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| Field | Value |
|---|---|
| Gene ID | LotjaGi3g1v0534100 |
| Transcript ID | LotjaGi3g1v0534100.1 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Aminotransferase; TAIR: AT3G22200.1 Pyridoxal phosphate (PLP)-dependent transferases superfamily protein; Swiss-Prot: sp|Q84P52|GATP3_SOLLC Gamma aminobutyrate transaminase 3, chloroplastic; TrEMBL-Plants: tr|I1LPE4|I1LPE4_SOYBN Uncharacterized protein; Found in the gene: LotjaGi3g1v0534100 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:95093359..95108693) extracted from Lotus japonicus Gifu genome v1.2.
GTTTTCTATTTGTTCTACCATTTTTTGAACAATTTTTTATTTTTTCTATTTTTTAGTACATCAGAAAGATAAATTGCATC CGTCAATAATTGATCCCTGGACCTCTCCCACCCATAGTACATGCCCCCTAACTCTTACACATATAACTGTTTTCATCTAT TTCTATTGAAACAATTTGTTTTGTTTTCCTATTTTGTAAAAAAAGTTTTTAAAGATGGATCATTGATGATTCTAAATTTA TTCATCCTAGGAGGAGTGGGGGCCACTCAATAATACGATACGATTTGGTCGAGTTATGAATCATTGAATCTTCTGTCGAC GGAGTAAGCAAATCACTCCAGTGAGACTCTTACATAAATAAAACTCCTCATTTCTCACTCACTCTCGCTATCTCACTCCG TTCCTCTCTTCAACTTCGTTTCCAGTAAACCATGAACAAGCTCGTCCGTTCCACTCTCAGAAACAAGGCACGCGTTTCCT TCTGCCTCAACCCTCTCATGTTTTCGTTTCTGCTCAATCGACTCTCACTATACTTCTGTTTCGATTTTCGTCATCGCCAA TCCAATTTCAACTGGATACTGCAAAATTTCACTTCTCCAAATTTGTGTTTCTTGATTGATATCTGAAATTATGACTGTGT TTGTTGTGTCAACGCGAAAATGCAAACATGCACTAGGTTGACGATTGTGGAATTGTCTAGATCTGCTTCGTTTACACACT CTGTATATGCAGATCACTTTTAGGTCACAAATATGAGTTATCTGAAATTGATTAATGTTCAAAGTTTATGAATATGAAAA TCCATTAGTTTAATCGTTCAGCTTTTTTCTATTTTATATGTTCTAGCTTTTCTAGGAGTTACTTTTTAGAATATCAATCA CCTTTTTGCCAATTTTGTTTCTCTCTCGCTTTAATAATCTGTTGCTGCTCTTATTTTGGAATGTCAATGAGGTTTAGTGG CTATTTCCTTTCATCCGCTATAGAATATCTAGATTTTCTTCTACTTGACAATGGCCTAAGTAGAGATGAAACCTTTTCTA CTAGAATATATTATGTTAATTTGAACAAATTTTGTAATGGTTGACCTTGGAATTCCACAAAACTCGAACGAATTTCAGGA TTAGATGAAATTTGACCGAATTATTAATGGTGAGCTTGGAATTCCAAGATAGTAATATGTAGTTCTCATGCTCTTAGATT TCTTGAATTTCGTCGGCTCTTTTGTTTTCTAAAGCTGTAGAAAATACTCACTCTGCCTTTGAATAGTTATACTTGTATAA CTCAAGGATTCAAGTATTTGTGAATTCTGAATTTAGTTATCCTTCTCAGTATATTTTTGAAGGTTGCTGAATATGTTGTC CAGAAATTTGAAATGTTGGTTATTTGCTTGCTTTGCCTGTACATAATGCTGTACTCTTGATGGTGATCTACCTTACACAC TAATTTATTGATCTGATTTGATAGTAATGGATGGTTCAAAAGCATGCCTGTTTTTTTTCCTTTCTCAGAGATTTTATATG TCTTAAGATAGTTATTTTATTTTCTATTTACAGACTCTGTCATCTTTAGCATATGCTGCGGTTTCCAGAAGTTTTCAGGA AAATGTCCTTCAAGCTCCCTTATGGTCTAGATCATATAGTACAGAATCTTCCTTGGCAAAGGATGATTCAACCAGTGGTG ACAAAAGTGAAGGGTATATGGTTCTGCTAACACTTTCTCCTGTACACTTTTGAGTACAGATTATAGCTGTGTGCCTGTAT CTTGAATGTATCTATATAAATTGGTGTGTTGCCATTGAGTTTGATAACAAAACCATTGATTTCTTTTCTATATTCCAATA