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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0512100 |
| Transcript ID | LotjaGi1g1v0512100.4 |
| Related isoforms 3 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Alpha-amylase; TAIR: AT1G69830.1 alpha-amylase-like 3; Swiss-Prot: sp|Q94A41|AMY3_ARATH Alpha-amylase 3, chloroplastic; TrEMBL-Plants: tr|A0A0L9THE5|A0A0L9THE5_PHAAN Uncharacterized protein; Found in the gene: LotjaGi1g1v0512100 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:103368418..103380524) extracted from Lotus japonicus Gifu genome v1.2.
AATACACATCTGGTTCATAGTCAGCTCTAGTTCTCTGTCAAATACATGGTTTAGATGTTTGCATCATTCTAAATAGTAAA TACTATTTATTTTTTGGCTGCTTATTACTTAGAGATTGGATTTTGTATGTCTTTTAACAATTTTATGTTAATTAACTAGA TGTAAATGACAATTGGTTATGCTTTGTGATAATGGAGCAGTGTATATTTATTCTATTTCTGTGACAGAATGATTCAGATG ATGCTTTCACGGATGTAGTTGTTGACCAGGATGGTTATTCTGGAAGAACTGAAGTTATGGGAATAGAAGATGAATTAATG GTAGCCAAGAAAGCTCTTTCAGAGGCACAACACAGACAAAATGCTATTGAGAAAGAGAGAGATCAATTGCTTGAAGAACT TGCTCGTTCTGAGGCTAAAAAACAGGAATACATCTCCGCAATTTTACATGACAAAGAAGTAACTATAAAAGAACTTGAGG CTGCCAAATCTCTTTTTCAGAAAAAGCTGGAGGCTTCGGTGGAAGAGAAGTTCACTTTGGAATCTAAGCTGGTCCTTGCC AAACATGATGCTGTTGATCTTGCAGTGCAGGTGGAAAAGTTAGCAGAGGTTGCTTTCCATCAGGCAACTTCTCACATACT AGAAGATGCTCAACTCAGAATTTCATCTGCTGAAACCACAGCTGCTGAAGCAGCCCATCTAATTGAAAGACAAATTCAGG ATGCAACTGAGGGTACATTATCATCCATAGTTGAAAAGTCAAAATATGCTATAGAAAGGGCTCTAGTTGTGGCGGAGGAA GCAGGTGAACGTGCAAAAGAGGCCATGGAAACATTTATAGATGGCACATCTCCATTTACTGAAATGACCTCTGTCCAGGA AGAAAATATCAAGTTACAGGGCATGATAAGTGATTTAGAATCTCAGTTGATGGTTGCAATAAATGAGGCTGATAGTCTTA AGATAGAATTAGAGCACGCCAGGCAGCAGCTAAAGGCTTTTGAACAAAGAGCCATTGATGCGGAGAAAGCTTTGCTTGAT CTTCAGGAGTCAATCAGGAAAACCACTCTCAAGCAGGAGGAGGAGATGAAGTTAATGCTGGAGAAAATGAAGAAAGACAT GGCAGAAAGGACAAAGGCAATTTCCAAGGCTTTTAAGACTGACTTGAAGAACATCAAGGCTACACTTGAAGCTGCCAAAG AAGTTTCTCATTGTAAAGATTATGCTTACCTAAGAAGATGTGAGGCGCTGCAGAGGTCATTAAAGTCATCCGAAGATGCT TTGAAGATGTGGAGACAGAGAGCTGAAATGGCTGAATCATTGCTATTGAAGGAAAGGCTACAAGATGAAGGGGATAGAGA TTCTATATATGTTGTCAATGGTGGACGGATAGACCTTTTGACAAATGTTGATTCTCAAAAATGGAAACTACTAAGTGACG GTCCTCGTAGAGAGATACCTCAGTGGATGGCACGAAGGATTAAGGCTATCTCTCCCAGATTTCCACCAAGAAAGATTGAT GTAGCTGAATCATTGACATCAAAGTTCAGATCCTTGGAGTTGCCTAAAGCTGATGAAGTATGGTCCATCTCTCGAGAAAA