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| Field | Value |
|---|---|
| Gene ID | LotjaGi5g1v0365700 |
| Transcript ID | LotjaGi5g1v0365700.1 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Phosphoglucan, water dikinase; TAIR: AT5G26570.1 chloroplastidic phosphoglucan, water dikinase (ATGWD3); Swiss-Prot: sp|Q6ZY51|PWD_ARATH Phosphoglucan, water dikinase, chloroplastic; TrEMBL-Plants: tr|A0A151U892|A0A151U892_CAJCA Uncharacterized protein; Found in the gene: LotjaGi5g1v0365700 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr5:68036322..68051230) extracted from Lotus japonicus Gifu genome v1.2.
CCTTAATGTATCAACTTATTTGGGTACTATACATTGACCTGAGTTAAGGTATCACAAGAAAGATAATGAACATCAAAGTT TAGTTTAGATGATGTCTGAACCGTTGAATTGTAATCCACATCCACGTGTGTGGAGAGAAAGGAGGAGACAATACAAAGCA AAGCTGTTTGCTTGCTTGCATTAACTTAACTTTACCCTCGAACCAAGATCAGATCCCGAATCAATCAATCGACAACTCAA CTGATTGATAGATAGATAGTTTGAAGTTGCTTGAACTGGAACTGGGATTGTAAAGGAAGAAGAAGGTTATGGATTCTGCG CGTATCTTGCAATGCCATTCGCACATGATCCGTTCTGGGAGTCGGAAGAAGGAAAAGCAATTAGGAGGATCATCATCATC ATCATCATTCTCCATCCATCATCTCTGTCGTCACACTCCTCATCCTCTTCTTCTTCACCGTCCTAAAACTGTTCCGCATA TCTCCGCTGTCTCTTCGACTTCCACCCAAACTAGGGAAGAACGAAATAATAAGAAGAAGAACAAAGTTCGGCTGCGTCTT CGATTAAATCACCAAGTTGAGTTTGGTGATCATGTTGTCATTTCAGGATCAGCCAAAGAATTAGGGTCCTGGAAGAAACC TGTTCCGTTGGATTGGACACAAGAAGGATGGGCATGTTACCTGGATTTCCAAGGGAGCCAACAACTTGAGTTCAAATTCA TAATTGTCGACAAGGACAACACTCTGCTTTGGGAAGCTGGAGATAACAGGCTCTTGAACTTGCCCGAGGAAGGTCATTTT GAGATGGTTGCAACATGGAACGCCACGCGCGAGAATATGGACCTTCAGCCTTTGGAATTGGATTTTGATGGAGGAGAGAT TCAACAAGAAAAGGACTTCTCTGACGCTGCTACTAATGATGCTCCTCTTTCCCAATCAGAAGAGCCAAGTCCTTTTGTAG GTCAGTGGCAAGGTAACACTGTTACTTTCATGCAATCCAACCAACATCGGACCCATGAAACAGAAAGGAAATGGGACACT ACTGGTCTTCAAGGCTTGCCTCTCAAGTTGGTTCAAGGTGATCAAAACGCAAGGAATTGGTGGAGAAAGGTACTCACTGT CACTCTTCTGTTATTCATTATGTTACTTCCTCAAACTAAACTTATGTAAATAACCAGCCTAATACTATCTTGTAATTAAC TCTATCTATACTTTTCACCTTCAAGCTTGATATAGTACGCGAAATTATAGCTGAGAGTCTGCTTGGTAAAGATCCATTGG AGGCACTCATATACTCTGCTATCTACCTCAAGGTCTTCTTCTTCTGTCTTTTCCTCTGTATTTATATTCATTCATCTATG GTCTTCTTTTACCATCATCTAATCCCCTCAGGTCATCTTATGCAGTGGATTAACACAGGGCAAATAACATGTTTCGAAGA TGGTGGTCACCACCGACCCAATAGGCATGCTGAGATTTCAAGGCTTATATTTCGTGAATTAGAGCGACATACCAGTCAAA AGGATATCTCTCCACAGGTGATTTATTATAATATTTACAGCGACATTAAGGGTAGCCTATTTGGTTCCAGGCACTGATCA AATTTTAGCTGTTAGTGTGTTGGTCATATTTCATAAGACTGTATGAGGGTATTTCTGTCATAAGAGCTATGTGATGGTAA CGATTTATATCTGTGTATATATATACATATACTACCGCAGGACTGAATTGAGTTATGGATTTAAGTGATTCTGTTTTCTC TTTCTTTTCCCTCGTCTAATAACAATGGATTTTGATGCGCGGATATCTTGAGCTTTAGGAAGCTAGCAGTATTTTTGGCC TCATTTCAGCTTGGTACTATATTGAAGATGTGTAGTTCAAATGAATGCAGTCAATTAGTTTCATATGTTCTTTATGTGTC