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| Field | Value |
|---|---|
| Gene ID | LotjaGi5g1v0261000 |
| Transcript ID | LotjaGi5g1v0261000.3 |
| Related isoforms 6 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Serine/threonine-protein phosphatase; TAIR: AT4G03080.1 BRI1 suppressor 1 (BSU1)-like 1; Swiss-Prot: sp|Q8L7U5|BSL1_ARATH Serine/threonine-protein phosphatase BSL1; TrEMBL-Plants: tr|I1JFE9|I1JFE9_SOYBN Serine/threonine-protein phosphatase; Found in the gene: LotjaGi5g1v0261000 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr5:56964341..56980263) extracted from Lotus japonicus Gifu genome v1.2.
ATGGGGTCGAAACCGTGGCTGCATCCTGCTCCTCCTTACCGACCACTTGAATCGCACTGGGACACCGATGAAGACGATCC TGGTCCTCGCTGTGGTCACACGCTCACTGCTGTAGCCGCCACCAAGTCGCGCGGTCCGCGCTTAATCCTCTTCGGCGGCG CCACCGCCATTGAAGGAGGATCTACTTCAGCTCCCGGCATTCGTACTTGCCTCTTCTCTCTCCCTTGAAATTCTCTCATT TTCTGTCAGTTTTCAACTGAAAGTCTCTTCTTCTGGTTTGCAGGATTGGCTGGAGTAACGAATTCCGTGCATTCTTATGA TGTTCAAACGAAGAAATGGACTCGGTTAGTTGATTTAAGCTTGCCCAGTTGTTGAATGTTTCTAATTTAGTTGATTTATG GTTCATTGTTGTAGAAAAGTTAAATTGAGTCTGTTGGGTGATTGAATTGCTACTCAAGTAATGATCTTTGGTTTATGGTT GTTTGTTCAGTCTTAAACCGGCCGGAGAGCCGCCGTCTCCTCGGGCTGCCCATGCTGCCGCGGCAGTTGGTACCATGGTC GTTTTTCAGGTGATTTTGGGTTAGGACTGAGATTTCATTTGATTGGGTTGATGGTGTAAGAGTTAGGACTTGACATTTGT TTTATTTTGTTTCGCTTGGCTAGGGTGGGATTGGTCCTGCTGGACATTCGACTGATGATATCTATGTGCTGGACTTGACC AATGACAAATACAAATGGCACAGGTGAGCTTGGTTGCAATTGACCAAGCTATTTTACTTTTTCCTACCAATTGCAATTTG ACAAAATTATGGGGTTAGTCAATGTTGCAATTAATTCGATTGTAGAGTCGTTGTACAAGGGATAGGACCGGGGCCTCGCT ACGGACATGTAATGGACTTGGTTGCTCAGAGATATCTCGTCACTGTCAGTGGAAATGATGGTGAGAGAAATTTATTTCCT GTTTGTCGTTTTCGTGTTTTCTTTGAATGTAGTGAATGATTTACTTGTATTAAAAACTAGACATATGGTACAAACTTCCT AGATGGAAATGTTTAGGAGGAACAAAGGTAAAGTTAAACATGAATGATAAGCTTGACTTATGAATGAATTCCTACACATG TTTGCCATACTTCAGTTGATTGAGAGTTGGGAAGAACTAAGAATAGTCATGAACATACTACAGAAAATTTGGTCATTAAA AGTTCGACTCTTTTTATCCAGTGATTATTACATAATGCCGGCATCTTGTTTTAACATGAAATTTGAAAATAAACTCTATT GAATTGGTAATGAAGTTTTCTCTAAGCTGTTTTCCTTGTGTATTCATATGCTACATATATCTGTCTGACTGTAGAGTGCC TGTCTTACTAGTAAACTCTTGTGAATAAAGTTTATATTGCCTTGTGATACATAGCTAATAATATTGTTTCTTTATAACTT GTAGGAAAACGAGTTGTATCTGATGCTTGGGCTTTAGATACTGCTCAAAAACCTTACGCGTGGCAGAGGCTGAACCCAGA GGGTGATAGACCTTCTGCTAGAATGTAAGTCTGTCTAGCCTCTTGGAAAGTAAAGCCTTAACTGACTTCATTGTTGTAAT TTTACATTCTTCTTCCTCAATTTATAGGTACGCAACTGCTAGTGCCCGCTCAGATGGGATGTTTTTACTATGTGGTGGAA GAGACGCTTCGGGAACTGTATGATTCATCCTACCCTTTTTCTCAGATCATTGGATTCTCTTGCTTTTAGAAAGCTAAATC TGCCTCTGTCACGCTTTGGATTATTACATCCCATTTGTGTTGTAAAGTACCTCATCACAACTGTAGATTAAGAAATCAAT GGTTGTAATTTTGGTCATATACTTGCACATGTATACCAAACTATGGTGTTCTTTAAATCTCAACCGTTGATTTCTCAATC AACAATTGTGATGCCCTAATTTATCCTTTTAATGTGACTCTTTCACTTTAGATGAGTCAAATCCAAAATTGTGATGTACT GCGTAACAAATACTTTTGTTTAAGCAGAAAACCATAGTTTGGGATGTCATATTGTTCTGAATCTGACATTTAGCGAAATA TGATCGCAATTATTGTATATATACTTCGCAGCCACTAGCAGATGCCTATGGACTACTCATGCATAGGAACGGGCAGTGGG