GCCAAAGGAAGATGATGCTTTAATTGAACAAGTTTTTGAACGAGAAACAATTGAGAGAAAGCGGAAGGCGCTGGAGCGTG CTCTTCAACGGAAGACTACAAAGTGGCAGAGAGCCCCTGAACAAACAAAACTAGGTTAGTGTGCTGTGTTTTAGTCCATT TCTTGACATTAAATACAAAAATTGCTTCTGGAAGATTTCTTTAATTAATGTGATCCACCTCTGGCATGTAAACTTTTACA TAATGTCAATAACAGAGCCAGGCACAGGATCAGGACGTGAGATTGTGGTCAGTATCTACTTATCCAAGAAGTTGTCAAAT TAAGCGTAAATGTATATTAGTTCCAAATTTATTATGTGTTGCTCAGATGTGGTGGTTGGTGGGAAATTGAAGCCAGAAAA TACTGCAAGATATTTAGAATGCATTGGTTCTTGATACAAAGATTATGAACAAAAACTGATTTTAATTCTTGATTTAGATA TGAACAATGGGTGCATAGTTTATGTAGCTGCGTTGTTTTTTTCATGTTTGAGTTGGGTATAAAAGTAATTTAATTATAAG ATCCCTCCCCTCCCCTTGTGTACCAAACCAAGGTTGTTAATGGCGGATAGCATAGCGTAGCGGCAAGCCCCAAAAACGCT ATTTCGAGCGCTATTGCGGCGCTATAGCGGTGAATAGTGGAGTAGCGGTGAACCCCTAGGGCGCTACGCTATAGTGCTAT TGCGCCGCTATAGCACGCTATTGACAAGCCTGTACCAAACAAGTAAAGAGTTATTTCCCCTCCCCTCCTCTCTCTTGAAC CAAACATGGTAAGAATAAAAATCCCTATCCTCCCCTCCTTTCCCCTCCGTTGAACCAAACACACTAGTTCTTGTGCACTA TATGCCAATTTTGTCACTACTTGACTAAAATGCCATTCGATTCATTGAGTAGTATTTCATCATATCTCATGCTTTGTTTT ATTTGTATGATTCTATCTGCTTGTTTTCATTAGCTCTTGATATTGCAAATATTTATCATTCCCATTATTTATTACATGTA TTTACTGCTTATAAAGAAAAGTAAAAGGGAATAATAAAAAAGAAAATGTGTCTGGTGATTTTTTTTTTTCAAGTTTCAAG CTTTTAACTGGGAGAGCTGGAGAAGGAGCTGGTATCTTGAATTATCATCTAAAGCTGCGGATTTATCTCAATGTGGGGTG ACAGCAGTGTGGTTGCCACCGCCAACTAACTCGGTTTCTCCACAAGGTTTGACTTGTTTTCTTCTTTTTAGAGTACTATA AGTGTGTAAAGTGTGAACAGTCATTAAAATGTTAACTGTGAGCTGTTCAGTCTGTTGCAACAGTCTTTCAGTTGTAGTGG CTGAACTGCAATGCAGTTACAGCTTCGGTTAGATGAATTGGGTGTCTTATACAAGTTACCTCTCTTCATTAAAGAATACA GTTTTAAATTTTGCATGATTCAGTATATTTCATCCTTGGACTCTCTCTCTCTCTCTCTCTCTCTCTCTTGCTTCTGCTTT CTCTCATTGTTTTAGTTTCACTGTTTTGTAATACTTCTATACATTCTATGCGATTTAGAGGGCATCCTCGAGTATAACAG AAGGCTATATTTAATTTTTTCTGGTTCTAGATTTATTTACATGAGACCAAATGATCTTCATAGATATGAATATGTGATCA TATGTGTATCATATTATGTTTATCTTACTTCAAAATAATTGAAGATGTCGCTGATGTTGTTTCATTCATCACCCACTGGC TTGCCTTCGAAATATACTACAAATGCATTACAATATCAAGCATAATAGTAAATTTTCTTCTACTTTGAAAGCATAATTTC AACTGAACTAGGCACAACTTTTTAGCTTTCTTTTGTATAGAAAACATAACAACTCTTTTCTGTAATTGTTCAGATCATAA ACAAGACAGTAAGGCATTTCCCTGCACTAGTATTTGTAATTAGTATTTTCCTATTTAGTGAATTTGTTAAAAAATGGAGC ATAAGTAATATGCTTGATCTAAGATAAGCATATTTCAGGGGTCCTTTTTATTTCTTGAGAAGCACAGGCAGTTTTGTACT TTGGATAACTTATAAATGAAAACTCTATGTAAGATTATTATAGCTTCTCATGATTTCTAGTTTATAGGATAAATGCTTTT GCAAGCTTTATTGTCTTCACAAGAGATCTGACAGCATGGTCTTTTCAAATTATTCTTTTTCCCTACAAGGGAATCTTTTC