGTTTCTG GAGGTGTTATGAGGGCCTCAATGGGAGATCTTACGGTGTGAAATACATCTTTGGCTTTTATTTAAACGGTTCTTTAAATT TTGTAAACTGAACAACTTAAGTCATGTATGTTTCTCAGATAATGGCTTCAGGAACTGATGATGCTCTTAAGAGTGCTGGT TTAGTGTTATCAGGTAAATTACCTTTGCATAGAAGTGAATCATATTATTTTTAATTCTGTGTTTACAGAGATTTCAGAAA TAACTTTCTAGTTGTTTCATGTTAAATTCTTTATTTATAATCAGCCTTGAGCGAAAAGCTTTATGTTATCAAAGGTGGCT GTGGTTCTGGGAGGTATTGTTTAATTTATAAGTCAACAATTATTTATCCATGTTTATCCTTTCACTAATAGTACTAATAC TTCTTTCCATATGTATGAAACAAGTAATGCAATATAAATTCTGATTGAAGGTGAAAGTCAAGTTGATTGAATGTGATAAC AATATTTCAAATTAATGGACAAGTACAATAACATATTTTGGTCTATTTTGTTCTCTAGTGGTGTAAAGATGGTTAACCAA CTGCTTGCCGGAGTTCATATTGCATCAGCTGCTGAGGCAATGGCATTTGCAGCACGATTGGGTTTGAATACTAGACTGCT GTTTGATTTTATTACAGTTAGTGGTGGAACATCCTGGTATGTCTCTTCCATGAAGTTATCACTTACTCCTCTCCCCTTCC CCTGGCCAAATAAGGAAAATAAGAAGCAGGAAAAATCACTTACGAGTTTCTTCTTGGTAGTTTTTTTTTCAGTAGGTGTT TACATTCCTAATAATCAATTTTTGAAGTTATGAATATGTTTATGGCTTTGTTTTAGAGCTCTCCTCTTGGCTATTTCAAA GGACATTCAGTCACCGATTGCTGTTCATTTCCTTCTCTTTCTCTAGTTGTCCTTTGTCTTTTTTCTCTCTTCATTACATT CTTCTTTTATGCAGAAACACAATCATAGGTTTTAATAGAATAGGTACTTCTTAATTCTTATGTTAAGAGATGTCTTATAT TGCAGGATGTTTGAAAATCGTGTCCCACACATGCTAAACAATGATTACACACCTTATTCAGCACTTGATATCTTTGTTAA GGACCTGGTCAGAATGAATCTATTCTTTTCCTCTTTATGTTTAGCAAGGGCATCAGGGGACACTTCAGTTGAGTAACATC TTAATTTTATTTTTTAATGTCTATTTTCATATATAGGGAATTGTTACTCGTGAATCATCTTCTTTGAAAGTTCCACTGCA CCTATCGACTATTGCTCACCAACTGTATCTGTCAGGTGCTGTGTATTACTTTTATTTTTTATGCAATATACATTCTTATG TTCTTCACTCAACTTGGTCATTCCTATTGGAATTTAATTGATGGGGGGGGGGGGGATAAAGCTACGGTTCTATTTTGGGG TGGGGGCAAGGGATAGGAGTAAGTCTTATTTCTAATCACATTAATAAGTTACAGGGAAGAAGGAAAAGAGGATTAAAAAT GGGCTCGTCCATCTGATAGACGAAGGGTGGTGCATGCATTATTCATGGTCTTATTTTGAAATGACCCTCATGTTACTAAA AATTAGATCTGGTATCTCAAACGGTTAGACACCATGTGGAGGCCTTTCTGCATATGATGCATGATGCATCTCAATATGCT GAAGGATACCTCTACTCTGATGTGTAATTACTAAGCCACTAGGAATGAGCTATTGGTAATTAGTTTGTCTTGAATTTGGG CAGACTTGCTTATCCTTACTCCAAAATCTAGCTCATGAAGTGAGGATTTCTAAGCCTTTATAACTCTACTCTTGCCATAT TTTTTATTGATATGGGATCTTAAAACATCCATATCACGCTGACATCTGGAGAATGGAAATTATAGGACTACTATACAACG CATAATTTCCCTATTTAAGTTCATGTCTAACATCTTGAATAGCTTGCTGGAGACCTCAAGTTAAATGCTCATGTAGTTGT