AATGGACCCTTGCACCTGGAGTTTCCCCTTCACCGAGATATCAGCATGCCTCGGTAATTGAGAGATTCCTACATGATTTT TTTTCATCACTACGATTTGTTTATGATATAACTATTCATGTTTAATTCTTTAATCTTGACTATTCATGCATGATATAACT ATCAAGATTAAATACTCCATTCTTGTAATAAAAACATGCTTATTTATGTGCATGTGCACAGTCCCCAATTGCAAGAATTG ATCTTACTTCCATATAATGGTTAAAAAACACCAAACTTCATTTTGGGGTATCACTTTAATTAGGAGCATTACCAACTAAA AGGCTATATTTCATACTCACACCCGAAATAAAAGTTTTGAACTGTTCATCTTACTTTCATCAATAGCCTAGTTGGGGTTT ATAACATTAAATAGGAGCATAATACTTAAAATCATGCGCTGACATGCAAGGTTTCACGATCTTATGATTTTTCTGGCGCC TGAGTGATCTGAATAACACTCAAAATCGCGATCTCACACCAACAACTTGAAACGTTTAAATCGGTGGGATCATGCAATCC CATCGTGTTGGAAAAAAAACCTGATTGTCATTCATTGAACCATGACCTGTTTCAGCTTTTCAATTAGAATCCATCATCCA TGCACCTCAGAGGCATGCTGCCTCTGTCCATCGATCTCCCCATGAGCACGCCGGTTGCCTTTTCCTTTTTCTTCTCTTCC TCTCCCCCCTGCCCCCACTCCCACACGTTTCTCTTTCTTTGACCCCATTCCTCTTGTTTGCTCTTCATGTCGATATTCTT ATGTTAGGTTCCGGCACATTTAGTTTAATTTTTTTGGGGCAATTTCTAATTTTTATTGTTTTATTTGTCTTTCGTTAATT TATTATTATTATTATTTGTCTTTCATTATTTAAAAAAGGGGTGTTCTGTTCGGTCTAAGAAAACTGGGCTGCCTTGGTCC AAGTGATCTTGCTTTGATTGGCACTTTTGATCGTGTTACTCATTTGTATCTTCTTTTCCTTTGTTATGAGTAATGTATGC GTTTTAAGTATAATTAAGTGTGTGTATGATTTAAATATTTTTTTCTCTTACTTATGCTATATATTTAAAATTGTGTGTGA AATTCTAAAATATTTAAGTGGATTTCTCTTTCATATTTAATGCTGGATTCCGGAATAAGGTTGAAATATCTTTTATGATG TGAATTGGCGTAAGAGTTTTTCTTTTATAATGACGTTTATTGATATTGATTAATTTACTCATTCATTTTTGTTGAAATTA TAAAGATTTAGGTAGAGAAGGAGGAAAAGAGATTAGAGAAATGCTTTTACGACACATTGCCAAATGAATAAAAACCAAAG TTAAACAATCACATTTAGCATCTGATTGTTGCTGTTGTTTTGGTAATATTCGTCTGTGTTTTGTAACACACATCAGTTCC CATATAAATTATATTGATATTATTATGAAAGATGTGATATTAGTATTTATACTAATAGAAGATTTCTAATCCTAGGGAAA TTAATGATGAAATATAAATAAATATAGGAAATATTCCTAAGAGTTCTTCTCAGATACTCTAACTATTCTAAGATATATTC ATGATAATATGAGATATCTTGTAGATATCCTAACACTTCTCAAGATTGTTTGTTTGATGGTGTGGCATTCATTTCATCAG GTTTTTGTTGGTGCACGATTACATGTTACAGGAGGTGTTCTCAGGGGTGGGCGATCTGTGGAAGGAGAAGCATCTGTTGC AGGTAACTTTCCCTGTGTTATTATCAAATTTTTATCTTGTGTTTGTTGCCATGCTGTTTTCCGTTTCCGGTATTCATGTA CACCTATGTTTTCTATTTCTTGTTTTGGCAGTATTGGACACTGCTGCTGGGGTTTGGTTGGACAGAAATGGCATTGTGTC CTCCTCCCGCTCAAACAAAGGTCATGATCATGACCCTGCTTTGGAGCTTATGCGTCGTTGCCGCCATGCAGCAGCAGCTG TTGGTGTTCAAATCTATATCCACGGCGGTCTTAGAGGAGGTAATTACTCGTATTATGGGTGATGAAGTTGTATTGTTGGA CTGAGAGTTTATTTTGACTTGAAAACTCAAATGCAGCATATTACATTACAATAAGTTCACAAGAATACTGGCACATTCCC TTGTGTTCATCCCAATGGATTTAGCCTTAAAGAATACATGACGAAAATGTCATTGAGACAGTCTGTCATATTAATATACT TATTTTATATTTTTTATTAGTTTAAATAGTATTAATCATCCCTTTCGAGGGTTATTGGCAGCTGCATGTGACTCTAGTTC TCTGTAACTTCTGGGCAAGAAAAACGTAGAATCCTTGTATCACTTTATCAATCTTGGATAGCAGCGCGGAGCAACCGGCC TAAAAATTGCTATATAGCTGGGTGGCTGCCGACATCAAAGATAATAGATTCAACATACATTATTTATGCTATATACACAT AAATTGCTCAAGTATAAAAAAGAGATTTCTCCAACGTTAATAAGTAAGACATAGTCCTAATTAGTAAGTTTTGGTCTTTA AAAAACTGAACAAGGGGAGCTTGAGTTAACAAAACAGAGGGTGAAAAAGGAACACAAAAACACAGCTGCAAACTGAAGCA GGGGCTTGACTGGAGGGTTAGCGGTAGATTAGAAAGAAAGCAAATAGATCTTGTAGCTGGAGATACCCGCGACTATGTGT