TAGAGCTGAATATTATGATTATCTTTTTTCATGTTGAGATTTCAAATCATGATTTTTAAGAAAACAATGAAAAACTAGTA TAAGTTAAAAATTGCAAGGCTGGTATGATTACCATGTAAATATGCTGAAATACTTCCATTTTTTTAGGTTCAAATCCCAT GATATGCTTGCCCCTTTCACCGCTGGATGGCAGACTGATTTGACTCCTTTGATTATAGAAAAGTCAGAGGTGAACTTTCT TGCTATGTTTCTTTGATTATTTTTTAATTACTCTTGTGTACTAGATTTTTGTAAATATAACTTCAGTTTCACTTTGTTTA CATTTCATAATAACTAGTGTTCAATTATTTAATATACCTGATTAATGCGTCCAGGGAAGCTATGTATATGACGTTAATGG GAAGAAATATCTTGATGCACTTGCTGGTCTATGGTCCACTGCTCTAGGTATATATGACATTTAATTTCTGCTTACTTATA TTACTTTCTGAGCTTTGGTATCTCAATTTTTCTTTCTCATATTTTCTTAATGATTTAGTTCTTTTGGTTCATGTTCTCTA TACATTTTGAGTAACAAGGATGGCTATGAAGTTAAACTCATAAATACAGATATTTTAGCTTGGCATCTCTTCTTCCAACG ACCAAAACATGCCAAGTTGGCAAGTTGCTCAGGGATCCATCTTTCTTCCCTCCGTTTAATCTTGGAACCTTATTATTTTT AATCCTCTTAGCAAGTATAGGGGGTCAGAGCTGTTTTGAGTTGTGACTATTTTTGCAGAATGCCCTGGGCATTAAACTTA AGGGGGTTGGAAGAGTTATTGTGAGTTTATAATTTGGAAGGAGGGTGGACGTGAGGTTGGTCTGGGGCTATTGTGTAAAG TTCCAGTATTTACATCTTTTTATGCTTTTAGTTTCTGCTTACCAATAATAAAATAATATTGTAAAATGACTGAATTCTTG GTGTTCTCAAAATATGGTTCTGAAGTCTGAACTAGTAAAAAAAGATGTTAGGTACCAGAAAAATAGAGCACTGAATGAAG AAGATGATATGAATTATAGCACTGAATCCTCTGGATAAACCCAGAAGCAGTGTTTAGGGGAATTACAAATAAGGAAAAAT ACAAGATAACCTTGAGCAATTCAAGAGTGCTCAATCTCTCCTAATTCCAGAATAATTTCTGCCTAGCGAATTCTCTCTCC ATAACCAACCTATATACTCAAATGCCTATGGTCCCCCCCTCACCCACATGGGTGCTGCCACCTCACCTGGTGGTTATTTT GAAAAGATACCTTCTAGAAGGTTAGCTCATCAGGTACAGCTTGCACCTGTTTGGGCTTTCTAGTATATACCTTCCCAAAT CTGGGCCTGACCAAAGGGTCTGTATCATCTCTCCCCCCTTGAAGAATCACCTTGTCCTCAAGGTGATGTTCAGGAAATTG TTCCAACAGTTCAGTGTAGTCTTCCCAAGAGTTCTCAAACTCCGGCATGTTCTTCCATTTGACCAGAACCTTCACAGTAC CTTTATCCCCTGCCCTGGAATCAATAATGCTTCAGGTTCCACCTTAAGTTCCCACTCTTCTGTCATGTAAACTGGAAGTG GCTGACTGTTGACTCCTTCATTAGGTGCCTTCTTGAGTAAAGAAACATGAAAAACAGGGTGTACTTGACTACCCTCTGGC AGTTGGAGTTTATAAGCTACTGCATTGATCTTCTCAATCACAGGATAAGGGCCATAGAACCTTGGACTAAGCTTTTGATT CTTCCTTCTAGCTAAACTCTTAAGCTTATAAGGTTGGATTTTGAGATAAACCATGTCTCCCACCTTCAGTTGTATGTCTC TTCTGTGCTTGTTAGCTTGCTGTTTCATTCTATTTTGGGCTTTCTCCAAGTTCTCCTTTAATGTGTCCAGAAATAGATTC CTCTCTGCTGTCATCTTTTCCACTTCATTTACTGAAGCTAATGAATCAGTTCCCTTAATGATCACTGGTGGTTCTCTTCC ATACAGAGCTTGAAACGGAGTGGTTTTGATGGCAGAATGGTAGTTGGTGTTATACCAAAATTCTGCCCAACTTAACCATT TTGGCCACTGCTTGGGTTTAGCCCCAGTCACACACCTTAAATAGGTCTCAACACACCTATTCACCACTTCAGTCTGCCCA TCAGTTTGAGGATGGTAAGCAGAACTGAACTTCAATTTGGTCCCAGCAAGCTTGAACAATTCAGACCAAAAAGAACTCAG AAACACCCTGTCTCTATCTGAGACTATAGATGTAGGAAACCCATGCAACTTAACAATTTCCTTGATGAAGAGTTCTGCAA CTTCTTTAGCATTATAGGGATGAGATAGAGCTAGGAAATGTGCATATTTGGTAAACCTGTCCACAACAACCAAAATGGTG