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| Field | Value |
|---|---|
| Gene ID | LotjaGi3g1v0313900 |
| Transcript ID | LotjaGi3g1v0313900.2 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Alanine--tRNA ligase; TAIR: AT1G50200.1 Alanyl-tRNA synthetase; Swiss-Prot: sp|P36428|SYA_ARATH Alanine--tRNA ligase; TrEMBL-Plants: tr|G7JNH3|G7JNH3_MEDTR Alanine--tRNA ligase; Found in the gene: LotjaGi3g1v0313900 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:66424910..66438089) extracted from Lotus japonicus Gifu genome v1.2.
CCCAACTCCCCAAACCCAGGGGAGGCCCCAAACCCAGTTCCCCTTGACTCTGCTCATATCCTCTCTTCGTAACCGTAACC CTCCTCCGTTAGCGCCGCCACCTTCATTCCATTTTCGCGGCGTCTCCTCCTCTTCCAGATCTCCGGCCACCGCCATGCCT GGACCAGACGCTCTCGATTTGGAGTGGCCGGCGAAGCGCGTCAGAGACACCTTCGTCAACTTCTTCAAGGAAAGCAAGAA CCATGTGTACTGGCAGTCTAGCCCTGTCGTTCCCTTCAACGACCCCACCCTCCTCTTTGCCAACGCTGGTACTCTTCTTC TCTTCACTCTGTTATTGCATCACTCTGTGTGTGTGACTGAATGAAATGAATTAACTATGTCGATTTTCAGAATTCTATTT GTTTTTCCAAAGTCTGTGTCAATCGTGTAACGTACCCTGAATTGGTATATGATAATCTATTAGCTTCTTAGTAATCATGC CTTGTGTTCTGTGTAAATTGTGGCATGTTTGGAAATACTTCAGTTCTACTATTGATTATGGGAAGAAGCTTATCAAAATC AATTTTGGGATGAGGATTTCTTTTTGTATTGATCTGTTGTGGATAGCTTGCATTGGTGATTGTGTATTGTTAATTTTTTA AAACTATATACAGTATTGGTTATTATGGATTCATTGTGGCATGACAGGTATGAACCAGTTCAAGCCAATATTTCTGGGAA CTGCTGATCCAAACACTGACTTGAGCAAGCTGTCTCGTGCTTGCAATACCCAGAAATGCATACGAGCGGGTGGTAAACAC AATGATCTTGACGATGTGATACCTACCATCACACCTTCTTTGAGATGCTTGGCAATTGGTCGTTTGGGGATTACTTTAAA ACAGAAGCCATTGGCTGGGCGTGGGAACTTCTAACCAAAGTATGCTTTATCAATTAGTTTTTTTTTGGTATTTAAATCTT GCTTTCTTGAATTATGATCCCTTTCGCGACACAAGGTGTTCTGTGCTTGTGAATGATTTCTAAGGAACCTAGGTAGTAAC TGAAGCTACCCATAGTGGGCTATGTAGGTTGATTCTTCTATGTTACCAGGCTTTTGTTCTGCTTAAATGCCTTTTGGTGT TCAGATCTCATTAGTAGTAATGTTCTTCAATTGGTAATTGCATCATTATGTAACTAACCTCTACTTCCATTGTATCAATT GTACCATGCCTACCAGTACTGCGCTGGGTTTCACTTGAGGAAGAATGGCATTTGTGACTTATATATGATATGGGAGCTTT TAGCGTTCAATCATCAATATCAGTTGTGAAATTGTAAATCCTGATTGGATTTTATGTTCACTTGGATAAATTAGTAATCT CATCCAAAGAAAATGTATGTTAGAGTGTTCAATTCAATTTGATATGCTCGCTAGTCGATGTTGTTTTTGGTGACCTTGTT TTTTGTGGTAGTGTGCAATATAACCAAATGGAGAAGTTGATAGCTATTTAATTCCTCAATTCATGAAATGTATGATTATA TCTTTTACTTGTTTTTCAGGTTTATAAATTACCATCAGATCGGATTTATGCAACCTATTTTGGTGGTGATGAGAAGGCTG GTCTTGCCCCTGATACCGAGGCTAGAGATATATGGTTACAGTTTTTGCCTCCTGGACGTGTGCTTCCTTTTGGCTGTAAA GTATGCTTTTGTTAATCACTATGTTTTCTCTTAAGTATGTAGAATAGAATATGTTGATAACACATGCAAGTTATATTTAT TATTATGGTTAACATTTTTATAATGTAATATTTTATAAAATACTTGTAATTTCTTTATTTGAAAAGATTGTTGTAAACTG CAACTTGTAAGCGTTGTTATCAAAATTGGATCGGACTTTCTGGTTTGACATGTTGAACTAGGAACTTATTAGGTAATTGA TCCATTTAATTCAAAACGCCAGTTGATTCAGATTCAGTAAGAACTGGTCCAAAATATGTGGAAACTGGTGGTTCAGTGCT