TTGGATACAAGGTGAGTTCAACGTGGACAGACTTTCTTCTTAATTCATAAGAAGAGGTCTTTCACTTTTTACCCAGGGTT GCCAATAGCGCGCTAGCGGTGCGTAGCGGCCCTTGGCCGCTCCTATTTGTTGCGTAGGGGTGCAGTTCAGTGTAGCGGTT GTTGCGGCTGATAAAGCGGAGGAAATAGTAGCCATAGCGGCGCTATTTGGCGGCTATTTGGTGGAACGGACAAAAACCCA TAAAACAACCCACAAAAAAGTTCATGTTAGGGCATTTTGGGGAGGTATTTCAGGGTTTTTGCTTCCAACACATACTGAAA ATGGTCTAGTTTTAGGAGAATGAGGAGGAAGTGATATCAAACTTTCATGTTTTTAGGCAATTTAGTTTGGGAGTTAGAGA CTTAAACTTCTTGGTTACCTTGGCTATTATTGGTTCTAGTATGTTTTGTTTATGACACCTATGACTTGTTAATGTTAATT ATGGCTGCCATGAATTTTGAGTATTCTTTATCGTTTATATGTTTATTTATAGTCATAGTATATTTACTATACAAAAAATT TAGCATGGCCGCTATGCACATACTGCTAGCGTTTGTGGGGTTGGCTGCTACGCTCCGCTATCCGGGATTGACAGCACAAT TTTACCTTGAAGTGTGCACTAACAGCCATTTACAGTGGGAAATTTGTTAGGAACCTGATATTTTATTAGAAAGAATAGGG AAAATCTCCCCTATTACAGCACTGCAGATCTTTGAGTCCTGCACCTCCTTGCTCCAAGGCTCCAAGTCTTTCACAAATAC ATTGATAATTCCACCATCTTATCCTCGATCATTTATAACGTGCTAATATTTTTTTATTTTTCTATTTTTGTCATATTCAT AATAATCATAATTCCATTATAGAACTTTTTTTTTTCTAATTCTTATATTCAACAATATCTTCTTTTAATAACTTCGAATG GTTCTCTTCCAATTACTTTAGTTAATGATATCCACTTTTGATAATTATGTTCCAGAATTATTCTCTCCTAATTACTATAT TCAATATTATCTTAAATTATTCTTTCCTAATGACTATTGTTAGAAGTCCCACATTGGCTAGAGATAGAGCATAGATAGCC TTTATAAGGGGTAGTGAGCTAGCTTTTGTGGTTGAGTATAGGCCTCCCAATTTCTAATATGGTATCAGAGCCTATCCTAG ATCCATTTGTTGTTTGTGGAGACTTCTCATATTTGGGGCACCCGTTGTTGTTGATCCCACGTTCCAGGTTGTTCAGTCCT GGACGTGAGGAGGTGTGTTAGAAGTCCCACATTGGCTAGAGATAGAGCATAGATAGCCTTTATAAGGGGTATTGAGCTAG CTTTTGTGGCTAGTAACTATATTTACAATAACTTTAACTATTGACTCATCCTAATTTCCTGTTTATATACTTTCCTGATA AACCTATAACTAGCATACACCTGACAATACGCCCCCCATGAGATTTCACCCAGTCCACTGTTGAAAGATTTTTTACCACT CTACGTTCGAATCTCTCAAGACTCAATTGTAGTATAGTAAAGGGTTTTGTCGTATCCACTGGGAGGTGTAATACTTATGT CATTCAATAGCTAACAAACTCAAATGATGGTTAACAGAGATATTAGGGGTTTGTTTAAGAACATGAAAATATAAAGAAAG CAGATAAAGTAATTCGATTCACCAAGGTAGATAGTTTTGCTGGGATTAGAGTTTCGTTGTTTGACCTCTATGTATTCTAT TGATTCACATACAAATATCGTTCTATGCAATTGATTCCTCCCACCATTTCTTATCTTACTACCCAGTCCCCCGGCGTAGA AGATTATCAACTCAACTATATTAACCTTCAATCCCTTGATCGATTAACAATAGTGAGTAGCATTAAGCATGGATGTTTGA ATAGACTAATGATCTAACCCTATCCCTAGACCTTAGAATCATTAGATGATTTTACCTATTTCAGATTTAAATAGTTAGTT CCCACCATCCTATTAAATCTAAATTCATGTTCTAGGTGATCAATCCAAAACAAGCATGAAGCACAAGGTAAAAATCATTG AATCATGGAAAAGAAACATATGATTAACTCCAGTTCAGACTCAAGAACGTGTGAATTCCCTACTCAAGTTTGAATCAATC AAAATACCCAAGGGGATCAAACCTAAGATGTAGCATGAAGCAAAAGAGAAAACCATTGATTCTTTAGCATAGAAACATGA AATTTGCATGAAAGGAAATCAAATAGATTACATGAGCATCAAAACAACTAGTTCTAATCCCAACAAATGAGAAATTAGCT ATCCATTTCCATGGATAGCTTTACAATCATAAAAGAGAAGAAGAACGATGAAAAACCGAATACGTGACGGTTCCCCGGCG ATGAAATCGGCTCCAAAGCCTTCTCCCAAGTCTCCTATACCTCCCTTGATGCTCTCCTTCGAGTTCTATCTTTCCCTAAG TTGTGGGTTTCAGTTATGGTCCAAGAAGTTCTCCTCTGTTCTGCTTTAAAATTTCCTTTTAAATGGCAAATCTGGCACGA CCGCTCAGCCCCTTTTCTGGCCGCTCAGCTCCCTGTTACTTTAGGGATGAGTTTTCTTTAACCGCCTTGAAGACGTTCAG CCCCTTTCTTGGCCGCTCAGCCCTTTTCTGACAGGATAAAAGGAGCTCAGCTGGTTTTTAAAGGGCTCAGCTGATTTTTC