TCCTTTCCCATAGTTTTTGGCAAACCTCCAATGAAATCCATTGAGATATCAGACCAAACTTGTGAGGGAATGGGAAGTGG TTGAAGATAACCAGCTGGATTAAGTGTTTCATACTTGTTTCTCTGACATATTTCACATTTTTGGACATAGGTTTGGATAT CCAGCTTCATTCCTTCCCAAAAGAATAGAGCAGAAATTCTCTTGTAGGTCCTGAAAATTCCAGCATGTCCCCCAACAGCT GAGTCATGAAATTCTTGTAGTATGATAGGAATCTTCCCGGAAGTCTTAGGTAGAACAATTCTGTTTTTGTACAGAAGCCT GCCCCTCCTCATGTGGTAACCAGCTGGAACTGGTCCTTGAGTGGTGATCTCTTGAATGATTTTCTGATACTTGTCATCAG CTAGAATCTCAGTTTCTAAATCTTCCCAATCTTCACATTGAACTGAGGAAATGGCAGAAAATTGTAGTTTCCTAGAGAGA GCATCTGCTGCTTTGTTTTCAATACCTGGCTTGTATTTAATTTCAAAATCAAATCCCATGAGTTTGGAAACCCACTTTTG CTGCTCCTCTCCCATGAGCCTTTGTTCAGCCAAGAACCTTAAACTCTTTTGATCAGTGTGGACTATGAATTTGCAGCCTA AGAGGTAGTGCCTCCATTTCTGTACAGCCAACACCACTGCCATCAATTCCCTCTCATACACTGATTTAGCTTGTGCTCTT TCTGAGAGGGTTTTGCTCATGTAAGCTACTGGCCTCCCCCCTTGCATAAGTACAGCTCCTAGCCCTTTCCCCGATGCATC AGTTTCCAACACAAATGTTTTCTGAAAGTCAGGCACAGCTAGAACAGGTACAGTTGTCATGATCTCCTTTAGTTTGTCAA ATGCTTGAGTTGCTCCAGCACTCCAACTAAAATTGTTTTTCTTGAGCAATTGGTTTAGGGGTTGAGCCAACTTGCTATAG TTTCTGACAAACCTTCTATAATAGCCTGTCAATCCCAAAAATCCTCTCAATCCCTTCACATCCTTGGGAAGAGGCCAATT CAGCATATCTTTTATCTTGCTAGGGTCAGCAGCCACACCCTCTTTGGATATCACATGCCCCAGGTAGATGAGTTCAGATT GTCCAAAGGAACACTTCTTCTGATTGGCCACTAGGTGATTGTCCCTTAAAACTTGTAACACCTCCCTCAAGTGCTCCTTA TGTAGGTCTACATTATTGCTGTAAATCAGTATATCATCAAAAAATACCAGCACAAACTTCCTCAAATATGGCCTCAAAAC CTGGTTCATTAATGCTTGGAAGGTAGATGGTGCATTGGTTAAACCAAAAGGTAGGACTAAATACTCATAGTGACCCTCAT GTGTTCTGAATGCTGTTTTAGGGATGTCCTCTTCCCTCATCCTGATCTGATGGTATCCAGATTTGAGGTCTAGCTTAGAA AAAATCTCAGCTGTTCCAATTTCATCCAGCAGTTCATCTATGATTGGAATTGGGAATTTATCAGGAATAGTCACCTTGTT AAGTGCTCTATAGTCCACACAAAACCTCCAGCCACCATCCTTCTTTTTCACTAAAATAGCAGGGCTACTAAAAGGACTAG TGCTATGTCTAATTATTCCAGCAGCTAACATTTCTTTTACTAACTTTTCTATCTCATTTTTCTGGTAAAATGGGTACCTG TAGGGCCTGATGTTAGGGATTGGTGCTCCTTCCTGTAGCAGAATAGCATGATCAGTGGCCCTCTTGGGGGGTAGCTCTTT TGGCTCCTGGAATACCTCTGGGAATTCAGTAAGAAGCTTGATCCAGAGTTCAGGTATAGTGACATTGGCTGTAGGCTCCT CTTCTGAACATTCATATGAGAGAATATTCTTCTCCCTCATCATGCTTTGTCTTTTTTATAGATTTCCATGTGGCTGCCAC CTTACAAAAAGATGGTTCCCCTTGCATACACATCTTTTGTCCATTTAGTTCCCATTTGATGATCAGATCCTGGAAGTTGG CCTCAATATTACCCAAGCTAGCCAACCAATCCATCCCCAGCACCAATTCTGTTCCTCCTAAACCCAGAATAAAGAAGTGC TGAATGATGGGGATTCCTTGCACCTCCAACTTCAAATTCTTACATACCCCAGAATTTCTTTCCCTAGCCCCATTTCCAAC TTCCACAACATATTCTGAAGTAGCAACCACTGGTATTTCCAGTTCTGCTACTAGTTCCTGTGAAATAAAGTTGCTGGTGG CTCCACAATCTACTAGAATTAGGATCTCCCTTTCTCCTATCTTCCCTTTCACCTTGAAGGACCTGTTGGAAGTTAGACCC TCCTTACTGTTCAGAGAGAGTTGGAGTACCTTCCCTTCCAAGACAAATTCTCCATCCTCAGCCTCTTCAAACACTTCTTC