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| Field | Value |
|---|---|
| Gene ID | LotjaGi3g1v0253000 |
| Transcript ID | LotjaGi3g1v0253000.1 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Aspartate aminotransferase; TAIR: AT2G30970.1 aspartate aminotransferase 1; Swiss-Prot: sp|P46643|AAT1_ARATH Aspartate aminotransferase, mitochondrial; TrEMBL-Plants: tr|G7JCN3|G7JCN3_MEDTR Aspartate aminotransferase; Found in the gene: LotjaGi3g1v0253000 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:42660616..42674468) extracted from Lotus japonicus Gifu genome v1.2.
GAAACTCAATAAAATAAAGGAAAAAAAATCAAGTGGTGGTGGATCCGTCATTCCGTTGGCTTTCAATATTTTTTAGTTTT TTATTCTCTCGAAGTGTTCAACATATAACATTTATTACCTGATGACAAGACAGTGACTCTAACCGTTTCTTTCTCTGCTT TCACTGTGTCCTCTGTATCTTGGAAATTTCATCAGTTTCCGACTCACCAAGCATGGCGATCCGCAACTCGCTCAACGGTA GATTCCTCCGCCACAGCTCCGTCGCCGGAGCTAGGTTCATGTCGTCGTGGTTCCGGAACATCGAGCCAGCTCCCAAGGAC CCGATCCTCGGTGTTACCGAAGCTTTTCTTGCCGATCAGAGTCCAAACAAAGTCAATGTCGGAGTGGTGAGTTCTCCTTC GCTGTTCTCTCTGTGTATCAAAAACTCGAATCGGTTGAGAAAGAGAGTGTAATAATCCAATCACTCGAGCTGCAATTTTT GCAATTTTCTCTCATTTTCATTGAATGCATTTCGTTTATATTTTTTTTTCCTGTTCAGATTTCTGATTTAGGTAGCAATT GAAAGTAATCTTGAATAAAAATTCTGAAAAATGGTTAGAAACAGGCTTTTTGTGATTTTTTGAAACTTAATAATATTGTT ATTTTTATTTTGAGTGGATTGTTGATTGACTGTGTATTATCATGTACTAATTGCTTATGTAACTGAATTTAATTTTCTTT TTTATTTTTAATTTGCAAAAAAGGGAGCGTATCGCGATGACAATGGAAAACCTGTGGTTCTGGAATGTGTTAGGGAAGCA GAGAGGAGGATTGCAGGAAGCCAATTCATGTGAGTGAAAGATTTGTTTTTATTTTTTTCAATTTTAATGAGTGTTTTTGA AGTTATTAAAATTCCTGTTAAGTTTCAAATATGTTAAAAATTAAGTTGTGTTGTGATTGAATTCTGTTTTGTTTTTCTTA CCCTGTTTTTTCATGTTGTAATACAATTGTGATTGATTCCTTGTGCCAATTTGTGGTGATCACTTAAAGTTCACCCACTA GCTGAGTCTGCTTCTTGGGTGTGTTTTGTCTGCATAAAGCGCTTTTGGAAATATGATTCTACTTGTTTTGCTTTTGTCCT TTGGCTTTGAGATTTGAGAATGAGAACTACTATCTCATTACCCTTTGCAAGGGAATCACGGTTCCTTGCACTGCATAATT GGTTTCTGTAGGTGTTTTTGGATGGTATAGGGAATCCTGCTTTATTGCTGCTGCTTTTCTGGCGTCAAAGCTGAAAACTT TAGAAGTATCCTGTTGATATAATTGGTTAGGCATAATGTTATTGAAAATTTAAAATGGTTCAGTTCTAATGCTATAGAGC ATTGCCCTTTAAAGTCATCCTTTCACAATATATATTGGATATCTATAAACCATCTTGACTTTGCTTTTCTATTGGAATGA ATGCTAAATCAGCTGTCAATATATTTCTGAAAATAAGAAATTAAATGGCATATACATTTGACCTTGCAGATGAAGAGGAT GGTGACATTTTCTCTTTATTAAGGTGAAGGAAAAAAAAGGTGGACATGTTTTCCAGTCCAATTTTCAACTAATGCTACCA