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| Field | Value |
|---|---|
| Gene ID | LotjaGi4g1v0043900 |
| Transcript ID | LotjaGi4g1v0043900.1 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Aminotransferase; TAIR: AT4G33680.1 Pyridoxal phosphate (PLP)-dependent transferases superfamily protein; Swiss-Prot: sp|Q93ZN9|DAPAT_ARATH LL-diaminopimelate aminotransferase, chloroplastic; TrEMBL-Plants: tr|G7JTY4|G7JTY4_MEDTR LL-diaminopimelate aminotransferase; Found in the gene: LotjaGi4g1v0043900 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr4:5183585..5198398) extracted from Lotus japonicus Gifu genome v1.2.
TCTACACCAAGAAAACGACAAAGAGCTGACACGTGCAGTTTTTAACCTGGCAGGGTCAACCAACATATGCTGTTCCAAAC ACTCAACGCCGCAGTTTCAATCCATCAGCAATCTTCTTCACTCTCCACTCTCTGCTACTCTTCTCCAATCCAAAATGTCC ATAACCCAAAACCTCACCACTTCAATCTCTTCTTCTTCCTCTGCATTTTTAGCTCCCCCTACCTTCAATCCTAGGTACTT TTGCTTCACCTTCATTCCTTGTTGTGTCTTCGTTTTCGAAGATAAATTGGGATCCTACCCACTAATGCTTTTCTACAATA TTGATTAAAGATTTTATCTTTCTTCTGTTTACCTTTAAATTTTTGATTTTTTTTTTCTGGGGTGTCTGTCCTTGCCTACT GCAGGAGTCAGGTGTCATTGCCTGTGAATGTGAAGAGCGTGAACATTTGTAAATGCGTTGCAACACCCCAAGAAGCTGAG ACTGGTACCCTGAAAAATCTTCTCATTTGAATTTGATTATTTGTGATTCTTCTTGTGATTGGACAAAATTATAATGGGGT TCATATGCTGCGTGGACATGGTTCACTTCTAGTTCTTGTTGGTTCCTTTTTGCAATGTTTTAGTTTACAAGTTCATCAGA TTAAATTATTGGGTAGTCATTTCCGGGCTGTTTAGTTATCTAGTTGATTGTGTGTTGGAGGGGTTACTGTAGTGGTTTAG TCATTAGTGTTGGAAAAGTGCTAGCAAGTTGTTCCATTGAATAGATATTAGAGATCTAATTTTTTAGTGAGATGACATTT TTTTTTTCATTTTGAAGCCTACAAGACTAAGGTCTCTCGCAATGCTAATATGGGTAAACTTCAAGCTGGATACCTCTTTC CTGAGGTATGTGATGCTGCTTCATATTTCTGCATTTGATCCTGTTTTTCTTCATTTATCAAATAAAAATGAGCCAGTGTT TGATTTGATTAAAAAATGAGATGTCGCAACAAAGCACTTGACTCTTGAAATTTGTTATCTTGTCTGCTAAGGATAAAGAA GAAAATATGGAGAAATATGTATCATTTTAGCTATTCAATCTTCTGTTTTATTTATATATGTGCATATCCTTCTCTCTTTC TCACTCTCCATTCTCCAACTTTGAGGTTAATTCTTTATATGATATATAACTACTTTTCTGCCTTTCTTTTTGCTGGCCTT TTTTTGTTTTGTAATTTTATTACAAAAAATAGGTTGCTAGAAGAAGGAATGTGCACTTGCTGAAGTACCCTGATGCAAAA GTAATAAGCCTTGGAATTGGTGATACCACTGAACCCATTCCTGAAGTCATAACTTCTGCAATGGCAAAGGTAGAACTCTG GCATGAATAAAGCTGATATATGATATATCTTTCATATTTGCACTCTGGACAATAGAATATAGTCCCCCCCCCCCCCCCCC CAGTATTTGTCATTTTTCTGCTGACCTTGGAGCTCTATGGTTATTAATTGTTGAATTTCATAATAGTACCATGATACGTA CCGAAGAGCATTAGGATCAAGATAAGGAAGTGTACTGTATTGTTTACATAATTCAACCTTGAAATGGGATTCAAGTCCTG ATATATAGCAGTTCCTAGATCAAAATATAGAAGAAGAAAATAGGAAAACAGATTCCAGGCTCTTCAAGAGGTGTATTGTC