CCTAGTTTTTCCGGTTGCAGTTATTTTGATTTTAATGAAGCGCTTAAGCAAAGCCATGTAGTATTGAACATTTAAATTCT CCAGGAATTGGAAAATTTTCCAACAATGCTATTAGTGTAGTATTTGTTTTCATTTGCTACCTTTTATATCTCCCTGTATT AGAAGGTTTATCTTACTTCTTTCATTTACCATTATTTCTTTGATATACAGGAAGTTCTAATTGTTCGTAAGATTCACCCC TGTTTGCCATCTTTCAAGGCAGAATTCACTGCTTCTGTTCCTTTGACTCGAATTAGAGATATTGCTCATCGAAATGATAT CCCACATGACCTGAAGGTTATTTTTCCCAAATTACTTGAAGTATGGAATATAATTGTAGTTCATGTGAATAGTGGTAACA TGTTTTATGTATTCTTTATTTTCCAGACACAAATTAAACATACAATACAAAACAAGCTTCATCGAAATGCTGGTCCTGAA GATTTGGTTGCTACAGAAGCTATGCTTGCTAAAATCACAAAGAACCCTGGAGAATATAGTGAAACCTTTGTGGAGCAGTT CAAGATATTTCATCGAGAACTCAAGGACTTCTTTAATGCTGGCAGGTTTGACATGAATAACACTAACCTGACTCACTATA ACTGTAAATTATATTATATGTAAATGTAGATATTTTTTTCTGCAGATCAATTAGTTTCACTTTAACATTGTGTTGTTTTC TATCGGAAACCTCCTACATGATCACAGCCCCATGATTTTAATACATAATTAAGCCTGTGAACCAATATACTGATCATGAA ACTCCGTGCAGTTGTTAAGAAAATCTTCATTTTTAAGTAACCATATGTTTCCTTAAGTAAGAAAATCAACTGGTTGAGCA CTGTGTAGTAGTTTCTCCATCTTGGAGATCCCATGTTCAGTCCCATTAGAAGCAACTTGCTGTGAAGGCTCGCATAAAAA GGGTGGCCTAGTAAGTGCACCTCTTCCATTCCGAAGTATGAGAGTGTCATGCCTGCAACCTTATTTGTGTTTCGTGAGGC TGTTTGCAGGTCTAAAACCTGTGGGCTGTAGCCATCATTGTCACAAGAGACAACAACCTTACTGTTGCACTGAAACTTGT TGTCTCTTGTGGAACCTCCAGTAGTCATGGAAAATAGAGTAACCAACCTCATTCATTTATGTAACAACAACAGTGTTGGA ATATACTTTTTGAGTGATCACATCAAAGTATACAAAATATGAAGGAGATTTTTCATGTAACTTATGGGTTGCTGGAAAGT CATAATTTTAATGATTTCACTTCTGACCTTGTCATGTTGCAGTCTTTCCGAACAGCTAGAGTCAATTCACGAATCTATGG ATAAATATGGGATTTCATCACTTGATTCATTCTTGCAGTGCAAACAGGTGAAATCGCCTTTTCTGATTCTGTTGTGTTTT TAATTTGGTCTCAGGCTTTGACACTGGAATATGCATATTGTGGAACATGACTTAGGAGTTGAACTTCATTATATGCTGAA ATAATCTGATAAATCCGTTAATGTTCTTCTACTTTAGGATTGAATTTTATGTTTGGATTTTTTCTTCCAAGAATCCTTTC AGTGCATATCATTGTCCTTCAGCTACGTTCATTGAGCCACATACAAACTAGTGCTGTGCATATGAACCTTTGAGTTTTCT GCATTCATTTGGGCTGTTTCCATTAGCCTGGTTGTGAATATTATTCTGAAATACGTCAGCTTATGATTTCTTGGAGATAG ATTTTTTCTTCTGTATTTTCAATTTGAACTGTGTTAGAGTATAGGTTATGCAATTCCTTTTTATTCATTCTCTATTGTAT TTTCTGTTATTCATTATAACCTTTCTGTATAAGCTTTCTGTTTGTTAGTTATCCCAGCTGTCATAGTTATTTACGTACAG CTGTCATAGTTAGTTAGTAAGAAGAGGTTAGTAACTCTGAAGTTGCAACAAACTGTTAGGTTAGTTTCTTTCAGTTCAGG CTATAAATACACATAGCCTGTATCCTTTCACCCACCCAAATGCAATACAATTCAGATTATAAAATCAGTTTTCATTCTCT CTCTTATCTTTTTGTGCAAATTGGGGCTCTTAACTCTTTTAGTCTAAAGGTCCTTTGGTTTCTTTTGCCTTGTTGTATTT AGGATGGTGTGTTTGGGTCTAAAGGTCCTCCTTCTATGTACTTTTCTTCTTTCTTTTCACTAGACGCACATCTAGGGTTC TAAATTCGAGTTAGTGGGCCTGTTGTGTTTGGGTCTGAGTTTGGTTTTATCTGTTTGCTTTTGTTATTTACTTTGGTATT AAGTTAGCTTTTATTATTTGAGTTGGGCCTATGTTGGGCCAGTGTCATTTACTTAGTAAGGTTAGTAGGGTTAGTTTATT ATAAATAGGTACTCTCCGTAGGTTAGAGCATGAATTAATAGAGTTTGTATAAGGATTTTCCCTTGGAAAGAAGGTTTTCC TTCTTGTGAATCCATTAGGATTGTTTTCTTATCCCTCTCTCTTTATCTCTACTCTCTTTCTGTAATAGGTTTTCCAAAAT