TGCCATGAAAACCCAGTTTGTGAAATTAGATTTTATTGCCTCTGTTTTTAAAAATAATTGACTATTTGAGCATGAAATAA ATAAATGAAACTTGATTCCACAAGGTTCATAGAACTAAATGAACATCTTATTCATGCTTACCTTCAGGGATATAAAGCTT CTAAGAAAGCCAGTTAGAAATAGAAATACTCTCCAGAAAACTATGTGTGTTTGAATATTTAAGTATTACACCAGTTTAAC TGGAATACTTGATCACTCTCCATACATGTGTCTGTGTTTGGCCAGGGAGTATCTTCCTATGGGTGGAAGCATAAAGATGG TTGAAGAATCACTGAAGCTGGGATATGGTGAAAACTCTCAGTTCATCAATGATAAACAAATAGCTGCTGTGCAGGCTTTA TCTGGGACTGGTGCATGTCGACTTTTTGCTGCATTTCAACAGCGTTTTCACCCTAACACACAAATTTATATACCAGTGCC CACCTGGGCCAAGTGAGTATTTTATACAAAATAATATTGCATTTGATTTTATGATTCTTTGGATTTTGATATTTAGTTGT AAATTTTGTATTTTGTTAAAAACTTGCCTGGGTACTTATTACTAATATGAGAAATTTCAGCCACCATAACATTTGGAGAG ATGCTGGAGTGCCTTTGAAAACATTCCGTTACTATCACCCTGAGTCTAGAGGACTGGATTTTTCAGGGCTGATGGAAGAC ATAAAGGTATATTGCTCTCACTCCTAACACTTTATTGACATTCTTTATTTGTCAGATTCTATAGTTGAAACTTTGCTAGT ACTCTTCTCCACTCTTCTTTTCCTTAAAATGGCCATCTCATATGCAGAATGCTCCTGATGGTTCCTTCTTTCTGCTTCAT GCTTGTGCTCACAATCCTACTGGAGTAGATCCTACAGAAGAACAATGGAGAGAGATCTCTTCCCAGATCAAGGTAAAAAA TTTAAGGGAATGATATTCTCGATCACAGGATTTTGCTATTCTTGTTGCAGCTTTTGACTCTTCTTCTTTGTTGTCATGAT TGTTTCCAGGCTAAAGGTCATTTCCCTTTATTTGACATGGCATATCAAGGTTTTGCTAGTGGCAATCCAGAGAGAGATGC GAAAGCCATCAGGATTTTTCTTGAAGATGGTCATTTAATAGGACTTGCTCAGTCTTTTGCAAAAAATATGGGATTGTATG GCCAGCGAGTTGGATGCCTTAGGTAATTTTAAGATATCTCTTTGTTAAGTAGACTGTTGTAGTGTAAATTGAGTAAAGAA TGATATGATTAGGCTCTTCAGTGGCATTTCTTTTTGGTTGGGAGTGAGCTAGACAACCTATGTCTCTGCTAAACTCTGAT GCTGATTGTCTCATGCTAACATTACATCCTATTTGAATTTTGATCCTTCAATTGTTACAAATTTTAGCTTCCATCTCAGT CTTCTGCTTGAAGGGATATATATTGTTGGCCTCTTATAGTGGCAGTGAAATTCAACATTCTAGAAGTGATTATTTTGGTT ACTTGTATCTGCAATTGGCTTCAATTTATCAGAGATTTGTTAGCATATTAGCATTATAGAATCTATACTGTTGATTAGAT TAGAATGATTAATATTATTTGTCTAGAGATTAGTTTGTCAGCTGAGATTTCTCTCTAATTGATTGTAAATCAGTCAGTGA AAACCAGAACATGTGTTTAGCCAAATAAACAATTTCTCTCAATAATCCTCTCTTTCAACAAGACTAACAGCAAATCAGCA GTAAGGTAAAATATGAAACTAAAATTGATCACATTGAATGCCTTGTGGAATGAATCTCACACGTTGATATTAGTAATTTG TATGTAAACATGGGAAATACCTTGAGGTTTACAAAACCTCTGGCTTGGCTTTGAAATATGAATCACATTCTGCAAAGAAT GGTCACTCATAATTTTAAGTTTTTGCAGCTTACTTTGTGAAAATGAGAAACAAGCTGTTGCTGTAAAAAGTCAGTTGCAG CTGATTTCCAGACCCATGTACAGTAACCCACCTCTTCATGGAGCACTTATAGTTTCAACCATTCTTGGTGATCCAGAGTT AAAGACGTTATGGCTTAAAGAAGTTAAGGTAAAGTGCTGTTATTTAAGCTCGTCTCCACGTCTTTCTAAGTCTTTTCTTA TTTTCCCTAAAAAAGTTTATGGTCAAAAACACTATATTGGTTACTTTTTGGAGCGTTAGTAATTGAGCATAGCTTTCAAG