ACATTTCTTGCCAAAACAATTTCATTTATGAAGTAATATATGGCCAACCTGTGGTATAACATGCCTTTATGAACAATATA AACTATTTGCAGGTTACATGCCTTCTGATCTTTACAACTTGAATTCATCCTATGGTTCTGTGGAAGAACTTAAATCTTGT ATAGAGGAAATGCATTCTCAAGATCTAGTGGTATGTTGTGCTGCTTTTATTTTGATAAGGCGGTATGTTCTGCTGCTAAT TGACATAAGTAATTGAATATGTGGAGATGCATTGTAGGCAACCAATTAAAATTTTCAAATCTATAATAATCTAAAATTTA TGGCTTATGGGTATCCAAAAGTAACTAGTCCACTTTTCTAATCTAAAGATTTACTTTTTTATTTTGTAGATAATTAATAT CTTTGTTAAATCATGTGGTTTGAATTTCAAATAAGAAAACAGACTTATCAACAACAACAATCAAGCCTTTTCCTACTAGG TGAAGATGTGAAGTTGGCTACATAAATCATTCTACTTTATAATGCTCTATCGGATACTAAACTTACCAATATACTATTTA AGTATAAGTTATGCTTAAGGATTTAGACTATATTTTTGCTACCCTAGGTCTCCCTCTATCCTAACCATTGGACTCTCTAG TCTCTTCCACTTGGTCCCCTCCTTGTAGCTACCTCAACTTTCTGTTTAATGATTGTATTTCTAATCCTATCATGTCTTGT GTAACCACTCATCCATATCAATGTTCCATGGTTGCTACACTAAGCTTACTTTCTTATTGGCTTTTTACCATTTACCATTT AGTTCCATACTCCCATACAACATTACAGGTCTTGTAGTCTTACAGTAAAAATTTCCACTGAAATTATTGAGTTCGTTATT TTAAATTGTTAGGTGGTAGGGAGAACATCAAGTCATTCAAAATCTCATTTAACTACCTAGGATAAATTTTGTGGGAATGA TAATACACCATGGTTATTTTGAAATGATGTAGCCTTAATTCACGACATAGGAAACAGTTACGTATCTCTTTAGTGAAAAA ACAAACAAATATGGAATCAGCTACTGCAGAATGTTGTAAAGAATTATTTTGATGATATTACTGTTTTATTTATCTGTAAG GGGGTCTATTTTTTCTTATCAGTTTTCCTGTCACATAACTGGATTTACATAGTTGAGGTTATGTTTCGAATCTGTTGGCT CCAGTGCAGTGCCAACAACTGTTAGCACGCATTTGAAGACAAAATGTGAACGGAACTCTTCTTATGTATTGAGATAAAAC ACTCACTGAGCTATTTCAATAGGATGAATTGTTATTTTTTCTGCTGCCTGTTTGACTTCTTACTCTTCTAGAAACTTCTT TTACTATGTTTAAATTTTACTTTGTTTATTATGATTGTAATATGTTTCCTTTGTAAATAGGTTTTAGGAGATGCCGTCCT TAATCATCGATGTGCACAGAAACAAGTAAGTTATTGTTTAGTCTGAATTATTGTATATATTTCTGTGAAAGGTGATAAAA TATGTTCTTGAGCCACTGATCTAGGGTTTAAGCTTTGAGGGTATTACAGTTGTTTGCAGATTTTAAAAGCAGTTTCTGGT CTTAAGTATGATCCTTATTTTCGCTTAATATATGATAAAAAGTTCTGGTGGAAAGTTATAATTAGTTCTAGCATGAGAGA GTTTTGAGCTGGTGTTTTGTCCATATTTCATGCAACATAACATGGGAGTTGGAGACAGGAAAGTAATGTATAAATCCTTT ACCGCTTTGGGTTTTAGGTCTACTGCTTCTCATTTTTGTGATATCAATTTTTTGATGCCTTTGCTTGTTTCAATCAATAA TCAAATTTCGTAAGAATTTCTTTGATGAATAACAGAGTAGAATGTGGACATTAACACAAGAAAAGCCCAAGCCATGTCAA TATGTTGACCAGGGAAAATCGAAATAAGTAGAACAATTACAATGATAAACATCAAGTATCTTCATAGTCAACAGAAAATA TACCTTCTCTGCGCTAAACTTCAGCTTGATTCATAGTATTATTTTCATTTTATATCAAAATATAGCATGTGAAACACTAG TTGGAGCAATCTCCTTAAAAAGCGCAGTTCAAAGTATTGAATGTGTGGTGTTAAATGGCTGTAATAGAAATTAACAACCT TTACTTGTTTCAGAGTCCAAATGGTGTTTGGAATATTTTTGGTGGCAAGCTTGCATGGGGACCTGAAGCAATTGTGTGTG