AGTGACCAAAAAGGAAAACATGTAACTGATAGAAGTTAGCTATATCGTTTTCAGCAACTATCAAAGTTTTTTTCAATTTG TTGAAGGTCGCTACATGAATCAAACAAAGGCATATTGCCCTATCATAAATGATGTAAATATGGACTTTCTTAAAATTGCA AGGAGAAATGCTTGTTCAAACCTGTAATATTGTTGTACAGGTTCAGCTGCTGGTTGGGGACGGAAAGATGATGCTGGTGT GGTAAAGGTATGAGCAACTAATGTTGGTTGACAGAACCTCTAGAATATTATATTTTGTTATTTTTGATATCATGGAATCA AATGAGAATGCCATTTAGGTTTTTAAAATATCAATTTTATGCACTGCCATCCTCAGCAATTCATTGAAGTATGACTCTTT GGTCGATCTGTTCACCATATTCTGGTTTGTCAAAAGAATAAGAAACATCCTAATGTTATCTACTACCCCCCCCCCCTATC TTAAGACTCTGCAAATCTATTTACATATGATCTAAATTTGTGTAATAGTATGGTAGAAATCTTGACTGAAGTAGTTCAGA AGGATCTGGAAACTTTTTTACAGGTTTATGAGACACTAACTGGTGTTAGAGTTGAAGGAAAACTGCGGGCTCTTAAGAAA GATGTTGTGTTGCATTCTCTTCCACCTGAGTGGCCCCAAGATCACGTTCTTGATATACAAAGGGAAATAGAAAGCAATTC AAAAACTTTGGTTGTTCTAGATGATGATCCAACAGGAACACAAACTGTTCATGATATTGAAGTTTTAACTGAATGGTAAG TGTAAATAATTTTCTTGCCATTTGTGAGTGCTTGGCAGAATTAATGCTACTGTCAATAATATCTCATAAAATACTGGCAA ACCAAATTCCGTTTTGGAATTATTATTATTTCACACCTATAGTACCTCATTTAATTTAGGAAAGTAGCTAACGGATTCGT GTATATTATGTCAATACCTTTGTACACTTGAGTAAAAGATTTTTCAGTTTTTCACCTATTTTTCAAATCTACCAAACCTC TGGTATTTCTATTTGAGCTATTTTATAGTCACTTTCTCTATTAACTTTAAGATCTTCTGGAAGAAAAATCTGAATTTGTT ATCAATTGGACATGTTCTTCTGCAGGACTATTGATTCACTGGTAGAGCAATTTAGAAAAAGTCCAAAATGCTTTTTCATT TTGACAAACTCCAGGTCACTGAGTTCTGAGAAGGTAAAGATCTTATAACCCACATGCACCAATAATGAAATTTTTATTTA GTTTAAAAAGGAAAAAATATTGCTAATATGATCTATTTTTTCTAGGAAATCCATTTACGATCATGGGTAAAAAATATAGA ATTTTATTCTAAGATAAAATAGGGCATGCATATGGTTTACAAAGCGCCACACTGGGTCCTATTATTGCTCTGTAAATGGA AAAGCATGCTACTAATGTAGAAAGAAAATGTGTCTTAATTATTGACATGCAAGATTTGAGCTGAATAACGTCTTGAGCTG TAATAGTTGCAGCTCGATATCTATGTGCCATCCCATAAAGTACTTCAAAAGCAACCAGATGGATATAACCTTTCTCCCAA CCAGATTTCAAGCAATTGGATATTTCAAAGATCAGTAATATTGAGTTCAATGAAGTTAATTATTTACATTTGGTATCTGA CAGGCTAGTATATTGATAAAAGAGATTTGCAAAAATCTAGACAGTGCAGCAAAATCTGTTGACAGCATTGATTACACAGT AGTTTTGAGGGGAGATTCAACTTTGCGTGGTCATTTTCCAGAGGCAAGGATGACATGTTTAATATAATAAGTATATTTTA CTCAATGATATTGAGACTCATGTTTCAATTGCAAAATGACATGACTGTTGTGCACAGGAACCAGATGCTGTCATTTCAGT ATTGGGTGAAATGGATGCATGGATAATTTGTCCCTTTTTTCTTCAAGGAGGCCGTTACACTATTGAAGATATACATTTTG TTTCTGATTCTGATACGTATGTTTTCCATTCATGATCTAGCTATAAGGAATTATGAATGTACAAAGTTATAATCCTGCTT