AAACATACTTACATATATTTCACTGGAGTATGGTGTAATTTCAACATCCCATAATATCAAATACCTTTCAAAGGGGCGAC TCCATGTAATGGATAGCCTCCTCGACTGTGAATCATATCATATAATCTCATTGAGAGTAGTTACTGTAGTTTTTTTTTCC GGTTTCCCAAGGCATCCCCATGAGACTAATCCTCCGAGCCTCGGAGATTACATTAAGTGGGTAGACCTCTCCCAAAAATG CTTCTCCATACGCACCGCTCAGGGATCGAACCCTGAACTAGATGCTTAAGGAGCCCAACTATCTACCAGTTGTGCTACAC CTTGTTACTCTAGTTGATAGTCCTCTTTTTGCACTTATGACTCCATCTAACATATAGACCTCTCCACCCAGAATCATATA GCTAGGTGCACCTAGACCGTTACCCACACTAACGGCCACGGGGTTCTAAAATGGATCCCTCAAAATACAAATACAAAACC ATTTTAATCACGAAAATAGCATTTTTAATTTATACTAGTCAATTACAAAAATATCATTTTTAATTTCATAATAGTCAATG CGAAAATAGCATTTTTAATACTCATTTTCTATTTCGTAACTACATTCAAAATTAACTGTATACAATTCACAACATAGAAA GATTCAAGAATGTAAAAAATAAGTATAAAAACATGTCTCCCCAAGTTTAATTTAATTAACAATTTCTAATATGACAAGAT AAATAAAAGTGACAATTATAGAAGTATTTAAAGATGTCACAATTTTGAGGAACCAACAAACCCACTCCCAACAACTCTAG AAGAAGCAAACAATGTGATAGCCGGTAGATCTATAAGTACCAATAAATATTTTAAAGACTAGAAATTTATTTAAATCTCT TGAACAAGGACAACCCTAAAATATCCAAATTTATTCTCAAAGTCATAGAAGTAATTTTACCTAAGCTAACATTAATAGAA GTCCATTCTTTAAATTTTTGAGTTGTGAGTATACCTCAAAAGAGCTCAAATAAATGACCGGGTGGTACCCTTCTCATTCT TTAGAGAATTAACTCTAAGGCAAAAAATTTACCTTACAGGCTCGTGTAAGAGAAAGGTGGAAAGCTTAGCTTGAAAGTAA TAAAACCTTCCCCCAAGAGGTGGAGTCTTACAAGTGGGATTTCAAGGGATTGCGGTGAAAGAAATTGGAAGAGATCAGGC GGACAGAATGTGCTGCAACAGAGGAAAAAAACAACAAGAGTGAGAGAGAGTACCTTAAAGATGAAGTCGATGGGCATATG TATTTTAGTCTTAGTTTTTTTTTTAGTTAAGAGTTGAGACTTAAGTCATACGGTGCATTCATATTCTCAACCATTTGTTT TCCCCCCCCTTCTCTTTTGTCGAAATACTTCTCCACTAATTATAAAAATGACATAAGAATAACTTTTGAATAATTTATGC TCATCATATTCAGCATAAAAGTGAAATATTATAGTTGTAAAGCTATTGCTTTTATTAAGGTCCCACATTGAATTGATACT TGGCTAAAGTAGTCCTTATAAGGGATAATACAATCCCCACCCCTGAGCTATAGGGGTAGGCCTAGTCCAAATTCAAATTC CACGCTCCAAATGTCCATCCCTAGTGTGTGAGGGGGGGGGGGTGTTGTGGTCCCACATTTATTAGAGACATTGGCAAAGT AGTCCTTAGAATGGCTAGGTCGCTAGGACAATCATTATCCTTGAGTTAACTTTTGGGGCAAAGTTAGGTCCAAATTCAAG AGCTTTTATAAGAACTCTCCTTTCCGTTTTTGTTTTGTTGGTGGTGGGGGGGATAAGTACTATTGATCTTTTTAACTTGA CTCTAGTACTCAGTTTTTCTTATAATGACATCTACTGATAAGGGATCACAATACATTTCCAGACAATGGACTCTGCTGCA GACTCAACACCTGGTGTGGAACAAGAAATTAAACTTCTGTTTAAAACCATGGAATCCTTGATTGCTTTGAGAGAAACTTT TGTCAAGGGTCTTGAAAGTGGCCTCAGAAATGATGCTCCAGATTCCGCAATTGCTATGCGTCAAAAGGTGACACTTATTT TATTGATCTATTAACAAAGCTTGAGTCTGGTTAGCTATTTAAAAAATGTTTTAACAACTTTTGATCCTTGTTTCTTTGGA AGTACAGTGGCGCCTCTGTGAGATTGGGCTTGAGGATTACTCATTTGTTCTTTTAAGCAGGTTCTTGGCATACCTTTTCA TAATTTACATTTTGAACACTTGTCAAATACTCAGATGTTGAACTACTTTCATGAAATATATGAAGAACACATTATTTTGC AATAGGCACGGAGTTCTTGTTATCTACTTGGACAATAGTAGTTGCAGCTAGAATATAAATGCTTACTTGCTCTAATTGTG TGAAGATAGATGTTTATTGGGCCTTGAATTTATTCAAAGAATTATATCAATTCTTGAATTCTTTAGATTGGCAAAATATA TGAAATATCCAATGTTGTGAAAAGCTAGATTCTACGTAGAATCGGAGAGGGGGTTCAAAATCGTATAATCGTATAATCGT