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| Field | Value |
|---|---|
| Gene ID | LotjaGi3g1v0446400 |
| Transcript ID | LotjaGi3g1v0446400.3 |
| Related isoforms 8 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Aminotransferase-related family protein; TAIR: AT5G53970.1 Tyrosine transaminase family protein; Swiss-Prot: sp|Q9FN30|TAT2_ARATH Probable aminotransferase TAT2; TrEMBL-Plants: tr|A0A072VBJ4|A0A072VBJ4_MEDTR Tyrosine/nicotianamine family aminotransferase; Found in the gene: LotjaGi3g1v0446400 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:85963554..85983663) extracted from Lotus japonicus Gifu genome v1.2.
GAAATGGAATCCACAACGTGCTGGGGACATTTTCTGATTACATTTAAGGACAAATAAGTTTATGTTCAGACATTAATCCC ACCCACTCTCAAAGATAAATGGATTCAAACCCTTCCAGACATTGATATAACACAAGTAGGATTTATTTTCCACGATCGGC ATTTTCTTATTTGGATCATAGCTCCTCTCCTTCAGTTCATATTACTTGTATTGGTTGACCAATCTCAGATAGAACTAAGC AAATGGAGAGCGGAAGTGAGAAGTGGAATTTCAAAGGGAACAAAGGGCTCAATGCTTCAGCCATCTCTGTGAGAAGGGTG TATAACATGATCAGGAATAGCATCAACAACAATGAAAACAACAACTACAAACATGTGGTTGGTCTCTGTCGTGTAGATCC CACTGATAATCCATTGTTTCGGACTGCCCCTGTTGCTCCTGATGCTGTTGCAACTGCTGCTCACTCCTTCAACTTCAACG GTTACCCTCCCACTGCTGGCTTACCTGATGCAAAGAGGTTTGTTTCCCTCTCAAGTCTCAACTAGATAAAAATGCTATTC ATTTATCAAGTTGTAATACTAATTGGTAATAAAATGATGGTAATTAGTAAGAGCAGATGCGACGAGAGAATTAGTTACGG CTGTCTGTCATGGATACACTGGTTAAAAAAATGTAGTCATAGTCATAGGTGGAAAGAGGAAGGTGATTTTAATAATCCAT TATTGACATTGGTAATTTGGTAATCTTAAACACATGGGTTCTTTCTGAAATGAGATTGCTCGGATTGGACATCTATAATT TGGTACTCTTATAACACATTTGGGTTCTTCCTGAAATGAAATTGCTTGGATCTTCGTACTTCTGGTGGTGGTGCACGACC TTGACTGACTTAGCTTGCACGCAAGAGTGTACTTGTAGAAGACACTCTGTCACGCAAGTTAGTGAGAGAGTAAAGAGAGA ATCTTAGAGTCTAAGAAAAACTCAGAGTTTTGCATAAGACTGTCGTAACTATCTCTCCAAGTCATTAGGAAACCTTATGG AGGGATTCCCAAGGTCATAGCCGCCTCTAGACAACTTTGTGTGATTGTCGGTAAATATGTCGCCACGAGGCCGATCGACA TAAGTTGGGACATGACATTTCTTCACTGAGTCATCTCATCCGCCCTTATAGTACTCACTTAGTTGCTAGACTTTATGGGC TTGGTCGGAACAACGTAAATATGCATGCATTTGTAATTTCTGGAGCTAAAAATCAATTTAACATGTTTATACATGATGAT TTGGTAATGTGTTACTATTTCCTAAACAGGGCTATTGCAAATTATCTCTCATCTGATCTTCCATACCAGTTATCACCAGA CAATGTTTCTCTCACCCTTGGTGGCACACAAGCTATAGATATAATCTTACCTGCCCTTGCACGTCCTGGTGCCAACATTC TCCTTCCAAGACCAGGGTACCCTCAATATGATGCTTGTGCCGCTTGTTGTCTCCTTGAGGTTCGGTACTTTGATCTCTTG CCTGAGAGAGGATGGGAGGTAGACCTTAATTCCCTTGAAGCTCTAGCAGATGAGAATACTGTGGCCATGGTCATCATCAA TCCTAGCAATCCATGTGGGAATGTGTACACGTCCCAACATTTAAATAAGGTACATATCACATGTTTGGATGAGCTTAAAT TTCCTAGTAACCGATTATGATATTCAGAAACTACTTACTTTAGAAGCTTCCTCAGTTCCTCCTATAATTCTTTCTGATTT TAAAATTAATTTAAGAACCATTTCCGAACTTGCTAATAATAGTCTTAAACTTCATTGTTTCAGAGTAAGAAACAAAATGT GACAATTTTTTAGGACTCTTGTAGGTTGCTGAGACTGCAAGGAAACTTGGAATCTGTGTGATTTCTGATGAAGTTTATGG CTATGTAGCTTATGGAAACAATCCATTTGTTCCAATGGGAGTGTTTGCTCCAACAGTACCAGTTATCACAATTGGGTCCT TATCAAAAAGATGGTTGGTTCCTGGTTGGAGAATTGGTTGGATAGCCACAATGGACCCCCACGGAATTCTTCAAAAAACT GGGGTTAATGTTTTTTACCTTTTGTTTTTTCAACCTTTTGTACTTGATAGTTATATCAGTCTAAGAGATTTCTCTTTTAT CAAGATCAATTGGAATACAGATTTTTGTTAGCATAGATATCTTTATATTTGAATGATTATGCAATTGTTTTCTTTCTTTA