TTCTTCCTCTTCATCCTCACCTTCTATCAATATCAGTTGAAAATTCTTCTTGGCACAAATATGCTCCCTTCCCCATTTTT CTCCACATTTGAAACATAAACCCCTTCTGCTCCTTTCCTGCAGTTCTGTTTGAGTAAGTCTTTGTCCCCCATTCCATTTC CTTTCAGGGATTTTTCCTTCATTATTGGTGTTCTCAGTCCCTTCCTTAAGATGCTGAGGTTTCCCTTCATTCCCCTGAGT TCCCCCTGCTCCCTTAGATTGGTAACTCACATTAGGGTGAATAGACCTTCCTCTGGTCTCTCCCGAATTAGTAGAAAATC TTCCTCCAAATCCTCCCTTCTCCTTCCATCCTCGTTTGTCTTCCTCCTTGGATTTGCCTCCTCTCATGGCTGAGTTTTTC TCTTCCAGTAAAAGAGCTCTATCCATGAGATCTGCCAAATCCTCTGATGGGTACAGCTTCATCTCAGCCTTAATCTCCTC ATGCAACCCATTCAGAAACACTCCCTTTAGCACTTCCCTGTCAGCATTTCGCATAGGCGCAGCTAAGAGTTCAAAATGCT CCCTGTATTCCATAACACTTCCCTTCTGCTTAGCACTGAGCAAAGGCCCGAAAGGATTCTGAACCAGTTCAGGTTGAAAC CTGCGAATCAAGGCCTGTTTGAACGGTTCCCAAGCTCGCACTGGAGCTTGCTCCTCCCACCATTGGAACCAGCTGAGCGC GCGGTCCTCCATGGCGATCATCACCATCTCAACCTTCTCGGTTTCTTCGACTCGACTGAGTCGGAAAAACCTCTCCACCT TGGTAATCCATCCGTAAGCGTCGTTACCATTGAACATCGGGATATCCACACGCCGACCTGTGACGGCTCGAAGATGGCTC TGATGATGAACGTGCTCGTGAGGTTCACGACTACGAGTCACAGCTCGTGACCCGGTTCGTGACCCGGTTCGCGACCCGTC GTCTGAACGAGCCAGAGAAACAGAATTGTGGTCGCGTGAAACTCGCCGGTGGCGCGGGGTGTTGGAACGTCCCCTGGTGC GACGGCGCTCGCGACTCATGAAGAGTCGTCGGAGCTCCTCGAACTGTTCGTGAGCTTCTTCCTTCATCTCCGTAATGGAA CGCTCCAGATTGTCGACTCTCGATTCCATAGCGCTGCGGGTAAGCACCATACAAAGCTCCCTTTGGATCGGGAGCTCTGA TACCAATGTTAGGTACCAGAAAAATAGAGCACTGAATGAAGAAGATGATATGAATTATAGCACTGAATCCTCTGGATAAA CCCAGAAGCAGTGTTTAGGGGAATTACAAATAAGGAAAAATACAAGATAACCTTGAGCAATTCAAGAGTGCTCAATCTCT CCTAATTCCAGAATAATTTCTGCCTAGCGAATTCTCTCTCCATAACCAACCTATATACTCAAATGCCTATGGTCCCCCCC TCACCCACATGGGTGCTGCCACCTCACCTGGTGGTTATTTTGAAAAGATACCTTCTAGAAGGTTAGCTCATCAGGTACAG CTTGCACCTGTTTGGGCTTTCTAGTATATACCTTCCCAAATCTGGGCCTGACCAAAGGGTCTGTATCAAAAGACATAGTT AGATTTCTGTTAGATAACGATATAATACATTTATGTCCATCTTTTTATCTGTATTTGTTTGATTGCTGTAAACTTTTGTG ATTTTCTCTTCAATCCCATAGTATAAACAAGAGACCAATGTGCAAGCCTAGACGCACATTTTTACTTAACCAGTCTGTGT GTCAACGAAGTACCACATGGATGTCATCCATATTGATCTGGTCCTGTTACTGTTTCTGCTGTCAAGTCGAGTTCCCAAAA AATATCTGCATACTCTTTTCATCAACCTTCTCCTGTCCTGTGCTACCATGCACGTTTCCATCCAATGTTTTTCCTCTGCC TCTACTTCCAAATCTGGTTTTTATACCTTTTGCCTTCTATTTGACTAACTAGCATCACCATTTTTACAGGATGCTGGTTT TATCAGGAATTTTGAGTTTTCATTAAATTGCAAAGAAATGCGATCATGATTACATATCTCATTAGCTTGGAAATGTGAAT TATATTTAGATACTCACGTAGCTGTGGGGTATATTCACATATCAAAAGTATAAATAATTTAAGTTTGTTAATTTTAATAT CTTGTTCGTGTTTGAAAGTGATTTACTCTGACAGCGAACATATGTTATTTTGCAGGGGGAAATGAGCCCCGCCTTGTTGA GGCTGCCAATGCACAGTTAAAGAAGTTACCGTTTTATCATTCCTTTTGGAATCGGACCACAAGACCTTCTTTGGTATTCA TATGATCATATCATTTTCTCATAGCTAACCTAAACATTATTTTATTCTTTTGTTTCTTATTTGTAATTTGCTTCTATAAT ATATATTTCTTTCATTTTTCCATCCCTTCTATAGATGAGCCCACCACAATGTGTTACAAGATGCATACCAAGATAGAATT