ATATGGGACCAGTTTCTACTTGTTCCAGTTTACCCTCTTCCTTTATTCCCCTCCCCCACCTATTTTGTTACAATTCATTC TCCCACCAATTGTCTCCCTACTTCCCACGCACTGCCCTTGGCAGTAAGTTACACTTTCTTCCTTTTAGTTATGATAAGGT GCATTGTACCTCTTAGTCCTCATTCGAGATAGCAGATTCCTTAGGGCCCGTATCTACCACATTTGATACATTGGTTTTTT TTTCAGTAGCTTTGGTATTATCTGGACAACTCTTTCAATGTCTGGTTAAATCTATTTAAGGTGCCTTTTATTGATCAATA ATCTGTGTGATATTTTGTAGATATGTATATTTTTTTCAAGAACTGTTAATCATAAATAATATTTTATCAACTCAATTAAA TTACATCAATTCTTCACCTGTTGCTACTTGAGCATTTGTAAATGTTGTTTTTCACTTTTTAATCAGAGATCACAAGCATT GTCAACCTTAGAAGGATATAGTGGTTATGGAGCCGAACAAGGTGAAAAGGTATGTCACATTAATGTCCATGAGAGGTTTC ATCAATTATTCCATTTTTCATTTCTTGTATCTTTCTAGAATCTGCTGGACTGCCTCACACATCAAATGCAATGCCTGACC TGTTACAGTTTCCCACCCTTTCCCTTGCTGATAGTTTATTTCTCTTTTTTTGGTTGATGTTAGGACCGGTGACATGGGTT TAGGCTCACAGGATCATTTAGCCCAACAAGTGACTAAGGGACCCAAAGTTTGGCAAGTCTATTCTAGAAGGGGCAAGATA GGGAATAGTGGGTAAATTCCTAACGGAATGGTAAGAGAAAGTGATTGTAAGAGTTCCCTAATTTAAGGAAAGTGAGTGAG AGGTTGAGAGGCACCTGGGTTATTTCTGTTATTAGATATGAGTAGGAAGCTCTAGCTTCCTATAGGAGCTTAGCTCTGGG CAGAATTCCTGGGAACCATTCCCTTTCTGTAAACATTCCAAAGTCCATTAATAAGCAATCACTGTTGTTTTCTGTGTTCA TTTTCCTCTGTTTTGTGTGACTAAGTTGGGGTTTCTAACAAATTGGTCCGACCTGCCGGATCCGCTCGCCGGAACCAGTG GATGCCATCCCGGAAATCCAAACAGGTAGCGACTCAGATGGAGGCCAAAATCGATGCTCTGGAGCACGAGCTCGCAGAGA TGCGTTCGTCGTTAGCGGCTGTCACTACGGCAGTCAAAGACCTTCCCACATCACTAGTAGCGTTGATGGAACGCTCAATG GGCAAAACCGTGCAACATGAAGATTCCACTGTCAATCGCGAGGATGTTGGTGGTGTATCGGGCACAAAACCACGTTCGCC GGAGCAGATCTCGATTCAGCAACCAGATGCAGACGTATCGCAAAGACCACTTCAGCTGCAAGGTGAAGCGCTGGCTGAAT TCCGCCAATCGGTGAAGAAGGTGGAACTGCCCATTTTCGATGGCAAGGACCCAGCGGGCTGGATATCACGAGCTGAGATC TATTTTCGTGTTCAAGGAACCTCGCCGGAGGTGAAGGTAAGCCTTGCGCAACTGAGCATGGATGGTCCAACCATCCACTT CTACAATTCTCTCCTTGAGGCAGAGGAGACACTCACTTGGGAACGGTTGAGGGACGCGCTGCTCGAACGTTATGGTGGCC ACGGTGACGGCGATGTCTACGAGCAGCTGTCGGAGTTGCGACAAAGAGGAACCATTGATGAATACATCACTGATTTTGAG TACCTTACGGCTCAAATCCCCAAATTACCCGATAAGCAATACCAGGGCTATTTCCTTCATGGACTCAAAGAAGAGATTAG GGGCAAGGTTCAAAGTCTTACGACCATGGGAGGAATTACCAGGTCGAAATTGTTGGTGGTGACGCGAGCAGTAGAGAAGG AGGTCAGAGGCGAACTCGGGTCAGGATTGAACCGGTCCAATCGGTTTGGAGGGTCGGGTTTTAAAGGAGGAGGGTCAGGC GGTTCGGGTCGACCCGGAGGGACAGATTGGGTCTGGGTAAAAGGAATGAAAGAAGCTGGGCTTCCCCAAAAACCTTCTTT CAACGGCCCAAAACCTGATTCAAAAACACCTAGTGATCCACGTAGGGTTGGGCCAAGGGATCGGGGCTTCTCACATTTGA CATATCCTCAGCTTTTGGAAAGGAGACAAAAAGGACTATGTTTTAAGTGTGGAGGAGCGTATCACCCATTGCATCAGTGC