GGTTTGAACCAATCAGTTCACCTTTTAATTTAACTTAAAATGTTTTGCCGTCAAATAAATGTCCAATGCAATGCCAAGAT AGACAACATGATTATTGATTTTTATCTTGCAAGACATGCAATATGCTCATTTTATCATCTATTAATAAATAACTTCCATG CTTAATGAGTGTTGTAGCTGCCTTAGAAATGGCGGTCTTAATTTAGAAACTATTTAAGCTGTCCTTATCTCAAGTACTGG CATCATTTTTTAAGAGGGGGAAATCACTAAAAAATGCATATGGATTTTTTAGTAGTTATAAGAGACGTAAAACATGCAAA ATCTATTTAACTTTATACTAAAAGTTGTGTCTTGAGTGGATCCTTATATCTAACTAGGTTTGTATGTTTGGATAGGACAA TTTCTGGGAGATGGGTGATACTGGTCCTTGTGGACCTTGTACTGAAATACATTTTGACAGAATCGGTAACCGTGACGCTG CATCATTGGTTAATAATGATGATCCTACCTGCATTGAGATATGGAACCTTGTCTTTATTCAGGTATTATAATGAATTATA GAGGGACTAACCCCCCCCCCCCAAATGTACTTTATCAGTTGGTATTACTAGAATCCATTTTATAATGCATCCAATTTATT TCTCTCTGTATGTCTCTTACAGTTCAATAGGGAGGCTGATGGCTCTCTTAAATCTCTGCCTGCAAAGCATGTTGATACAG GCATGGGTTTTGAACGATTGACCTCTATACTACAGAACAAAATGAGCAATTATGACACCGACGTCTTTTTGCCCATCTTT GATGCTATTCAGCTGGTATGTTGATATAGGGATTAAAACTTATTGTATTTCCTTACATTTTTGGATCAGTAATATTGTTT AGCCTTTAACTGTATGATATCTGAATTTGGATTGTAATTCTTGTAATGGAGTGTTACTTATTGCCCTTGATAAGGCAATG TGTTTAGTATATACATGGTAGAGAGAAGAGAGAGGATTTCCAGATTTGTCAGGACCAACATTCCTTTTCTGAAATAAGTT TTAGTGAAACTTTCAAATATAATATTCTTGCAAGTTTATTTGAAGTGATATAAACGAGTAATTACATGTTGAGTGTTGAG CTCATACTCCTTGTAATCTTCATTTGTCACCATGATTTTTCCCCTATTTTGCAGCTTTTTGTCTTGGACATAAACACGTA GTTCCCTGTAGGTCTAACCACGATAAGTTCCACTTCCATGCCTGATTCTCTCATTGTTTTCTGTTTGTGGACCTTGTTAC AACTTACAAGTTACAACACTATCTGGGTCTATATTTATTTTTACTTTCACTCTTGGTGCCTCTTGTGATATTTCTACATC TTTGTACAGCTTCGTAACTTGAAGTTTACCTTAAAAGAGAATCTATAAAGCAAATTGTAAATTCTACTTGCTATTGTCAA ATGCTCCTTATTCTTTCATTGTTATTAGCTGCCTATATATGTAGTTGACCGATTGTTTTGACAAGTCGTGGCTTATAATT AAATGTACTTTTTCAAATTCCATTAATGGTTGTATAATTTTTTGTTTGATTTTTCTTTGTGTAAAACTTTTAAAGGCAAC TGGTGCTCGGCCATATTCTGGGAAAGTTGGACCAGATGATGCAGATAAAGTTGACATGGCATACAGAGTTGTTGCCGATC ACATCAGAACTCTGTCATTTGCTATTGCTGATGGGTCTCGCCCTGGTAGGTTATTGTAGACCTGCTATCTTTGCTGACAA TTTTTTCCTTCACAGTTCATAGATTTTGACTTTCTAGCTTCATCAATTTGCTGCCCCTCCCCCGCTCGGTCTTGAGCGAG CCCTGTTCTTCAAAGATAGGATTGTGACCTGTAAAGGGGTGCACTAATATGATATATTCCCCTTAACCCATTTATTTAGG CTTTTGACTTCTTTATTTTTAGTTGTCTATGTTACAAGCTGCTGACCAGTTTGTCTGTTTGAACGTTATTTAACTCTCTT TTTTTTGAAGATTAGCATCTCTACCTTTTATGTTTTTTTTTAATGATAGAGGGACCTCCCCCATCTTAAATATGTTATTT ATTTATTTTTCTTTTGAAGGTAATGAGGGCCGTGAGTATGTTCTGAGGCGTATACTCCGTCGTGCTGTTCGGTATGGACG TGAAGTGTGATAGCATGAACAGTGTGCATGAACAGTGCTCGTGAACAGTAGCAGTTAGAAAGTTATTATTTGATTATTTG TTGGGGTAGTTATTGGGTTAGTTATTTACATCAGTTTATGTTAGTTATGTTCTATCAAAACTGCCTAGGGGTGGTTATTA AATTTCTAGTTATAAATAGGAGTTGTGGCTGTTAGTTTAGACATTCAGAAATTGGGTGGTTGTCATAAGGAGAGACTGGA CTCTCAAAATTCCAGAATTTGTAGGAGAGAACTGGCTCTCGAACACCAGTACTTCCATAAATATTCTGTAATAAATTCGG TTCCTATCAATTTGGTATCAGAGCACCATCCAGGTGCTGTGGTGCAATTGAATCGTGAAGAAATGGAGAAGAAGACAACA