AGAAATAATGCATGAGAATAAGTTGGGGTGGCATTTATTGTAAACATAATGTACAATATAAATTATATTTAAAAATGATA ATATATTATAAATTTATATTTCAAACTTACATATTTTAGAACACATTTTCCTCTAGATATTGCATGGGCTAATATGCTAT TTTATTTTAGTGTTTAGGGGAAAATAATATCTCTTTGTGACTTTATAGGTCATTCACAGCTAGTTTTGAACCTTTACTAT CGGTTCTGAGAGTCAAGACGGAATAAATATTTCAAATCAAGTTAGGGGCTAATAGTAGAATTTCATTGTATTTTCCCAAA GTTGATAGTAGGTGTTCCAACTTCCAAGTCTGTGACCATGAAAGTTGGAGAGAGAGGAAAATGCCCTCGTGAAATGGTCA ATCGTCATGATTGTTCATCACTAGTTCACTACTGAGAAGGGTTGTTCACATTCAAATTTCCAAATGGAATTGTAATTTCC CGAAGTAGATGGAAGGGCAGTATATTTGAGCTCTTTCTGGTGAAAAGTGAATTTAACCCGCATTTAATTGAGGGGTTGAG TGTTAGGGTGGGGGGTGATATTGCGTTGCCTATCCTAATCCAACTCACAAGCATTACCTAGGTGCCTTTCACTGCAAAGG AAATTGATTGAGAACCTTCTTGTCATATACACAGTTGATAAAATAGTTGGTTTCCCTTTTGACATTTAATCAATACATAT TTCCACGTACAGGATTTAGCCAAGGAACTCCTAGAAATGTTTACAGCAAGAAAAATGGCTAAAGCTTTTTTTGTTAATAG TGGATCAGAAGCCAATGACACACAGGTGCGTTACATTAAATATCCTCTTTGATTTGTTAGAGTTGCATGTTTTCTTCTGA ATTCTATTCAACTGTAGGCTAGATATTTAGAATGTGTGTATTACTGTATTTTCACTTGCAAAATAAAGTTTTAGTGTCAT TTCAAACAGTAGAATATATAATGCATGTGAAGGAACCAACGAGAGGCAAAATCTAAAAGCAAAATACTAGAAGACAATGA AATAAATTCTCAATGCCAAATGTGGTTCTGTAAATAAATATAGATCCATCTTAATAAGTGTTTTAGCAAAGATCAATCTA TGTAATGTAAACATATTTTGTAGTACATAGTTTATGCAGTATAAATTCTTAACTATATTTCTCCTTGATATATTTTCTAA CAGGTGAAACTTGTATGGTATTATAACAATGCACTTGGAAGACCGGATAAGAAGAAATTCATAGCTCGTTCTAAATCGTA CAGATGTCAACTCAATCTATGCAATTTTCTCTATTATGCCTGAAAAGTAGGTTTTGTAGCTTATGTATTTTTGCATTTGT CAGGTATCATGGTTCTTCATTGATAACAGCCAGTCTATCCGGGTATGATGAACTCAAGATTTTGTTTTTTCAGTGAACTA GTACTTATATAGAACAGTCTGATGTTATTCATAAAAAAAAATTGTTGTTAAAAAAACTTGACTATGTGTATTTTAGCCTT CCAGCTTTGCATCAAAAGTTTGATCTCCCAGCACCTTTTGTCTTGCACACTGACTGTCCACATTATTGGCGGTTTCATCT TCCAGGTTATTATTTCGATGGACGCTTGTCTAGTAATATTTCTGGCATTTATTTTTTAAGTCATAATAACTATTAAGCAT GCTTATGAACATCTCAGGTGAGACAGAGGAAGAGTTTTCAACCAGATTGGCCAACAATCTGGAGGAGCTAATTCTGAAAG AGGGACCAGACACAGTAATATTCATATGCATGGAAGTGTCTCCTGCAACCAGCACATTGACTTTATCACTGACTTCAATG TTTATTTTTTATTTTTTATTTTTTATTACAGATTGCTGCATTCATAGCTGAACCAGTGATGGGGGCAGGAGGTGTAATAC TTCCACCATCAACATATTTTGATAAGGTATTCTCTTATGATCAATGCTTCACACATGAGTTCCAAACTTTCATGCTGGAT GTGAGGACTATTTGGTATCGGTAAACGTTCTTCATTTTCATTTTTTATATTCACTTGTACTCATATAAATGCCACCCTGT GTTCTGTTTTCAAGGATTTATAGAGAAAATGGTGAAAACAAAATTAAACATAAAACGTTTTCAGTTTTCTCAAACAAAAC AGGCCCCAAGAGATTGGTTCTGGGTGTTTTGCAATATTTGGGCATTTCCATTTGTATACTCAGTCCCAAAGACATGAGAA CTTACTAAAAGGAATTTTTGTTTAATAAATTCTAGTTTCATTTTTAGATAATGTTAATCTAATTGTTATTGGTCTTCAGC TTGAACTAGTAATGCTGACACTTGACCCAATAAGTGTATTAATAGGTGGTTACTTTTTTTTGTGACATCTTAACCTATCT