CCAGACCGCCAGTTACGCGTATTGATTGTGGAAGAAGGAGATGAAGATACAGAGGAGAGCAATGTTCTGGCTGTTGAAGT GGATGAACAGGAAGAAGAAGCTCAAGGTGAGATGAGTATGATGAGTTTCCAGAACATCAACGACACACCGAGAGAGCAAC CCCAAACCATGCGTCTTCAGGGAACGATTCAAGGGGTCCCTGTTCTGGTATTGGTGGACAGTGGGGCTACCCACAACTTC ATAGATCAACGATTAGTTCTCCGAATGGGTTGGGAAGTAGAAGATACGCCTTAGATGTCCATCAAATTGGGAGATGGGTT CCAGACAAGCGCGAGAGGCCGCTGCAAACGCATAGAGCTGAAGGTAGCTGATTACCAGCTCGATTGCGCACCCCACCTCT TTGATTTAGGAGGACCCGATGTCGTTCTCGGCATAGAATGGCTTAAGACCCTCGGAGACACCATAGCCAATTGGGAAACT CACACCTTGTGTTTCTGGAGTGGACAAAAGTGGGTCAAATTGCAGGGTTTAACCGCGGGAAAGGAATCTATGGTGGCTTT ACAACGCATCGTCCGACGGGCAAACTGGGCAGAGCACGGCATCCTTTGGTCCCTGGAAACCTCTGAGTCACAGAAACCTC TTGGCAAAGATCTTACAGGCCAACAACAAGAGAGCTTACTTCGGTTACTGGACAAATACCGTGTCGTGTTTGAAGAGAAG AGCGGTTTGCCACCAAGCAGAGGAAGGGAACATTGCATCAATATCAGAGAGGGGCACGGCCCTGTGAACGTTCGACCGTA CCGCTATCCACATCTGCATAAAACTGAGATTGAAAAACAGGTTCGCGAGATGCTGGAAGCGGGCATCATCAGACAAAGTA CAAGCGCTTTCTCAAGCCCCGTCATTTTGGTAAAGAAGAAAGACCAAACTTGGCGGATGTGCGTGGACTACCGCGCTCTA AACAAGGCTACAATTCCTGATAAATTTCCCATACCGGTCATTGAGGAGCTCCTGGATGAATTGCACGGGGCAAGATATTT CTCTAAACTAGACTTAAAATCCGGGTATCACCAAGTCCTTGTACGACCGGAGGATGTGCATAAAACCGCTTTCCGTACAC ATGAGGGGCATTATGAGTTCATGGTGATGCCCTTTGGTCTTATGAATGCCCCTTCAACTTTTCAAAGTCTGATGAATGAG GTCTTTCGACCCATGTTACGTAAGGGAGTATTGGTGTTCTTCGATGACATATTGGTGTATGGCCAAGATTGGACTTCTCA CCTCAACCACTTGGAAGTTGTTCTGCAAATTCTCCAAGACCAGCAGCTTACGGCAAACATGAAGAAGTGTCAGTTTGGCC AAAGAACCGTGGAATACTTGGGCCACTTGATATCGGAACAAGGTGTGGCGGTAGACCCAAGCAAGATCACGAGTGTGGTG AACTGGCCTACTCCCAAAAATGTTAAAGGGGTCAGAGGATTCTTAGGATTAACGGGGTATTACCGTAAGTTTATCCGAGA TTACAGGAAGGTGGCAAAGCCCCTAACAGAATTAACCAAGAAAGATGCTTTCAAATGGGGACCCGAGGCGCAACAAGCTT TTGAGGTGCTGAAAACCAAGCTTACTACAGCACCAGTTCTGGCGCTGCCCGACTTCAACAAGGAATTTTTGGTTGAGTGC GATGCATCAGGGAATGGCCTTGGGGCTATCCTCATACAGGGTAAAAATCCTATCGCTTATTATAGTAAAGCGTTGGGGGT CCGCAACCTAGCCAAGTTAGCGTACGAGAAGGAGTTAATGGCAGTGGCCCTTGCAATCCAACATTGGAGGCCTTACCTTT TGGGCAGGAAGTTCTTGGTTTCGACGGACCAAAAGAGCCTCAAAGAGTTACTTCGTCAGAAAATTGTTACCGGGGATCAA CAAAACTGGGCAGCCAAGCTGTTGGGCTATGATTTTGAAATTGTTTACAAACCAGGTCGCTTGAATCAAGGTGCAGACGC ACTATCTCGAATGAGTGAGGGCGCAGAATACCAAACCATGAGCTCATATCCGTTTTGGGAAGAGCAAGCACAGGTAGCAG CGGAATTGCAATCCGATGCCAAGTTACAAGCCATTATCAGGGCGCTGCAAGAGGATCCCGCCACTCATCCGGATTTCACG TACCAGCGAGGTACCCTGTTTTATAAGAAGCGTTTGGTACTGTCGCAGCACTCTGCTTTCATTCCCAAAATGTTAGCAGA ATTCCACGCCACTCCTCAAGGAGGGCATTCCGGATTCCTGCGCACCTACAGACGCATAGCTGCCAATTTATATTGGGTGG