TGGCAATGGTGCTTTGATAGTAAGGAATGTTACAAAGTATGTGCTAGCATGTGATGTTATTTAGGTTTCCATTAGTGTAT GTTAGTGGTAAAGTTAGTTAGCCCAAGATAGATTTTGAAAAAATTAGGCATGTTGGTTATAAATAAGAGGAGGTTGTGAG CAGAACAACTATCTAGTAATAAGATAAAAATTGAGAGCATTTTCTCTTTTATGTATTATAATAATCTTCTCACCAGTAAT ACAATCTCCCCTTTGTTCGATAAGAATTCTATATCAATTTTTGGGAGATTTTCCCTATTTTCTTTGCAATATATGCCTGG TTCTTATCAACTAGTAACAAAGCTATAGGAATTGTTTTTATTACATATGTAAATCATATATGCCACGTTGTGGGTTCCTT CTTATACGTACTAGGTTCATATGCACAACAAGCTTGTTACATATATAACTAATTTGAGGACCTCTTACTCTATTAGTGAT TTGGTGAAGAAATTTTCCAGTTGATCAATGGAAATTTTAAAGGTAGTGGTGATATCTTCGGATAAGATCTTCTCCACGAT GAAAGGAAATGAATCTATCTTTTTGTCCTCTTACGAAACACTAGATTTGAGGCGATAGGTAGTGCAGCTTAATTATCACC AATTAGATTCATCTGTGTAACATCTCCAAATCTTAGTTTTTTAAGTAACTGTTTCAACTACATATGTTTCACAGAGGGCT CCCGATATTTTGCTTCAGAACTTTATCTTGCAACAGCATTTTGTTTCTTGTTTTTCAAATAAATCTAATTATTACCAGTA GAAGTGTTGCATTATGAATAGGGATTTCTATCAATAGGAGAGTGACAGTCTTCTGAATTGCATCTGAATATATAATAACT TGGGTATGACCTTCATTTTCATACAAAACACATTTTCTTGGAGCTCATTTTATATATTTTGGCATCCGACTTATTACATC TTAGGGTCCTTAACAGAGGGAGTTAAGAAACTATCTCACCACACTGAATGCAAAAGGATGTCTGGATGATTGATAGTGAG ATAATCTATTACCCAATCAATCTTCACCTCTCTAGGTTTGGAAGTGGCTCCCTTGTCTTGGCAGTAGTTTGGAATTGGGA TCTGATAGGATCCCTAATGATTTGCCACATGTGGACTTAATTCATAATAGGACAAATAGGCCAAGAATCTTTCAGGTGTA TTCTAGAAGGGGCAAGAAGGAAAATAGTGGCTAAGTTAGTTAGAGGGATAACGGATAGGGAAAAGGAGAGCTGGCAGGTA GATAGAGAATATAAGGCAAGCAGAGGGAATGTGGAGATCATTGGGGGGGGGGGGGGAATTCTGTGTAATCATTATGTATA GGAAGTATTGACTTCCTAAGCGGAGCCTAGCTCTGAGTAAAGGAAATTCTAGGATTAATACTCCTTTTCCTTTGTAGTCC CATTTCAATTCAATAAAGCTCTCAGTACTCATCTAATTCATCTTTCTATTGATAAATACCTGTTGCTTGCAATCTGGTTC CTAACAAATTGGTCCGACCTGCCGGATTTCTTCGAGAGAGGACCAGTGAATGCCACCAAGGAAGAAGAAGCCAATGGAAG CTAAGGTGGATGCGCTAGAGAACGAGCTCGCAGTGGTTCGCACTGCTCTCGCTGATATGCAGTCCGCGGTGAAGGAGAAC CATACGAGTCTGCTCGCGATGCTGGAGCGAGTCCTGGAAAAAAGGGTTGCAGATGTAGGAAGCTCTGGCGGAGGCGGAGA AGAAACGCCGGTGAGAGATCTTTCGACAGGAAAGGGGGATCCAAAAGGCACGAATCCCAAATCACTGAGTGACGAGATCC TTTCTGATTATCGACACGCGGTGAAGAAGGTGGAGTTGCCTTCGTTTACCGGCGAAGATCCAGCGGGGTGGATCTCACGC GCTGAGATCTACTTCCAGGTACATGATACCGCGCCGGAGATCAAGGTGAGGCTAGCTCAGCTGAGCATGGAAGGACCCAC GATCCATTTCTTCAATTCGTTGATCGGAGAGGACGAAGAACTGTCGTGGGAAGGCCTGAAGGAGGCGTTATTGGGCAGAT ATGGTGGCCACGGTGATGGCGATATCTACGAGCAACTGACAGAGTTGAAGCAAGGAGGAACGGTGGATGAGTATATCACT GAGTTTGAGTATCTCATAGCTCAAATTCCCAGGCTTCCAGACAAGCAATTTCTGGGATATTTCCTCCATGGGTTACGATC