AATAATACATTGTTGGCTGTAGTTTATTTTTTATTTTTTATGATTCCTTGTCTAAACTCTGTAATATTTTATGAGAGATG TAATGAAATGGAATTGAGTATGATGAAATGACGTGGAAACAAAATGGAAGTGATGTTAGTTTGCACTTTCCAAAAATTCC ATTTTGCAAACTGAGACATGCATCATTTGCTTGATCGGTGTTTTTTGTTTAGTATGTGACATTAAATTTTGTCATTTTCA GTTTTTCACTCTTTCCTTAAAAGAGTTTAAAAGGAATGAAACACAAGTTTTTCTCAGCATTTAATTTTCATGCAGATCCA AGCTGTTCTCAAGAAGTATGACATTCTACTTATTGCGGATGAGGTGCTTCAATAATTCTAAAAATTCTGTTATATAAGAT AGAGAGTTTTTCATTCTGATTGATGTGTTAAATGTCTCTTTTTGAAGGTGATCTGTGCCTTTGGAAGGCTTGGGACAATG TTTGGATGTGACAAGTACAACATTAAGCCTGACCTTGTTTCCTTGGCAAAAGTAAAATGAAGCAGCTCTAAGTACATATT CACATTTTAATATTTTCAGAGGTTTTCTCATTTTTTGTTTGACTTCTAGGCACTTTCTTCTGCCTATTTACCAATCGGAG CTGTCCTTGTGAGCCCAGAAGTTTCAGAAGTCATATACTCGCAGAGCAACAAACTTGGTATGCTGGTTTACTCAGTTATC ACCACATTTTTTTGTGTTTAGTCATTTCTGACTTGCTATTGCATGTTTTAGGTAATTTTTCTCATGGATTCACTTATTCT GGACACCCTGTATGCTGTGCTGTTGCAATTGAAGCACTCAAGATTTACAAGTGTGTTCCTTTATTTCTAGCTTTTAAAAA CTAATAGGAAGCTTATTATATCTACTTGTACTTATTAATCTTTTGGCAATAGAGTGTGATAATTTCTCATCATCGCAGGG AAAGAAATATCCTTGATGTAGTGAACAAGATATCCCCAAGGTTCCAAGATGGCATGAGAGCTTTTTCTGACAGTCCTATC ATTGGAGAGGTATATATTTTTCGCTGAGCAATTTTTAAGTTTGTGGTTAATATTAATGTGTGGAAAATACAACACTTCTG GATCTGCAGATACGGGGAACTGGCTTGATTATGGGGACGGAGTTCTCAGACAACAAATCACCTAATGATCCATTTCCTTC TGAATGGGGCAAGTTCAATACTCATTTTTCTCCTATCTATCAGTCTGTTTAACTACTGTACAGAACATGGTTTTTATCCT ATCTGGTGATATTATTAACAGTAATTATTGCAATATACTACTCCCTCCGTCCCTTATTATAAGACCCCTTATTGTGAGAT AAAAAGGGGTCTTATAATAAGGGACGGAGGGAGTATTATTGAATATATGGCCATCCTTTAATGAACTTGCACAATCTAGG TGGGACAATACAACCATTAAGTGATCATAATAATGGATCATCTTGGCTGCATTTTTTTGGGTATACTAACAGTGATCTTA TTGGTTTATAGAATGTTAGAGTGGTAGTGAGCTGTGAGCAGAGCAGAGAGTAAGAGGGAGAAAATCAGAAGCGATAGAGA ATGAGTCTGAATTCTGTTAGGGTTAGCTCCTATATAATGAGCTGAAAGAACGCATACAAGAAAAGCTTTGCAGCAGCAGA ACTAATTCCTTATTCTAACCATAACCAACTCTAACCATACCCGCATAGTCTAACAAATAAGTATGCTGTTTTTATGTGGA TGTGGACATTTTTTTTATAGTATGTTTTAACCCTGTGATGCATATTTTCCATATTACAGGAGTAGCGACTTATTTTGGAG AACAATGTGAGAAAAATGGGCTGTTAGTTCGTGTAGCTGGAGATAATATCATGATGTCTCCACCATTTATAATTTCCCCA GAAGAAGTTGATGAGGTAACTTAACAAATAACCTATTTTTGTCACTTATTAAAATTGAGGAAAATTTAATCTATGTGTAA ATAGTTACAGTTAGAGAGAAATTTGGCCTTTGACATGTAGCAATATGCAGCTCAGCACTGAGTTTTTTCCTCCCTGGTTT TTATTCTTGTTCAGTAGACAATTTGTGCCAATGTTATAAGTTGCATTTCTTTTTCTGCCTCCCAGTTAATCAGCAAGTAT GGTAAAGCTTTAGCAGCGACGGAAAAGCGAGTTCAGGAGCTCAAGTCTCAGCGCAAGTAGCCGAGGCTGATGATGATGAT AAACTCTGCTGCCTTCGTTCCGAGGAATTATTATGGTAATAAGTTGCTAGACAAATGAATGTATAAAACTTTGTTCCAAC GTTGTCATTATTGTAAATGTTCGTGAATGGATTGATTTTCATCCTAGTTTTGTCTTGCACAACTCCTGTTATTTTACCAT