ATGATCCAAATTTTCAGGGGCGTGGAAATCCTTCCAGTGGTATATTTAATTATCTATATACACCTAGGAAGTTTTGATTT TTCAACTTTCAATCATGTATTTTCAATAAGTAATTTACTTAGGAAGCTTTTGGGGCTGTTTCTTGTCATTCCAGTTGAAA CAAAACTTTTTTTTGAAAGACAATTGAAACAAAACTTAATTAAATGAGTATGAGGAACAATCTTGAGCTCTGAAGCATGG GTACGTGATGTTGGGCTGCGTACCCGTACCGGGTACGTACCCGGTACGAATACGCTACGGGTACGCGTACGGTACGTACC CGGTACGTACCCGTTTCACAAAACCTTGCCGTCAATGGTTAAATCTTCATTTTCAATCTCCAATCCAATCTAAAACAGAT AACTCCATTGCTTGGAGAGCTTGGAGGTTATATGTGTGGACAAAAGAGAACGACGAGGGTGGCTCCTCTTGACTGCGGCG CATCAACCATCCTGCGATGGCGGTGCTGAGAATCAGATCGAGAGGGGAAGCTCGCGGTAAGGGAGGCCGGAGCGGTGGCA CAACCGTGATGGTTCCGGCGGCGAGGTTCGGACAACGTAGTGGTTCGGTGCGACGCAATTCAGACAATAGGAACGATGGT CAAGCTGCATATCTCCTTTCTAATTGATGAACTCTTTGAAGTTACAGATCTTAGTGGGGAAGTGGGAAAGGTAGACGTGG GGGGTGGAAAGAGAACAGGGAAGGGTTAGGAAAATTACCAAGGGGCACATACTTCTAATGCTTTGAAAAAAGAGAGAGTG GGTATTTTTGTCCTAAATAAAAGGTGTTGAGTGCTAACTTACTCCTTCTAAAAAACAAGTGGGAGTAAGTTAGCATTCCC CTTATTTTAATTAGTTATATATTTTTTTTTTGCATAATTTATTTATATTTAAATATTATGTATAAAAAAATATATATTTA TCTAACGTACCCGTACCCCCATTTTTTCAAAAATCACGTACCGCGTACCCAATACCGTACCCGTACCGGGTACCGTACCC GTACCCGTGCAACACAGATCTTGAGAAATGGTGTGAGTTTGTAAATTTGTTCGAGTATTTGCTTCATTTGGACCAAGGCT GTTGTGGTCCTGGAAACATTACATTCCCCTTGTGCAATATTACCCTGAGATGGAAGACAAAAATGTGGTACCTATTCCAC AGTTACGACTGTATAATGTTGTACCACTACATTGATGATCTTATGGAGTTTTCCCTTATCTTTAGACTTCTTTTAATGCT ATATGTGAGTACCTATTCCACAGTTACGACCGTATAGTGTTGTACCACTACATTGATGATCTTATGGAGTTTTCCCTTAT CTTTAGACTTCTTTTAATGCTATATGTAGGTGACATCTTCCATGCCGCACCAAATATTGATCATTCTCAGGACTTTGTGC GGAAAGATATCAAAGGGTGGTTGAACTGGCTTCGCAATGATATAGGTTTTGATGGATGGCGGCTTGACTTTGTAAGGTAA TTTTGTTTTATGTGTATAATGGGTATCCAAAAAAATTTCTTTATCCATTAAGTCCTTCTAAATATCTCTTGTTTCACTTT ACACATTCTGAGCGATTGAAGAAAAAATTTAGAAGAATTTCTCCTGTAAAAGTAAATGCAATCAATTGCAGAATTTGATA ACTCTACCAACTCTTGTATATGTGATAAACTGATCAACTAAGTTGTTTTTTTATATTAGGAGAGAGAGAGAGAGAAGTAC ATTTTTATAACGTAGTTCCAAATTTTGGGGAACTCGATAGCTGGATAGTGATGGCAATGTCGCAGAGGATAATATGCTCT GATACCATGATGAAATTATAGGATTTAGTCTAAGATATAGAAAGAGAAAAGATGAACACAATGAATATTGATATAATATT ATTGGGTGTAATCGTGCAAACGACAAAATACTTGATATTTATAGTGATGGGCAGACTCCTAATTCTAGTTAGACGAGGAA ACAAATCAACATAAATAAGAAATAAAGAAACCAATCTAAAGAATAATCTAAATTACCTTAATTACTCTAGGATATGGTCA CGATATATAAAATGTATTTTCATATTCTAACAATATGTTAAATGGAGCGTGTCAGTTGTCTTTGTTTGCTATGTGCTACG AAGCTTTAGTTTTAATGAAATGGAATTTGGGAAGATATTCTAGTTTTTTTATTTCCTAACTAATTTATTCTCATGTAAAA