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| Field | Value |
|---|---|
| Gene ID | LotjaGi3g1v0527600 |
| Transcript ID | LotjaGi3g1v0527600.2 |
| Related isoforms 4 | |
| 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|A0A0S3SE77|A0A0S3SE77_PHAAN Alanine--tRNA ligase; Found in the gene: LotjaGi3g1v0527600 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:94396787..94413472) extracted from Lotus japonicus Gifu genome v1.2.
CAGAGGCCACATTATGAGCGAGTGAATGAAAAGAGGACACTACTTGACTCTGCTCATATCCTCTCTTCGTAACCGTAACC CTCCTCCGTTAGCGCCGCCACCTTCATTCCATTTTCGCGGCGTCTCCTCCTCTTCCAGATCTCCGGCCACCGCCATGCCT GGACCAGACGCTCTCGATTTGGAGTGGCCGGCGAAGCGCGTCAGAGACACCTTCGTCAACTTCTTCAAGGAAAGCAAGAA CCATGTGTACTGGCAGTCTAGCCCTGTCGTTCCCTTCAACGACCCCACCCTCCTCTTTGCCAACGCTGGTACTCTTCTTC TCTTCCCTCTGTTATTGCATCACTCTCATGTGTCTGTGTGTGTGACTGAATGAAATGAATTAACTATGTCGATTTTCAGA ATTCTATTTGTTTTTCCAAAGTCTGTGTCAATCGTGTAACGTACCCTGAATTGGTATATGATAATCTATTAGCTTCTTAG TAATCATGCCTTGTGTTCTGTGTAAATTGTGGCATGTTTGGAAATACTTTAGTTCTACAATTGATTATGGGAAGAAGCTT ATCAAAATCAATTTTGGGATGAGGATTTCCTTTTGTATTAATTTGTTGTGGATAGCTTGCATTGGTGATTGTATATTGTT AATTTTTTAAAAAATATATACAGTATTGATTATTAAGGATTCGTCGTGGAATGACAGGTATGAACCAGTTCAAGCCAATA TTTCTGGGAACTGCTGATCCAAACACTGACTTGAGCAAGCTGTCTCGTGCTTGCAATACCCAAAAATGCATACGAGCTGG TGGTAAACACAATGATCTTGACGATGTAGGAAAAGATACCTACCATCACACCTTCTTTGAGATGCTCGGCAATTGGTCGT TTGGGGATTACTTTAAAACAGAAGCCATTGGCTGGGCGTGGGAACTTCTAACCAAAGTATGCTTTATCAATTAGTTTTTT TTTGGGATTTAAATCTTGCTTTCTTGAATTATGATCCCTTTCGCGACAGAAGGTGTTCTGTGCTTGTGAATGATTTCTAA GGAACTAGTAGCTAGTAACTGAAGCTAACCATAATGGGCTATGTAGGTTGATTCTTCTATGTTACCAGGCTTTTGTTCTG CTTAAATGCCTTTTGGTGTTCAGATCTCATTAGTAGTAATGTTCTTCAATTGGTAATTGCATCATTGTGTAACTAACCTC TACTTCCATTGTGCCAATTGCACCATGCCTACCTGTACTGCACTGGGTTTCATTTGAGGAAGAATGACATTTGTGACTTA TATACGATAATGATCAATATCAGTTGGGAAATTGTAAATCCTGATTGAATTTTATGTTCACTTGCTAATTGTGTTTAAAT TAGTAATCTCATCCAAATAAAATGTTAGTTAGAATGTTCTATTCAATTTGATATGCTCGCTAGTCGTTGTTGTTTTAGGT GACCTTTTTTTTGTGGTAGTGTCGTATGCAATATAACCAAATGGAGAAGTTGATAGCTATTTAATACCTCAATTCATGTA