ATATTGAATCGTAAGATTCTACCATAAATAGAAAAACAAAAAAATAGCATAGATATCTTGTAAATCACATCATTTAACAA AAATTGGAATAAAAATTCATCAGATTAACATTCATATAAGTCATAATCTCAATCCAAAATCATAAGAGTACTAGAACATG AAACTAAAAGATGAAACAGACACGTTGAAGAATGAAGGAAAACAAAGATGTTGGAGAATGAAGAGAAAACAGAAGAGGAA GAGACCTAGATAGAGACTACAGAAAACAGAGCATGAATGCGTGATTCAATTCACTCTACTATGAGTGAATTATATAGGCA ATTAGAGGCGTGAAGGTTGGGTCATGTGGGTTGATTTTTCAAAATATACAATCAGTTATTAATTCTTATCAATTAACCAT TCAAATTTGGCAACTACAATCGATTAGAGCTTCAATTTTGAAATCCCCTAAATGCTGGGTGGTGGGTTGTTTTTTCCACC AAGTCAAAAAACTCTTTAGTTTCCCCAATTTTAGGAATCAGCTTCAAAAATTAAAAAAATACTAGAATCGTAAGATTCAA TAGGATTTTACGATTAAAATCTAAGATTCTACGCGATTCCACCAAAAAAAGATTTTGCATGCGTTTTGAATCAGAACAGT GCTTAGGATTTTGCGATTTTGCTATAGATTTTGCTAACATTGGAAATATCTTTTCAAATTTAAACGATCACAACTTATGG GGATGTAGTGTGAAGTCAAGCTGCCTAGATGTCACTTGATAATGATGTATATCGAACCATGTTGAACTTGATTGATGGAG AATTGGTGATATAAAACTTTTCCAGCTACATGGCACTTATAAATTGTAATGAAAAGACCTTCCTCTTGGTAGAGCATTAA CTTCTGAACTCATATGAATAGATTTATCAATGTGCTTGAAGCTATGGGAGGTGCTCATTGGCTGGCTGCAAATTTGCAGT CAAAAAATGTGAACTCTTGGAATGACCCGCTTGGGGCCCTTACTATTGGAGTCCACCAGTTGAAGTTATCTAATTGGAAG CCAGAAGAATGTGGTGCTATTGAAAATGAGCTCATTGCCTGGAGTGCAAGAGGCCTTTCTGAAAGGGAAGGTAAACTCAC GTATTTGCTTAACTTGTCGTGTTGACTAGTTTTTCACTTTAGATGTGCTATGCTTTCCCAGGAAATGAAGATGGCAAGAT GATCTGGGCATTGAGACTGAAAGCTACTCTTGATAGATCAAAGAGGCTAACTGATGAATACACTGAAGAACTTCTTAAAA TATTTCCTCAAAAAGTCCAGGTCAAATAGTAATATTATTCTGTTAAAAGCCTGATATTTTAATGCCCAAAGCAAAACAAA TATTATATATATTGAAGCCCAAGTACGACCAAGACTAGGGAATAAAAGAAGTACAAAAAATCCCTTGACTGATAATATAT AATTAAATGAAAAAACAGTTTGCTAGTCTTAATAACCCTAATATAATTTTGATTAGTACCTAGTAGGATCTATGCACTTT TCCACTCAGCTTTTCAATCAGAAATAAGCCAGAATGGCTTACAAATTCATTTCAAACCTAAATAACTTACGCCTTTTAAT ACTTTTACCCTGTTTGGTTTCTAAACCAGGTTCCTTTGCATGTTATGAATGTATCTTGAAATAAACAAAATTGTCCCTTT AAATTTTGCAGACACTAGGAAAAGCTCTAGGAATCCCTGAAAACAGTGTCAGAACATATACTGAAGCTGAGATTCGTGCT GGGTATGGTAATACAACATTTTATTAAGAGAACAAGTTACAGGAAATCAGGAATTATATTCTGTAGTGTTATCATCAATA TCTGTGGTTTCTTGTCATGTTTTTTTTCCTAGACTATGGATTTCATTACGATAAACATAACTAGTATATTATCTGACTTC TCTACTGTAAATTTTAGCGTGATTTTTCAGGTTTCAAAACTATGTATTCTTCTGCTAAAAGCTGTTAGAAGTACACTTGG TTCTGATGGTTGGGATGTTCTTGTTCCAGGAGCTGTTTTAGGAACATTAGTTCAGGTACTGAGCTACAATTAGAAATATC ACTAGCAATGTTATTGTGATAGTTACTCTGGTGCATGTGTGTGTGTGTGTTTGTTTGAGAGAGAGAAACAGAGATCTTTA AAAAACAACCAGTATTGAATTTAAAAAAGTTATCCCTTACGTTGCTGTCTTAAAAGTTTATTATACCCTCATATTAATAT TAATAAGACTATTGCAAGATGGAGCATATTAGAACAGTGTTTGGATACACTTGGGTGTGAAATTCTGGTTCTCGCACAGG ACAGATGTCGAACGCGATGTTGGGACAATCGGTTCGACAATTGCACAACAGTACATAAATTAAATCAACGAAAAAAACAC AGGGAATTGTTAACCCAGTTCGGTGCAACATCACCTACATCTGGAGGATACCAATCCAGGAGTCAATTCACTATCAAATA ATAGCTCTCAGGTCACATGAAAGTCCCTCCTATACCTAAGTACTCCCCCTTAGTATAGAGCCTCTTCAATGTCTACCACT