GCATGAAAAATGATGTACAGGAATTTGTGAGGAGTTGTGACACTTGCCAACGTCAGAAGTATATGGCTTCCTCCCCTGCG GGACTCCTCCAACCCCTTCCTATCCCGGAGCAAATTTGGGAAGATGTCTCTTTGGACTTCATCACCGGGTTATCTAAGTC AAAAGGATTTGAGGCGATTCTGGTTGTCGTGGATAGGCTGTCAAAATACTGTCATTTCCTTCCTCTGAAACATCCTTATA CTGCCCGAAGTATTGCAGAGCTGTTTGCCAAGGAAATAATCCGATTACATGGCATTCCTTCCTCCATCGTTAGTGACCGC GACCCCTTATTCATGAGCCACTTCTGGAAGGAAATTTTTCGTCTACAAGGCACTCAATTGAAGATGAGCTCCGCTTACCA CCCTGAGTCGGATGGACAAACGGAGGTCGTGAACCGTTGCCTAGAGACCTACCTTCGCTGTTTCTCTGCTGATCAACCCA AGACATGGGTATGTTGGTTACATTGGGCCGAATTTTGGTTCAATACCACCTTCCATTCTGCGGCAAATCAGACCCCTTTT GAGGCGGTTTATGGCCGCAAACCTCCGGCTCTTCCTCGTTGGGGACTCGGGGAGACTAGGGTAGAGGCCGTGCAGCGTGA ATTGCTGGATCGTGATGAAGCCCTACGACAATTACGCACTCAGTTGTCTCGCGCGCAGGACAGAATGCAATCTCAGGCTA ATGCTAAGCGGGTTGAGAAATCTTTTGCAGTAGGAGAGTGGGTCTTCGTCAATTTGCGAGCACACCGTCAACAATCGGTG GTAACCAGGGTGCATGCTAAACTCGCAGCGCGTTATTATGGACCTTATCCGATTGTAGCTCGCGTTGGGGCAGTGGCATA CCGTCTGCAATTACCTGAAGGTTCCCGCGTCCACCCTGTCTTTCACATTTCTCTTTTGAAGAAAGCAATTGGAGAGTATG AACACCTTGAGGGAGAAGGAACGGAGGCAGTCAACCCTGGGAACATACTCGCGACTCGTACTATTTCTGCACAGGGAGAG GACATTCCCCAAGTGTTGGTCCACTGGCAAGGTAAGTCCGCAGAGGAGGCCACGTGGGAAGATGTTTTAACCATCCGAAG TCAATTCCCTACCTTCAACCTTGAGGACAAGGTTGCACTTCTAGGGGGAGGTATTGTTAGGACCGGTGACATGGGTTTAG GCTCACAGGATCATTTAGCCCAACAAGTGACTAAGGGACCCAAAGTTTGGCAAGTCTATTCTAGAAGGGGCAAGATAGGG AATAGTGGGTAAATTCCTAACGGAATGGTAAGAGAAAGTGATTGTAAGAGTTCCCTAATTTAAGGAAAGTGAGTGAGAGG TTGAGAGGCACCTGGGTTATTTCTGTTATTAGATATGAGTAGGAAGCTCTAGCTTCCTATAGGAGCTTAGCTCTGGGCAG AATTCCTGGGAACCATTCCCTTTCTGTAAACATTCCAAAGTCCATTAATAAGCAATCACTGTTGTTTTCTGTGTTCATTT TCCTCTGTTTTGTGTGACTAAGTTGGGGTTTCTAACAGTTGAACAACTACTTCCTAGTTTATTTTTGTAAGTAGAACATA AAATGTTTTCCTTTTTTTTTTTATTCTAAGTTTCCTGTATTTTCTTGATCCTTGAGGCAATTAAGGAATTCTTTTTTAAT GTCTCCCTTTTTAGTTGACTTCACTTATTCTGTAAGTTTTTCTCTGTTGTGCACTATTTGCCTTTTTAGTTGACTCCACA TGTACTGTAAGTTTGTCTCTGTTGGGCACTATATGCCTTTATTCTTACCAGAGTTTTACGGGAAGATTAATTCATGATGT GTAACAAATTTGTGTGAATTTTTTCATGTAAGCTCAAGATTTGAGGATTTGTATTTGGCCTTTTTTTCCACGTGTGGAAT GACACCTGTAGCTTTCTTTACCATTTCTTTTGGTTTGTTTTCTTTAGTTGATATATTAACTACCAAAGCTTTACGATTAC ACTAAATCATTGTCTTTGTAATAAGGGGTGCCAACTGCCAGAGTTCAATCTTTGCAATTGATGTTAATGTTTACCTTTCG GAAAAATGCAATTAGTTGAAGATGCTAAGGGTTTGAATTTTGAAACATAGATTACCTTGTGTGTATGCATGTGTTATTTT TAAGTCTAAGTGCGTATGCCTACTATCTTTTACACAATTTTATGATACTTGGAAGATTGAGAGACATCCATAATCTATGC