ATGTATGATTGTATCTTTTACTTGTTTTTTGCAGGTTTATAAATTACCATCAGATCGGATTTATGCAACCTATTTTGGTG GTGATGAGAAGGCTGGTCTTGCCCCTGATACTGAGGCTAGAGATATATGGTTACAGTTTTTGCCACCTGGACGGGTGCTT CCTTTTGGCTGTAAAGTATGGTTTCGTTAATCACTATGTTTTCTCTTAAGTATGTAGAGTGGAATATGTTGATAACACAT GCAAGTTATATTTAATATTATGGTGAACATTATATGCAATATTTTGATAAAATACTTTGCAATTTCTATATTTGAAAAGA TTGTTGTAACTTGTAAGCTGCGCATAAGCATTGTTATCAAAACTGGATTGGACTATCCGGTTCGACTGGTTAAGCTAGGA ACTGATTAGGTATTTGGTCCATTTAATTCAAAAAAACCGGTTGATTCAGATTCAGTCAGAAATGGTCCACAATATGTGGA AACTGGTGGTTCAGCCCTGGTTTGAACCAATCAGTTCAACTTTTAATTTAACTTAAAATGTTTTGCAGTCAAATAAATGT CCAATGCAATGCCAAGATACGACGACATGATTATTGATTTTTATCTTATAAGACATGCAATATGCTCATTTTATATTACT TTAAATTTTGATTTGGCTTGATTTCTTAATATTTCATGTTAATTTATTTCTTAATATAATATATAATATATAGTAATAAC AGGGTTTTCACTAGTTCACAAACCAATCCAGTTTTAGAGCCATTTGTAGTGTCTGGGATTAAATTTGTGTTAAAAAAGTT TCACTTTGATACTAAGTTGTCTCTGGAGTGTATCTTTATATATAACTAGGTTTGTATGTTTTGATAGGACAATTTCTGGG AGATGGGTGATACTGGTCCTTGTGGACCTTGCACAGAAATACATTTTGACAGAATCGGTAACCGTGACGCTGCATCATTG GTTAATAATGATGATCCTACCTGCATTGAGATATGGAACCTTGTCTTTATTCAGGTATTTAATTGATTTATAGGGGGGAC TTACTCCCTCAAATGTACTTTAGAAGTTTGTATTACTAGAATCCATTTTAGCATGCAACTTCTTCAATCCCTGTAAAATG CATCTAATTTGTTTCTCTTTGTATGTCTCTTACAGTTCAATAGGGAGGCTGATGTCTCTCTTAAATCTCTGCCTGCAAAG CATGTTGATACAGGAATGGGTTTTGAACGATTGACCTCTATACTACAGAACAAAATGAGCAATTATGACACCGACGTCTT CTTGCCTATCTTTGATGCTATTCAGCTGGTAAGTTGATATAGGCATTAAAACTTTCCTTACATTTTTTTATCAGTAATTT TGTTTAGCCTTTAACTGTATGATATCTGAATTTGAAATTTTGAATTGTAATTCTTGTAATGGAGTGTTACTTATTGCCCT TGATAAAGCAATGTGTATATAGTATATACATGGTAGAGAGCCGAGAGAGGATTTCCAGATTTGTCTGGACCAACAATTAT TCCTTTCCCGAAATAAGTTTTAGTGAAACTTTCAAATATATAATCTTTGCAAGTTTATTTGAAGTGATATAAACGAGTAA TTACATGAGTGTTGAGCTCATACTCCTTGTAATCTTCATTTGTCACCATGTTTTTTCCCCTGTTTAGCAGCTTTTTGTCT TGGACATAAAAAACATGTAGTTCCCCGTAGGTCGAACCACAATAAGTTCCATGCCTGATTTTCTCATTGTTTTCTGTCTG TGGAACCTTGTTACAACTTACATTTTACTACACTACCTGTGTCTAGATTTACTTTTGCATTCACTCTTGCTGCCTCTTGT GATATTTCTACATCTTTGTACAGCTTCTTAAAGTCTACCTTAAAAGAGAATCTATTAAGCAAATTGTAAATTCTACTTGC