CTTCAACTTTTTGTCTGCAGGCTTGTTCCTGCTGGGGACACAGAGTTTGCCAAAGATGCTGCCTTTGGCTATAAATCTTC AAATCTACGTGATGTAATTTTTTTTATCCCCTTTTTTACTTTATCAATGTAATTTATATTTACATATTACTCATAAGACT AATTATTTTCTGAGATGCTCTTCACAAAATATAGTGGGTAGAGGAGAAGACAAATGGCCGAATTCTTGCAAGTAGTGTTG TATCTATTTCAATCCACCTTTTGAGGAAAGGGGGGCCAGATGCAGTTTGTCAACATCTATGCAGTTTGCAGAAGGTATAT AATTAGATATAGTTAATGCTCTTTCGTGTCTAAGAACACGTGGCATTACTTTTTATAGGTAAGATATCATGAATGAATAA GTAGTTCTATTCGATCCACTTACTTCGATCTTGCCTATTGTATTAAACAGGGATCAATATGTGTAGTTAACGCAGCTAGT GAAAGAGACATGGCTGTATTTGCACTTGGAATGATCAGGGTAAACTTCTTTCTTCTCTTTTGTGCCCTTTTTTTTGCCCA TTTTGCTTGTTATGTTACTGACGTAAATGTTCTCCTTGCACTGTTTTATCTTGTTAACAGGCAGAATTGATGGGAAAACG TTTCTTGTGTCGCGCTGCTGCTAGTTTTGTTTCTGCCCGGATTGGAATCATCTCCAAGCCTCCAGTATTGCCAAAGGATA TAGGAATAGTTAGAGAAAGAAATGGTGGTTTGATAGTTGTGGGATCATATGTTCCAAAAACAACAAAGCAGGTAAAGAAT GAAATTAAGTGATTGAAATCAAATCTCCCAAGCATACTCATTTTCTCATCTTGTCTCATGCTTATAAACCCAGGTTGAAG AGCTTAAACTACAATGTGGTCAGTTCTTAAGAAGCATTGAGGTGATCACCATCCAAAATTTCTCTTCATCATTTTCTTTG TTAATTTTTTATCCTAGCCTTATGTAGGTTGTGAAGCTTCTATCAGAATTCAGAATCCGTTACAGATTATAACTGTCTTA CATCAACTAACTAACAACTGTTTACCAAAATAATCACTCTAGCTATCTTTAACTAAACATATGCCTAATGCAATATAGTA ATTTTTCTTTCAAATTTCATCTGCTGGTCTGATTAGGATTTCATTGTTATAGGTATCTGTTGAAAAAGTTGCAATGAGAT CTATTGAGGAGCAGGAGGAGGAAATCAGTAGAACAGCTGAATTGGCAGATGTATATCTTAAAGCTCATAAAGACACTCTT ATAGTGACTAGTCGAAATCTCATAACTGGAAAAAGTTTGTTTTTCTCTCTTTTGTTCATTCTCTCTCTACATCTTGCTTG GTTAGACTTTGATATTAGAATTGTTTTAGCTTTCAAGGTCAGCTCTAACCAATGTCCTTCTTATGACCATTCAAAATACA GTAGTGCATTTAAATGGGGAGATAATTTTATGTTCTTCATTCTTATCTTCTGGTTTATTTTCAACTTTGCAGCTGCCTCT GAGAGTTTGGATATTAACTTTAAAGTGAGTTCTGCGCTGGTGGAAATAATGAAAAGAATAACAACAAAACCTCGCTATAT AATTGCAAAGGTACTCTAAATGACTCAGTGAACTTGCATTATGATATGGAAAATATGATACCTCCTTTGTCCTATTGACC TTACATTTTTTTGAAAAATTGCCACTAGTTTATATGGGCACTATTTTATTTACAAATACCAGCATAGTCACAATATTTAC ACCTTTTTGGGTCGATCACCAAGGCGCTCTTCAAATCAAGATCGTGTTGTTAGCTATGCACCATCAAGTGAGAAATATGT TGTTGATCAATAAATTCATGAAGTTTTTTATGGGGACACAAGAACAAGTTGACCTGAGTGTTCACTGTTCGTGCATAAGA ATGCAAGAAACTTATTCAAAACACTTTACAGTTTAATTTGTTACTCCTCATGTATAAAACACTTTCTCATCCATCTTGCC TCCTTTTAATAAGTTTAAACGTATATAAAATAATTTCATGCATGTTTATCTTAATCAGATTCATAGTTTGGGGCCATAAA