ATTACATAAGTGAATCTAGCTTAGCCCTTCTCCTCTAAGCTATGAGGAAACTTCCTCTAACCCCTAAAGACCACTGCCAC AGCGATCAAGACATGTTTATCAATAAACAAGTTTGATGAGATTACAACTCAACTAAACATATCAACTTAGTACTTGCAAT AGCACAGGAAGCACTAAGTTGTTACAATACTCACAACAGGACTCAAATAATAAACCCTAAGATCAGTATATCACGCTCAG AATCCCTGTTTTGCTAGGGTTTATAAACTCCTTTATATAGACGTTCACGTGAGGCTTGGATCTTCAATGGGCCGAACGTC ATAGAGTCCACAACAGCACTTCTGGAAAGAATCTTCAAGGAATCAACTCTTACCAGAATAAAATAACAGAACCAAGTAAG TTTAAATTCAAACTTTGAGATATACTTGGTTCACACGTTATCAATCTTGTTACTTCAGCCAAGATTAAAACAAACACGCC TTCAGAAGATAAAACGCACAGCATAGGATAAATCTTCTGAATCCCCTTACAGTCAGCAGCCCAACAAATAACTTGATTTC AGCGATTGAACCACCAACATACGTAAACACACCATGTTGTTCCAGATGTTGGAACATATGGTTGCACATCATGTTTTGAG CAAAATGCAGCCAATCAAAAGAACTACAGGGTGTACTTGATTACATCCTTAGGATTTCTTTAGTCTATTATTACAGATGT AACTAGTAGTTATTCAGTTGACTAGTCTGTTACATGTCAACAATATTCGAGCATCTATATAATTCTAGTATCTAGACTCT TTTCTTAATCAATAAGTTAGTTCTCTACTTTTCTCTTTACTCTCATTTTCCTACAGAGCATAAATAATAATTATGCCTAG ATTGTTACCATTATTTTACTTACCTTCCACAATACTAAATTTTCTATGAAAAAGCTCGTAGTTATCTTTTTTTGGACCAT CGATCTAGCAGAGAAGCCTAGTTTGCATCAGGAAAACCTATTCTAAAATGACTATGATGCCAACCAGATTTCCGTGTAGC ACATCCTAGCAGCCTCCCAGCTTGCAGATGCACTGACTAAGCCTTTGTCCTCCTCTTGGTTCCTTGATCTTCGGATCAAG CCCAATGTGCAGAATGTGCCTTCCTTCCTCAGCTGAGATTGAGGGGGGAATATTGGAGTACACTACACTGATATACAGTG TACCCGTTGTATTCTGTCATAGCTCTTGTGGTTAGTTATGGTTAGTTAGTCCAGTCAGTTTGTTAGCCTACAATTACTTT AGTTACCTTGTGATCTAAGCACATCTGTATATATTGTAACTCTCAGTTCTATTGAACAATACAGTCATTTTCAGATTCAG TCTCTCTCTCTGTGTGTGTGTGTGTGTGTGTGTGTGTCTCTCTCTCTATGGTTGACCTCTCACCACCCATGATGGACCAA GTGCCTCTGAAATTTCACACTATTATTTACAATCAACAATCAAACAGAAGTCCTCAAGCTGTGGAAAGGGGGCATCTATA GCCCTCTACACAAGCAAACCTATAAATAAAGTGATAACCAAATAGGTAAGAAACTAGTAGGGATATCCCCATCCATACAA TAGATCATGACTAACATGAATTTGGGCATCTTTGACCTAGGTTGAAAGAATTGTTCCTGGATCCCTACCATCTTCAGTGG AAGGTCCAATTATCCTTCTTGTTAACAGAGCTGATGGTGATGAAGAGGTATATTTATACTTCATTGAGTGTATATGAAGT AACAAATAGATCAATGTTTGTAAGTTTGATTATGCTGCCAGGTAACAGCTGCTGGGAGGAACATAGTGGGAGTTATACTT CAGCAAGAGCTGCCTCACTTGTCTCATCTTGGTGTTAGGGCCCGGCAGGCAAGACTTCTTTCAATGTTTCCAATTCCAAT GAATGATTTTGAAGTTTGAATTTACACATTGTCCATGACATTCATACAGCTATTGCTAATTACAGGAGAAAGTCGCCTTT GTAACGTGTGAAGATGATGAAAAAATTGCTGATGTAAAAAGTCTTATTGGGTCATGTGTGAGGTTATTTGCCAAGACAAT TTTCTCGTCCTTGAACCCTTATCCTTAAAACTTAAATCAATTAACTTTTCAAATTACTTTGATAATATTGTCATTGTGAA TACATTTAATCCTATAATGTTTTCCATTTTCCCTTCCTATAATGTTTTCCATTTTCCCTTTTCCTGCTTTTATTTAACTT TCCAGGTTGGATGCATCCGCTGCTAGTGTTACTCTGAAGTTGTCTTCTTCAGTGGACTCCAATGGCAGTTTTTCTGTTGA AAGGGCTTCTGATGATAGTTTCTCTGGAGTTGAGGTTCCTGCTTTCTCTGCTGGTGGAATCTCCAATTCTAATCAGGTAG AGAATGATAGAATTATTCACTTTTATTTTGGCGATGTGCTGACATTTTTTTTCACATCTAGAAATGAACTTTCAGCATGG TGAAAGTGGTGAGATTTTGAGGTGAAAGATTGAACTGACATTTTCATGATGCTAATGATGGGTTCTGCATGATAGAGATA