AGAGGTGAGGGGTAAGGTTCGCAGCTTGGCTACAATGGGAGATATGAGTCGAACCAAGTTGCTACAGGTGACCCGAGCTG TAGAGAAGGAGACCCGCGGGCACGAGTCGGGTTGGACAAGTGGGCCAAGGGGAACCACTGGATCGTTCAGACCCAATACC CATGGGTCAGGAAGAGGAGGAACCGACTGGGTCATGGTAAAAAGGGACGTGAGAAAGAAACCGTTGGGCCACACACTAGC AAGGAAACCGGGTCAAGGTCTGAGAAGCCCAATTCCACTGAGAAGAGGCGCACAGGATATAGGGACAGAGGTTTCACTCA TCTGTCGTACAAAGAGATGATGGAGAGAAGACAGAAACGCTTGTGTTTCAAATGTGGAGGACCTTTCCACCCTATGCATC AATGTCCCGACAAGCACCTCAAGATCCTAGTAATGGAAGAAGAAGATGGGGATGAGGCAGAGGCCAAGGAGCTCGCAGTC GAGGTCGAGGATTCCAGCGAGGAAGACGTCGCCGAGCTATGTGTTGTTAGCTTAGATCACATAGCCAGAGAAGATCACAA AACCGTAAGGCTCCAAGGACAGGTAGAGGGAATTCCTGTGTTGATTCTCGTTGATAGTGGAGCCACCCACAATTTTGTGT CCCAGAATTTGGTACAAAGAATGGCTTGGCCATCTGAGGAGACTCCTCCCATGAGCATCAAGTTAGGCAATGGAACGCGT GATCATTCCAGAGGAGTTGTAAACAAGTTGAAACTTGAAATTGGAAATGTGGAGCTGTTTCCAAAATTGCACTTGTTCGA ATTAGGGGGGATTGATATTGTACTTGGGATGGCATGGTTGAAGTCCCTGGGAGATATGATTGTCAATTGGAAAAAACAAA TCTTGAGCTTCTGGCATAACAACAAATGGGTGACCTTACAGGGAATTGATGGAAAAGAAGATCAACTGGTGGCTTTGCAA AGCTTGTTGTCAAAATCAGAGCACCTTATTACTCAGGAATTGTGGGGAATGGATCAGAGAAGGGGTGAAACAGGAACCAA CTTATCTCAGGAACAACAGACAGAGCTGGTGAAGGTCTTACAACAATTTGCAGAGGTATTCAAGGAACCAACTAGTCTTC CCCCAAGGCGGAGCAAGGAGCATGCCATCAACCTAAAGGAAGGCCAGGGAGCAGTGAACGTGAGACCATATAGGTACTCA CATCACCACAAGAATGAAATAGAGAAGCAGGTTCAGGAATTGCTCGCTACAGGGGTCATCAGACATAGCACGAGTTCTTT TTCCAGCCCAGTCATCTTAGTTAAAAAAAAGGACAAGACATGGCGGATGTGTGTCGATTACAGGGCACTCAACAAAGCAA CCGTTCCCGACAAGTTTCCAATACCGGTAATTGAAGAACTCTTGGATGAGCTTCATGGAGCAGATTTTTACAGTAAACTG GACCTTAAGTCCGGGTACCATCAAGTACGGGTCAGGGACTCAGACATTGAGAAAACAGCCTTCCGCACACATGAGGGCCA TTACGAATATTTAGTGATGCCCTTTGGGCTAATGAACGCACCCTCTACCTTTCAAAGTCTCATGAACGAGGTTTTTCGCC CTCTGTTGAGAAAGTGTGTCTTAGTGTTTTTTGACGACATCTTGATTTACAGTAAAGGATGGAGGGAGCATATTGGGCAT CTGCAAGAGGTCCTCCAATTACTCCAACAGCACCAGCTTGTGGCAAACAGGAAAAAATGCTCATTTGGCCAACGAACCAT CGAATACTTGGGTCATTTGATTAGTGATCAAGGTGTAGCAGTGGATCCAGGAAAGGTTCAGAGTGTGCTCACATGGCCAG TTCCAAAGAATGTAAAAGGAGTCAGGGGCTTCTTGGGCCTCACTGGGTACTACAGAAAGTTCATAAGAGACTATGGGAAA ATAGCCAAGCCTTTGACAGAACTTACCAAGAAGGACAATTTCAATTGGGATGGAAGTGCTCAAATTGCTTTTGAGGAACT GAAGAAGAAATTAACTACTGCTCCGGTTCTATCCCTACCAGATTTCTCCAAGAAATTTGTGATTGAGTGTGATGCCTCCG GAGTTGGCATAGGGGCTATTCTTATGCAGGATACGAGACCCATAGCATACTTCAGCAAAGCTTTAGGAATTAGGAATTTG