AGCCATTAAGAAGTGCAATTGCTTCGACATTTTACGGTGATCTTGGTATAGAAGAAGATGATATATTTGTCTCAGATGGA GCAAAGTGTGATATATCTCGCCTCCAGGTTCATTTTGTATCTTTTAAATATAATATGTCCTACTTAAATCATATTCTGCC TATTGTGTTTTTTACCTGGTCCATTTACTGCTGTTGGATTTCAGATACTCTCCTTTGTGGGTGTTTTCCACAATGAACAA GTTCTTCCTGAACATAACTTATTATTTCTTTCATTTTCTTTGGCAGATTGTCTTTGGGTCAGATGTGAAAATGGCTGTTC AAGACCCATCATACCCGGTAATTCATACCTATGTGGTTGTTTAAAATGATATTCCCATATCAACCTTAAGTATTCATTCA TGTTTCGTTATCCCAAAGACCCAAATGGATACTTTCATTCTGTTCCAGTTGTTACGTCTTTATTGATTTCCTGTGTGATG CGCGCTCTTTGATACAAATTGCAATAGAAAATACATGGTTCTATGAGTTTTTTAAATTGTTTATATAAGGTCAGAGGACT TGAAAGAATTGTTCATTCTAATATTTGAAGAAAGGCTTTTTTGGTATTTGATTGGCAAATCTTGAATGGAAAGATTGCCC ATTACCGGAGAAAGTGACATTTGGACATATGCCTACACATGAAAAGCTTCAATTAGCTTCTTTGAACAATGTTTCAACTT TGATCATAATTTCTTTTATTTTAAATTGGTTATTGAAAGTATAACGTGTAAGGTTATCTATCTTGACCATAGTAGTCAAA ATTGCGATTATAATCGCGCATAAGTGCCTTGGGCACTGATTTGTAAGCGTTTTCTTGCTTAATTGTGGCTTAATCACTAG TTTTATCACATATTCGCATAATTGCACCATAAAGTGTTTTTTTTCATCATTGTTATTTATTCTGTTTATATACATATATA TTTGAATACACACACACACACACACACACACACATATATATATATATATATATATATATATGAAGTTCACTAAATGTTAC GATTAATCTCATCATTATGCAATTTACGATTAACACTCCCGATCAAGGTCATATTCTTGATTTTGAGTTTTGACTACTAT GATCTTGACACTTGACATTGTTGTCCCTTCCATACGCGGGGAAGAGTTAATAGCTAGTTGGAACTTTAATTTGGGGATTA TTATACAATAATTTTAGAAGAGGCATAATATCTAAATTTTAGAAGAGGGATAAGAACCTTTAGGTGACATACCTAACGTA GGAAAGTTTTTGCCTTGCATCTTTTTTGTTTCTTTGGTGGAATATTTCATTGTCACTCCATATCTACAACTTACAATGAA TAAGCTGGTTTTAATCTATGTACCCGATGCGTAGGGCTTAGCATATCCGTGCTTTAGAGTTCACAACTAAAAACTTTGAT GCATATGAATATGCTTCAGCTTCAAGGGGAGTGTTGATTATGATTGAGATATTTAAATTTGTAGAGTTTGATTGATTTGT TGTATAGTTTCCTTACGTAGCAGATTCTAAAGATACAAGAAAACATTATGTAAATAGGGCCTACAGTTTCCGGATTGATT TCATCAACCTTGTATGTAAATATTATACAAATCATTCCAGAGATACAAGAAAACACTTTCAGATCATTCTTCTCTTAATC CTAATGAACTGTGTTGAAATAATATAGATAATATGTAAGTGAGACACCACAGTTTTATTCTGCTCTAGGTTGCTAGCCTT TTGTCTCTAGTAGCTGTTCTCTGTAAATAATGTAAGTTTTATATGCAGGCCTATGTAGACTCAAGTGTGATTATGGGCCA GACTGGCTCCTTCCAGAAGGACGTTGAGAAGTTTGCGAACATCGAATACATGAGGTGTAATCCAGAAAATGGCTTCTTCC CTGATTTGTCTTCCATTTCTCGACCAGATATAATTTTTTTCTGTTCGCCAAACAATCCTACTGGTGCTGCTGCAACAAGG GAGCAACTGACCCAACTAGTTCAGTATGCTAAGGACAATGGGTCTATAATAATCTATGATTCAGCATATGCAATGTATAT TTCTGGTGACAACCCGCACTCCATCTTTGAAATTCCCGGAGCCAAAGAGGTAAGCGAGTCTGTAACTGATAATTTGATGT TTAAGGACTGGTCTTTATGTTCACTCTTTACTATGACTACGATTCCTATTTCTTAGCATCAATTGACTGCTAAGTTTTTA