TTTGGTTACTCTTATTTTCTGCCTGCAGAGGCTTTTCTGGTACATATGTAAAAGAATATATTGAAGCATCAAATCCTGTA TTTGCCATTGGAGAATATTGGGACAGTTTGGCCTATGAACATGGAAGTTTGTGTTACAACCAAGGTTATTATTTACTCCT ATCATACTCAATTGTATTAGTCCATTCTTATTTTGAATATAGTAGGAAGTTGGTTTGTGTTGATAAAATCATATTTTGTC ACCTACCAGGCACTGGAAACACACACAGCCGCAGGATTTTATTATCGTCTTATTTTGGCCTTTACATGTTTCTTGTTAAT GTGATGTATCATGCTAGGCCTCTTGAATTAATTGCTTTTTCAATTGGGCAGAATTAAGGACCTGGACCATTAAGTTGTAA GATTTAACTTAAAGAGACAAAAAAGCTTAAGAAGGATCATTCAGATTTTAATTAGATAGAAGTACGATTTAATGTCGCCA AATATTCAAAATTATCCTTAGTGAAATCTCAATGACAACTATGGACCACTCAAAGATAAACGGAAGCTATAGTGTCTGTT ATTAAATGATCAGAGATGAGTAATTGCTGTTGACAACAAATATCATATTTTTGACACTTGATCCAGTAGGTCAGAGATTG ACAGCTTGATCTTTGTCCTACCTTTTTGAGGAGACATTGGTTCTGTGCATATTGGTCGTAGCAAGCAACAGTAAGAATGA GAAGGGAAAGGAAGGAAATCAACTCGCAATTTGCAATTGAGGGTCCTCAACTTGGTACCAAGAAAATGTTTTCTTAGTGA AACATTATTTGAGCTGCTGTCAGTAGATAGATAGATATATCTGATATCATATGATATGTCACATTTTCAGCTTTGGAACA ATCATAATCAGTACCATGACTAGATCATCAAACCTTAATATCTTTTAGGAAACCACACTGCATATGGCTAGTACAAGGAG GCAGCAGTTTTTGTTGATTTATTATCAACTTTATCTCCTACTTAGTGACCTCTAAGGGGCAGCATACTTTTAATATATTT GAATATTGTTCGTGTTGAGGAAATCCTATAATGCTACTGCTTGTGTTCACACTTCACAGTCACACTGATTCTGTGATATT CTATACTTTTTTCTCTCAGTCCTTCTGCAGTAATTTGAAATATTTCTAACGTATCCCATTTTTTATTTTTCTATGACAAG CTATTTCTGACATTTATAATAAATAGATGCTCATCGGCAGCGAATAGTTAACTGGATCAACGCAACCGGTGGTACTTCGT CTGCATTTGATATTACGACAAAGGTACTTTTATGTTGAGTAAATTCCATAGCAGTTAATAAGTTACTTCATGATATCAAA TCCAGAAACTTATTATATGCAAATTTTAATTTAAGGAGATGCAAGTTTAAGGGTAAGTGGGTCTGAATTGAAGTAACGCG TGCTGAGGAGATGAACCTACCTAGAAAGTTGAAACCCACAAAACAATCGAGAAATGTTAAGTTGTATTTATTTATTTGGA TGTCTATATGAATATAAATTTTGTTTTAGTAGATAAATGTTCAATTGTAGAAAGGATTCATGTAGAAATATCGAGGGAGG ACACAATGACGAAGAATATACATCTTGAGGAAGGAAAATAAATCTCCAAAAATAGAAAAAAGCAAGCCAAAATAGCTCAT AAGGTTCTCCAATCTCCCTTCATAATGAACATCAGCAATAGAAATTCCTTTGAAATAGTCATGAGTATAGCACCAGAGAG AAGCAGTAACCACATTTTTATCCTACTGCAATGTGAGAGGACATGCCCAATGTATGTAAACAAAAAAAGGCCAAACAAAT TATTCCTCCAAAAGCAGCTACTTTGCCATGGAAATGTGATTGGCTGAAGTTTCTAGCTTGCAATGGAAATGTGATTAGGC TGCTGAAGTTTCAGAGTTAATCTACGTATGAGACAAATATTGGGAGAAAGAGATGTTGGAACCTTACAAACTTCTAGTTG CAACATATCATTTGTATCAATTCTATCAAGTCCTGTTCAAGTGGAAGGCTTGATCAATGGAGTTTCCAAACTGGCTTTTG CTGTTGCTATAATAGCTATTGTTTGACTACCCTTGTTTTTGATATATTGTAATTTTCTATATTAACTTTTGATTTCTTTT