ATTAAGAAAAGGGAAGGTAAGGCGTTTCCAACCTTTGATGGTAAAGAGGCTTACTGGTGGTTGATCAAAGTGGAGCAGCA CTGTGAGGCCATGGAAATGGCTGAAGAGAAGAAGTTCTCGGAGGCTGAGATGGCTTTGACGGGAGATGCTTTCTTCTGGT GGTATTTCTGGAAAAGAAGAAACCAGAATGCAAAATGGTGGGATTTTGTGAAGGCTTTACTGAAGAAATTCCAACCAGAA ATGGATCCTGACATACCAGTATATGTTAAAGATTCTAGAGAGGAAGAAAGCCCAAGGATAAATGAAGTCTTGGAGAATGC AAGAGAAGGCCATTTAGTAGAATCAAAATCAGAGATGATAGAGACCACAGTAGAGGCGGAGAAATCCTTAACCTTTGAGA TGCAAAGACCCAATCTTGAAGCAGAGGTTGTAAGAAGAGGTGATGGAGTGAGTCTTGGACCCCGGTGGAGAAAGCATCGA AAGATCCATCAACAACCGAAGACGATGAAGAGACGCAAGTCTCTGAATAAAGAAGGGGAGCCAAGACAGAGGAATGGTAT GTGGGTCAAATGTCTTTCAAGGATCAAGCATCTTCCACCACAGGCATTGAACAGACTGCAACACTTGGCATCTGCAGAGA TGATCTTGTTGAAAGAGGGGAAGACAGGAACAAAATGGGCTGCGTTAAGTGGTTTGACCAACTTCAAACAGTGGGATCCA GGAGGAGGTATTTTTCAGAGTCAAACTCCAGAAGTACTGATTAAAACTGCAGAACATTTGGAGCAGCCAACCTACATTGA AGGAGCATTGCCTACTTCCCACCTTGAGGACAAGGTGGATCTTTTAGGGCGGGGTATTGATAGGATGAACAGTGCGCATG AACAGTGCTCGTGAACAGTAGCAGTTAGAAAGTTATTATTTGATTATTTGTTGGGGTAGTTATTGGGTTAGTTATTTACA TCAGTTTATGTTAGTTATGTTCTATCAAAACTGCCTAGGGGTGGTTATTAAATTTCTAGTTATAAATAGGAGTTGTGGCT GTTAGTTTAGACATTCAGAAATTGGGTGGTTGTCATAAGGAGAGACTGGACTCTCAAAATTCCAGAATTTGTAGGAGAGA ACTGGCTCTCGAACACCAGTACTTCCATAAATATTCTGTAATAAATTCGGTTCCTATCAAAGTGCTAAAAGCTAAAGAGG GATTTTTCAATGGGTATGTATAAAGGTTAATCACTTCAAGCTGTTGTCAGAATCTAGATCTAGGCCCCGTTTGGAAGAGC TTGTTTGAGCTTATCTGATAGCATAAGCTCTTATGCCAGTGTTTGGGAGAGCTATGATAAAGAGCTTATGCTTATATATA GCTTATTTTCAATTTATTTCAATAAATATTTCAAAATAGTTTATAAATAAGCGCTTATGTCATAAGCACTTATGACCATA AGCGCTTAATTAAGCTGTGTTTCCAAACGGGGCCCTAAAGCGTTCTTGCCCGATCCTTCATCCGTGTGATATATGAATAG TGAAAACTTATATTATCTGTTATTATAAATTTGGTCTATTTGTTTAAAATATTATGGGGATCTGATCAGAGATTCCAGGC GTGTATAAAATTATTAACATACATTCTGTTTGTAAAATGCTTTTCTGTCCTCAATTTTGCTGTTTCTAGGCTTGTAAGCG TTGTGGTGAATGTGATGGGCGATGTTTTTACTGAGCTAAAACAACAGGAAGCGCACATTAGGGACATAATTAAAGAGGAG GAGGAAAGTTTTGGCAGAACATTAATTAAGGTGAGGGGCATATACATCAAGATGTTTATATGGGCAATCACTTGTCAATA TCCTTGACAATCATCACTCAGATTAGTTTAGTTTCTTGAAAACTTGATGTTTTACCCTTTGTCAGTGGGTTGTTTTCTGA TTTTTCCTCTACTCATTATACGTTTACAAAGTAAAAATAAAGCAAAACCTAACTGTTTTTACTTCTCCAGGGGATTGAAA AATTTGAGTCATCTGTTCGACATGTTCAGGGAAAGCTGCTGAGTGGGGAGGCAAGTAGAATCTGTATTTTCAGTGCTACT TAGTTGTCATATTTGCTTATTTTCTTACATTTTTTACTTTTCCTAGTTACGTATTTTTCTCGGGTTTTTGCAAGTATATG CAGAAAACATTTAATATTTAACCTTTAATCAAACATTTAATTTTTCTTGGGTTTTTGCTTATTTGCTCTACTATTTTATA GTGTATTAATATTTTGTCTTCGGAAAGTCAATTAAATGAAATTCTAATTTTTGTAGGGATCAGTACTGCTTTTTGGCATA CTGCAGTTAGGTGTTGATGATTTGATGCTTATAACTTGTTAAGATCCTACATTGACTAGGGCTATTGCCAAAGAAGTCCT AATAAAGGGCAAGAGAATTCTCACCCCTAAGCTAGCTTTTAGTATAGAGCTTAACCTAGCTCAAATTCTTAAGTTAACTT CTCAGTTCTCTCCAGGTCTGTGTTAACGAGTTCATTTTTTGGGTAGTATAAGACTGTTGTAATGAAAGAGCAAGGAAAGT