TATTGTCAAATGCTCCTTATTATTTCAGTGTTATTAGCTACCTATATATATAGTTGACACTCAATTGTTTTGACAAGTCG TGGCTTATAACTCAATGTACTTTTTCAAATTCCATTAATGGTTGTATGGTTTTTTATTTGAATTTTTTTTGTGTAAAACA TTTAAAGGCAACTGGTGCTCGGCCATATTCTGGGAAAGTTGGAGCAGATGATGCAGATAAAGTTGACATGGCATACAGAG TTGTTGCCGATCACATCAGAACTCTGTCATTTGCTATTGCTGATGGGTCTCGCCCTGGTAGGTTATTGTAGACCTGCTAC CTTTGCTGACAATTTTTCCCTTCACAGTTCATAAATTTCGACTTTTTGGCTTCATCAATTTGCTGCCCCCCCTCGTCTTG AGCGAGGCCTGTTCTTCAAAGATAGTGTTGTACCCTGTAAAGAGATGCACTAATATGATATATTCCCTTTAACCCATTTA TTTAAGCTTTTGACCTCTATATTTTTAGTTGTCTATGTTACAAGCTGCAGAACAGTTTGTCTGTTTAACTTTATTTAACT CTCTTTCTTTGAAGATTAGCATCTCTACCTTGTATGTTTTTTTAATGATAGAGGGACTTCCCATCTTAAATATGTTATTT ATTTATTTATTTATTTTTCTTTGAAGGTAATGAGGGCCGTGAGTATGTTCTGAGGCGTATACTCCGTCGAGCTGTTCGGT ATGGACGTGAAGTGCTAAAAGCTAAAGAGGGATTTTTCAATGGGTATGTACAAGGGTTAAGCACTTCAAGCTGTTGTCAG AATCTAGATCTAAAACGTTCTTGCCTGATCCTTCATCCCAGTGATATATGAATAGTGGAAACTTATATTATCTGTTATTG TAAATTTATTTGTTTTAAAAAATCCATTTTGTTATGGGTATCTGATCATTGATTCCAGGTGTGCATAAAATTATTAACAT ACATTCTGTTTGTAAAATGCTTTTCTGTCCTCAATTTTGCTGTTTCTAGGCTTGTAAGCGTTGTGGTGAATGTGATGGGT GATGTTTTTACTGAGCTAAAACAACAGGAAGCGCACATTAGGGACATAGTTAAAGAGGAGGAGGAAAGTTTTGGCAGAAC ATTAATTAAGGTGAGGGGCATATACATCAAGATGTTTATATGGGCTTTCACTTGTCAATATCCTTGACGTCATTATTTAG TTTCTTGAAAACTTGATGTTTTACCATTTGTCAGTGGGTTGTTTTCTGATTTTTCCTTTACTCATTATATGTTTAAAAAG TAAAAATAAAGCAAAACCTAACTGTTTTTACTTCTCCAGGGGATTGAAAAATTTGAGTCATCTGTTCGACATGTTCAGGG AAAGCTTCTGAGTGGGGAGGCAAGTAGAATCTGTATTTTCAGTGCTACTTAGTTGTCATATTTGCTTATTTTCTTACATT TTTTTTCACTTTTCCTAGTTACTTATTTTTCTTGGGTTTTTGCAAGTATATGCAGAAAACATTTAATCTTTAATCAAACA AATAAATTTCTGAAATTTTTCTTTGCTCTACTTTTTTATAGTGTATTAATATTTATTGTCTTTGGAAAGTCAATTAAATG AAATTCTAATTTTTTTAGGGATCAGTACTGCTTTTTGGCATACTGCAGTTAGGTGTTAATAATTTGATGCTTATAACTTG TTAAGATCCTACATTGACTAGGGATATTGCCAAAGTAGTCCTAATAAAGGGCAAGAGGATTCTCGCCCCTAAGCTAGCTT TTAGTATAGAGCTTGACCTAGCCCAAATTCTTAAGATAACTTCTCAGTTCTCTCCAGGGCTGTGTTAATGAGTTCATTTT TTGGGTAGTATAAGACTGTTGTAATGAAAGAGCAAGTATTAGAGTAATATAGTTACTGCTATGTTAGTGTTACTGTTTAG