TTTTTATGCCATGGGGAGGAAGCAGGGGACTTAACTCTGAAAATTTTGTCATAATTTAATATTAATCTTGATTCATTCTG AGGATTGTTGCTCTGTTTGTTACCCTTTCCAGGGAATACTTCATTCTGCTCTGCATAATGAATATTGGAGACTGATAGAT CCACAGGGGAAACCCACAGGAGTAATGGGGTGGTGGCCTTCTCGTGCTGTCACATTCCTGGAGAACCATGATACGGGGTC CACACAAGTATCTAATCTCTCTCTCTCTCTCTCTCTCAAAGTATGATACATAAAATATTAACGTTGGTAATTATATAGAA TATATATTTACAAGGGAAACATATCGCTTTGAGCTTGTTGACTTGAGCTAAGTGTTTCCTGTGGTTGGCTCTGGTTAATG TGGTTCATTGCACAATAATTCTTCCTACATAGTTGGTTAGGTAAACCTACGTAGTTTAGGTTATTAATCCTAGATTCTTA ACTCACTAATTATATTCTACTTTCCAAATTATAGATTGCAATTTGAACTTTACCCAATCATTTCTATGGAGTTCCATGTT TCTTCTATATTTATATTGCAATAACATCTTGTCTACAGTTGTGGGTTGAATTTACAATTCTTATATTTTCCACTGGTTGC AGAGTCTGATCTTTGTTTCCCTCAGTAATTTGAGCCATGGCATTGTTGCATATAACATTACCCCCTTTTATGCTCAACTT ACAACCTGGCCATGCTAGAGAATGGGTTAAAAACGGATTTAACACTTCATTTTATTTTCAGGGCCACTGGCCATTTCCGC GAGATAAGCTCATGCAGGGATATGCTTACATTTTGACTCATCCTGGAACTGTAAGTTCTCAACACATTCACATCCAGTAC CTTCATTGTTTAAGGTAGTTCGCTAAGATTTTCCCAAAAATATAAGCTTTATTGTGACGCCTAAACAATTTAGGGTATAT TTGCAAGTTGAGTTTTGGAGGGGGAGGGAAGGGAAGGGAGAGGCTTATGAGAAACCCTCCCTTGTTTGAGAGTATGTTTA TTAAGGAGCGAAGGGTTTGGGGAATTTATGGAAAACCCTTGAAAACCCCTCAAAAACCCTCCTATAGTTATTTTGTGGAG TCCCCAACTTGGGGGGTTCTGTATGATTTAGAACTTGCAAACAAGGGGAGGGCTTACCCCCCTTCCCCTCAAAGACCTCC CCTCCCCTAAAAACTCACAAACAAAGCCTTAGTTTCTCCTTGACAAGGACTATGGAATCAAACTAGTTTTAAGGATAATC TACTTGCATAACTCTTAGAATCTTCATGGTCCCATATTAATAATTTATTTTTCTTGTATTGCAAATTTGTGCAGCCTGTG ATATTTTATGACCATTTCTACGATTTTGGCATCCATGATGTGATAACTGAGTTGATCGAGGCTCGTAGACGGGCTGGGAT CCATTGCCGGAGCTCTATCAAGATAATACATGCACACAATGAAGGTTATGTAGCCCAGGTTGGTGATGCACTAGTCATGA AGCTTGGGCACTTTGATTGGAATCCCTCCAAGGAGAACCAGTTGGAAGGGAGCTGGCAAAAGTTTGTTGACAAAGGACAG GACTACCAAGTGTGGTTGAGACAATAG
CDS sequence (LotjaGi1g1v0512100.4) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGGAATAGAAGATGAATTAATGGTAGCCAAGAAAGCTCTTTCAGAGGCACAACACAGACAAAATGCTATTGAGAAAGA GAGAGATCAATTGCTTGAAGAACTTGCTCGTTCTGAGGCTAAAAAACAGGAATACATCTCCGCAATTTTACATGACAAAG AAGTAACTATAAAAGAACTTGAGGCTGCCAAATCTCTTTTTCAGAAAAAGCTGGAGGCTTCGGTGGAAGAGAAGTTCACT TTGGAATCTAAGCTGGTCCTTGCCAAACATGATGCTGTTGATCTTGCAGTGCAGGTGGAAAAGTTAGCAGAGGTTGCTTT CCATCAGGCAACTTCTCACATACTAGAAGATGCTCAACTCAGAATTTCATCTGCTGAAACCACAGCTGCTGAAGCAGCCC ATCTAATTGAAAGACAAATTCAGGATGCAACTGAGGGTACATTATCATCCATAGTTGAAAAGTCAAAATATGCTATAGAA AGGGCTCTAGTTGTGGCGGAGGAAGCAGGTGAACGTGCAAAAGAGGCCATGGAAACATTTATAGATGGCACATCTCCATT