ACAATTAAGATGTCAAGATATCCCCCCATAATAAAATCAAAATATAACGTTGTGTTGTTTACATATTGTCGAAACAGACA TTTCTCTAACTGTTGCAAATTTTTGGCTAGTGTCTTCCTATAATTTTCCCATATGTTGGTCCTGAATATAACAAAATTTT AACGTTTGGTGTTTTATCCAAAACATACGACTGCACATATTTTATCTTATTGGTGACGGAGTTGCAGTTGAATCTTATAC CTGATAATTCATGATTACACAAATGTTTGATTCCATTTGCATAATTGTCATATAACTTAATATATTAATTCCTTAGTTTT TTGTGAATAGGCCCACCCATGGGCTATTTCTCAGGCAGCTGTCTCTTGATTACAGGAAGCATTTGTCTTGTGGGATACAT TTGGGTTCCCGTTAGATCTGACTCAGGTAGGTGGTTTGTTTCACTGTAATAATGTATGGAATTGGAATTGTAGATCTACT ATGCTGTATTATTTTTCCTTAACAATTTTCTATTTGTCAGTTGATGGCTGAAGAAAAGGGATTACTTGTTGATGTGGAAG GTTTTAATAGTGCCATGGAAGCTGCAAGAGAGAGATCAAGAAATGCTCAAACAAAGGTATCTTGGTTTTTCGAATTTATC TTTGAAGTTTCTTCTGAATTTTTAAGACACTAATCAAATCTCAAACATAGACAAAAATAATGACTAAAAATTAAACTAAT TCAATCTTTTCCCCTGCTCTCTTTCAAACTTTCTTGTGTTATTTTCAGCAAGCTGGTGGTGCCATTGTCATGGATGCTGA TGCTACCTCTGCATTGCACAAAAAGGGCATTCTCCCAACAGATGACAGCTTCAAATATGTTTGGTTCAAGGTAAGAATTT TGTTATTTTTTTGGGGGAGGGGGATTTAAGACAATTTAATAGTGAAGGAGGCCACCAAGGGATAAGAACAGTTTTTTTCC CTTTATAACCATACCATAAAATTTAAGAGTGAAGTCATACATAAGAGGCTTCCTGTATTCACGAAATGTGAACATCACTA GAACAAATTTAACTTAGTTTTGTTCTGAATGCCTAACTTATACAACTACAAGCACTCCATTTCAGCCACTGACACCAAAG TCAATTATGAGTGCTGTGTTTACATGAACTGAAGTTTTTATGCCACTTGTTCTAGCCAAAATCCTTTTCTTTGTTGGACT TAAAACTAGCCTCCCAATTTACTTAATGTTGCTCTTAGTATTCCCAAATCCCAGCCCCTTACAGAAGTCAGTTGCTTTTG ATCTTCTCTATTATATATCAGCTATTGAAGATAGAAAAGTGTGAAGGTATACTAGATGTAGAAGGTTTTGATCTTCTCTA TGTATTGACTTGTGGTTATAAGTTGAGCCGTTGCATTAGACTCCACACTATAATGCTATATGTTTATCCACTTGATATTC TTTTTAAACCGACTACCATGCCTTCCATTGATTTATAGTCTTCTCCATTTCTTTTCTCAGGACCATCAGAGTGTGGTAAA AGCAATATATACTGTTTCTGAGTTTGTGGATTCTGTTAATACTGATGGTGACATTGGTGTTATTCTGGAATCTACAAGCT TCTATGCTGAGCAAGGTGGTCAGGTATTAAGCCTTGTAAATAGTTTATATTTATTTTGCATGTTCGTTTGATTTGCTTTA ATTAAAAGTTATGTTTGTTATTCATTTCTTCACTTATAAACTTACTTTTGGCAAGTAAATATGATGAAGTTTCTGGAACA TTTTTGTTTTATTTTTTAATTTTTGTTTTATTCTGCAATTTATTTTTTAATCCATCTGGTTTTCAAATTTATCTAACTTC CTCCTCTCCATGAAGTCAGTCAACAGATTTTACTAACAGCTGCATAATATATTATATGGGAATCATATTGAATGGCCGAC AAATTCTTTGAATGGTATATGTGTTGCTGTCAGCCATCTTAGTGTGTAGCATTTTGCTTTCTTGTTTATGAAATAGTGTA GATGCATGAGTATGATTCTTAGGAAGGACAATGGCTGGCCTGCTGTGGTTATTCGTATCCATTACCTTGCTTGTATGATG AGTTAAAGAGTATTTATAAAAATCTAAGCTTAGAGGAAAATTAGTAAGTATGACATCATTTATGATAAAAGAAAGTAATA ATTGGATACTTGGTGTAGAAGTTATTTCACCAAGATTTCAAACTGAAATTATATGGTTAAAGGCCTGTTCGTTTAAGCTA AAAAAGGATTTTATGATTATGGTATATAAAGTGATTTATTTCTTTGAGATTTATGTAAACCAAAAGCTATTTTAGTTTTT GTTATAATTATATTAAATATGGTTTCCCCTTAACATTGTCTCTCATATATTGTAACAGCTTTTTCTGAAATCTACTCAAA GTATGTTATCGAAATAAAGCTTATCCAGACACCTTGAAAATTTTCAAAACTAATTTTTTAATATTTTTTTCGAGAAAAGG GCTTAAACAAACACATTTTAAGTTTAACATAGCAAACTTCAAGCAATAGAAATCATTGTAATATAATAGAAGAGTATTTT