ATGGAATGCATCTGGTGGAATCTTCTTGATTACATGTATTTGCCACTCTACCTGAGTACATGTCGCTTATGCAATAACTT AAATTTAACACGTGTGAATGTGATTTCAAATTTATTTTGCAACAAGTCCCATACCTTCTTGATTTGGTTATTGCGATAGT GCACTGAAGAATCTCGTGTTTCTTACATGACTCATTAGTTTTTTTAGCTTTGACGACAAACCTTTTCTGTTGCACTATGA ATTATTTCCATATTACCATGTCAAATTCATCTAGTATTGGCTTTGTTTAATAGCACTAGTCTAGGAGGACTAACTTTTTC AATCTGTCTGAGTGTGATTCCAGATACTGAATATTTTGCTGACATTATATGTCTACGTATGCAAGTATTATATTCTTTTA TTCAAATAATACATAGTTTGGATGATTAAACTGACATACCACTACAAGGAAATACATGACATCAAGCAGAATTTCCATCC AGGGTTTTTTTAGAATGGCCCAAAATTTAGAAATTCAGTTAGGAATCTGCTTTTGATGTGCAGTGAATGCCATGGATTTC TGTTGCATATCAGTGTATGACTACTTATGGCCTATTGCAGGTTGCTATTGAGACTTCATCATATAGCAAGTATGCTGGGT TTACTGGAGTCAGACTGGGTTGGACTGTGGTTCCAAAACAGTTGCTGTTTTCAGATGGATTTCCTGTTGCTAAGGACTTC AACCGTATTGTTTGCACTTGTTTCAATGGCGCGTCAAATATTTCCCAGGCAGGTGGTCTGGCTTGTCTTTCACCAGAAGG CCTTAAGGTAAGTTACTTTATTTTATTCTTGAAGTTTCTGCAACGCAGAAATTTCCAAATTTCCATACATTATTTGCCTC TTCCTCCTACCACTTGATGCTTCTGTGGCTCCTATTATTATGGCATTATTAAATATTAAGTGCGTGATTGGATTTCCAGT GAATTCAACGCCGATCCATGTTGAACCCCTGTCAGTGTGGGAAATTCTTGCTTCTTTCTTGGTACCTTGAGATACATGCT TTCATGTATGCATTTTCATGAACGCAAAAACAAACACACTGCATTCCACTTGCATTTTCTCTTTATACCAAACTTTTCAG CTACTAAATTTTCTGGGCTGAGGCGGTTTTCTTGGATGATTTAGAACAAATATGAAAGCTTATTTGAAATATATTTGTCA AAGAACTTACATGATACGATTGCTGCAATTGAGTGCAGGCTATGCGAGATGTTATTGGATTCTACAAAGAAAACACTAGC ATTATAGTGGACACATTTGACTCTCTCGGGTTTAAGGTCTACGGAGGGAAATCTGCGCCCTATGTGTGGGTTCATTTCCC AGGGCAAAGTTCATGGGATGTGTTCAGTGAGATTCTTGAGAAGACTCATGTGGTTACAACTCCTGGTAGTGGTTTTGGAC CTGGTGGTGAAGGATTTATCAGGGTTAGCGCCTTCGGTCACAGGGAAAATATCTTGGAGGCATGCAGAAGATTCAAGCAA CTATACAAGTGAATTTTGAATATCTTATTTGTTTTAAGCTGTATTGTCTTTCACTGACACTGATGGTGCTTGGTAGGGGT TGTCCTTTTGAAATAATGCAATTAGTTTTCATTGGAATTTAGATTAAGATGTAAGGATTTGAGGATGTTTATTCTGGTAT ATTTGCCTTTTCATGTTTGTACCATACTCCTGGAGTTTGCTGCAGCACTTGATGATTGCAATTATTTACATGACATTTCC TATGGAAAATGTCAATGTTTCAATTCAACTTGGGTAAATTATTTTCCTTTCTTGAATTTTCACTATATTTGCTTTTTCGG GTTTTGATAATTAACATTGTGTAAAAGAGACTAAAAAAACAACAATATAACATAAAATATTATTATGGATGAGTAAACCG ATTTCATGACAAAACGAAAAATAACATAATAACGTTTAGGCCTGAATAACAAGTAGCACATAGAAACTTATGATAACAAA TATAAAGACAATAGGGTACCACTTTTCAAGTTGGGCATTTTCTAAGCTGCAGGCAAAGGATGGACAACAGTGGGAATCAA GTATAGATCATATTTTTTAATTATAGTAATTCCAAATTCCTCCGTCAAGTCCAAGTCCTCATTTTTCATTCCATTGGGTA GTCTCCAATCAAAATGATATAGTAAGAATGCAAGGACCTCCTCAACATTTGCCATACCATAGTTCATGCCAGGGCAAATT CTCCTTCCAGCTCCAAATGGGATATACTTAAAATCAGTTCCTTTGTAATCAATAGAATTATCAATAAACCTTTCAGGATA