TACTGAAATGACCTCTGTCCAGGAAGAAAATATCAAGTTACAGGGCATGATAAGTGATTTAGAATCTCAGTTGATGGTTG CAATAAATGAGGCTGATAGTCTTAAGATAGAATTAGAGCACGCCAGGCAGCAGCTAAAGGCTTTTGAACAAAGAGCCATT GATGCGGAGAAAGCTTTGCTTGATCTTCAGGAGTCAATCAGGAAAACCACTCTCAAGCAGGAGGAGGAGATGAAGTTAAT GCTGGAGAAAATGAAGAAAGACATGGCAGAAAGGACAAAGGCAATTTCCAAGGCTTTTAAGACTGACTTGAAGAACATCA AGGCTACACTTGAAGCTGCCAAAGAAGTTTCTCATTGTAAAGATTATGCTTACCTAAGAAGATGTGAGGCGCTGCAGAGG TCATTAAAGTCATCCGAAGATGCTTTGAAGATGTGGAGACAGAGAGCTGAAATGGCTGAATCATTGCTATTGAAGGAAAG GCTACAAGATGAAGGGGATAGAGATTCTATATATGTTGTCAATGGTGGACGGATAGACCTTTTGACAAATGTTGATTCTC AAAAATGGAAACTACTAAGTGACGGTCCTCGTAGAGAGATACCTCAGTGGATGGCACGAAGGATTAAGGCTATCTCTCCC AGATTTCCACCAAGAAAGATTGATGTAGCTGAATCATTGACATCAAAGTTCAGATCCTTGGAGTTGCCTAAAGCTGATGA AGTATGGTCCATCTCTCGAGAAAAGCCAAAGGAAGATGATGCTTTAATTGAACAAGTTTTTGAACGAGAAACAATTGAGA GAAAGCGGAAGGCGCTGGAGCGTGCTCTTCAACGGAAGACTACAAAGTGGCAGAGAGCCCCTGAACAAACAAAACTAGAG CCAGGCACAGGATCAGGACGTGAGATTGTGTTTCAAGCTTTTAACTGGGAGAGCTGGAGAAGGAGCTGGTATCTTGAATT ATCATCTAAAGCTGCGGATTTATCTCAATGTGGGGTGACAGCAGTGTGGTTGCCACCGCCAACTAACTCGGTTTCTCCAC AAGGTTACATGCCTTCTGATCTTTACAACTTGAATTCATCCTATGGTTCTGTGGAAGAACTTAAATCTTGTATAGAGGAA ATGCATTCTCAAGATCTAGTGGTTTTAGGAGATGCCGTCCTTAATCATCGATGTGCACAGAAACAAAGTCCAAATGGTGT TTGGAATATTTTTGGTGGCAAGCTTGCATGGGGACCTGAAGCAATTGTGTGTGATGATCCAAATTTTCAGGGGCGTGGAA ATCCTTCCAGTGGTGACATCTTCCATGCCGCACCAAATATTGATCATTCTCAGGACTTTGTGCGGAAAGATATCAAAGGG TGGTTGAACTGGCTTCGCAATGATATAGGTTTTGATGGATGGCGGCTTGACTTTGTAAGAGGCTTTTCTGGTACATATGT AAAAGAATATATTGAAGCATCAAATCCTGTATTTGCCATTGGAGAATATTGGGACAGTTTGGCCTATGAACATGGAAGTT TGTGTTACAACCAAGATGCTCATCGGCAGCGAATAGTTAACTGGATCAACGCAACCGGTGGTACTTCGTCTGCATTTGAT ATTACGACAAAGGGAATACTTCATTCTGCTCTGCATAATGAATATTGGAGACTGATAGATCCACAGGGGAAACCCACAGG AGTAATGGGGTGGTGGCCTTCTCGTGCTGTCACATTCCTGGAGAACCATGATACGGGGTCCACACAAGGCCACTGGCCAT TTCCGCGAGATAAGCTCATGCAGGGATATGCTTACATTTTGACTCATCCTGGAACTCCTGTGATATTTTATGACCATTTC TACGATTTTGGCATCCATGATGTGATAACTGAGTTGATCGAGGCTCGTAGACGGGCTGGGATCCATTGCCGGAGCTCTAT CAAGATAATACATGCACACAATGAAGGTTATGTAGCCCAGGTTGGTGATGCACTAGTCATGAAGCTTGGGCACTTTGATT GGAATCCCTCCAAGGAGAACCAGTTGGAAGGGAGCTGGCAAAAGTTTGTTGACAAAGGACAGGACTACCAAGTGTGGTTG AGACAATAG
Protein sequence (LotjaGi1g1v0512100.4) extracted from Lotus japonicus Gifu v1.2 Proteins.