TCGAAATCTGCTTACGAGAAGGAATTGATGGCAGTAGTGTTATCTATCCAACACTGGAGACCATATTTGATAGGTAGAAA GTTCATTGTTTCGACTGACCAGAAAAGCTTGAAGCAGTTAATGCAACAAAGAATAGTGACAGCGGAACAACAAAATTGGG CTGCTAAACTTCTGGGATATGATTTCGATATAGTCTATAAGCAAGGGAAGATGAACAAAGGAGCGGATGCCTTGTCCAGA ATACAAGAGGGAGCAGCGCTGAACCAGATTAAGTCTTTCCCTTTATGGGAACAGCAACAACAACTTCAAAAGGAGCTAAG TCAGGATAAGAAGCTCCAGGAGTTGATTGCCCAACTGCTCCAGGACCCTACGGCCAAGCCAGGATATGCATTCAAGCAAG GCGTACTTCTCTATGAAGGCAGGTTGGTTATTCCACCCACCTCTCAGCTTATTCCTACTCTCTTAAAAGAGTTTCATTCT TCCCCTCTTGGCGGACACTCTGGATTCAATAAGACATACAGAAGGATTGCAGCCAATGTCTATTGGGTAGGGATGAAGGG TACTGTACAGGATTATATAAGGAATTGTGATGTTTGTCAACGCCAGAAATACTTGGCTACTTCACCAGGGGGTTTATTAC AACCCCTGCCCATTCCAGAGCAAATTTGGGAGGAAATTTCTCTGGATTTCATTACGGGATTGCCAAAATCCCGGGGGTTT GAGGCCATTCTGGTGGTAGTGGATCGTTTGTCCAAATTCTCACACTTCATCCCCCTCAAACATCCCTACACTGCAAGGAG TATAGCTGAGGTGTTTTGCAAGGAGATTGTGCGGCTCCATGGAGTTCCTATGTCAATAGTCAGCGATCGGGATCCAATCT TTATGAGTAATTTTTGGCGAGAACTGTTCAGAATGCAAGGTACCCAACTCAGGATGAGTTCTGCTTACCATCCAGAATCT GATGGACAAACAGAGGTGGTAAATAGGTGTTTAGAGACCTTTCTGCGTTGTTTCATTTCAGACCAACCAAAGACATGGAC AACTTGGGTTCCTTGGGCTGAATATTGGTTTAATACCAATTTTCATGTATCTACAGGGAAAACCCCTTTTGAAGTGGTAT ATGGGCGATCTCCTCCTAAAATCACAAGATGGCTACAAGGTGAAACCAAGGTTGAGGCTGTACAGAGGGAATTGCTTGAT CGAGATGAGGCCCTGAGACAATTGAGAAGTCAATTACTGCGCGCGCAGGAGAAGATGAAGGTACACGCGAATAAGAAAAG GAGGGATCAGAATTTTGCTGTTGGAGAGTGGGTTTTTGTTAAACTCAGGGCTCATAGGCAGCAGTCAGTGGTGACTAGGA TCAATGCCAAGTTAGCAGCCAGATACTATGGTCCCTATCCTATTCTTGAACGTGTCGGGGCTGTAGCTTATAAATTAAAG CTTCCTTCTGGTTCTAAAGTGCATCCAGTATTTCATGTATCATTACTTAAGAAGGCTGTCGGAAGTTATCAAGAAGATGA GGCCCTGCCTGAGCTTTTGGAGGAGGATCAGATAGGTGACTATGAACCGATAGCTGTGTTAGCCACCAGGGTAGTGAAAC AGCAGGATGAGGAAACTAAACAAGTTTTAATTCAGTGGAAGGGAAAGTCAGCTGAAGAGGCCACTTGGGAAGAAGTTGTC ATGATGCAGAGTCAGTTTCCTACTTTTAACCTTGAGGACAAGGTTGCAGCTGAAGGAGAGGGTATTGATAGGATCCCTAA TGATTTGCCACATGTGGACTTAATTCATAATAGGACAAATAGGCCAAGAATCTTTCAGGTGTATTCTAGAAGGGGCAAGA AGGAAAATAGTGGCTAAGTTAGTTAGAGGGATAATGGATAGGGAAAAGGAGAGCTGGCAGGTAGATAGAGAATATAAGGC AAGCAGAGGGAATGTGGAGATCATTGGGGGGGGAATTCTGTGTAATCATTATGTATAGGAAGTATTGACTTCCTAAGCGG AGCCTAGCTCTGAGTAAAGGAAATTCTAGGATTAATACTCCTTTTCCTTTGTAGTCCCATTTCAATTCAATAAAGCTCTC AGTACTCATCTAATTCATCTTTCTATTGATAAATACCTGTTGCTTGCAATCTGGTTCCTAACAGGATCTGTAGGTATGTT GATAGGTTAATGTTCATCAACACTGTCTCTGAAATGTCTATGCATACTGATACACATCATTTAGGTGGCTATTTAAGCTA