ACCCGACTACATACAATTCCTTTTTGGCTATGTCCCAAGATTTAGTCAAACACTGACAAATAGTACCTTTTCTAGGGTGG TATTACATCATCAGACCTTGCTACTAAAGCCCTTGGTGCAAGATGCGCCAAGATTGTCGGACAAGCACTTGCTGGTATTC CCTTGTGGCAATTAGGCCCTGAAAGTAGACATCCTGGAGTTCCTTACATTGTCTTCCCTGGTAAAAGTTTCTGACTAAAT CTGAGTGTCTTCTGCCTTGAAGTCTGTATCTTTCTTCATTCTTCAATATATTTCATCTTTACCTATAAAAGATAATCTGC CTTTGGTAGGTAATGTTGGCGACAGCAAAGCATTGGCAGAAGTGGTGAAGTCTTGGACTTGTCCTATCAGACTTTCATCA ACAAAAGATATTCTTAAAGTAAGTTTAGTCAAGTTCAATGTTTTGCAGCTGAATTTCCTTGAATACATTTTTTGTTTTGC ATAAAGAATGCAGAAAAGGGTGGATATGCTGTTGGAGCATTTAATGTCTATAATTTGGAAGGGGTTGAGGCTGTTGTTTC TGCTGCAGAGGAAGAGCAGAGTCCTGCCATACTACAGGTGAGAAGCAATCAGTTGAATCTACTGATATGTATGTATTCCT TTTCATTATTAAGAACACAAGTAAAATAACGTGATAGCACTAAAAAGTTGGGGGAAAGTGAGAAAAGGCAGAGAAAACTA ATTGTAAATCAAGAGTTCTAAGCCTGTTAATAAGGATAATGTAGAACATAATAACTACAGAGCTTCTTTTACCAGAACAG TTAACCTTGAGTACTCTTCTGACTAGGGTTTCAGTGTTTCACTTACTCTTTTGAGGAAAAGAATATATCAATGTTGTATA ATTATCTAAAAAAAGGCTGAATAATGTAAGGCTCATAATGAGCTATAGCGTATTTATAACCTAAGGATAATAAAATCATA TGGAAATCACAAAATCCTAATCAAATATTAATTTCCTGAAGTTTGTGCTTAATGTTATATGTTTCTTATTAACATGATAA TACTTTCCTGAGAAACATATAACATTAAGCACAAACTCTATTAGGTATAAAACTAGTTTTAGCTAACAGCTTAAACAGTC GAGATACTGGACAATATAAAATGGTGTCAGAGCATCTATAAATGGGCTACAGTTTAATCCTTGATACCCACAGGGAATTT CTATTTCAAGGGTATTTTTGGAGTTGTTTAAAAAAAAGAAACGGGTTGTGTATATAATATTTTAGGGGTGTGCAAAAAGC AACACCCATAGATATATGGGGTTTTTATCTCTTTGTATGATCTTCATTTAGCCCATTTCTAACCAACCAAGGACTTCAAA CTTACAGTGCAATGGAACATGGGGGGATCTCTATAAAAAGCCAAAAGGTCCCAGTGTCCCACAACATGGCTCCATATGTA TGGTTTGGGGGAGCCCAAATGCGAGGGGTTAAAAAGATCATAAGAGCGAACATGACATAATATATTCACTTAGAACCTTA AGATATTAAGCATATGCGTCTGTTCTCTTTATTTTATTTTTTTGTTTTGCCCAGTTTTAAGCTGAGACTTAAAACTTGCA CTTGAATTTCTAACATGTTCATCATGTTAAATATGGCTTATTTAGATGAGTCAAAATTCATTTTCGATTATTAAAACTCG GTTCCTCTAAACTACTTCTGAATTACCTGCATTCTTTCAGATCCATCCCGCCGCCTTGAAGCAAGGAGGAGTTCCCTTGG TTGCTTGTTGCATTTCTGCTGCAGAGCAAGCCAGTGTAAGTGGAATTTCTTTTTGAAGTAAACGGAAATCAGAATAAAAG TATGAATGCAAAGTATTGTCATGATCGGGAAAGGGTATGCTTGATAGAACAGAAAAAAAAGTTTATCTCTGAAATTCAAT ATTGAACTTTTTATCTTGAAAATATCAAAATTGACTTTGTATTTTTTATATAATTTTTATTTGGATTTTGATGATGGGTC