TCAGATCAAGACAAATATTATCAGCTATTTGGAGATCACTTCTCACCCTCCAACCATCATGCAGGTAACAAATGGAATCT ATGCATAAACAAAACACAAGTATTATATTGTTAAACTATTTTGTTTTCTTCAGCTGAACAGATCAATAAGCATACATTCA GAACTTAATAGTAATACATGTTTTATAGGAAAATTTGAATAGAGATATAGTTTCTCTTATACCCAGACTCTCCTATATGT TGGTTTGTAGATGCCCGTATCTTTTTTTATCATGTTGTTTTCTATTATAAAACAAAAATTACAGCAAGTTAGGCTTGCAG GCAGCAATACCTCAAATCCTTGAGAGAACAGATGGTGATTTTCATTTAAAAAATCTTAATATAATGAGAGAGGCTGCAAA CAAATTCTATGATGTATGCAAGGGGATCCCTTGCTTGACATGCCCTCACAAACCTGAAGGAGCCATGGCTGCGATGGTAA GTTGGACAAAAAGTTATGAGGTTTTCATCATGTTATAAATTTAGCATGGAGTCATCTTATTACACATAAAACAATTAACA GTATATTGAATGAATCAGGTGAAGATTAACTTCTCACAAGTTAAGGACATTGTTGATGATATGGATTTCTGTGTCAAGCT GGCCAAAGAGGAATCTGTACTTCTTCTTCCTGGTAAGAATTCAATTGGTAAATAGAATAAAGTCATGTATGATGAGAGTT TCTCTTTATTGATCTTATTATACTTGCTTGCAGGTGTTACTGTTGGACTCAAGAATTGGGTTCGTATTAGTCTTGCTGTT GACCCTTCTGAACTTGAAGAGGGTCTTAGCAGGATAAAAGCATTCAGCCTTCGGTATGCCAAGATGTCATAAATAGTGTA ACATGGGAGGCTGTGTTGAATACTAGGTCTCTATATCCAATTTAGTTAAGGACTTATGGCAATAAGTTCTTATCACAAAA GGATCTGTTAATAAGCAAATTTGAGAAACACAACTTAATTAAGCACTTATGGTCATAAGCGCTTATAATAATACGCGCTT ATTCATAAGCTATTTTAAAATATTTATTGAAATAAATAAAAAATAAGCTATATATAAGCATAAGCTCTTTTCCATGAGCT ATCCTGAGGCCCAGTTTGGAAGAGCTTATTTGAGCTTATCTGATAGCATAAGCTCTTATGCCAGTGTTTGGAAGGGCTTA TGCAAACAGCTTATGGCCTGCCATAAGCTCTTTTCAGCTTATTTTCATAAGCTACTCAGGATAGCTTATGAAAAACAGCT TATGCTTATATACAGCTTATTTTTAATTTAATTTAATAAATTTTTAAAAATAGCTTATGAATAAGCGCTTATGTCATAAG CGCTTATGACCATAAGCGCTTAATTAAGCTGTTTTTCCAAACGGGGCCTGAATAACTTATGAAAATAAGCTCAAAGTAGC TTATGGTAGGCCATAAGCTGTTTGCATAAGCTCTCTCAAACACTGGCATAAGAGCTTATGCTATCAAATAAGCTCAAATA TGTTCTTCCAAACGGGACCTATGGGTAAACATAAACTCTTATTAATAAGCTAATTCGAATAATTTATGAAAAATAAGTTC AAACATGTATGTGAATGAAATTCGAAGGAAGCACACCAATTAGCTGAGGATCATCGACAATCGAGTGCGATTGAAGTTGG ATTTCAACACTGCAGCATGAAATGTATGCGTTCGATTTGAATGCAGAGAATACGAAATGGCTTCTTTTATTTTTTTTGGT CAAACGAAAATGGCTTCATATTCATATTTTGTTAATGGCTATGTTACACTGGAGCATTCATCATTCTTGACTTTCCTTTT GGGCTTCTGATTCATTTTTTCCATGATAAAAAAAGGATAAATATGTTTTTTATCCTCCTAAAAATAGTGAATTATTAATT TTAGTCTCCTTTTAATTTTTTTCATTAATATTGATTCCCTAAAATAGTAAATTATTGAATTTGGTCCCTCCGTTCATCTC GATGGCATTCTGTGGCGGTTTAAACCACCACTAACACATTTTATAGCGGTTTAAAAAACTGTCACTAATACACTAAAACT ACCACAAAATGTGTTAATGACAGTTTAAACGACTACAAAATTGAATGGAGGGACTAAATTCAATAATTTGCTAATTTTTT TATGGAAATAATTTGCTACTTTACGAGGACTAAATAAAAAATTAAAAGTGACTACAACCAATAATTCGCTATTTTAGGAG GGCCAAAAATATATTTAACCCTAAAAAAATTAAACGGGGGTTGGTTTTGGCAACCAAGCACCTCAAATCCCACCTTATTT TCTAAAATGACCTTTGTTTTATTGTTTATTGGGTTTCCAGTATTGTATTATAAAATTTTAACATACTGAAATCTAAAATC CGATAGTGTTTTTAAAAAACATTTTATCTTTCCGATGTAAAAAAAATTACTTAAAAATTTGGTAGTGCATTTTTAAGAAA TGTGTTTTTTAGCCACCGTTTTTTTCTTAATTGCTTTTACTGAGATAAAGTCGTCCTAATGAGTTTGCAACCGTGGCTCA ACGCCCTCAACCCGTCAAACTAGGATCTTAAATCCATCAAGAAAACGAGTGAGTGGAGGGCCCTGTGGAAAAAATTTCAT GGAAATAATACTACAATTATAAGGGATTAGATTTTCCACCCTACTACTAGATTTCACACCCCCATTATGTGATTTTTAAA TTCCGAATTATTTCATAATTTTATATTCCAAAATTAATTCGGGATTTACATTACCGGCTGTGTAAAATAGTAACACTCCA CTTTTACGTGAGAAAATACTTCAGATTTTTAAGTTTTAAATTAAGTTCTCAAAAATGTTTTAAGTGGGGTGACATTTCTA ATGAGTGGAGTTTCAAATTCAATCCACCAATTATAATCATATGACATCATTAGAATTGTAAAAAGCATATAAAAACAAGA