CCAAACCATCCAAAACTCTTTATCTTTTCACCAAATCTTCATCTCTTCACTAGATTCATGTCCCTACAACAACAATTGAG ATTGGATCTCCATTTAAACACATTCTAATCAAAAGAGAGTCAATTTGCAAGATAATTTCCATAAATCACATAGATAAGTG CCTTAATAACAATGGAAAACTACGTAAAATTGGCAATTATCATCCACACGGTGAATAACTTGTGATAGCTGAAAACAAAC TGCCACCAGTGTTCCACTATTGGGGTCCATTGATCTTCTTCAAAGCCCCTAATGACAATGGACTTAATAGTTTGACTGGT GGCTTGGAAAGCATCCTTCTCTAGTTCCTATAGCAGCTTCCATACTTAGTCAATTAGCTGAAATACTTGGTCATCTCATC TCAACTTCTTACTACAACTCTCATTTATGGACTAGGCTTGGCCCTTACATTCAGTAGATGCAGAGCATACATTCTCAGCC TTAGCTTTTTCCCTTAATATGAAGAAAGTCCTGTGTATTTAGTGAGCTCTGTGTCCTGCTTCCTGCTAACCAATCCAACG ACTAAGATACATTGGGTCTGGCCCTTTAGTGCAAGAAACTGGCTAGATTTCCATGATTCTAGTCTCAAAAATTGCCCACT CATGTGTTGCGCCTCTACCTTGGAGTTGCAGAACAACCACCATTTCTATCCCCTTCTCTCTTAGCAACGTAGCTTGTGCC ACTGCATGAGTAACCTTGTTTGGAGATTCCGGCGGGAAAAACCTAGCTGAGATTTCCGGGTTCCTGAATCTCAGCTAGGT TCCTGAAAAGATATTGTTTCACTCAGATTTAGCAGGGCAGGATTACGATTTAGCACGGGATTAACATTGGCAGTGACATC TCAAATCTTGAAAATCGTACAATTTTGCGATTCTAAATGTAATTTCTCGACTACGGTGTTGCCCACATCTCCAAGATCGG AGCTCTTATACTAGCTGTTGGAACCTAGTATTTTATTATGGGAAAATCCCCTCATTACAAAATTGCATATCTTCTAGTCT ATGCACATGCTTGCCCTGATGTTAAGGTCCCACATTGAGTAGAGATATGGTCATAATATATCTTATAAAGGGTAGAGCAT TCCTCACCTTAAGCTAGCTTTTGGGGTAGAGTTAGGCCTAACCCAAATTTTAAGATGGTATTCGTGCCTATCATTGATCC GTTCATTGGGCCACCCATAAATGGGTCACGTGCATGTTGAGTCCTGCAAACTTGACGCTCCTGATGCTCATCCCTGAGCG TGAGAGGGGGTGTTAAGATCCCACATTGACTAGAGATATGGCGAACTTAAACCATATAAAGGGTAGGGTAAGACAATCAT CACTTCTAAGCTTAGCTTTTGGGGTAGAGTTAGGCCTAGCTCGAAAGCTAAGACCTGAGGTCCCATTCTCTCTCAAATAC GCCGTTATTGACTCTCTTATCTTCTATTTTTGTATAAAATACCATATTTTCCTCTTTTTCCTATTTTTTTCATATTCTTA ATAGGCCTAATTCCACCATATATTGATTCTTTACTAATTACTGTATTTAGAAACATATACTTTCAATAATAACTTCATAA TAATTCTCTTTCAATTACTACTTTTAATGATATCTACTTCTAATAATTCTAATCCATAATTATTCTCTCATAATTATTAT ATTTAATAACATCCTCAATTATTCTTTACCAATTACGATATTTAACAATATCTTTAACTATTGACTTATCATTATATCTC CTTTTTATATATATTCTCCTAACAACCCTCTTAACTAAAAACACCTAACAAAATCTATGGGCTCGAGCCCATGGTGTATG AGACAACTAGAGAGACATTCGGAAATGAACAGAAGTAGTTTTCCCATGCTCAAATATGCCAGAAATATGACAGAAGTATA AAAAAATTAGGGTTCGGAAAGATAAAAAGGGGGGTGGGGCTTTACCTTTCATGAACCAATAATGGTCCAAAATGGACGCG ATTTTTGCCATGATTTGCAGCACAATGGACGCGACATGAAAAGATTCTGTGGGCTGAGTTGGGTAGTGGCCACGATCTAC GATGCACTCCGCTGCTGCCTGCTATTGCGTCGGTGTAGCCACAGTTAGTTACTATGCTTAGTTATGATTGAACTAATGCA GATTTATCTAATTCATATTCTAATCTATGTCCAGTCATGCTACTACTAGATTTCCATATCATGGCAAACCAGAATTGTGT GCCTATTAAGCTCTGATAGCCATTGTCAAATAGGTTATCACATGCCATGCTGGCCTGCTGAAAAATGTTTTAACTTTTAA ATATTCTTAATGCATTATAGCCTTTGGGTCATACATTACAATGCTTGGAATTGATTAATTCCCAGACATGCGTTGTTAGC TAGCAGGAATGGAATGTGAGAACTGGTTCAGAATATGAAGTGAAAAGAATGATTTCTATTGAGTAACCCTAATCTCAATC TCTCCTCAATGTATATGCAACACCAAGAATAGGGTGAATCTTCTGAAAAAATGTGTTCCCCCAGATATTCGAGAGATCCA AGACTCTCCCAAGTACCCAATACAAATTCCATGACCCTTCTCTCTGTTTCTCTCCTCTTACCTACCTAACAGTAGCAGTA GTTAGTCGTTAATCTACTTAAAAGAACATCCTCCCGCTCTTGAGAGGTTATTATCCTCTGCATCTCTCCTCGCTCTCCTC TGGTAGACCTTCCTTTCTATAAAAGTTACTATTATATTGAGTTTTCCAATTTTTATTATGGACTGTAAGTGTTTGATAAT