GCCCCATTCTTGTAATTGTTATGTTGTTGATGATGATAGTAATGAAATTCCTAAACCCCTCTCTCTCTGTTTCTCTCTAT TCTCTCTCTGTTTCTATCTTCTTCTCCCTTCTCTAGATTCTTGACCTATCACATACTTCCTCTGATAAATCACAATCCCA TGCATGGGTTCTATCCCCAAGAAGTATCAAATTCTGCCAAGATCGTTTGATTGAAATTGGTGACATGGATATTGTTTTAC ATGTGTGGTGCATGATGCTAGTTACTTCTATTGACAACATCGTAGACACATACCACCAATGAAATGCACCTTGGAATTGA ATGTTATTGAAAAAGTGAGCCAACCTTCGAGTCATACCAAACTACTAAACCAAAGTACTGAATCTGCCCAACATCCTTAG GAAATTACCCAAGACTATATAAGGATTTGTGGACACAATAGACAAGCCCGGATGACTGCCTTTGAGCAACTAACCCACAA GATTGCTCCATATAAACTTCTTTTGTGAGCTCACCATAGAGAAAAAGCAACTTTGTTATCAACTCGGTATTAAGGTTAGA GATGAATCGCGGCCCTAGACTAGAATACTCTGACAGAAGCCATTCTTTCCATAGAAGAGAAAGTGCCACCATAATCTAAT CTACAACCTGTGTATATCCTTTGATCACCAAACGAGCCTTGAGATTGTGCCTTCAGGACCAAGTTTCACCATATAAATCC TCCTGCAACCAACAACAGGATTCCCTAGATGAAAGGAAAGGGATCGTGGTCCCAAGTATCACTATTTTGAAGTACATACA TGATACATCTCAACAATTATAGCTTGTCTCCAACAGGATGGGCTATGATATCACGTGTAGTTATAGGAATAAACACAAAG AACAAGGGAGAGAGACAAGTATAATGGGAAAGAGACAAATAGTGACATCTCAAGACTCAAATAACATATTAAGCATTATA AGTTGAGGGCATGCCATTTTGAAGTGAAATGGAGAGATCAAACATTGGTGTAGCGTTGAGGAGACAGCAGGTGACCTTGA AGGATAGTAGGAAGTGGTCCCGTCACTAGTCAATGGTGGCAAAGGAGGGATGTTGCTGATAATCATACACTTACAGAGGA CTCGGAGGTGGTGGGTCTTCTAAAAGATGAGACATCAATAGGGATAGGAAGAAGAGCGGTAAGGTAGTTGAGAAGACTTA GAAAGTGGGTGATGTGGACGCGAAGAAAGGAACCGACTCAAAGAAGTTAATGTCACTTGAGATCAGATAATGGTGAAGAG TTGGGGAGTAATATACCCTTCAGATTATGCAATTAGTTTGCAGAATAGCAACATAGATAATTGTTATCCTACAAGTCTTT TCAGATTATGTTATTTATGTTAAATATGCCTTTTATTTCTGTTTCTATACTTAGTTTTGTCAATAGTCATATTATTCTAT AATAACATATTTCCAACAGTAATTTAAAAAGACAAGGTTATTAAATTTAGCAAATCATCAGTACAAAATAAGAAAACGAC CATAATTTTGTTGTAAAAGATAAAAGATGCTTACGTAGATAGTATCTTTACAGGTTATGGCAGATCGTATCATTGGAATG AGGACCACACTCCGTGATAACTTAGAAAAGCTGGGTTCTCCTTTGCCATGGCAGCACATAACCAATCAGGTTCAGTTGAA TTTGTTAATTGCACGGCTGTCTCAACCACTTTGACTTCTTTTCTTTGCTTATTTTAATTCATGTATGGATACAAGACAAA GTCACAGTGGACAACCACAAAAGCTAAATGAAGTTGCTTCTGTCTGCCGTGATTTTCCACTGTTGCATTTCCAAGCATGC AATTAGTTGCTTGAGGGGTTTTGCCACATGTTGTTTTTGTTATTGGAGTGAAAGCATTATGTCCTATTGAAATTCCTAAA TTATTATCACACCAAAATATTAAAAACTTATTAGGCCAGTGCCAATTAAGCTGTAAATTGGTTTGCTAGTTGCTGTGTTT TCAAAACAAGCCTCTGTTACTTGTGCAGATTGGAATGTTCTGCTACACTGGGTTGACACCAGAACAGGTTGATCGTTTGA CAAACGAGTTTCATATTTACTTGACTCGCAACGGTCGTATCAGGTAAATTCTTCACTTTCTCACTGCCATTAGTACTACT