AAAACCTTCTGTTATTGAGATGAGAAGAAGACACTCGAATTGAGATAAATTTACAGAGAATGGAAATGTAAATCATAAAG GTGGACCTGATCCAAATGTTAACACTCTGATTGCACTACAAATAACTACTTACCCCAATGCAATATCCTAATACTAAATA TATTCCTAAATCTGTTATCCCTTTCATATTTCACATAACAACATACAACTACTACGCGAGGTTGGCTATAGGAATCACAC CACGCCACTGAGCTCAATCAAAAACCAAAATTTGTGGGATATTAATTCACATAACAGCATCAGCTTTTAACTTGATTAGT TCATTAACATGGTATGACCGTATGAGGGTGTACAAAATTAAACAACCTAGAGGTTAATCCCTACTGGCTCCATTATCATA ATTAAATGAAGTTTTAGAATAAAGCAGGTCCTTCATGTGTAGGGGTCTGTTGAGATAGCAGACAATACTTATCCCTTACC TAATAATGTAAGCTTTAAAGTTGATTTTTTTTTACTGCATATGTAGATAACCTTTAAGGTTATTCAGAGTAATGATTTTT TGATGCAAAGCATTCAATCAATTGCCTAATTATGCTGTTCATTTGAAGGATGCTTCATCTGGTGGAGTTATCTTGCTTCC TGATGCAGAGACTCAGACTTCCGGTGCAAAGGCTGCTGCATGTGGTCGCTTGTCATCATTGTCTGCAGTTTCTGATAAAG GTATGATTCAATTGTGTTGCATAATTATGTCAGACCACCACTATTACACTTACAGTGAGTAACCTCATCTCAAAGTACTA TTTAAAACATTCTTTTATATATTTATTTTGGTTTACCAACAGTCATAACGATAGAGGTTCAAGGTCCGGAATTTTGTTTT TAAACTATCCAGCTCGAGATTTTATCTTTAGAGAATTTTACTGAAACAATCAAATCTTTATGTTCATCTCAAATTTGATT TAATGCTTTTTTTTGTGAGCTGAAACAATGTCTTGTAGTGTAACTCTTTACTCTCTTTTACTTTTAATGAATTTTTCTTT ATCCCCCGAATAACCGGTTATTTACTTTAATGAATTTAATGACAATAATGTACTCTTGCAAATCACATTTCTAAAATCTG ATTTTTGGATGACAGTTTACAGTGATCAGGGAGTGCCTGCTTCTTTCCAAGTTCCTTCTGGGGCAGTTTTGCCTTTTGGA TCCATGGAATTAGAGCTAGAGAAGAGCAACTCGACTGAAACATTCCGGTCTATACTGGATAAGATAGAAACAGCAAAACT GGAGGGTGGTGAACTTGATGGTCTTTGCCATCAACTCCAGGAACTGGTTTGTTCCCTGAAGCCATCAAAAGATGTCATTG AAAGCATTGGGAGAATATTTCCAAGCAGTGCATGTTTAATTGTTCGATCCAGTGCCAATGTAGAGGACTTAGCTGGAATG TCAGCAGCTGGACTTTATGAATCAATACCCAATGTTAGTCCTTCCAATCCAACAGTTTTTGGAAATGCAGTTAGCCGAGT TTGGGCTTCGCTGTACACACGAAGGGCAGTTTTGAGCCGGCGTGCTGCTGGCGTGCCTCAGAAGGAAGCTTCAATGGCTA TTCTGATTCAAGAAATGCTCTCACCTGATTTGTCATTTGTGCTACATACCGTGAGCCCAACAAACCAGGATAGTAATACT GTGGAGGCTGAGATTGCTTGTGGGCTGGGTGAAACTCTGGCTTCTGGAACTCGGGGCACACCATGGCGCATATCATCTGG GAAATTTGATGGGGTTGTACAAACGCTGGCTTTTGCAAACTTGAGTGAGGAGTTGCTGGTACGTGGTGCAGGACCTGCTG ATGGGGAGGTTATCCGTTTAACTGTGGATTACAGCAAGAAACCCCTGACAGTTGACCCAGTTTTCCGGCGACAACTTGGT CAACGCCTATGTGCCGTTGGGTTTTTCCTGGAAAGAAAGTTTGGGTCCCCACAAGATGTAGAAGGATGTCTTGTTGGAAA AGACATCTATATTGTTCAGACAAGGCCCCAACCTAATTAAACACACATGAAATCTCTTGTCTGTAAGACTGTAACTATAG TTATTCATACGGATGGGTGGCCTCTGCCTCTTGAAATGACAGTAATTTTATGTGAAACAGCTGCTGCACAATAGTTTCTG AGGTATAGAGGAAGCACGTAGCTAGTACTTTTTAGTTTTAATTTGGAGCTGTATGGATTAAGTATTGCAATGGATTGTAA AAAAACAGATTGAGACTATCAGTTTTGTTGTCGCCAATGTTGGATAATCGGTTGCTTGACAGAGCCTCAACGATCAAGCG GAAGCGGTCTAGAGTTGTTTGACCCCTACTGCCCCTAATTCTTAAAACAAAAAAATTAATTAATTAAATTTAATCACATA GTAGGTGAGCCTGGGCATCGTCAACGCTTCAAGCTCAATAGACTCTTGCGTGAGAGAGCTTGTTAAAATATAATATAAAA TCATTAATGTGACCTTACCCAACAACTTACGCTTTTGGGATAATTAGTTACTTGACAGCCAAAACCTTTTAAAATGATCC AATGGATGCATATTTTAAGTCTCGTCATATTGTAGAGGAAACTTCATTTATGTGATAAATTTGTTTGTTTAATTGCAAAA AGCCGATAATTAATTTAAAAATGAACTTCTATAAAAGAGACCATCTTCATTGTTAAAATTAGAATCTAATGGTCCACATT CTACCATAGAAGGTGCTGCTTAGAGTTGG