AAAAAAACTAGTTTCAGAAAACCATACCTTTTATCATTAAATTAATTCCGTGTTTAAATTAAAGGGAAGAGTCATTTCTG AAAACCACTAGAATCTTTAGTTAGAATGGGATTCCAACTCAGCACCTTTTGAGATTTTAAGAAGAGTTCCTTTATGGATC CCTAGAGCTGAAAGTTTTCATCCACGTCTATTTAATTTTTTTGGAGAAGGTATAAACAAGCATGATAAAAACATCTCTAA TGCAGAACATATTCAAATTCCTGTGTTTATTTTTAGGCTAATACAGCAGGTATATTTCTAAGTATCTGGTAAATAGTACA TGTGTTTGAAAGTAGAAACACATGTCTTTATTTAGGCTTAGGTAAACACTAGTTTGAGTATCGTTAAATTTTACTGCTTA TACATGCAAATATGTAGCAGGTTCCCATTACTGTTCACTTTGATCATGGAACTTCAAAGCAAGATCTTGTGGAAGCTCTT GAGCTGGTAATTTTTTGTATCTACTTGCATAGTAATTATACTTTAGAAAAATTTCTATCTCCGTTCCAAAGATGATGCAA TTTGCATTTGTGGTTAGTTTTTTATTTATTATCTCCATACTTTAAATTAAAACTGTATATGTAAATGCTACGATTTCAGG GATTCAGTTCGGTGATGGTCGATGGTTCAAATCTTTCTTTCAATGAAAATGCTGCATATACAAAGTTTATATCATTATTG GCTCACTCAAAAGATATGTTGGTAGAAGCCGAGCTAGGAAGATTGTCAGGGACAGAAGATGATTTGACAGTCGAAGAATA TGAAGCCAAGCTAACAGATGTTAATATGGTTGCTATCCCATCTATAATAAAAACTCAAACATGCCTGCTATACTTGTCAT TGCTAATTTTATTAATGTTGGTCTCATTAATTTCCAGGCACAAAAATTCATTGATGAAACTGGCATAGATGCTTTGGCAG TGTGTATCGGTAATGTGCATGGAAAGTACCCAGCAAGTGGTCCAAAACTCAGACTTGATTTGCTTAAGGTGATATTAAAT CACTACTTATATTCTTTAATCATTTATTCATATAGTTATATAAAAAAAGTTCAAGATCTGAAGATCTAGCTGAAATTTTA TGCTAAAATTGTTGGGAAATCGCAAAAACCATGCTAGCATGATGAAATTTTGGACACCTTATTTGCATTTTTCAGCCTCT TCGGCTCTTCTTTATTTTAGTTCTTACATTTGGGAGGAATCTTTCCTGTTCCTCCCTAGATGTGTTTCTCTTTTTTATGT AATAAAATTCCTTCCTTGCTAAAAGAAGAAAATGCCTATAGTTCCTTATTTAACCCTTAAGCAGAAGTGCCCCTAGTTAA ACAAAGAAAATGACAGATATAACAAATTGTGTTTCCCATTTCTGAAGTGTGTATGAGATGAACTTGATTACTCATATGTT CTATAAATTGATCTTCTCTTCAATATGGGTAGTCCAATGTGCATTTGAATCTGTATTTGTGGAATAACATCCTTACAGGT TTCGTGATACTGAATTGCCTTTCAATATAATTGGTTTTTGTTGAAGCAGCTTTATTATCTAGGTCAAGTCTTCCTTATTT TTTTCTTAAAATAAGTTGGGGAAGGGCGGGTACCTAATGTTTCCAAATGGATAGTCATTTTACCCATTTCTGGGGAAGAA GCTCATCTAATGTAAACACATTTGTAAAATGACAAAGTAAAGGGTGTTTTTACATTAAATCAAGAGATAGATATAATCTC ACTTGCTCATTTCAGAGACAAGCTAACTTTATAGGAGCCTTATCCATATCCTTAGTGTGATTTTGACATTCTACAATGTT TAGGAGCTGCATGATTTGAGCCAGAAGAAAGGAGTTTTTCTAGTGCTACATGGCGCATCAGGTTTGGGCGAAGAACTTGT TAAGGTACAGTTTTACACAGGTTTTGGAAGTTAATTTTATGTTTGTCAAAGTAATTTTACATGTTATGAGCATCAAGCTC AGGATGCAGTTGCAATACATCACAGATTTTGGAGGTTACACTTAATAACATTTATTTGTGAATGACAATGAAATGAACTC TGGTAGTTTTTCCAGTTTATAGTGCTATATAACCTATTTTGAGCTTCTTGATTCATTTCTGACAGGAATGCATAAATCTT GGTGTTAGAAAGTTCAATGTCAACACTGAAGTAAGGAAGGCATACATGGACTCCCTCATTACTCCCAAGAAAGATCTAGT TCAAGTTATGGCTTCTGCAAAGGAAGCCATGCAAGCTGTGGCTGCAGAAAAGATGCGTCTCTTTGGTTCATCCGGAAGGG CATGA