CTGAGTTTCTGAGAAATCGGAGTTTAATTAAGTTTACTATGTACTTACATATATGTGATTATTACAGTATGGCTGGAATT AATTCGGGGAACGTTGCATATGTGGCTAATGCTATCAACGAGGTCACTAAATCTTCCTAGATTATTCAACTAGCAAGAGA CCAATTTTTTGTCCTAGGGAAAGACAAATCCTCCGAAATAGTACTATTATTCCGGGGAGAGCAATAAAATTTGATCACTT TTTACCATCGTATGCAACTGCATTTTGATCTTGCATATTGAAGACCGCAATAGCATTGTAACCATTTTTTCAATCCTCAC CTCTTCATTTTAAATAATAATTGGAGAGGTAGATTGAATAAGAGGGTTTATTTATGATGATGATGGACAACTAGTCAGTT CATTCATTACTAAGTTGTAAAAGGATTTTGTTGTTGTTGTTGTTGTAATGCATCTTTACAAATGTTGATGCTAGCTTGAA CGGCTAATTTCCTGAGGTGGTTTAGATGCGATGCCTATATTGTTGGAATAACAACAGCGTAATTTAATCTTGACCATGCA GTTCTGAGATCTAGTTTGAATGAAAATAAGAATTCATAATTCTCCATCTATATAAGGGAATATTGACTTGAGATATCAAT GTTGTTGATCATTCTTCGCGTATCTACATCTCATAATTATGCCATCTAATTACTGTTAGTTCAGGTGGGTTATAAGGGGC AATACTTGCACCGGTGCAAGATACATTAATAACCACATAAATAGAATATTCCATTAAGAACTTATTTCTACAACCTGTTA AACTTGTAATCTTATATTTGTATTTTATTATAATTTTAATTTGCTTTTTACAATAAAGCCCCTCTAATGCATTTCTCCCT CAACCTTCTTAAACCTCACCACCAACCGCCGCCGCCATGGCCGGAGGTCTTGACCACCCCAAATACCTCCATGACCAAAG GTCTTGACCACCCCCAAATCATCCAACATCAATACCCTTTTCCCAAACACCCAAGAACAATCAAACATATATGTAGTTCA GTAAATCCAAAATCCAGTGCAGCGCTGGAATTGGGAGAGATTTGCTTAGTCCTCCATTGACCAGCAATTTAACCATCAAC TAATAACACAGACTACACTCCAATGGGAATTGGGTTTGGCGCCCCACCCCTTAGGCTCCCCACCCCACTTAAAGTGGGGA AATTACCGTAAAG
CDS sequence (LotjaGi3g1v0253000.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCGATCCGCAACTCGCTCAACGGTAGATTCCTCCGCCACAGCTCCGTCGCCGGAGCTAGGTTCATGTCGTCGTGGTT CCGGAACATCGAGCCAGCTCCCAAGGACCCGATCCTCGGTGTTACCGAAGCTTTTCTTGCCGATCAGAGTCCAAACAAAG TCAATGTCGGAGTGGGAGCGTATCGCGATGACAATGGAAAACCTGTGGTTCTGGAATGTGTTAGGGAAGCAGAGAGGAGG ATTGCAGGAAGCCAATTCATGGAGTATCTTCCTATGGGTGGAAGCATAAAGATGGTTGAAGAATCACTGAAGCTGGGATA TGGTGAAAACTCTCAGTTCATCAATGATAAACAAATAGCTGCTGTGCAGGCTTTATCTGGGACTGGTGCATGTCGACTTT TTGCTGCATTTCAACAGCGTTTTCACCCTAACACACAAATTTATATACCAGTGCCCACCTGGGCCAACCACCATAACATT TGGAGAGATGCTGGAGTGCCTTTGAAAACATTCCGTTACTATCACCCTGAGTCTAGAGGACTGGATTTTTCAGGGCTGAT GGAAGACATAAAGAATGCTCCTGATGGTTCCTTCTTTCTGCTTCATGCTTGTGCTCACAATCCTACTGGAGTAGATCCTA CAGAAGAACAATGGAGAGAGATCTCTTCCCAGATCAAGGCTAAAGGTCATTTCCCTTTATTTGACATGGCATATCAAGGT TTTGCTAGTGGCAATCCAGAGAGAGATGCGAAAGCCATCAGGATTTTTCTTGAAGATGGTCATTTAATAGGACTTGCTCA GTCTTTTGCAAAAAATATGGGATTGTATGGCCAGCGAGTTGGATGCCTTAGCTTACTTTGTGAAAATGAGAAACAAGCTG TTGCTGTAAAAAGTCAGTTGCAGCTGATTTCCAGACCCATGTACAGTAACCCACCTCTTCATGGAGCACTTATAGTTTCA