GGCAATGCTAGACTTCAGTATAAGTAAAATATTGGTAATGCAAAACTTAAATTTAACTAAAACATTGGTAATATAAGTCT ATAAGACGTTTTGAATTATGATAAAACAGGATACTATTGATTTTGCTAAAAGAAATTATCAAGCAAATTGGCTATATTCT TCAATGTGGACAAATTGACAAAGGACCACTACTTGAAAAATAAAGACCTTAAAGAAAACATTCCACTACCAAATTTTATC AATATTATATATGTGATGCATTTCCCCTTTTCTTTTACTCAGATTTTTGATACTGGATCACTTGAGTGTCAACATGCTTC ATTTCAAGTTCGTAATGTTCAAGTTTTTGGAGGCTTTGTCCTTCACATTGGTAATGGAACTGGTATCTCTGTTGGTGACA AAGTAGTATGTAAGGTATTTTTTTCTTTTCCCCTTTTGCTTCAAATTCCTCTTTCTTTTGTTATTTTTATTACTTTTTGA TTGTTTGTAGTTGTCTGTATTTATGTATGATCTTTCATTGCTGTTTCAGGTTGACTATGGAAGACGTGCCCTTATTGCCC CAAACCATACCTGCACACACATTTTAAATTTTGCTCTTCGGGTATGTTGAAAGTGTCCTTCAATGAAGCCTTACTAATAC TTTCACTGATCTGTGTGGTAATTGTTGAAATTTCAAATGATGAATGCAGGAAGTACTAGGTGATCATGTTGACCAGAAAG GATCTATTGTTCTTCCTGAAAAATTGAGATATGATTTTTCTCATGGTAAGGTTTATTCAGTAGGAGTTAGAATAATGTGA ATGTAAGGAGTTATTATTTACTATGCTGCAATAATAGGCAAGCCTGTTGATGCTGATAACTTGAGGAGAATCGAGTCAAT TGTTAATGAGCAAATAAAAGCTGAATTGGATGTAAATGCAAAGGAGGTTACTCTTGCTGATGCCAAGCGCATCAATGGTT TGCGAGCTGTTTTTGGAGAAGTAAGTAATGTAATTTCACTGAATGTTCTTGCTCATCCAGGATCTTGTTCTTCAATATTC TGCTCTGATGTAGGTCTATCCTGATCCGGTTCGAGTTGTATCAGTTGGAGAAAAAGTTGAGGATCTCCTTGCTGACCCCG GGAATGATAAATGGTTATCAATATCATCAGAATTATGTGGCGGTAAATATGATAGCTAATACTTTGAAACTTCCTTTCTG AGTTTCTGTTTGAGATTTCATTTTTACTTGATCTAGGTACCCATATTTCAAATACACGTGAGGCTAAAGCCTTTGCACTT TTGTCTGAGGAGGGAATTGCAAAAGGAATCCGCAGAATAACAGCTGTTACAACTGAGCGTGCTTATGATGCAATGAAAAC GGCCGACGAATTTGAGCAGGAAGTAGATCATGCAGCTAAATTAGAAGGAAGTTTGCTGGAAGAGGTTGGTGTCTTGTGTG TGGTTTCTTTTTGTTCTATTGCATTAGGCTTGTGTTTTTTCCCATTCTAGTTGGTTTGGCCCGTTCAACCAATTGGACCT TGAATTCTCTGGCTTGGTTCATCGCTAGTGATTGAAGATGGTTGAAACCAATGTCCAACTGGCTGAACCAGCACCAGCCA AAGTGAGCATTTGAATTGTTAAATATAAAGATTATGTGTCAAATCAAACGGACTCATAAAATGACAACTCTGAACCTAAG ATGAAGGTCTATTGAAGCCTCTTCAATATACTGGAAAGCATTGAAATACTCACGAGAATGAAACCTCATCGTTTTGCATT CCTGAGACACTAATAGTTGCTCCCTTATACATTTCTTTGATTGCTCTAATGCAACCAATCCAAACATTTTGCTTTTCAAG AGCCTTCTACAAAACCTTTAAACAATTCTAGTTAGATTATCATGTATTCTAATAAACTCAACATTTTTTTCCCAACTCCT TTTACTCTATTCGAACATGTGTGTTGATTGATTTGTCTGTGCTGGGCTTTGGGAGTATGATGACTGAAGCTAGTAACACC TAAACACACTCACATGATTCTCTCTTGCTCTTTTTCTCTTTCTTTGCATTATTGACACTGATTTTCCTAGCAGGCAGATA TGCAGAGTATGCTTCTTTTCCAAAATTGTAATTAGTGGACTTACTATTTTCCCTTTTGTCACAGAAAGTTTCATATCTGA AAAGCAATGTGGAAACATTATCAATTCCAGCAGCCAAGAAAGCTGACATCAAGACCAAGATAGCCCGGCTTCAGGTATAA TATATAATGGAATAAATTTGTGGTCTTTATGCCTTCTCCCCTGTTGCACTATTGTATCTTTTTTAATTGATGTGCTTTCA TTTGCTCATGAATGAAGTCTTGTATTATAGTAATATCATAATTCATGTAGGATCAAGTGAGAAAAGCACAAAAGCAGGTT GCCGAAGAGAACAAGCGTAAAGCTGTAACAATCACAGTTGAGAAGACTGAACTCGCTGCTTCAGACGGGAAAAAATTCTG CATATCTCATGTTGATGTTGGTCTGGATGTAGCTGCAGTTCGTGAGGCCGTTACGAAAGTCATGGACCAGAAGGTAACTT