TTTGCTGAAGTAATCACCCTATTCCCCATCACTATTTTTGGCTTGTAGATAACATCTCTTACCTCACAAGTTGTTTTTTA GAAAAAAATACATACGCTATTTAAAGATGTTAATTCCACTCCTTTCGACAAGACTTGCTCTCTGTTTCGATGGTGTCTAC GAATTTTAACCAATAAATAATAATCATAGTTAACTAAAAAATATGTTGAAAATTATAGTGCTAATCTTCCTCTTGCTACT TCGTTTGTCGATGTTATAATAGTCCAGCTACTTCAAAGTTAAATTAAAAATTGAGTCAAAATTGGACTTTGAGATGCTGG AAGGAGTGCGATTTGCTCATGTGCAACCATTGATGGTGAAGAGATCGGTCTCATGTGCAACAACTAAAATAATACGTGAT GGTTATAAGATATGCGATTTCGAACATTTTCAAGACATGCACTAAGTCTTACTTCATTATTTTTTACTACATCCCAAAAT ATTCCTGCTAAGTTTGCAGTATCAAAACTTGTATAGAAAGCGATTGGATTATAACGGGATAACAGCAAAATGCTGCTATT CATTGGCTAAACACCTCATTGACTAAGTGTAAATTAGTGTAAATAACATGATTAAACATTTACAAATTATAAACATCAAT TTTCTGATAAACCAAACTTGGGGTTTGTTATGACACATTTAATTATGTATGGTTGCTTACATGTTGAAGCAAGCCAGAAT TGTGTGTTCTTTTCTCATAATCAATTCTAGAATCAAGAGACTCTTTGTGCAAAAGTTTCTCCTTGAAATTGATTCTCGCT TTAAAATTAGTTGTTGAATAAACTTACGTCTAAATCTCAAGCGATTGTATGGTCAGCTTATTATCTCTTAACATATTGTA AGCATAAATTAATTAAAGAAAAACAAGAAACAAATTGAAAGCCAACCCAGCTAAATAGACTAGTAATTACATCTCATTAG AAGAATTAGTTTCAGTTTGTCATATCCAAAGATAGAAAGACAGTGCCGTGGAAGGCAATTCCTGACGTTTGCAAAAGAAA GATGATTCATTCATTCAAGTCAGCGTTTGGAATTTTTACTAGCTTGTCTTCTAGCTCGCCTCTCTCGGGAGCTGGAGGAT GGCCTATACCCTCCATTTTCGTTTTCAGATTCTTCAAAATCACTAAACGATTTCTGTGCCAAAAATTGCGAATGAAACTT TAGAATGTTACTTATATATATATAGTTGAATGAGATTGGTAGAAGAACACATAGTTGATTGATGTTGCTTACTTACCTCT CTAATCTCATTAAAACTGACTGCATAGAAGGTAACAGCAGCAGCTGCAACAATTCCCAGAATAGGCAGAGCTATTTGCAT CCCATCCATATCTGAATCTGATTACTCTATCTTTTGCTATGGATATGGATGGATA
CDS sequence (LotjaGi3g1v0534100.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGAACAAGCTCGTCCGTTCCACTCTCAGAAACAAGACTCTGTCATCTTTAGCATATGCTGCGGTTTCCAGAAGTTTTCA GGAAAATGTCCTTCAAGCTCCCTTATGGTCTAGATCATATAGTACAGAATCTTCCTTGGCAAAGGATGATTCAACCAGTG GTGACAAAAGTGAAGGGTTCAAATCCCATGATATGCTTGCCCCTTTCACCGCTGGATGGCAGACTGATTTGACTCCTTTG ATTATAGAAAAGTCAGAGGGAAGCTATGTATATGACGTTAATGGGAAGAAATATCTTGATGCACTTGCTGGTCTATGGTC CACTGCTCTAGGGGGAAATGAGCCCCGCCTTGTTGAGGCTGCCAATGCACAGTTAAAGAAGTTACCGTTTTATCATTCCT TTTGGAATCGGACCACAAGACCTTCTTTGGATTTAGCCAAGGAACTCCTAGAAATGTTTACAGCAAGAAAAATGGCTAAA GCTTTTTTTGTTAATAGTGGATCAGAAGCCAATGACACACAGGTGAAACTTGTATGGTATTATAACAATGCACTTGGAAG ACCGGATAAGAAGAAATTCATAGCTCGTTCTAAATCGTATCATGGTTCTTCATTGATAACAGCCAGTCTATCCGGCCTTC CAGCTTTGCATCAAAAGTTTGATCTCCCAGCACCTTTTGTCTTGCACACTGACTGTCCACATTATTGGCGGTTTCATCTT CCAGGTGAGACAGAGGAAGAGTTTTCAACCAGATTGGCCAACAATCTGGAGGAGCTAATTCTGAAAGAGGGACCAGACAC AATTGCTGCATTCATAGCTGAACCAGTGATGGGGGCAGGAGGTGTAATACTTCCACCATCAACATATTTTGATAAGATCC AAGCTGTTCTCAAGAAGTATGACATTCTACTTATTGCGGATGAGGTGATCTGTGCCTTTGGAAGGCTTGGGACAATGTTT