CDS sequence (LotjaGi2g1v0196100.7) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGTGTGAAAAGCTTTTCACTTTTGAGGGTGAAGTTGGTGGCGGCAGCAAGGTTAAAATGGTTGCTGAGATGCTGGAAGG AATTCATTTCATTGCTTCAGTGGAGGCAGTCTCTCTTGGTGCAAAAGCTGGAATTCATCCATGGATAATCTATGATATAA TTTCCAATGCTGCTGGAAATTCGTGGATATTCAAGAACAATATTCCTCTGTTGTTAAAGGGAGAGGTTAAACATCAAATT CTAAACAGTTTTGCTAAGGAGTTGGAAATCATTTTGGATATGGCCAAGTCACTAACTTTTCCACTTCCACTGTTGGCTGC TACTCATCAACAACTTATTCACGGGGTTTCACATGTTTGTTATAATGATGATGATGATCCAGCATTAATTAAGGTTTGGG AAAAGGTTTATGGGGTGAAAATTTCAGATGCTGCAACTGCAGATGCATATAACCCTGAACAACTGGCATCTGAATTCACT ACTGATTCTAAGACTGTGAGACGCATTGGTTTTATTGGCCTTGGAGCTATGGGATTTGGCATGGCAACTCATTTGGTGAA ATCAAATTTCTGTGTTGTTGGTTATGATGTGTATGAACCAACTCTAGTTCGATTTGCAAATGCTGGTGGCTTGGTTGGAA ATTCTCCTGCAGAAGTGAGTAAAGATGTTGATGTTCTGATAATCATGGTTGCCAACGAAGCTCAAGCAGAGAACGCTTTA TATGGAGAACATGGTGCAGTTTCAGTTCTTCCTCCTGGAGCATCAATTGTTCTTTCTTCTACTGTTTCTCCAGCATATGT GAGTCAGCTAGAGCGCAGATTGCATAATGAAGGAAAGAATTTAAAGTTTGTGGATGCCCCTGTTTCTGGAGGTGTTATGA GGGCCTCAATGGGAGATCTTACGATAATGGCTTCAGGAACTGATGATGCTCTTAAGAGTGCTGGTTTAGTGTTATCAGCC TTGAGCGAAAAGCTTTATGTTATCAAAGGTGGCTGTGGTTCTGGGAGTGGTGTAAAGATGGTTAACCAACTGCTTGCCGG AGTTCATATTGCATCAGCTGCTGAGGCAATGGCATTTGCAGCACGATTGGGTTTGAATACTAGACTGCTGTTTGATTTTA TTACAGTTAGTGGTGGAACATCCTGGATGTTTGAAAATCGTGTCCCACACATGCTAAACAATGATTACACACCTTATTCA GCACTTGATATCTTTGTTAAGGACCTGGGAATTGTTACTCGTGAATCATCTTCTTTGAAAGTTCCACTGCACCTATCGAC TATTGCTCACCAACTGTATCTGTCAGGTTCAGCTGCTGGTTGGGGACGGAAAGATGATGCTGGTGTGGTAAAGGTTTATG AGACACTAACTGGTGTTAGAGTTGAAGGAAAACTGCGGGCTCTTAAGAAAGATGTTGTGTTGCATTCTCTTCCACCTGAG TGGCCCCAAGATCACGTTCTTGATATACAAAGGGAAATAGAAAGCAATTCAAAAACTTTGGTTGTTCTAGATGATGATCC AACAGGAACACAAACTGTTCATGATATTGAAGTTTTAACTGAATGGACTATTGATTCACTGGTAGAGCAATTTAGAAAAA GTCCAAAATGCTTTTTCATTTTGACAAACTCCAGGTCACTGAGTTCTGAGAAGGCTAGTATATTGATAAAAGAGATTTGC