ATTTTTAATGTATTTAGAAACTATCTTTGTCTTCAGCATTGTATTATGTTGGTCTTGTTTTTGAACTCCATGAAGTCACC TTGTGTCCCCAGCAATTATATTTCCTCTTAACTTCAAATAGTAACTTGTAGCAATGCCGGCTTATGAACAGGGGTTATCC GTGATGGTTTTTAGCACTGATAAATCTACCAACAAGGCTGTTATTTGTGCTGGGGTTCCGGAGAAAGGAGATAAAGGTAA GCTAGATGTATCAGAGTGGCTGAGTAATGCTTTGGAGCCACTAAAAGGGAGATGTGGTAAAGGAAAAGGTGGTCTTGCAA CAGGACAGGTAAGTATTTGTGTGATTACAAATTGTCACTTTTTTAGTAAATATACTAATTGCTATTATGGTATGGGAATA TTTAATTCTTGCATATATCCTTTGATATTCAATAATTTATACCACTTTAAGCATGAGAAGTAGTGGTTTGAGGATTGTGC TCAGGATCTGCTTGTAGGGGGGGAACTTCAAAAAAATGGGTTGGGGGCTTTCCCTAAAATAAGGTTCTCTACGTATATCA GCATCAAATCTTTAACTAGGTTCTTAAACAACTTTCATTTCGATTATATATATGATTTTTGGGATCTAATCCTCCAATTC CGCCATGGACTGGGTTAACCTTTCTTGCTTATGATATGAAGAATATGGTCATTATATTGCTGTGATTGTATTTTAGACTT GATTTCAACAATCATAGGAGCAATTTGGTTGCTTACTTAGTAGGTTCAGAAATGTTAAATTGAAATTGGTATAATTTACC ATGAATTTCGCATGTGGCGTGTTGTATTGGATATCATACTGATTTTGCTTACGCTCTATCGTTTTCAGGGTACAGATGCT TCACACGTAAATGAGGCTATGGATCTTGCTACAAAATTTGCATCCATGAAATTAACTTAA
CDS sequence (LotjaGi3g1v0313900.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGCTTGGCAATTGGTCGTTTGGGGATTACTTTAAAACAGAAGCCATTGGCTGGGCGTGGGAACTTCTAACCAAAGTTTA TAAATTACCATCAGATCGGATTTATGCAACCTATTTTGGTGGTGATGAGAAGGCTGGTCTTGCCCCTGATACCGAGGCTA GAGATATATGGTTACAGTTTTTGCCTCCTGGACGTGTGCTTCCTTTTGGCTGTAAAGACAATTTCTGGGAGATGGGTGAT ACTGGTCCTTGTGGACCTTGTACTGAAATACATTTTGACAGAATCGGTAACCGTGACGCTGCATCATTGGTTAATAATGA TGATCCTACCTGCATTGAGATATGGAACCTTGTCTTTATTCAGTTCAATAGGGAGGCTGATGGCTCTCTTAAATCTCTGC CTGCAAAGCATGTTGATACAGGCATGGGTTTTGAACGATTGACCTCTATACTACAGAACAAAATGAGCAATTATGACACC GACGTCTTTTTGCCCATCTTTGATGCTATTCAGCTGGCAACTGGTGCTCGGCCATATTCTGGGAAAGTTGGACCAGATGA TGCAGATAAAGTTGACATGGCATACAGAGTTGTTGCCGATCACATCAGAACTCTGTCATTTGCTATTGCTGATGGGTCTC GCCCTGGTAATGAGGGCCGTGAGTATGTTCTGAGGCGTATACTCCGTCGTGCTGTTCGGTATGGACGTGAAGTGCTAAAA GCTAAAGAGGGATTTTTCAATGGGCTTGTAAGCGTTGTGGTGAATGTGATGGGCGATGTTTTTACTGAGCTAAAACAACA GGAAGCGCACATTAGGGACATAATTAAAGAGGAGGAGGAAAGTTTTGGCAGAACATTAATTAAGGAAGCATTTGTCTTGT GGGATACATTTGGGTTCCCGTTAGATCTGACTCAGTTGATGGCTGAAGAAAAGGGATTACTTGTTGATGTGGAAGGTTTT AATAGTGCCATGGAAGCTGCAAGAGAGAGATCAAGAAATGCTCAAACAAAGCAAGCTGGTGGTGCCATTGTCATGGATGC TGATGCTACCTCTGCATTGCACAAAAAGGGCATTCTCCCAACAGATGACAGCTTCAAATATGTTTGGTTCAAGGACCATC AGAGTGTGGTAAAAGCAATATATACTGTTTCTGAGTTTGTGGATTCTGTTAATACTGATGGTGACATTGGTGTTATTCTG GAATCTACAAGCTTCTATGCTGAGCAAGGTGGTCAGATTTTTGATACTGGATCACTTGAGTGTCAACATGCTTCATTTCA AGTTCGTAATGTTCAAGTTTTTGGAGGCTTTGTCCTTCACATTGGTAATGGAACTGGTATCTCTGTTGGTGACAAAGTAG TATGTAAGGTTGACTATGGAAGACGTGCCCTTATTGCCCCAAACCATACCTGCACACACATTTTAAATTTTGCTCTTCGG GAAGTACTAGGTGATCATGTTGACCAGAAAGGATCTATTGTTCTTCCTGAAAAATTGAGATATGATTTTTCTCATGGCAA