GAATGGAACCAACCACACAGTGATTATACACAAGTGGGGTTTGTCTTTCACGATTGCCATTTCTTTCTTTTTCTTTGGTA CATATATAGGATATAGCTCCTCTCCTTCAGTTCATAACACTTATATTGGTTGACCAATCTCAGATAGAATAGAGCAAATG GAGAACGGAAGTGAGAAATGGAATTTCCAAGGGAACAAAGGGCTCAATGCTTCAGCCATTTCAGTGAGAGGGGTCTATAA CATGCTCATGGATAGCATCAGTAACAATGAAAACAACAACAACAAACCTCTGGTTCGTCTCTGTCGTGTTGATCCAACTG ATAATCCACTGTTTCGGACTGCCCCTGTTGCTCCTGATGCTATTGCAACTGCTGCTCACTCCTTCAACTTCAACTGTTAT CCTCCCACCGTTGGCTTACCTGATGCAAAAAGGTATGTTTCCCTCATCAACTAGATAAAAAGGCTATTAATTTATCATGA TGTTAAAAAGAAAGTAATAGAAATAGGTAGAAAGGGAAATATGATTTCTATAATCCATTGTTGACATTGGTATTTGGTAA TCTTATAACCATTAAACCATGTGTTCTTCGTGAATGAAATTGCTCGAATGTCCATGCTTTTAGTGGTGGTGCACGACCTT GACTGACTTAGTTTGCACGGCAAGAGTGTACGTGTAAAAGATACTCCGATGCTCAAGTCAGTGAGAGAGCAAAGAGAAAA TCTCGGAGCCTAAGAAGAACTCAAAGTTTTGCATAAAGTTCAACGTGTCTTGTAAATGAATGATTATACCGAGATTTATA GACTCGGAGTCCGTCGTAACTGTCTCTGCAAGTTGTCAGGTAGTCTTAAGGAAGGATTCCCGAAATTTTGCTGCCCCTGG TCAGCCTTATGTAATCGTTAGTAAATATGTCGCCGTGAGGCCGACCCACCCTTATGCTGCTCTCTTAGTTGCGAGATTTT TTGGCCGAATGTGATGCTATTGAGCTTTTCGGTCTGGCCAGAACAATATGAATATGCATTTGTAATTTCTGGAGCCAAAA ATCAATTTAACATGTTTATACATGATGATTTGGTAACATATTGCTATTTCCTAAACAGGGCTGTTGCAAATTATCTCTCT TCTGATATTCCATACCAGTTATCACCAGACAATGTTTTTCTCACCGTTGGGGGCACACAAGCTATAGATATAATCTTACC TGCCCTTGCACGTTCTGGTACCAACATTCTCCTTCCAAGACCAGGGTACCCTCAGTATGATGCTCGCGCCGCTTGTTGTC TCCTTGAGGTTCGGTACTTTGATCTCTTGCCTGAGAGAGGATGGGAGGTTGATCTTGATTCCCTTGAAGCTCTAGCAGAT GAGAACACTGTGGCCATGGTCATCATCAATCCTAGCAATCCATGTGGGAATGTGTTCACATCCCAGCATTTAAAAAAGGT ACATATAACATGTTTGGATGAACTTCTATTTCCTCATAACCGATTCTGATATTCAGAAACTACTTAAGTACTTATAGAAA ACTTTGTCTGATAATTCATTCTCATTTTAGAATCAATTAAAGAAAGATTTCCAAACATGCTAATTATAGTCTTAAACTTC ATTGTTTCGGAGTAGGAAACAATATGTGACCATTTTTCAGGACTCTTGTAGGTTGCTGAGACTGCAAGGAAACTTGGAAT CTGTGTAATTTCTGATGAAGTTTATGGCCACGTAGCTTTTGGAAACAATCCATTTGTGCCAATGGGAGTGTTTGCACAAA TAGTGCCAGTTATCACAATTGGGTCCTTATCAAAAAGATGGTTAGTTCCTGGTTGGAGAATTGGTTGGATAGCCACATGT GACCCCCAAGGAATTTTTGAAAAAACCGGGGTTAGTGCTTTTTTACCTGTTGTTTTCCATCTTTTTGTCCTTATAGTTAT TACTAGTATATAAGGATTTTATATTTTCAAGATCAATTGCAGTAAAGATTTTTCTTAATTAACTTAGAAAACCTGATATT TAAATGACTGTGCGATTGTTTGCTTTCTTTATCAGATCAAGACAAATATCATCAGCTATTTGGAGATTACTTCTGACCCT CCAACCTTCATGCAGGTAACCAATGAAAGCTATATAGCATAAGCAAAACAAAAGAGTAACAGAAAAAAAATTGTACATAC ATTCAGAATTTAATACATGTAGGTTTATATATGCTTGTTTCCTTGCTTTATCATTTTGTTTTCCCTTCTAAAACAAAAAT TACAGCAAGTTAGGCTTGCAGGCAGCAATACCTCAAATCCTTGAGAGAACAGATGATGATTTCCATTTAAAAAATCTTAA TATAATGAGAGAGGCTGCAAACAAATTCTATGATGTATGCAAGGAGATCCCTTGCTTGACATGCCCTCACAAACCAGAAG GAGCCATGGCTGCGATGGTAAGTTGGATAAAGAGTTTTGAGGTTTTCATCATGTTATAAATTTAACATGGAGTCATCTTA TTACGCATGAATCAATTAACAGTAAATTGAATGAATCAGGTGAAGATTAACTTCTCACAAGTTAAGGACATTGTTGATGA TGTGGATTTCTGTGTCAAGCTGGCCAAAGAGGAATCTGTACTTCTTCTTCCTGGTAAGAATTCAATTGATAAATAGAATA AAGTCTTGTATGATGAGAGTTTCTCTTTATTGATTTTATTATACTTGCTTGCAGGTGTTACTGTTGGACTAAAGAATTGG CTTCGGATTAGTCTTGCTGTTGACCCTTCTGAACTTGAAGAGGGTCTTAGCAGGATAAAAGCATTCAGCCTTCGGTATGC CAAGATGTCATAAATCGTGTCACATGGGAGGCTTTGTTGAATACTAGGTTTATATATCCCATTGAGACCATCTTTATGGC