GGATGTGACAAGTACAACATTAAGCCTGACCTTGTTTCCTTGGCAAAAGCACTTTCTTCTGCCTATTTACCAATCGGAGC TGTCCTTGTGAGCCCAGAAGTTTCAGAAGTCATATACTCGCAGAGCAACAAACTTGGTAATTTTTCTCATGGATTCACTT ATTCTGGACACCCTGTATGCTGTGCTGTTGCAATTGAAGCACTCAAGATTTACAAGGAAAGAAATATCCTTGATGTAGTG AACAAGATATCCCCAAGGTTCCAAGATGGCATGAGAGCTTTTTCTGACAGTCCTATCATTGGAGAGATACGGGGAACTGG CTTGATTATGGGGACGGAGTTCTCAGACAACAAATCACCTAATGATCCATTTCCTTCTGAATGGGGAGTAGCGACTTATT TTGGAGAACAATGTGAGAAAAATGGGCTGTTAGTTCGTGTAGCTGGAGATAATATCATGATGTCTCCACCATTTATAATT TCCCCAGAAGAAGTTGATGAGTTAATCAGCAAGTATGGTAAAGCTTTAGCAGCGACGGAAAAGCGAGTTCAGGAGCTCAA GTCTCAGCGCAAGTAG
Protein sequence (LotjaGi3g1v0534100.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MNKLVRSTLRNKTLSSLAYAAVSRSFQENVLQAPLWSRSYSTESSLAKDDSTSGDKSEGFKSHDMLAPFTAGWQTDLTPL IIEKSEGSYVYDVNGKKYLDALAGLWSTALGGNEPRLVEAANAQLKKLPFYHSFWNRTTRPSLDLAKELLEMFTARKMAK AFFVNSGSEANDTQVKLVWYYNNALGRPDKKKFIARSKSYHGSSLITASLSGLPALHQKFDLPAPFVLHTDCPHYWRFHL PGETEEEFSTRLANNLEELILKEGPDTIAAFIAEPVMGAGGVILPPSTYFDKIQAVLKKYDILLIADEVICAFGRLGTMF GCDKYNIKPDLVSLAKALSSAYLPIGAVLVSPEVSEVIYSQSNKLGNFSHGFTYSGHPVCCAVAIEALKIYKERNILDVV NKISPRFQDGMRAFSDSPIIGEIRGTGLIMGTEFSDNKSPNDPFPSEWGVATYFGEQCEKNGLLVRVAGDNIMMSPPFII SPEEVDELISKYGKALAATEKRVQELKSQRK
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 |
|---|---|---|---|---|---|---|
| Phobius | 1 | 27 | 27 | - | – | |
| SignalP_GRAM_POSITIVE | 1 | 20 | 20 | - | – | |
| Phobius | 1 | 13 | 13 | - | – | |
| PANTHER | 4 | 502 | 499 | 7.1E-285 | – | |
| PANTHER | 4 | 502 | 499 | 7.1E-285 | – | |
| Phobius | 14 | 22 | 9 | - | – | |
| Phobius | 23 | 27 | 5 | - | – | |
| Phobius | 28 | 511 | 484 | - | – | |
| Gene3D | 65 | 496 | 432 | 5.1E-155 | ||
| CDD | 69 | 496 | 428 | 1.30514E-148 | ||
| SUPERFAMILY | 73 | 496 | 424 | 3.98E-116 | ||
| Pfam | 78 | 495 | 418 | 2.3E-90 | ||
| Gene3D | 114 | 394 | 281 | 5.1E-155 | ||
| ProSitePatterns | 304 | 341 | 38 | - | ||
| Coils | 489 | 509 | 21 | - | – |
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 | Transaminase activity | Catalysis of the transfer of an amino group to an acceptor, usually a 2-oxo acid. | ||
| Molecular function | Pyridoxal phosphate binding | Interacting selectively and non-covalently with pyridoxal 5' phosphate, 3-hydroxy-5-(hydroxymethyl)-2-methyl4-pyridine carboxaldehyde 5' phosphate, the biologically active form of vitamin B6. |
Expression pattern of LotjaGi3g1v0534100.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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