GCCTGTTGATGCTGATAACTTGAGGAGAATCGAGTCAATTGTTAATGAGCAAATAAAAGCTGAATTGGATGTAAATGCAA AGGAGGTTACTCTTGCTGATGCCAAGCGCATCAATGGTTTGCGAGCTGTTTTTGGAGAAGTCTATCCTGATCCGGTTCGA GTTGTATCAGTTGGAGAAAAAGTTGAGGATCTCCTTGCTGACCCCGGGAATGATAAATGGTTATCAATATCATCAGAATT ATGTGGCGGTACCCATATTTCAAATACACGTGAGGCTAAAGCCTTTGCACTTTTGTCTGAGGAGGGAATTGCAAAAGGAA TCCGCAGAATAACAGCTGTTACAACTGAGCGTGCTTATGATGCAATGAAAACGGCCGACGAATTTGAGCAGGAAGTAGAT CATGCAGCTAAATTAGAAGGAAGTTTGCTGGAAGAGAAAGTTTCATATCTGAAAAGCAATGTGGAAACATTATCAATTCC AGCAGCCAAGAAAGCTGACATCAAGACCAAGATAGCCCGGCTTCAGGATCAAGTGAGAAAAGCACAAAAGCAGGTTGCCG AAGAGAACAAGCGTAAAGCTGTAACAATCACAGTTGAGAAGACTGAACTCGCTGCTTCAGACGGGAAAAAATTCTGCATA TCTCATGTTGATGTTGGTCTGGATGTAGCTGCAGTTCGTGAGGCCGTTACGAAAGTCATGGACCAGAAGGGGTTATCCGT GATGGTTTTTAGCACTGATAAATCTACCAACAAGGCTGTTATTTGTGCTGGGGTTCCGGAGAAAGGAGATAAAGGTAAGC TAGATGTATCAGAGTGGCTGAGTAATGCTTTGGAGCCACTAAAAGGGAGATGTGGTAAAGGAAAAGGTGGTCTTGCAACA GGACAGGGTACAGATGCTTCACACGTAAATGAGGCTATGGATCTTGCTACAAAATTTGCATCCATGAAATTAACTTAA
Protein sequence (LotjaGi3g1v0313900.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MLGNWSFGDYFKTEAIGWAWELLTKVYKLPSDRIYATYFGGDEKAGLAPDTEARDIWLQFLPPGRVLPFGCKDNFWEMGD TGPCGPCTEIHFDRIGNRDAASLVNNDDPTCIEIWNLVFIQFNREADGSLKSLPAKHVDTGMGFERLTSILQNKMSNYDT DVFLPIFDAIQLATGARPYSGKVGPDDADKVDMAYRVVADHIRTLSFAIADGSRPGNEGREYVLRRILRRAVRYGREVLK AKEGFFNGLVSVVVNVMGDVFTELKQQEAHIRDIIKEEEESFGRTLIKEAFVLWDTFGFPLDLTQLMAEEKGLLVDVEGF NSAMEAARERSRNAQTKQAGGAIVMDADATSALHKKGILPTDDSFKYVWFKDHQSVVKAIYTVSEFVDSVNTDGDIGVIL ESTSFYAEQGGQIFDTGSLECQHASFQVRNVQVFGGFVLHIGNGTGISVGDKVVCKVDYGRRALIAPNHTCTHILNFALR EVLGDHVDQKGSIVLPEKLRYDFSHGKPVDADNLRRIESIVNEQIKAELDVNAKEVTLADAKRINGLRAVFGEVYPDPVR VVSVGEKVEDLLADPGNDKWLSISSELCGGTHISNTREAKAFALLSEEGIAKGIRRITAVTTERAYDAMKTADEFEQEVD HAAKLEGSLLEEKVSYLKSNVETLSIPAAKKADIKTKIARLQDQVRKAQKQVAEENKRKAVTITVEKTELAASDGKKFCI SHVDVGLDVAAVREAVTKVMDQKGLSVMVFSTDKSTNKAVICAGVPEKGDKGKLDVSEWLSNALEPLKGRCGKGKGGLAT GQGTDASHVNEAMDLATKFASMKLT
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 |
|---|---|---|---|---|---|---|
| Hamap | 1 | 824 | 824 | 114.035 | ||
| Gene3D | 1 | 155 | 155 | 2.0E-71 | – | |
| CDD | 1 | 154 | 154 | 9.42102E-82 | – | |
| PANTHER | 1 | 288 | 288 | 0.0 | – | |
| TIGRFAM | 1 | 802 | 802 | 3.7E-204 | ||
| SUPERFAMILY | 1 | 158 | 158 | 1.59E-53 | – | |
| Pfam | 1 | 286 | 286 | 1.5E-114 | ||
| PANTHER | 1 | 288 | 288 | 0.0 | – | |
| ProSiteProfiles | 1 | 631 | 631 | 96.305 | ||
| PRINTS | 112 | 123 | 12 | 1.7E-25 | ||
| PRINTS | 139 | 152 | 14 | 1.7E-25 | ||
| SUPERFAMILY | 159 | 338 | 180 | 1.57E-53 | ||
| PRINTS | 196 | 212 | 17 | 1.7E-25 | ||
| PRINTS | 220 | 233 | 14 | 1.7E-25 | ||