AAAGTATATGTCTGAAAATAATTCTATTTTAGGTGCTTAAACAGTTTAGTTAAGGACTTGTGGCAATAAGCTCTTGTCAC AAAAGAGTCTATTCATAAGCTAATTTGAGAAGCTTATTCAAATAAGTTAAAAATAAGATATGAATAAACATAAACTAATT CGAATAGTTTATGAAAAATAAGTTCAAAATAGCACCGTGGACGAAATACTGTCTTGAAAGCAAAATTTCGGCAGACTCTG GTGCAATCTAGTGTCAGGTTTGCTCCCCAAGGTTAACACATTCGCATGCAAGGTACTGTGCACTCAGAAATTACACATGT TAGAGTCTCTACAACAATGCTCAAAATTTGGATAGAGAGAAAGAGGGAGGAAGCTAGAAAAACCCATATATCCATTTCAT AAAAAAATAGTGTTTTACATCCTTTTATCTCACAAATGTTGTGCCTGCCCTGTTCTCTTTTTCTAGACCTCACGGCACCA TCCTTGTTTAATACACATGTAAATTTTTTTTTATCAGCAAATCATTAACATAAGTAAATGACTTTGAATGGATATTAAGT TATTAACTCAAGTAAATGAGGAAATCATTGACCAAAAACAAAAAAGTAAATGAGCAAATCAGTTTTTTTTGTTTGTCCTT TGGCCACGGTCTCCACGGGGAAAGGGACGCCACGTGACCAATCTGGCTCGGGATACGGTAGTGATGTCCCTGTCCACAAC GGTATTATTTTTTACCTCAGAGGGGATCGAACCCGGGCCAGAAGCCTAGGCGAAATCCCTTAAAGAAATGCACATTCCCC GCTTATGTCACCCCTTGTGGTTAGCAAATCAGTTTTCAATACTCAAAACGGTATGATTTTTAAAACAAATAACTGTTTTA TTTTGGTTGAGTAACTAACAGACAGAGAATTGAAGGCTGAAATAAAAACGCTTGAATGTCATTAATCTTCATATTTTCCA CGATTGTCATTTTATTGTTTGGAACATAGCTCCTCTGCTTCAGTTCATAACACTTGTATTGGTTGACTAATCTCAGACTC AGATAGACCAGAGCAAATGGAGAACGGTAGTGAGAAGTGGAATTTCCAAGGGAACAAAGGGCTCAATGCTTCAGCCATCT CTGTGAGAGGGGTGTATAACATGCTCATGGATAGCATCAGCAACAATGAAAACAACAACAACAAACCTCTGGTTCGTCTC TGTCGTGTAGATCCCACCGATAATCCATTGTTTCGGACAGCCCCTGTTGCTACTGATGCTGTTGCAACTGCTGCTAACTC CTTCAACTTCTACGGTTACCCTCCCACCGCTGGCTTACCTGATGCAAAGAGGTTTGTTTCTCTAGATAAAAATGCTATTA ATTTATCAAGTTGTAATAGTAGTTGGTAATAAAATGATAGTGATTAGTAAGAGCATATACGACGAGAGAATTAGTTACGA CTGACTATAGTGGATACACTTGTTTAAAAAATATAGAAATAGTAATAGGTGGAAAGGGGCATGTGATTTCTATAATCATT ACTGACATTGGTAATTTGGTAATCTTATAACACATGGGTTATTTATGAAATGAGATTGCTCGAATAGCTCCGGGTGGTGG TGCACGATCTTGACTAACTTAGCTTGCATGCGGGGTGTACCTGTAGAAGACATTCTGTCGCTCAAGTTAGTCAGAGAGCA AAGAGAGAATCTTAGAGTCTAAGAAAAACTCAAAGCCTTGCATAAGACTGTCGTAACGGTCTTTCCAAGTCATTAGGAAA CCTTATGGAAATATTCCCAAGGCCATAGCCACCTCTTGACAGTTGTGTGATTGTCAGTAAATATGTCACCAGGAGGCCGA TTGACCTTAGTTGGGACGGGACATTCATTCACCGAGTCATCTTACTCACTTAGTTGCAAGAACTTTTGGGCTTGGCCGGA ACAACATGAATATGCATTTGTAATTTCTGGAGCTAAAAATCAATTGAACATGTTTATACATGATGATCTGGTAATATATC ACCATTTCCTGAACAGGGCTATTGCAAATTATCTCTCATCTGATCTTCCATACCAGTTATCACCAGACAATGTTTCTCTC ACCCTTGGTGGCACACAAGCTATAGATATAATCTTACCTGCCCTCGCACGTCCTGGTGCCAACATTCTCCTTTCAAGACC AGGGTACCCTCAATATGATGCTCGCGCCGCTTGTTGTCTCCTTGAGGTTCGGTACTTTGATCTCTTGCCTGAGAGAGGAT GGGAGGTTGACCTTGATTCCCTTGAAGCTGTAGCAGATGAGAACACTGTGGCCATGGTCATCATCAATCCTAGCAATCCA TGTGGGAATGTGTTCACGTCCCAGCATTTAAAAAAGGTACATATAACATGTTTGGATGATCTTAAATTTCCTCATAATCT ATTATGATATTCAGAAACTACTTATAGAAGCTGCCTCCTAAAATTCATTCTGATTTTAAAATCAATTAAAGAAGGATTTC CGAACTTGCTAATAATAGTCTTAAACTTCATTGTTTCAGAGTAGGAAACAAAATGTGACCATTTTTCAAGACTCTTGTAG GTTGCTGAGACTGCAAGAAAACTTGGAATCTGTGTGATTTCTGATGAAGTTTATGGCCATGTAGCTTATGGAAACAATCC ATTTGTGCCCATGGGAGTGTTTGCTCCAATAGTGCCAGTTATTACAATTGGGTCCTTATCAAAAAGATGGTTAGTTCCTG GTTGGAGAGTTGGTTGGATAGCCACAATGGACCCCAATGGAATTTTTCAAAAAACTGGGGTTAGTGTTTTCTACCTTTTG TTTTTTCAATCTTTTTATACTTGATAGTTATATCAGTCTAAGAGATTTCTCTTTTATCAAGATCAATTGCAATACAGATT TTTCTTAGCATAGATATCTTGATATTTGAATGATTTTGCAATTGTTTTCTTTCTTTATCAGATCAAGACAAATATCATCA