TTTATATTTTTGTTCCTCTTAATTAGATGTTCCTTAGATATTTCAAAATTTGTTTTCTCTGTTTATTAATTTTCATGAAA CCATGTTATTACGTGCAGATACACTACTAGATGATTTCTTAGTGGCTGAAAATTCGCCATTTCAGCCTGACAATTCTCAT GCGTTAACAGCTGAGAGAACATCACCTCTTACAAGTCCCAAATACAATCAGTCTAACTTCAGCTTGGATGGTACACAAGA CGGACCCTCGTCTGGCGGCTCAGGGTATATCATTTATTTCTTCCTTCTTTGGAAGCCCGACAATTTATCTTACAATCCTT GTGCTTGTTATATTTCAATTTTATGACAGTTTGATATGTGTTCATTTTACCAGGATGGACAAACATTCGATGGAGAAACT GAGGGAGGCATCAGCTGCTGAAGCTGAGGCAGCGAGTGCGGTCTGGCAAGCTGTGCAAGCTATATCTGCGGAAGAAACTT CTGTGTCAGATGACAACTCACAAGCTGCAGAAACCGTTTCAGATGGAAGCGATACAGAGGGAGATGTTCACCTTCATCCT AGAGCTGTATGTACTTGGAGCCTTGTGTATTACTGAAAATTTCTATCACGGATGCAAAATCATGAACATTTTGTTACAGG TTGTAGTTGCGAAAGAAACTGTAGGTAACCTAGGTGGAATGGTGAGACAATTGTCTCTGGATCAATTTGAAAATGAAAGC AGACGCATGGTTCCCATGAATAATGATTCGCCTTATCCTACGAAAAAATTCACCAGGCAGAAATCCCCTCAGGGTTTGCA TAAAAAGGCAAGCAGTATTTGATGTGCATTCTTCTTCATACTGTTGGTGCTTGATATATAATTGTGTACCCATTTAATTA TCATATTCATATATTGGACAATCACTTATCATCATTGTCCTCTTTCCAGATAATTTCGACTTTGCTCAGGCCTCGCAACT GGAAAGCTCCTGTTAACAGACGGTTCTTCTTGGATTCGTATGAAGTGGGTGAGCTTTGCTATGCTGCTGAGCAAATATTT ATGCAGGAACAAACTGTTCTTCAGCTAAAAGCTCCAGTCAAAGTATTTGGTGATCTTCATGGTCAGTTTGGTGATTTGAT GCGGCTATTTGATGAATATGGATTTCCTTCAACTGCTGGAGACATCACGTAAGTCTGTTACATGTATATATCATAAATTT ATCATTGCTTGTGTCAGAATAGTTTATGTGTAGATAAAGTATAATCAGGTCTTCCCTATTCCTGTGGTATCATGTGATCA TGTATCTTTTCATTCCTTTGCAGTATTTAGAACTTAGTTCCAACTAGTCTTAGACTAGCATATTGTAAAATGCCAACCAT CTCTATATTTTAGGTGTTAAAATAATTAAAATAATACGATCTCCTAGATAAACTGGTCACTGGATTTATTTATGTGTCTT TAGTTAATGCATGCTAGATACATCAAAAAGTTTGTTACTAAAGGCCTTAGGAATATTGTTGTGCATTTAGTAACAAGTTT TCATTTTCTGAACAGTTTAGCACTTTTGATTGGCTCTAAGAATGTACCTTACATTTACTATGTGGATTGTAATATTCAAT TTTTCTGAATGGTTTGTTGTTTTGAGCTCTACCCCATGACCAAAAATGTTTTCCATCCGAAGACCATATCTAGAACTGTT TGCTAGCAATTTGTTGTGATTTGAAGTTAAAATTGCAGACTGATTGTTGGGATTAACTTAATATGTGATGTGTGTTCCTT AGCAGGATTGATTTATTTTCAGTCTTTTTCTGTGTAAATGACACATTCTTTTAGTTAATGGTTAAGTGATAATTTACTGA GACATTCTTCTATTGCTTTGCTCCTTAATCTGAACACTTTGTAATTAGCTTTCTCATTTAATGTTTCAGGTATATTGATT ACTTGTTTTTGGGAGATTATGTTGATCGAGGACAGCACAGCTTGGAAACCATTACCTTGCTACTTGCTCTTAAGGAAGGC TACTGTTTAGTTATATTAGTTGCAGCTATTATTTTGTTTCTTTGTTTTTATAATTAACCTTGTAATTGCATCCTTGTTTC TGCAGATCGAATATCCTGAGAATGTTCATTTGATACGTGGAAACCATGAAGCTGCTGACATAAATGCACTATTTGGTTTT CGCATAGAGTGCATTGAGAGAATGGTAGAGACAGAAACATACTTGTATTGATTCAGTATTTAGGTTCGAATCTGCAACTA ATTGTGCGCTTGTAGGGAGAAAATGATGGAATATGGGCATGGACGCGATTCAATCAACTTTTTAACTTTCTTCCACTAGC TGCTCTTATTGAAAAGAAAATTATCTGTATGCATGGTGGGATTGGAAGATCTATCAATTCGGTAGAACAGATAGAGAAGC TTGAGAGGCCCATAACAATGGATGCAGGATCCATCATTTTAATGGACCTTTTGTGGTATCTCTCTCTCTCTCTATCTCTC TCTCATGTGGCTTTGCGTTATGTTTGCATTTTCCCCCCTTATAACATCTATATATTTGTAGGTCTGATCCCACAGAAAAT GATAGTGTAGAGGGTTTGAGACCAAATGCTAGAGGGCCAGGGCTTGTCACTTTTGGGGTAAGTATAATACCATTCATTGC AAACATGGGGGACCTTTCATGCTATGAGTAAATCTTTCAGTCCCACCTCCCATAAATTATGATGCATAGAAATGTATTCT