| Pfam | 288 | 459 | 172 | 1.0E-41 | ||
| PANTHER | 289 | 824 | 536 | 0.0 | – | |
| PANTHER | 289 | 824 | 536 | 0.0 | – | |
| Gene3D | 370 | 457 | 88 | 2.3E-11 | – | |
| SUPERFAMILY | 383 | 457 | 75 | 1.87E-12 | ||
| SUPERFAMILY | 457 | 631 | 175 | 4.58E-44 | ||
| Gene3D | 461 | 617 | 157 | 7.9E-47 | – | |
| Gene3D | 529 | 599 | 71 | 7.9E-47 | – | |
| SMART | 559 | 618 | 60 | 1.4E-20 | ||
| Pfam | 559 | 617 | 59 | 9.2E-18 | ||
| Coils | 671 | 698 | 28 | - | – | |
| Pfam | 680 | 819 | 140 | 6.8E-14 | ||
| Gene3D | 711 | 821 | 111 | 1.1E-5 | – |
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 | Nucleotide binding | Interacting selectively and non-covalently with a nucleotide, any compound consisting of a nucleoside that is esterified with (ortho)phosphate or an oligophosphate at any hydroxyl group on the ribose or deoxyribose. | ||
| Molecular function | Nucleic acid binding | Interacting selectively and non-covalently with any nucleic acid. | ||
| Molecular function | Aminoacyl-tRNA ligase activity | Catalysis of the formation of aminoacyl-tRNA from ATP, amino acid, and tRNA with the release of diphosphate and AMP. | ||
| Molecular function | Alanine-tRNA ligase activity | Catalysis of the reaction: ATP + L-alanine + tRNA(Ala) = AMP + diphosphate + L-alanyl-tRNA(Ala). | ||
| Molecular function | ATP binding | Interacting selectively and non-covalently with ATP, adenosine 5'-triphosphate, a universally important coenzyme and enzyme regulator. | ||
| Cellular component | Cytoplasm | All of the contents of a cell excluding the plasma membrane and nucleus, but including other subcellular structures. | ||
| Biological process | Alanyl-tRNA aminoacylation | The process of coupling alanine to alanyl-tRNA, catalyzed by alanyl-tRNA synthetase. The alanyl-tRNA synthetase is a class-II synthetases. The activated amino acid is transferred to the 3'-OH group of an alanine accetping tRNA. | ||
| Biological process | TRNA aminoacylation | The chemical reactions and pathways by which the various amino acids become bonded to their corresponding tRNAs. The most common route for synthesis of aminoacyl tRNA is by the formation of an ester bond between the 3'-hydroxyl group of the most 3' adenosine of the tRNA and the alpha carboxylic acid group of an amino acid, usually catalyzed by the cognate aminoacyl-tRNA ligase. A given aminoacyl-tRNA ligase aminoacylates all species of an isoaccepting group of tRNA molecules. |
Expression pattern of LotjaGi3g1v0313900.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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