GCTATTTGGAGATCACTTCTGACCCTCCAACCTTCATGCAGGTAACAAATAGAATCTACAGCATAAACAAAACACAAGAG TAACAGAAAAGTATTATTGTAAAAATAATTTGTTTTCTTCAGCTGAACAGATCAATAAGCATACATTCAGAACTTAATAC ATGTTTTATAGGAAAATTTGGATATACGAGAAACTATATCTTTACTAAGATTAGGAAATATATCTGAGTAGAGATATAGT TTCTCTTATACCCAGACTCTCGTATATGTTGGTTTGTATATATGCCCATATCCTTTTTTATCATGTTGTTTTCTCTTATA AAACAAAAATGACAGCAAGTTAGGCTTGCAGGCAGCAATACCTCAAATCCTTGAGAGAACAGATGATGATTTTCATTTAA AAAATCTTAATATAATGAGAGAGGCTGCAAACAAATTCTATGATGTATGCAAGGAGATCCCTTGCTTGACATGCCCTCAC AAACCTGAAGGAGCCATGGCTGCATTTGTAAGTTGGATAAAGAGTTATGACTTATGAGGTTTTCAATTTCATCATGTTAT AAATTTCACATGGAGTTATCTTAATACACATGAATCAATTAACAGTAAATTGAATGAATCAGGTGAAGATTAACTTCTCA CAAGTTAAGGACATTGTTGATGATGTGGATTTCTGTGTCAAACTGGCCAAAGAGGAATCTGTACTTCTTCTTCCTGGTAA CAATTTTTATAGTAATATTTGTCACTTGATAACTTGATAAATAGAATAAAGTCATGTATGATGAGAGTTTCTCTTTATTG ATCTTATTACACTTGCTTGCAGGTGTTACTGTTGGACTCAAGAATTGGCTTCGGATTAGTCTTGCTGTTGACCTTTCTGA ACTTGAAGAGGGTCTTAGCAGGATAAAAGCATTCAGTCTTCGGTATGCCAAGATGTCATAAATCGTGTCACATGGGAGGC TGTGTTGAATACCAGGTCTATATACCCCATTGAGACCATCTTTATGGCAAAGTATATGTATGGTAATTCCATTTAGTTGT GTTTGGGTAAACATTTTAATTAAGTCCTTATGGCAATAAGCTCTTAGCACAAAATGGTATGCTCATGAGCTAATTTGGGA AACTTATTCGAATAAGTTGAAAATAAGTCGTGTTATAGACTAAAGATAAACTATTTAGATAAGCTCTCTCACCATTTGCT TACACGATTATGCTACAAGATAAGTTTAAATAGGCTATTTCAAGCCTTATACAGTATTAAAGTACCTCACTACTACTAAC CGTTTTATTTCTTATCAATTTCCAAACTTACCCTTTCACCTCTCGGAAAATAACTTCTTCTTTGCTTTTTTTTTTTAGTC TGCACAGCAATTTCAATGTTTTTTTTATTTAAAAATTGTGTTTTTTCACTGTACTACTTATGATTTTTTCAATATTTTAA TTGTTTATCTCAACTTTCATTTTTTTTATCCAAAAAAAAATATTTTTTTAATTTATTCACCTCACTTTTCTTTTCTTGTG TCTCATTTTATCTCTCTTCTGTTTTCCATCAACTACACATCACATCTCTCAAATTTAAATTTCTCAATTTTCTTACTATC TCTTAGGTGTAGGTATTTTTAATATGTGAATAAATACTCTTTATTATCAATTTTACCCATAAAAGATTTCATCTAGTCCC CTAACCGTAGATGTCTTTTCAGAAAATGATACACTATTCCAATTGTTCTACAATAATTTCTTTAAATAATTATATTATTA GTGAAGGTACTTCTTGGTGGGGTGGGTAACTCACATGGTTAAGCTAAGGGTAATTGCAGGTAAAGGGTCAGGGTTCGAAC TATGAGGGAGGATAATTTGTACTAATTTTTTTTTGGTACATCGGAAATATATAAATTGCTCCCACTAGGGATTGATCCAT GCACCTCCCCATCCCAACCCATATGTCCCCTAGCTCTTACCACTTGAGTTATCATTCGGGGACAATTTTTACTAATTTAC TAATAACTAACATTTACCTATAAAAAAAACTGAAGACGCTTCTAATTATTATTTTTATTATTTATATTGAAAATTTTTAA ATCTAGAATCCTTATATAATTTTTTAAATAGTATAAATTCATTTGAGAAGTAGCAACAATCAATTAATCACTTTCAAAAA AAATAATCAATTAATCATTATTTAAAATTAGAAAATAAAAAATCTATAACCCAACTATTTATAAATAATATATCAATTTA TTTGAAAAGTACAGTAATAGTTTTAATTACTTATTTAAACAAAAATTTAAGTAAATCTTTAATCAGCAAGTGATCTACAT TTGTTATTTTATCATGAAACTGAAACCAATCTTTGTTGTTGGAACTATTGTGAGGTTCAAGGGTAAGTTTGGAAAAAACA AGAAATTGTCAAACAGTTGAAATTAGTTTTTTTTTTTTACATATGTCTTCCTTCGGAGGCAATCTTATTCGAGTCGGAAA CATTTACATCATGGTGGAGTTAACTCTCTGAGCGGAGATTTTTTTTTCATATACAAGAGTCGAAGACCTTACTTAAAGGA AATCAAGCATGTACCATCAATAATATTAGTAAATAACACTGCCACATGTAAAAAAAAAAAAGGCTTTGAGTGTATAGAAT CTGTTTTCGGAGTAATGTTAAGAATTTTTTTATAGCAAATCTCAGATAAAAATATTGGATTTATCATATTCCTTCAAAAA GATCTCCCGAATTCCCTTTGATTTTTTTTTTTTGAAAGTCCCTTTGAAATATGATACGGTAATTTTTATACAAGCTTTTT ATTTTCCAGAGCTCAAGCTAGAATTGACCGTTGAATTTAATTTATCACAATTTGATTACAAAAAATAAAGAAAAAGATAG