CATGTTTAGATCTGAGATTATAGACTACTGTGTGAAAGGTGTGGTCTTAGTCTATTATTTTATTTTATTATTATGTTATT GAAAAAATCTCAAGAAAATATATGGACATATATATTTCTCCGTGGGAAATATGAATTTCAATTTCCACAATTTCCGAAAG TCTGAGCACTAGTTGAGAAGGGTACACTGCTTGCTGTTTTGTTCTCCTCTTTGGAAAATCATTATAATATTACTTTCAAA ATATAAAAATAGTCACTTCTTTTGTTTTAAGTTTGATTCACTGATGAATAGGATTAGGTGTCTACCATTACTATAAATGC AACGTCTATCATTTTGCTGCATTTTATTCTTGTACTTCCTTTTTTTCTCATACTATACCCTAAAGACTTAAACCCTATAA TTTCGTCATGGTATCAAACCAATACCATCCTTTGTGATCCATCCTATCAATATTTCACTGCCAAGTTTTCCAAAGTTTGA AACTCTGTTCTAACAATGTCATTCTCTCCCCAACAAACAATCCAGACAATCTTTGTTGTGTCGATTTTTTTGAGGTACTC TGGTTTTGTTCATATCCTTGTTGTCTGGTTGCAATAGCTATCAGCGCTGACCCACCTTACATCGTCTCTGCAAGTTTCGA TATCTCTTTTCAATTTTCATTATTTAGTTTTAGGGCTTCAGTCACTGTTTACAACAACCCACCCACTCTATGCAGTCGTC AAACGTCAAGATTGACACCCTCGTTCATCTCAGAAGCCATCGATCGACCAATCAGTCCCCCTAGCACTGCCACAAAATTC TCCACCATGTGTAACCGTATCAACCAGTACAAGTTTTCACCAGCACGTGAGGTACATGCGGCGCCTTACTAGCCTCTACA AAATCCTCCACCATTGACGTTGCCGCTACTTTTGTGGTGGTTGTCCGCTTCTCCTGGTTCTGTTTTACCCCGGTTTGGCT TTTAGATTTGTTGGTCATGGTATCTCATTTGATGGTCACTATTTGCTGAGATAGACAGTCACCGGTGACTTCTATTCTCG TTTGGCCCTTTATTTGGTCTTGTGGTTGCTTATTTCACTCCCTTGTTTATCCCTAACTGGAGAGTACTTTTAGAGTTTCT TTGTCTATTCTGTTCTATGAATTTGTTTTGCTGCTTTTGCACCATGGTGCTCTATTTTCTCTGTTCCGATGTCTTTTTTG GTTGCTACTGGTTTATTGTTCTTATAGCCCAGATTTGTTTCTGGGTGAATTGATGCCGGTTTTCCGCTCTAGTTCACTCT CTACTTTTGTTGCCTGAATCAGTTGGCCCTGCGTTAATCTTAGAGAATCAGTTTGGCTTGCAACAGTCCTAGATAATCAG CTAGGCCCTCATTATTTTTCTATTTCTAAAGGATACATTTTTATTAAGCTTAAACCTAAGTAAGCTTGAGCTTTAGGGGC AGTGTTATGTGTTATAATAGTTTGATCATATCTTAAGTAATTGAGGGCAGTTTAGATTATTCTTTAGTTTTGATTTCTTT ATTTCCTTATTCTATTGATTTAATTCCTTATTAAATTAAGATTAGGATTCTTAATTAGTTTCCCTATTTGAATAAGACTA GGACTCTACCATTAGTATAAAAAAGACTACGTATTTTTTTGTAAGATACCCAATATATTATATCAATACAATTTTATTTT GTGTATTCTTTTTCCTCTTTCTATACCTTGACTAAACTCTGATTTCATCATATATCCTAGAGGTGCTAATTTGACTATTT ACTCTGATTTAAATTAAGATCATTCATGAGAACCTACATAAAGAAATGAATAGAAAAATCAACAGACAGACTTTGGAGAT CTCTACAAATTGAAATTACAATTAAGGCAAACTTAACACGCAATAAAATATCAATAATTATTTCTTAACACAATTCAAAG CTCGTACTTTTTTTTTCACTCTCTTAAGACATTTTATAAATATAATATTTTTCCACAACTAGGCATGCCTTGAAGTTCTT GCTAATTATATGCGAACGTGGCCTAATATTTTTCTAATTTTATGCAGCCTGATCGTGTCACAGACTTCTGTAAGAGAAAT AAATTACAGCTCATAATAAGGGCCCATGAATGCGTCATGGATGGTTTTGAGCGATTTGCCCAGGGACAATTAATCACCCT TTTTTCCGCAACTAACTATTGCGGTAAGCATAATTTCTCACCAGCTTTCTCCTTTGCATGTGATAGCATTTCAATCTCAT ATTTGGTATGTTATTTAGGAACTGCAAACAATGCGGGAGCTATACTGGTAATTGGTAGGGGTTTGGTTGTGGTTCCAAAG TTGATTCATCCTATACCACCTCCCCTTCAGTCACCTGAAACATCTCCAGAGCGTGTGATGGATGAGACATGGATGCAGGT GAGCTTAATATTTTGTTTGTTCTGACTTAATAGCATGTTTGGATCAGCTTGTTTTTCCGCGGAATCAATTTGGTTGCTCA AAAGCTTCAGTGTTTGTAAATTCTTCTAGAATTGATTTTGGGAGAAGTTTCTGGGTGACATTATTGATTTTGAGGAAAAA GAAGCTAATCTAAACATGCTATGCTTTTCCCCAAAATTGATTTTGGCTTTAGAACCAACCGTAAAATGATTTCCAATCAT GCACTTATTCTAGGAGCTTAATGTTTTGCTGGTTATTATTCTAGGAGCATAATATTTTGTTTGTTCTTACTTATTATAGG AACTTAATATTCAGAGGCCGCCAACTCCTACTAGGGGTCGACCACAGCCTGACCTTGATCGTGGCTCTCTAGCATATATA TGA