AAAAATCTAGACAGTGCAGCAAAATCTGTTGACAGCATTGATTACACAGTAGTTTTGAGGGGAGATTCAACTTTGCGTGG TCATTTTCCAGAGGAACCAGATGCTGTCATTTCAGTATTGGGTGAAATGGATGCATGGATAATTTGTCCCTTTTTTCTTC AAGGAGGCCGTTACACTATTGAAGATATACATTTTGTTTCTGATTCTGATACGCTTGTTCCTGCTGGGGACACAGAGTTT GCCAAAGATGCTGCCTTTGGCTATAAATCTTCAAATCTACGTGATTGGGTAGAGGAGAAGACAAATGGCCGAATTCTTGC AAGTAGTGTTGTATCTATTTCAATCCACCTTTTGAGGAAAGGGGGGCCAGATGCAGTTTGTCAACATCTATGCAGTTTGC AGAAGGGATCAATATGTGTAGTTAACGCAGCTAGTGAAAGAGACATGGCTGTATTTGCACTTGGAATGATCAGGGCAGAA TTGATGGGAAAACGTTTCTTGTGTCGCGCTGCTGCTAGTTTTGTTTCTGCCCGGATTGGAATCATCTCCAAGCCTCCAGT ATTGCCAAAGGATATAGGAATAGTTAGAGAAAGAAATGGTGGTTTGATAGTTGTGGGATCATATGTTCCAAAAACAACAA AGCAGGTTGAAGAGCTTAAACTACAATGTGGTCAGTTCTTAAGAAGCATTGAGGTATCTGTTGAAAAAGTTGCAATGAGA TCTATTGAGGAGCAGGAGGAGGAAATCAGTAGAACAGCTGAATTGGCAGATGTATATCTTAAAGCTCATAAAGACACTCT TATAGTGACTAGTCGAAATCTCATAACTGGAAAAACTGCCTCTGAGAGTTTGGATATTAACTTTAAAGTGAGTTCTGCGC TGGTGGAAATAATGAAAAGAATAACAACAAAACCTCGCTATATAATTGCAAAGGGTGGTATTACATCATCAGACCTTGCT ACTAAAGCCCTTGGTGCAAGATGCGCCAAGATTGTCGGACAAGCACTTGCTGGTATTCCCTTGTGGCAATTAGGCCCTGA AAGTAGACATCCTGGAGTTCCTTACATTGTCTTCCCTGGTAATGTTGGCGACAGCAAAGCATTGGCAGAAGTGGTGAAGT CTTGGACTTGTCCTATCAGACTTTCATCAACAAAAGATATTCTTAAAAATGCAGAAAAGGGTGGATATGCTGTTGGAGCA TTTAATGTCTATAATTTGGAAGGGGTTGAGGCTGTTGTTTCTGCTGCAGAGGAAGAGCAGAGTCCTGCCATACTACAGAT CCATCCCGCCGCCTTGAAGCAAGGAGGAGTTCCCTTGGTTGCTTGTTGCATTTCTGCTGCAGAGCAAGCCAGTGTTCCCA TTACTGTTCACTTTGATCATGGAACTTCAAAGCAAGATCTTGTGGAAGCTCTTGAGCTGGGATTCAGTTCGGTGATGGTC GATGGTTCAAATCTTTCTTTCAATGAAAATGCTGCATATACAAAGTTTATATCATTATTGGCTCACTCAAAAGATATGTT GGTAGAAGCCGAGCTAGGAAGATTGTCAGGGACAGAAGATGATTTGACAGTCGAAGAATATGAAGCCAAGCTAACAGATG TTAATATGGCACAAAAATTCATTGATGAAACTGGCATAGATGCTTTGGCAGTGTGTATCGGTAATGTGCATGGAAAGTAC CCAGCAAGTGGTCCAAAACTCAGACTTGATTTGCTTAAGGAGCTGCATGATTTGAGCCAGAAGAAAGGAGTTTTTCTAGT GCTACATGGCGCATCAGGTTTGGGCGAAGAACTTGTTAAGGAATGCATAAATCTTGGTGTTAGAAAGTTCAATGTCAACA CTGAAGTAAGGAAGGCATACATGGACTCCCTCATTACTCCCAAGAAAGATCTAGTTCAAGTTATGGCTTCTGCAAAGGAA GCCATGCAAGCTGTGGCTGCAGAAAAGATGCGTCTCTTTGGTTCATCCGGAAGGGCATGA
Protein sequence (LotjaGi2g1v0196100.7) extracted from Lotus japonicus Gifu v1.2 Proteins.