GATATATATCATATTTTTTTAAGGGAAGATAGGATATATCTATATATAATCGATATCAAAGATTTTCAAAGATTGTGAAA ATATTTAGAAGATTTAAAAAAAAAATAGAACACCAGTGTTCCCATTATAAATTTTACCTTGTTCATGATTATGTCTCAAA ATTTCACAAGAAAATTTTTACTCAATGGCTCCAGCTAGTGTACTTTCAAGAAATGAGTTTAAGCCCACGGATGATGTACT CCTCCAGTTGTTCCTCTACAACAAGGTCCATGGTAAACCCTTGCCTGAAAACGTCACCATTCTTGAATATGACTTGTATG GTGAGCAAAACCCATGGGAGATTTGGGAACAGTTTGGAGACTCCAATTCATATGGTGGAAAGGACCTTTACTTCTTCACC ACGCTAAAGAGGAAGTCTGGTCCTTGCGCACGCTCAGTTCGCACCATTGGGTTGGGTTCATGGGAAGGTGAAGATGTTGG CAAGATCATAGTGGCTACTAATGATCCCCACAACAAACCCCTCGGCATCAGGAAACGTTATCGGTTTGAGAAGAGTGGCA CTGGACAAGATGGGAGATGGATCATGCATGAGTACATTCTTGACTCGTCTTTAGTCCCTGATTCTTCAGTAAGTACCGTG CACTATGAACCATTATAATGTGTTCTTGTATGATTTGTAAAATTGTTCATGTGTCTGGTACTAGTTTAATTTAGGCTTTT GAATGTTTTAAATTTTAACACTTGTTTGGTACCAATTAACTTATTGTATCCATGCTGATTGCTTAGTTAATTACAGGCCA ATAATCAGGTTCTATGTAGATTTAGAAAGAATTTGGCACATAATATTAAGCCTAAGAAGAGTCGGAAGAAAAGTACAAGT CAAGAAGAGAGGAAGACAAGGGTCAATACCAAGAAAAGGAAGATTACTGTTCTTGGACTTCCAGCTACCACAGAATCTGT AAGTACCTTTGTTAATTTTTATTTTTTATTTACAAATTATGAAGCTTTTTTAATTATAACTGGGTAATAGTATGGGGTTT GTGTTTAGTTGTTTTAATAGAGGGCCACTGGGGGTAATGCTGTTAAAAGGACTGTCTTTGTAGTGTGTTTTAGATTTTAA TGATTCTAGATACAAAATATATATATTGATTATACTAAACAGGGTTCTCTACATTATATTTTGCAGCACACTATTGATAA CAATAATGAAGTTTCACTTGGGAATGATAGTTGCCAAGAACTAAAAGGCCATCCAGAGAGTGGAGACAATACAATGGTAT ATTATTTATGATATTGATTCTTTTGTTTATTTTTAAAATCTTACTTTTGAATTGATGCAATTTTGTCTCTGATTTTTTTA AGTCAATTTTGTCTCTGATAAAAGGTCGAGTTTTGGAAGTTTATCTTTGATTAAATTTAAGTAATTAATTATAATTTGTC TTGAATTCTAATTCATTTAGAACTATCATAAATTCCTTTTAGATATGTTATGAAATTAGATATTTATAATTAAATAAAAA ATGCTTTTTGTCTTCAGAGTGTTTAAAGCAATCTATGTATATTTGATCATTAATTCATTCTCTTACCTTATCTTTTGTAG GACATTATTAATGGTGATAATAATGTTTCGTTGGGGAAAGATATTTGCCAAGAAACAACAAGTCATCAAGAGAAAGAGAA TGGAGGCAAGAATGAGGTGGTTGAAAATACCAAAGGAAATGAGTCTGCATTTGAAGATCATGTAGATGAAGATGGAGATC TCACAATGTCTTGGCCAGAGTTGTTTGCACTGCAGTTGAGAACGGGATCCTGGTTCCCATCACAGGAACAAATCCAGACG CTTTCCAATACAATCTACAAGGATTAATGATTATTTTGAAAACTATGATGTTAAGTACATACTCCTAGATACTAAACTGT TAATATGTAGCGGGTCTAGGACAACATAGTCTCTGTCTTTGATTATACTTTAGTATAGTTGATTCAATTTAAAGAAGCTT CTCATTCATGACCAAATCCTCTGAATTTTGATTATGGTTCTATTTGATTGTTGTTCACATCTAAATATCTAATGACAACA AATGCATAAACTTGAGATCTGAATGGCTTGTCACAAAAACTGTTTACATGTCCACTATGTAAAACTTGAAAAATGAAATT AATTACTATGAAAATTTCTAATATGAACTGAAAATTTTCCAACATCATCATCTACCAACACATATATATCCTTCAAGAGC TGGCCTAACTCCCATGCCTCCACCACCGCCGGTCATCCCCACCGTGCCGCAAAGGCGCAAACCTCCTAGCATCTGCTGCT GAACCATCACTGTCCAATTCAAACCCCACTCACTTCACTAGGCATTAGAATGTAAAAAGCATATAAAAACAAGAGAATGG AACCCACCACAGACACTGATAATACACAAGTGGGGTTTGTTTGTCGTTCACGATTGGCATTTCCTTCCTTTGGTTCATCG CTCTTCTGCTTCAGTTCTCATCACTTGTATTGGTTCACCAATCTCAGATAGACAGAGTGAATGGATAACGGAAGCGAGAG GTGGAATTTCCAAGGTAACAAAGGGCTCAATGCTTCAACCGTCTCTGTGAGTGGGGTCTATAGCATGCTCATGGATAGCA TCAGCAACAATGTAGACAACAAAAAACCTCTGGTTCGCCTCTGTCGTGTTGATCCTACTGATAATCCATTGTTAAGGACT ACCCATGTTGCTCCTGATGCTGTTGCAACTGCTGCTCACTCCATTAACTTCAATTGTTACCCTCCCACTGTTGGCTTACC TGATGCAAAGAGGTGTGTTTCCCCTCATCAATTATAGATAAAAATGCTATTAGTTTATCATGAAGTCATAGTAATGTCTT