AAACCTATTTGGTTCATTCCAATATTTTGGATCCCTTCCAATTGCCCAAGCATTGACAATGACTCTGCTTTTAACAGGTA TATTAAATCCATTAATCTCACATGCTTCTTCACATTCCCTTGGAATAAGAAGAGGACCAGGAGGATGTAACCTGAGGACC TCTTTGATGATTGCTTTTAAGTATTTGAGCTCCTCAATGGCACTTTCATCAATCTTTCCTCTCCTGTCAAACACCTCTCT CACTTCAATTTGTGCTTTCTTCAATACTCTTGGATCCTTCAACATCTCAGTCATTGCCCAATTAACAGTAGTTGCTGCAG ACTCGCTCCCAGCAATAAATACATCCTGAAAGGTTAATATCTTGTCAATATGTAAATTAACTTGCACTTTTTTTCACAAG TTCTTAAAAATAATTTTTATCTAAAACGTACACAAACTTTCTGAAAATTGTATTCATTTGATAGAATATATATATATATT TACTCTTTTGAGAAAAAGCCAATAATATGTAAGTATGTAACTTGCAAAACAATGTGATAAAAATAGCATGTTATATACTA GCATTTCAATATATGTAACTCTCACTTATTTCTAAAGACAGATTAAAGTTATGCTTACGAAGATTATAGCTTTGATAGTC GTCGAAGGTAAGCGAAAATCATCCTCAAACTCTAAGAGAACATCAATCAGATCTCCCTCTGCTTCACGAAATGCTTGTTT AGATCTTAACCTTGCCTCTTTATGGTCATTGATGATATTCTCCATAATCCTGTCTACTATGTGGCGCAACTTTTCAAGCT TAGGCCTCATCCCAGAAATGTAATGAAGCCATTTAGCTGAAGGAAACAAGTCTCCTATGTAGAAACCTCCACAGAGCTTT GCAAGTTGTTTTACCACTGATATGAACTCATCTTGTTCCTCATATGTCTTGCCAAATGCAGTCTTTGAAGTGATTGTGAA TAACAATGAAACAATTGCTTGAGAAAGATTGATGACTGATCCTTCTTCTGAAGCAATGTGTTTGATGAAGTTAGTCACCT CTCCCACTCTGACTGGCCACAAAGATTGGACACGTTTCATGCTTAAAAGCTCTACATTGCAAATCTTCCTAAGCTGTCTC CAGTAATCACCATAAGGTGAAAAGGCTATGTCTGTTGAACCATAAAACACTATATCCGAGGCTAGAGTATAAGGCCTTGA TGCAAAGGTAACATCATGGGTTTTCATGACTTCCTTAGCATACTCTGCTGATGAAACAATGATGAAGAAGACCTCTCCAA GTTGAAGGTGCATCAAGGGGCCATATTTTTTGGACAATTTTCTTAATTTTCTGTGTGGTGGAGAACCAATGAGATGGGGT ATGCTTCCTATTATTGGTAGCTTCCATGGCCCTGGTGGTATATTTGGAATTGAGTCAGGTTTTCTTAGATTCTTCCTCAT CATCATGAGTGCAAGAATCATGGATAAGAAAAAAGTGAAAAGGGCTAACAAGTCATGAATTTGAGGAGCCATTGAGAATT TGAGATAAAAGAATGGATAGACTAAAGCTATTCTGTGTATGCATTAATAAAGACATTGTGGAGCAGTGGTTGGTTTCCTT TACTGTCCTTGATTAATAATTATACATGCAAGAACTATTTGCGCGCACATGTTTTGTTTTCTTTCTATTTTTTTCTTCTG TTACATGCCTGTTAGCTGGAGTGAAGCACAAACCTCAAGGATTGCTTGGCAATAAACAAGAGCAAAGTTTTGAATCAATT TTGTGTGTTTCTTG
CDS sequence (LotjaGi4g1v0043900.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGTCCATAACCCAAAACCTCACCACTTCAATCTCTTCTTCTTCCTCTGCATTTTTAGCTCCCCCTACCTTCAATCCTAG GAGTCAGGTGTCATTGCCTGTGAATGTGAAGAGCGTGAACATTTGTAAATGCGTTGCAACACCCCAAGAAGCTGAGACTG CCTACAAGACTAAGGTCTCTCGCAATGCTAATATGGGTAAACTTCAAGCTGGATACCTCTTTCCTGAGGTTGCTAGAAGA AGGAATGTGCACTTGCTGAAGTACCCTGATGCAAAAGTAATAAGCCTTGGAATTGGTGATACCACTGAACCCATTCCTGA AGTCATAACTTCTGCAATGGCAAAGAGATCACAAGCATTGTCAACCTTAGAAGGATATAGTGGTTATGGAGCCGAACAAG