CDS sequence (LotjaGi5g1v0365700.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGATTCTGCGCGTATCTTGCAATGCCATTCGCACATGATCCGTTCTGGGAGTCGGAAGAAGGAAAAGCAATTAGGAGG ATCATCATCATCATCATCATTCTCCATCCATCATCTCTGTCGTCACACTCCTCATCCTCTTCTTCTTCACCGTCCTAAAA CTGTTCCGCATATCTCCGCTGTCTCTTCGACTTCCACCCAAACTAGGGAAGAACGAAATAATAAGAAGAAGAACAAAGTT CGGCTGCGTCTTCGATTAAATCACCAAGTTGAGTTTGGTGATCATGTTGTCATTTCAGGATCAGCCAAAGAATTAGGGTC CTGGAAGAAACCTGTTCCGTTGGATTGGACACAAGAAGGATGGGCATGTTACCTGGATTTCCAAGGGAGCCAACAACTTG AGTTCAAATTCATAATTGTCGACAAGGACAACACTCTGCTTTGGGAAGCTGGAGATAACAGGCTCTTGAACTTGCCCGAG GAAGGTCATTTTGAGATGGTTGCAACATGGAACGCCACGCGCGAGAATATGGACCTTCAGCCTTTGGAATTGGATTTTGA TGGAGGAGAGATTCAACAAGAAAAGGACTTCTCTGACGCTGCTACTAATGATGCTCCTCTTTCCCAATCAGAAGAGCCAA GTCCTTTTGTAGGTCAGTGGCAAGGTAACACTGTTACTTTCATGCAATCCAACCAACATCGGACCCATGAAACAGAAAGG AAATGGGACACTACTGGTCTTCAAGGCTTGCCTCTCAAGTTGGTTCAAGGTGATCAAAACGCAAGGAATTGGTGGAGAAA GCTTGATATAGTACGCGAAATTATAGCTGAGAGTCTGCTTGGTAAAGATCCATTGGAGGCACTCATATACTCTGCTATCT ACCTCAAGTGGATTAACACAGGGCAAATAACATGTTTCGAAGATGGTGGTCACCACCGACCCAATAGGCATGCTGAGATT TCAAGGCTTATATTTCGTGAATTAGAGCGACATACCAGTCAAAAGGATATCTCTCCACAGGAAGTTCTAATTGTTCGTAA GATTCACCCCTGTTTGCCATCTTTCAAGGCAGAATTCACTGCTTCTGTTCCTTTGACTCGAATTAGAGATATTGCTCATC GAAATGATATCCCACATGACCTGAAGACACAAATTAAACATACAATACAAAACAAGCTTCATCGAAATGCTGGTCCTGAA GATTTGGTTGCTACAGAAGCTATGCTTGCTAAAATCACAAAGAACCCTGGAGAATATAGTGAAACCTTTGTGGAGCAGTT CAAGATATTTCATCGAGAACTCAAGGACTTCTTTAATGCTGGCAGTCTTTCCGAACAGCTAGAGTCAATTCACGAATCTA TGGATAAATATGGGATTTCATCACTTGATTCATTCTTGCAGTGCAAACAGACAATGGACTCTGCTGCAGACTCAACACCT GGTGTGGAACAAGAAATTAAACTTCTGTTTAAAACCATGGAATCCTTGATTGCTTTGAGAGAAACTTTTGTCAAGGGTCT TGAAAGTGGCCTCAGAAATGATGCTCCAGATTCCGCAATTGCTATGCGTCAAAAGTGGCGCCTCTGTGAGATTGGGCTTG AGGATTACTCATTTGTTCTTTTAAGCAGATTTATCAATGTGCTTGAAGCTATGGGAGGTGCTCATTGGCTGGCTGCAAAT TTGCAGTCAAAAAATGTGAACTCTTGGAATGACCCGCTTGGGGCCCTTACTATTGGAGTCCACCAGTTGAAGTTATCTAA TTGGAAGCCAGAAGAATGTGGTGCTATTGAAAATGAGCTCATTGCCTGGAGTGCAAGAGGCCTTTCTGAAAGGGAAGGAA ATGAAGATGGCAAGATGATCTGGGCATTGAGACTGAAAGCTACTCTTGATAGATCAAAGAGGCTAACTGATGAATACACT GAAGAACTTCTTAAAATATTTCCTCAAAAAGTCCAGACACTAGGAAAAGCTCTAGGAATCCCTGAAAACAGTGTCAGAAC ATATACTGAAGCTGAGATTCGTGCTGGCGTGATTTTTCAGGTTTCAAAACTATGTATTCTTCTGCTAAAAGCTGTTAGAA GTACACTTGGTTCTGATGGTTGGGATGTTCTTGTTCCAGGAGCTGTTTTAGGAACATTAGTTCAGGTTGAAAGAATTGTT CCTGGATCCCTACCATCTTCAGTGGAAGGTCCAATTATCCTTCTTGTTAACAGAGCTGATGGTGATGAAGAGGTAACAGC TGCTGGGAGGAACATAGTGGGAGTTATACTTCAGCAAGAGCTGCCTCACTTGTCTCATCTTGGTGTTAGGGCCCGGCAGG CAAGACTTCTTTCAATGTTTCCAATTCCAATGAATGATTTTGAAGTTTGA