MCEKLFTFEGEVGGGSKVKMVAEMLEGIHFIASVEAVSLGAKAGIHPWIIYDIISNAAGNSWIFKNNIPLLLKGEVKHQI LNSFAKELEIILDMAKSLTFPLPLLAATHQQLIHGVSHVCYNDDDDPALIKVWEKVYGVKISDAATADAYNPEQLASEFT TDSKTVRRIGFIGLGAMGFGMATHLVKSNFCVVGYDVYEPTLVRFANAGGLVGNSPAEVSKDVDVLIIMVANEAQAENAL YGEHGAVSVLPPGASIVLSSTVSPAYVSQLERRLHNEGKNLKFVDAPVSGGVMRASMGDLTIMASGTDDALKSAGLVLSA LSEKLYVIKGGCGSGSGVKMVNQLLAGVHIASAAEAMAFAARLGLNTRLLFDFITVSGGTSWMFENRVPHMLNNDYTPYS ALDIFVKDLGIVTRESSSLKVPLHLSTIAHQLYLSGSAAGWGRKDDAGVVKVYETLTGVRVEGKLRALKKDVVLHSLPPE WPQDHVLDIQREIESNSKTLVVLDDDPTGTQTVHDIEVLTEWTIDSLVEQFRKSPKCFFILTNSRSLSSEKASILIKEIC KNLDSAAKSVDSIDYTVVLRGDSTLRGHFPEEPDAVISVLGEMDAWIICPFFLQGGRYTIEDIHFVSDSDTLVPAGDTEF AKDAAFGYKSSNLRDWVEEKTNGRILASSVVSISIHLLRKGGPDAVCQHLCSLQKGSICVVNAASERDMAVFALGMIRAE LMGKRFLCRAAASFVSARIGIISKPPVLPKDIGIVRERNGGLIVVGSYVPKTTKQVEELKLQCGQFLRSIEVSVEKVAMR SIEEQEEEISRTAELADVYLKAHKDTLIVTSRNLITGKTASESLDINFKVSSALVEIMKRITTKPRYIIAKGGITSSDLA TKALGARCAKIVGQALAGIPLWQLGPESRHPGVPYIVFPGNVGDSKALAEVVKSWTCPIRLSSTKDILKNAEKGGYAVGA FNVYNLEGVEAVVSAAEEEQSPAILQIHPAALKQGGVPLVACCISAAEQASVPITVHFDHGTSKQDLVEALELGFSSVMV DGSNLSFNENAAYTKFISLLAHSKDMLVEAELGRLSGTEDDLTVEEYEAKLTDVNMAQKFIDETGIDALAVCIGNVHGKY PASGPKLRLDLLKELHDLSQKKGVFLVLHGASGLGEELVKECINLGVRKFNVNTEVRKAYMDSLITPKKDLVQVMASAKE AMQAVAAEKMRLFGSSGRA
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 | 2 | 141 | 140 | 0.0 | – | |
| PANTHER | 2 | 141 | 140 | 0.0 | – | |
| SUPERFAMILY | 12 | 140 | 129 | 3.06E-23 | ||
| Gene3D | 12 | 142 | 131 | 9.7E-23 | ||
| Pfam | 13 | 132 | 120 | 1.8E-19 | ||
| PANTHER | 128 | 1080 | 953 | 0.0 | – | |
| PANTHER | 128 | 1080 | 953 | 0.0 | – | |
| Gene3D | 162 | 329 | 168 | 1.3E-41 | – | |
| SUPERFAMILY | 167 | 326 | 160 | 8.09E-31 | ||
| Pfam | 168 | 326 | 159 | 1.1E-32 | ||
| ProSitePatterns | 171 | 184 | 14 | - | ||
| Gene3D | 330 | 462 | 133 | 1.5E-45 | ||
| Pfam | 333 | 453 | 121 | 1.9E-31 | ||
| SUPERFAMILY | 333 | 460 | 128 | 6.69E-34 | ||
| Pfam | 500 | 737 | 238 | 6.8E-63 | ||
| SUPERFAMILY | 500 | 932 | 433 | 8.76E-69 | – | |
| Gene3D | 505 | 735 | 231 | 1.1E-16 | ||
| Gene3D | 753 | 936 | 184 | 1.2E-8 | ||
| Pfam | 762 | 928 | 167 | 2.0E-37 | ||
| Gene3D | 937 | 1219 | 283 | 7.8E-94 | ||
| TIGRFAM | 941 | 1219 | 279 | 6.6E-70 | ||
| SUPERFAMILY | 942 | 1219 | 278 | 1.38E-82 | – | |
| Pfam | 943 | 1218 | 276 | 1.3E-89 | ||
| CDD | 944 | 1217 | 274 | 1.44769E-109 |
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 LotjaGi2g1v0196100.7, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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