GTGAAAAGCCATTAAGAAGTGCAATTGCTTCGACATTTTACGGTGATCTTGGTATAGAAGAAGATGATATATTTGTCTCA GATGGAGCAAAGTGTGATATATCTCGCCTCCAGATTGTCTTTGGGTCAGATGTGAAAATGGCTGTTCAAGACCCATCATA CCCGGCCTATGTAGACTCAAGTGTGATTATGGGCCAGACTGGCTCCTTCCAGAAGGACGTTGAGAAGTTTGCGAACATCG AATACATGAGGTGTAATCCAGAAAATGGCTTCTTCCCTGATTTGTCTTCCATTTCTCGACCAGATATAATTTTTTTCTGT TCGCCAAACAATCCTACTGGTGCTGCTGCAACAAGGGAGCAACTGACCCAACTAGTTCAGTATGCTAAGGACAATGGGTC TATAATAATCTATGATTCAGCATATGCAATGTATATTTCTGGTGACAACCCGCACTCCATCTTTGAAATTCCCGGAGCCA AAGAGGTTGCTATTGAGACTTCATCATATAGCAAGTATGCTGGGTTTACTGGAGTCAGACTGGGTTGGACTGTGGTTCCA AAACAGTTGCTGTTTTCAGATGGATTTCCTGTTGCTAAGGACTTCAACCGTATTGTTTGCACTTGTTTCAATGGCGCGTC AAATATTTCCCAGGCAGGTGGTCTGGCTTGTCTTTCACCAGAAGGCCTTAAGGCTATGCGAGATGTTATTGGATTCTACA AAGAAAACACTAGCATTATAGTGGACACATTTGACTCTCTCGGGTTTAAGGTCTACGGAGGGAAATCTGCGCCCTATGTG TGGGTTCATTTCCCAGGGCAAAGTTCATGGGATGTGTTCAGTGAGATTCTTGAGAAGACTCATGTGGTTACAACTCCTGG TAGTGGTTTTGGACCTGGTGGTGAAGGATTTATCAGGGTTAGCGCCTTCGGTCACAGGGAAAATATCTTGGAGGCATGCA GAAGATTCAAGCAACTATACAAGTGA
Protein sequence (LotjaGi4g1v0043900.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MSITQNLTTSISSSSSAFLAPPTFNPRSQVSLPVNVKSVNICKCVATPQEAETAYKTKVSRNANMGKLQAGYLFPEVARR RNVHLLKYPDAKVISLGIGDTTEPIPEVITSAMAKRSQALSTLEGYSGYGAEQGEKPLRSAIASTFYGDLGIEEDDIFVS DGAKCDISRLQIVFGSDVKMAVQDPSYPAYVDSSVIMGQTGSFQKDVEKFANIEYMRCNPENGFFPDLSSISRPDIIFFC SPNNPTGAAATREQLTQLVQYAKDNGSIIIYDSAYAMYISGDNPHSIFEIPGAKEVAIETSSYSKYAGFTGVRLGWTVVP KQLLFSDGFPVAKDFNRIVCTCFNGASNISQAGGLACLSPEGLKAMRDVIGFYKENTSIIVDTFDSLGFKVYGGKSAPYV WVHFPGQSSWDVFSEILEKTHVVTTPGSGFGPGGEGFIRVSAFGHRENILEACRRFKQLYK
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 |
|---|---|---|---|---|---|---|
| SignalP_GRAM_POSITIVE | 1 | 16 | 16 | - | – | |
| PANTHER | 26 | 461 | 436 | 1.3E-259 | – | |
| PANTHER | 26 | 461 | 436 | 1.3E-259 | ||
| Hamap | 60 | 459 | 400 | 46.303 | ||
| TIGRFAM | 60 | 458 | 399 | 1.2E-154 | ||
| SUPERFAMILY | 73 | 456 | 384 | 6.19E-73 | ||
| Gene3D | 76 | 455 | 380 | 1.8E-138 | ||
| Pfam | 92 | 456 | 365 | 1.3E-34 | ||
| CDD | 94 | 458 | 365 | 1.51375E-70 | – | |
| Gene3D | 103 | 358 | 256 | 1.8E-138 |
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. | ||
| 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 LotjaGi4g1v0043900.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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