Protein sequence (LotjaGi5g1v0365700.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MDSARILQCHSHMIRSGSRKKEKQLGGSSSSSSFSIHHLCRHTPHPLLLHRPKTVPHISAVSSTSTQTREERNNKKKNKV RLRLRLNHQVEFGDHVVISGSAKELGSWKKPVPLDWTQEGWACYLDFQGSQQLEFKFIIVDKDNTLLWEAGDNRLLNLPE EGHFEMVATWNATRENMDLQPLELDFDGGEIQQEKDFSDAATNDAPLSQSEEPSPFVGQWQGNTVTFMQSNQHRTHETER KWDTTGLQGLPLKLVQGDQNARNWWRKLDIVREIIAESLLGKDPLEALIYSAIYLKWINTGQITCFEDGGHHRPNRHAEI SRLIFRELERHTSQKDISPQEVLIVRKIHPCLPSFKAEFTASVPLTRIRDIAHRNDIPHDLKTQIKHTIQNKLHRNAGPE DLVATEAMLAKITKNPGEYSETFVEQFKIFHRELKDFFNAGSLSEQLESIHESMDKYGISSLDSFLQCKQTMDSAADSTP GVEQEIKLLFKTMESLIALRETFVKGLESGLRNDAPDSAIAMRQKWRLCEIGLEDYSFVLLSRFINVLEAMGGAHWLAAN LQSKNVNSWNDPLGALTIGVHQLKLSNWKPEECGAIENELIAWSARGLSEREGNEDGKMIWALRLKATLDRSKRLTDEYT EELLKIFPQKVQTLGKALGIPENSVRTYTEAEIRAGVIFQVSKLCILLLKAVRSTLGSDGWDVLVPGAVLGTLVQVERIV PGSLPSSVEGPIILLVNRADGDEEVTAAGRNIVGVILQQELPHLSHLGVRARQARLLSMFPIPMNDFEV
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 |
|---|---|---|---|---|---|---|
| MobiDBLite | 1 | 33 | 33 | - | – | |
| PANTHER | 53 | 776 | 724 | 0.0 | – | |
| PANTHER | 53 | 776 | 724 | 0.0 | – | |
| MobiDBLite | 59 | 78 | 20 | - | – | |
| ProSiteProfiles | 74 | 172 | 99 | 14.42 | ||
| Gene3D | 76 | 171 | 96 | 2.1E-17 | ||
| SMART | 77 | 168 | 92 | 1.1E-16 | ||
| SUPERFAMILY | 77 | 171 | 95 | 1.01E-19 | ||
| Pfam | 80 | 162 | 83 | 6.4E-15 |
GO predictions are based solely on the InterPro-to-GO mappings published by EMBL-EBI, which are in turn based on the mapping of predicted domains to the InterPro dataset. The InterPro-to-GO mapping was last updated on , while the GO metadata was last updated on .
| GO term | Namespace | Name | Definition | Relationships |
|---|---|---|---|---|
| Molecular function | Carbohydrate binding | Interacting selectively and non-covalently with any carbohydrate, which includes monosaccharides, oligosaccharides and polysaccharides as well as substances derived from monosaccharides by reduction of the carbonyl group (alditols), by oxidation of one or more hydroxy groups to afford the corresponding aldehydes, ketones, or carboxylic acids, or by replacement of one or more hydroxy group(s) by a hydrogen atom. Cyclitols are generally not regarded as carbohydrates. | ||
| Molecular function | Starch binding | Interacting selectively and non-covalently with starch. |
Expression pattern of LotjaGi5g1v0365700.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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