TAGTAATTGACTAATTGGTAAGAAACTAAAAGGTTTTGTGGTTCAATAGAGATTTATACACACCCAAATTGCATGTCCAC ATCCAAGCTTGGAGGATATAGGAATAGAAAAGAGAGAAGTAATATGATAGGTAAAGAAGAGAGATATGAAGAAAAAGTAT GTGGAAATATGATGGAAGAGAAAACGAGTGTGAATGTATAAAAACTGTGTGGTTATATATTTTTGATGTGGACAAACTTT GGTAAGTCTATGTTGGATTGATGAATGAGTCTCACATAGAATAAAAATGAATATGTTGAACAACGTACAAGTAGAGGACC ATTTACTTAAAACTTTAAGGTTTTGAGTGAAGTGTATAGTATGCGAGGTGAAGGAAGAAGAGCTATGTACTGAACAAGAA AATTGAAAGAGAAGCTTTTCACTGCTATTGTGCTGCGCCCCTCTTCTCTTTATAGTCCTTTATGGGAAAGGAAGGGGTTG AATCAATTGAATAGATATCCTGATTTGGGTGTGTTTTGTGAGTTGAGTTTTTGAGGCGAGAGAAGTGAGGAAGAGGCTTC CATTGTTTGAGTTTTTAAGAGGGGGGAAGGGTTTGGAGAATTTTTTAAAACCCTCCTAGACCCCCAAGACCCACCATTAG TTGTTTTTTGGAGTTCCCCCAAATTGGAGGGTTTAGAGGAATTTGGAACTTGCAGACAAGGGAAGGGCTTACCCCTCTTC CCCCCCACTTCCCCTTCCCTTCAAAGCCTTCCCTTCTCCTCCACTAAAAACTCGCAAACAAGCCTTAAGCAAGTTCTCAG GTTCTCCATAGGGAAATCTAGCCTCACTTTGAAGAATGTTCCCGACTCAAACATATGATTGTCTCGAATTGAGGATAAAT GTGATGGTCCAATTTTTTTTTCAGTGTACTCTCTGTTGGGTTAGTCACAGATGAAAATCAGTTTTCAACCTTTTCTGTCT CTTTTTGTGTCCTAATAAAAACATAATAGTTCCCTGAAATAATTTGACAACTTGAAGATAAAGGAAATAATTTTTTGTTA AGGTTTTCTATTTTCATTAGAAGGAGTTGGAAAGGAGCAGGTGATTTCTGTAATCCATTATTGACATTGGTATTTCATAT TTGCTAATCTTATCTAACACGTGAATATGGAATTTCTGGAGCCAAAAATCTATTAAACATGTTTAAATATGATAATTTGG TGAAATATTGCCATTTCCTAAACAGGGCTATTGCAAATTATCTCTCTTCAGATCTTCCATACCAGTTATCACCAGACAAT GTTTTTCTCACCGTTGGGGGCACACAAGCTATAGATATAATATTACATGTCCTTGCACGTCCTGGTGCCAACATTCTCCT TCCAAGACCAGGGTACCCACTATATGATGCTCATGCTGCTTGTTGTCTCCTTGAAGTTCGGTACTTTGATCTCTCGCCTG AGAGAGGATGGGAGGTTGACCTTCATTCCCTTGAGGCTCTAGCAGATGAGAACACTGTGGCCATGGTTATAATCAATCCA AGCAATCCATGTGGGAATGTGTGCACGTTGCAGCATTTAAAAAAGGTACATAATAGTCTTAAACTTCATTGTTTCAGAGT AGAGGAAACAAAATACTAAAGGGTGGCTGTTTAGGTTGTACTTTGATTCCTCGTAAATGTAAGGTCTCGGGCTCGAGTTA TGAAGTAAACCTCTGTTGGGAGATCTAGCTAGCCTCACCTAGATGCGGATGTTCTGACTCGAACATGATTGACTCCCATG AATGATACTTGTATTAGACTAAGAAAAGAGTAGGAAACAAAATGTGACAATTTTTCAGGACTCTTGTAGGTTGCTGAGAC TGCGAGGAAACTTGGAATCTGTGTAATTTCTGACGAAGTTTATGCCCATGTAGCTTTTGGAAGCAATCCATTTGTGCCAA TGGGAGTGTTTGCATCAATAGTGCCAGTTATCACAATTGGGTCCTTATCAAAAAGATGGTTAGTTCCTGGTTGGAGAATT GGCTGGATAGCCACAATGGACCCCCACGAAATTTTTCAAAAAACTGGGGTTAGTGTTTTTTTTACCTTTTGTTTTCAATC TTTTTATCCTTAAAATTTATCAGTCTAAGAGATTTCTCTTTTATCAAGATCAATTGGAGTAAAGATTTTTCACAGCTTAG AAAACCTGATATTTGAATGATTATGCAATTGTTTTCTTTCTTTATCAGATCAAGACAAATATCATCAGCTATTTGGAGAT CACTTCTGACCCTCCAACCTTCATGCAGGTAACAAATGGAAACTATAGCATAAGCAAAACGCAAAAGTAACAGAAAAAAA CCAACTAGTATTCTTCGGCCGATCGAATAGATCAACAAAAGCATATATTCAGAATTTAATACGTGTTTGTTTGCTTATGC TTGTATCCTTTTTTGTTCATTTTGTTTTCCCTAAAACAAAAATGACAGAAAGTTAGGCTTGCAGGCTGCAATACCTCAAA TCCTTGAGAGAACAAATGATGATTTCCATTTTAAGAATCTGAATATGATGAGAGAGGCTGCAAACATATTCTATGATGTA TGTAAGGAGATCCCTTGCTTGACATGCCCTCACAAACCCGAAGGAGCCATGGCTGCAATGGTAAGTGGCATAAAGAATTC TTAGGCTTTCATCATGCTATAAATTTAACATGGGGTCATCTTACTCATGATCAATTGACAGTAAATTGAATGAATCAGGT GAAGATTAACTTTTCAAAAGTTAAGGACATTGTTGATGATTTGGATTTCTGTGTCAAGCTGGCCAAAGAGGAATCTGTAA TTCTTCTTCCTGGTAAGAATTCAATTGGTAAATTGAATAAAGTCATATATGACGAGAGTTTCTCTTTATTGGTGTTATTA TACTTGCTTGCAGGTGTTACTGTTGGACTAAAGAATTGGCTTCGGATTAGTCTTGCTGTTGACCCTTCTGATCTTGAAGA GGGCCTAAGCAGGATGAAAGCATTCAGCCTTCGGTATGCCAAGATGTCATAAATCATGTCACACGGGAGGGTGTGTTGAA TCTTAGGTCTGAGATATCTCCTAATGAGCCATCTTTAAGGCAAGATATATGTATCAAGAAACTGCATTTTATATTATGTT TCATGATGCTCTAGGTTCAAACTTGAATTATGGCTTTTCTATTTGTCTGATCTGATGGAAATATCAGAACAAATTTCCTT ATCAAAATGGAATAAAAAAACAAATAGACTCAGTGAGATCTGGAGGAGAAACTCATCTTGAACCAGTGAAACTCGACACA CTGATCCAACTTCATATAAATGTGAAATCT