CDS sequence (LotjaGi5g1v0261000.3) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGGGTCGAAACCGTGGCTGCATCCTGCTCCTCCTTACCGACCACTTGAATCGCACTGGGACACCGATGAAGACGATCC TGGTCCTCGCTGTGGTCACACGCTCACTGCTGTAGCCGCCACCAAGTCGCGCGGTCCGCGCTTAATCCTCTTCGGCGGCG CCACCGCCATTGAAGGAGGATCTACTTCAGCTCCCGGCATTCGATTGGCTGGAGTAACGAATTCCGTGCATTCTTATGAT GTTCAAACGAAGAAATGGACTCGTCTTAAACCGGCCGGAGAGCCGCCGTCTCCTCGGGCTGCCCATGCTGCCGCGGCAGT TGGTACCATGGTCGTTTTTCAGGGTGGGATTGGTCCTGCTGGACATTCGACTGATGATATCTATGTGCTGGACTTGACCA ATGACAAATACAAATGGCACAGAGTCGTTGTACAAGGGATAGGACCGGGGCCTCGCTACGGACATGTAATGGACTTGGTT GCTCAGAGATATCTCGTCACTGTCAGTGGAAATGATGGAAAACGAGTTGTATCTGATGCTTGGGCTTTAGATACTGCTCA AAAACCTTACGCGTGGCAGAGGCTGAACCCAGAGGGTGATAGACCTTCTGCTAGAATGTACGCAACTGCTAGTGCCCGCT CAGATGGGATGTTTTTACTATGTGGTGGAAGAGACGCTTCGGGAACTCCACTAGCAGATGCCTATGGACTACTCATGCAT AGGAACGGGCAGTGGGAATGGACCCTTGCACCTGGAGTTTCCCCTTCACCGAGATATCAGCATGCCTCGGTTTTTGTTGG TGCACGATTACATGTTACAGGAGGTGTTCTCAGGGGTGGGCGATCTGTGGAAGGAGAAGCATCTGTTGCAGTATTGGACA CTGCTGCTGGGGTTTGGTTGGACAGAAATGGCATTGTGTCCTCCTCCCGCTCAAACAAAGGTCATGATCATGACCCTGCT TTGGAGCTTATGCGTCGTTGCCGCCATGCAGCAGCAGCTGTTGGTGTTCAAATCTATATCCACGGCGGTCTTAGAGGAGA TACACTACTAGATGATTTCTTAGTGGCTGAAAATTCGCCATTTCAGCCTGACAATTCTCATGCGTTAACAGCTGAGAGAA CATCACCTCTTACAAGTCCCAAATACAATCAGTCTAACTTCAGCTTGGATGGTACACAAGACGGACCCTCGTCTGGCGGC TCAGGTTTGATATGTGTTCATTTTACCAGGATGGACAAACATTCGATGGAGAAACTGAGGGAGGCATCAGCTGCTGAAGC TGAGGCAGCGAGTGCGGTCTGGCAAGCTGTGCAAGCTATATCTGCGGAAGAAACTTCTGTGTCAGATGACAACTCACAAG CTGCAGAAACCGTTTCAGATGGAAGCGATACAGAGGGAGATGTTCACCTTCATCCTAGAGCTGTTGTAGTTGCGAAAGAA ACTGTAGGTAACCTAGGTGGAATGGTGAGACAATTGTCTCTGGATCAATTTGAAAATGAAAGCAGACGCATGGTTCCCAT AATTTCGACTTTGCTCAGGCCTCGCAACTGGAAAGCTCCTGTTAACAGACGGTTCTTCTTGGATTCGTATGAAGTGGGTG AGCTTTGCTATGCTGCTGAGCAAATATTTATGCAGGAACAAACTGTTCTTCAGCTAAAAGCTCCAGTCAAAGTATTTGGT GATCTTCATGGTCAGTTTGGTGATTTGATGCGGCTATTTGATGAATATGGATTTCCTTCAACTGCTGGAGACATCACGTA TATTGATTACTTGTTTTTGGGAGATTATGTTGATCGAGGACAGCACAGCTTGGAAACCATTACCTTGCTACTTGCTCTTA AGATCGAATATCCTGAGAATGTTCATTTGATACGTGGAAACCATGAAGCTGCTGACATAAATGCACTATTTGGTTTTCGC ATAGAGTGCATTGAGAGAATGGGAGAAAATGATGGAATATGGGCATGGACGCGATTCAATCAACTTTTTAACTTTCTTCC ACTAGCTGCTCTTATTGAAAAGAAAATTATCTGTATGCATGGTGGGATTGGAAGATCTATCAATTCGGTAGAACAGATAG AGAAGCTTGAGAGGCCCATAACAATGGATGCAGGATCCATCATTTTAATGGACCTTTTGTGGTCTGATCCCACAGAAAAT GATAGTGTAGAGGGTTTGAGACCAAATGCTAGAGGGCCAGGGCTTGTCACTTTTGGGCCTGATCGTGTCACAGACTTCTG TAAGAGAAATAAATTACAGCTCATAATAAGGGCCCATGAATGCGTCATGGATGGTTTTGAGCGATTTGCCCAGGGACAAT TAATCACCCTTTTTTCCGCAACTAACTATTGCGGAACTGCAAACAATGCGGGAGCTATACTGGTAATTGGTAGGGGTTTG GTTGTGGTTCCAAAGTTGATTCATCCTATACCACCTCCCCTTCAGTCACCTGAAACATCTCCAGAGCGTGAACTTAATAT TCAGAGGCCGCCAACTCCTACTAGGGGTCGACCACAGCCTGACCTTGATCGTGGCTCTCTAGCATATATATGA
Protein sequence (LotjaGi5g1v0261000.3) extracted from Lotus japonicus Gifu v1.2 Proteins.