ACCATTCTTGGTGATCCAGAGTTAAAGACGTTATGGCTTAAAGAAGTTAAGGTTATGGCAGATCGTATCATTGGAATGAG GACCACACTCCGTGATAACTTAGAAAAGCTGGGTTCTCCTTTGCCATGGCAGCACATAACCAATCAGATTGGAATGTTCT GCTACACTGGGTTGACACCAGAACAGGTTGATCGTTTGACAAACGAGTTTCATATTTACTTGACTCGCAACGGTCGTATC AGTATGGCTGGAATTAATTCGGGGAACGTTGCATATGTGGCTAATGCTATCAACGAGGTCACTAAATCTTCCTAG
Protein sequence (LotjaGi3g1v0253000.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MAIRNSLNGRFLRHSSVAGARFMSSWFRNIEPAPKDPILGVTEAFLADQSPNKVNVGVGAYRDDNGKPVVLECVREAERR IAGSQFMEYLPMGGSIKMVEESLKLGYGENSQFINDKQIAAVQALSGTGACRLFAAFQQRFHPNTQIYIPVPTWANHHNI WRDAGVPLKTFRYYHPESRGLDFSGLMEDIKNAPDGSFFLLHACAHNPTGVDPTEEQWREISSQIKAKGHFPLFDMAYQG FASGNPERDAKAIRIFLEDGHLIGLAQSFAKNMGLYGQRVGCLSLLCENEKQAVAVKSQLQLISRPMYSNPPLHGALIVS TILGDPELKTLWLKEVKVMADRIIGMRTTLRDNLEKLGSPLPWQHITNQIGMFCYTGLTPEQVDRLTNEFHIYLTRNGRI SMAGINSGNVAYVANAINEVTKSS
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 | 16 | 423 | 408 | 4.7E-243 | – | |
| PANTHER | 16 | 423 | 408 | 4.7E-243 | ||
| SUPERFAMILY | 23 | 422 | 400 | 4.16E-117 | ||
| Gene3D | 30 | 417 | 388 | 1.0E-169 | ||
| Pfam | 52 | 417 | 366 | 1.7E-87 | ||
| CDD | 54 | 419 | 366 | 1.01467E-40 | – | |
| Gene3D | 85 | 325 | 241 | 1.0E-169 | ||
| PRINTS | 199 | 218 | 20 | 1.0E-36 | ||
| PRINTS | 230 | 242 | 13 | 1.0E-36 | ||
| ProSitePatterns | 268 | 281 | 14 | - | ||
| PRINTS | 298 | 323 | 26 | 1.0E-36 | ||
| PRINTS | 366 | 384 | 19 | 1.0E-36 |
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 | Cellular amino acid metabolic process | The chemical reactions and pathways involving amino acids, carboxylic acids containing one or more amino groups, as carried out by individual cells. | ||
| Molecular function | Transaminase activity | Catalysis of the transfer of an amino group to an acceptor, usually a 2-oxo acid. | ||
| Biological process | Biosynthetic process | The chemical reactions and pathways resulting in the formation of substances; typically the energy-requiring part of metabolism in which simpler substances are transformed into more complex ones. | ||
| 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 LotjaGi3g1v0253000.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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