MGIEDELMVAKKALSEAQHRQNAIEKERDQLLEELARSEAKKQEYISAILHDKEVTIKELEAAKSLFQKKLEASVEEKFT LESKLVLAKHDAVDLAVQVEKLAEVAFHQATSHILEDAQLRISSAETTAAEAAHLIERQIQDATEGTLSSIVEKSKYAIE RALVVAEEAGERAKEAMETFIDGTSPFTEMTSVQEENIKLQGMISDLESQLMVAINEADSLKIELEHARQQLKAFEQRAI DAEKALLDLQESIRKTTLKQEEEMKLMLEKMKKDMAERTKAISKAFKTDLKNIKATLEAAKEVSHCKDYAYLRRCEALQR SLKSSEDALKMWRQRAEMAESLLLKERLQDEGDRDSIYVVNGGRIDLLTNVDSQKWKLLSDGPRREIPQWMARRIKAISP RFPPRKIDVAESLTSKFRSLELPKADEVWSISREKPKEDDALIEQVFERETIERKRKALERALQRKTTKWQRAPEQTKLE PGTGSGREIVFQAFNWESWRRSWYLELSSKAADLSQCGVTAVWLPPPTNSVSPQGYMPSDLYNLNSSYGSVEELKSCIEE MHSQDLVVLGDAVLNHRCAQKQSPNGVWNIFGGKLAWGPEAIVCDDPNFQGRGNPSSGDIFHAAPNIDHSQDFVRKDIKG WLNWLRNDIGFDGWRLDFVRGFSGTYVKEYIEASNPVFAIGEYWDSLAYEHGSLCYNQDAHRQRIVNWINATGGTSSAFD ITTKGILHSALHNEYWRLIDPQGKPTGVMGWWPSRAVTFLENHDTGSTQGHWPFPRDKLMQGYAYILTHPGTPVIFYDHF YDFGIHDVITELIEARRRAGIHCRSSIKIIHAHNEGYVAQVGDALVMKLGHFDWNPSKENQLEGSWQKFVDKGQDYQVWL RQ
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 |
|---|---|---|---|---|---|---|
| Coils | 7 | 48 | 42 | - | – | |
| Coils | 57 | 77 | 21 | - | – | |
| Coils | 190 | 252 | 63 | - | – | |
| Coils | 258 | 278 | 21 | - | – | |
| Coils | 315 | 335 | 21 | - | – | |
| PANTHER | 321 | 882 | 562 | 6.3E-279 | – | |
| PANTHER | 321 | 882 | 562 | 6.3E-279 | – | |
| Coils | 449 | 469 | 21 | - | – | |
| MobiDBLite | 465 | 484 | 20 | - | – | |
| Gene3D | 488 | 820 | 333 | 5.1E-134 | – | |
| SMART | 488 | 816 | 329 | 9.7E-36 | ||
| CDD | 489 | 827 | 339 | 4.77432E-180 | – | |
| SUPERFAMILY | 495 | 804 | 310 | 4.02E-66 | ||
| Pfam | 514 | 581 | 68 | 3.6E-10 | ||
| SMART | 817 | 881 | 65 | 2.8E-7 | ||
| Pfam | 818 | 879 | 62 | 4.3E-18 | ||
| Gene3D | 821 | 881 | 61 | 1.6E-7 | ||
| SUPERFAMILY | 822 | 880 | 59 | 4.68E-6 | – |
GO predictions are based solely on the InterPro-to-GO mappings published by EMBL-EBI, which are in turn based on the mapping of predicted domains to the InterPro dataset. The InterPro-to-GO mapping was last updated on , while the GO metadata was last updated on .
| GO term | Namespace | Name | Definition | Relationships |
|---|---|---|---|---|
| Molecular function | Catalytic activity | Catalysis of a biochemical reaction at physiological temperatures. In biologically catalyzed reactions, the reactants are known as substrates, and the catalysts are naturally occurring macromolecular substances known as enzymes. Enzymes possess specific binding sites for substrates, and are usually composed wholly or largely of protein, but RNA that has catalytic activity (ribozyme) is often also regarded as enzymatic. | ||
| Molecular function | Alpha-amylase activity | Catalysis of the endohydrolysis of (1->4)-alpha-D-glucosidic linkages in polysaccharides containing three or more alpha-(1->4)-linked D-glucose units. | ||
| Molecular function | Calcium ion binding | Interacting selectively and non-covalently with calcium ions (Ca2+). | ||
| 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. |
Expression pattern of LotjaGi1g1v0512100.4, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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