CDS sequence (LotjaGi3g1v0446400.3) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGAGAGCGGAAGTGAGAAGTGGAATTTCAAAGGGAACAAAGGGCTCAATGCTTCAGCCATCTCTGTGAGAAGGGTGTA TAACATGATCAGGAATAGCATCAACAACAATGAAAACAACAACTACAAACATGTGGTTGGTCTCTGTCGTGTAGATCCCA CTGATAATCCATTGTTTCGGACTGCCCCTGTTGCTCCTGATGCTGTTGCAACTGCTGCTCACTCCTTCAACTTCAACGGT TACCCTCCCACTGCTGGCTTACCTGATGCAAAGAGGGCTATTGCAAATTATCTCTCATCTGATCTTCCATACCAGTTATC ACCAGACAATGTTTCTCTCACCCTTGGTGGCACACAAGCTATAGATATAATCTTACCTGCCCTTGCACGTCCTGGTGCCA ACATTCTCCTTCCAAGACCAGGGTACCCTCAATATGATGCTTGTGCCGCTTGTTGTCTCCTTGAGGTTCGGTACTTTGAT CTCTTGCCTGAGAGAGGATGGGAGGTAGACCTTAATTCCCTTGAAGCTCTAGCAGATGAGAATACTGTGGCCATGGTCAT CATCAATCCTAGCAATCCATGTGGGAATGTGTACACGTCCCAACATTTAAATAAGGTTGCTGAGACTGCAAGGAAACTTG GAATCTGTGTAATTTCTGATGAAGTTTATGGCCACGTAGCTTTTGGAAACAATCCATTTGTGCCAATGGGAGTGTTTGCA CAAATAGTGCCAGTTATCACAATTGGGTCCTTATCAAAAAGATGGTTAGTTCCTGGTTGGAGAATTGGTTGGATAGCCAC ATGTGACCCCCAAGGAATTTTTGAAAAAACCGGGATCAAGACAAATATCATCAGCTATTTGGAGATCACTTCTGACCCTC CAACCTTCATGCAGGCAGCAATACCTCAAATCCTTGAGAGAACAGATGATGATTTTCATTTAAAAAATCTTAATATAATG AGAGAGGCTGCAAACAAATTCTATGATGTATGCAAGGAGATCCCTTGCTTGACATGCCCTCACAAACCTGAAGGAGCCAT GGCTGCATTTGTGAAGATTAACTTCTCACAAGTTAAGGACATTGTTGATGATGTGGATTTCTGTGTCAAACTGGCCAAAG AGGAATCTGTACTTCTTCTTCCTGGTGTTACTGTTGGACTAAAGAATTGGCTTCGGATTAGTCTTGCTGTTGACCCTTCT GATCTTGAAGAGGGCCTAAGCAGGATGAAAGCATTCAGCCTTCGGTATGCCAAGATGTCATAA
Protein sequence (LotjaGi3g1v0446400.3) extracted from Lotus japonicus Gifu v1.2 Proteins.
MESGSEKWNFKGNKGLNASAISVRRVYNMIRNSINNNENNNYKHVVGLCRVDPTDNPLFRTAPVAPDAVATAAHSFNFNG YPPTAGLPDAKRAIANYLSSDLPYQLSPDNVSLTLGGTQAIDIILPALARPGANILLPRPGYPQYDACAACCLLEVRYFD LLPERGWEVDLNSLEALADENTVAMVIINPSNPCGNVYTSQHLNKVAETARKLGICVISDEVYGHVAFGNNPFVPMGVFA QIVPVITIGSLSKRWLVPGWRIGWIATCDPQGIFEKTGIKTNIISYLEITSDPPTFMQAAIPQILERTDDDFHLKNLNIM REAANKFYDVCKEIPCLTCPHKPEGAMAAFVKINFSQVKDIVDDVDFCVKLAKEESVLLLPGVTVGLKNWLRISLAVDPS DLEEGLSRMKAFSLRYAKMS
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 |
|---|---|---|---|---|---|---|
| PIRSF | 1 | 420 | 420 | 1.6E-174 | ||
| PANTHER | 6 | 419 | 414 | 9.0E-200 | – | |
| PANTHER | 6 | 419 | 414 | 9.0E-200 | – | |
| TIGRFAM | 8 | 415 | 408 | 2.5E-155 | ||
| SUPERFAMILY | 42 | 412 | 371 | 2.15E-82 | ||
| Pfam | 45 | 408 | 364 | 2.1E-56 | ||
| Gene3D | 51 | 412 | 362 | 5.6E-112 | ||
| CDD | 56 | 411 | 356 | 1.94819E-83 | – | |
| Gene3D | 63 | 308 | 246 | 5.6E-112 | ||
| ProSitePatterns | 250 | 263 | 14 | - |
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 LotjaGi3g1v0446400.3, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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