MGSKPWLHPAPPYRPLESHWDTDEDDPGPRCGHTLTAVAATKSRGPRLILFGGATAIEGGSTSAPGIRLAGVTNSVHSYD VQTKKWTRLKPAGEPPSPRAAHAAAAVGTMVVFQGGIGPAGHSTDDIYVLDLTNDKYKWHRVVVQGIGPGPRYGHVMDLV AQRYLVTVSGNDGKRVVSDAWALDTAQKPYAWQRLNPEGDRPSARMYATASARSDGMFLLCGGRDASGTPLADAYGLLMH RNGQWEWTLAPGVSPSPRYQHASVFVGARLHVTGGVLRGGRSVEGEASVAVLDTAAGVWLDRNGIVSSSRSNKGHDHDPA LELMRRCRHAAAAVGVQIYIHGGLRGDTLLDDFLVAENSPFQPDNSHALTAERTSPLTSPKYNQSNFSLDGTQDGPSSGG SGLICVHFTRMDKHSMEKLREASAAEAEAASAVWQAVQAISAEETSVSDDNSQAAETVSDGSDTEGDVHLHPRAVVVAKE TVGNLGGMVRQLSLDQFENESRRMVPIISTLLRPRNWKAPVNRRFFLDSYEVGELCYAAEQIFMQEQTVLQLKAPVKVFG DLHGQFGDLMRLFDEYGFPSTAGDITYIDYLFLGDYVDRGQHSLETITLLLALKIEYPENVHLIRGNHEAADINALFGFR IECIERMGENDGIWAWTRFNQLFNFLPLAALIEKKIICMHGGIGRSINSVEQIEKLERPITMDAGSIILMDLLWSDPTEN DSVEGLRPNARGPGLVTFGPDRVTDFCKRNKLQLIIRAHECVMDGFERFAQGQLITLFSATNYCGTANNAGAILVIGRGL VVVPKLIHPIPPPLQSPETSPERELNIQRPPTPTRGRPQPDLDRGSLAYI
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 |
|---|---|---|---|---|---|---|
| PIRSF | 1 | 850 | 850 | 0.0 | ||
| PANTHER | 1 | 850 | 850 | 0.0 | – | |
| MobiDBLite | 1 | 29 | 29 | - | – | |
| PANTHER | 1 | 850 | 850 | 0.0 | – | |
| Gene3D | 12 | 154 | 143 | 6.1E-13 | ||
| Pfam | 29 | 95 | 67 | 1.5E-7 | – | |
| SUPERFAMILY | 71 | 357 | 287 | 2.09E-36 | ||
| Pfam | 96 | 134 | 39 | 2.2E-6 | – | |
| Gene3D | 155 | 392 | 238 | 5.6E-15 | ||
| MobiDBLite | 361 | 398 | 38 | - | – | |
| MobiDBLite | 444 | 460 | 17 | - | – | |
| MobiDBLite | 444 | 469 | 26 | - | – | |
| Gene3D | 488 | 822 | 335 | 1.4E-110 | ||
| SUPERFAMILY | 505 | 819 | 315 | 1.61E-96 | – | |
| CDD | 507 | 809 | 303 | 0.0 | ||
| SMART | 527 | 811 | 285 | 5.5E-111 | ||
| PRINTS | 555 | 582 | 28 | 1.2E-61 | ||
| Pfam | 555 | 762 | 208 | 1.0E-33 | ||
| PRINTS | 590 | 617 | 28 | 1.2E-61 | ||
| PRINTS | 623 | 647 | 25 | 1.2E-61 | ||
| ProSitePatterns | 624 | 629 | 6 | - | ||
| PRINTS | 661 | 687 | 27 | 1.2E-61 | ||
| PRINTS | 691 | 718 | 28 | 1.2E-61 | ||
| PRINTS | 751 | 771 | 21 | 1.2E-61 | ||
| PRINTS | 773 | 789 | 17 | 1.2E-61 | ||
| MobiDBLite | 812 | 850 | 39 | - | – |
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 | Phosphoprotein phosphatase activity | Catalysis of the reaction: a phosphoprotein + H2O = a protein + phosphate. Together with protein kinases, these enzymes control the state of phosphorylation of cell proteins and thereby provide an important mechanism for regulating cellular activity. | ||
| Molecular function | Protein binding | Interacting selectively and non-covalently with any protein or protein complex (a complex of two or more proteins that may include other nonprotein molecules). | ||
| Biological process | Brassinosteroid mediated signaling pathway | A series of molecular signals mediated by the detection of brassinosteroid. | ||
| Molecular function | Hydrolase activity | Catalysis of the hydrolysis of various bonds, e.g. C-O, C-N, C-C, phosphoric anhydride bonds, etc. Hydrolase is the systematic name for any enzyme of EC class 3. |
Expression pattern of LotjaGi5g1v0261000.3, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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