TGTTATTAGGTAAATGCTGACTGCTATGTTAGTGTTACTGTTTAGTGTTATTAGGTAAATGCTGACTGTGTTCTGTTCAG TTAGTTATGCCTAGCTGGCAGGTTTGTTAGAGAGTTAGTTACATGCTTAGCTGTCAAAGCTTAGCTGTCAAGGTTAGTTA GAGTTAGCTTCTTCTGCAAGCTAACAAATCTCATAGTATAAATACTGTAATCTCTCTTGTATTCATCATCTTTTCAATCA ATGAAATTCAGTTGAAGATTTTCAACATGGTATCAAGAGCTGAGTACGATCCTTGAAGATCTCTCTCTCTAGATTTTCGT TTTTCTTCTTTCTTCTTCAATCACCATGGCTGATGAAGGTCATGCACAAGGAACTGCAGTTCCTGTTCCAGTTGCGGTTC TTCAACCACAATTGGCCTCTTCTTCTCTGGTTCACAAGCTTGTTCTGAAGCTTGATGATTCCAATTTTCTCTCATGGAAG CAGCACGTTGAAGGCATCGTTAGAACTCATCGATTGCAGAATTTTCTTGTTCATCCTGATATTCCTCCTCGATTTCTCAG TGAGGAGGATCGCGTGAATGCAGTAGAGAATCCTGCATATCAGGTATGGGATCAACAGGATTCTGCTTTGTTCACCTGGC TTCTCTCGTCTCTGTCTTCATCAGTGCTTCCAACTGTTGTCAACTGCACTCAGTCCTGGCAGATCTGGGAAGCTGTGCTT GATTTCTTTCAAGCACAATCGCTTGCACAATCGACGCAGTTGCGATCGGAATTGAGATCCATAACCAAGGGATCAAAGAC TGCGTCTGAGTTCCTCAAGCGAATCAAGGCCATCGTCAATGCTCTGATCTCGATCGGAGATCCTGTATCGTTTCGCGAGC ACCTTGAAGCGATTTTTGATGGTCTTCCCGATGAATATAGTCATCTCATGACTATCATCTACAGTCGCGAGTTCCCTTGC ACGATCTCGCAAGCTGAAGCTATGGTTATCTCGCATGAAGCGCGTCTTGAGCGTTCTCGCACGCGTCAGTTGAGTGCGAA TCCTCCGTCAGCGCTCCTTTCTCAAGCTGCGCCACCGGCGACGCAACCTGCACCGGCGTCGTCGTCTTCTTCATCAACGT CGTCGCCGGCGACCTCTGAGGCTAACTATGCTTCAGGTTCCTCTGAAAACACCTACGATGATCGTTCCTATGATAATCGC GGCAGTTATGGTGGTTCTCGTGGTGGTTATGGTGGTCGCAATGGCAGTAACAACTCTCGCGGTGGAAGAGGAGGAAATCG AAGTGTTCAATGCCAGATTTGCAAGAAGTATGGGCATGATGCTAGTGTTTGCTATCATCGCGGTTCATCATCTGGTTCTA CTGGTTCTACTGGCATGTTTGGCATGCAGCCAACTGGTTTTGGTATGCCACTACCTATGCATTCTCAGATGATGCCTCAG TTTGGATTCTCTCCCTTTTGTGGTGTTCCACAGTTTGGTGTACCTTCTCAGTTTGGTACATCACAGTATGGAGGCTTTCC AAACATGTTTGGTCAATTTCCTCAAGGTTTAGGCATGGGAAATTTTGCTCAGCAGTTTGGTTTCCAACCATCTGGAGGTT CACAGTGGAACTCTTCTCAGTTTTCTGGTGGATCAAGACCTGGAAATCCTCCAGTTAGAGCTCCACAGGCTATGCTTACT GGACCTACTTCATCTACTACTGGTTCTCACACTCCTGCTGCAGCGAATCTTAGCTCATGGTTTCCAGATTCTGGAGCTAC ACATCATGTTACCAATGATGCCTCAGTTGTTTCTGACAGTGTTTCCCTAAATGGTAATGATCATATCTACATGGGAAATG GACAAGGTTTGCCTATTATTTCTGTTGGACATGCCTCTTTTCCATCTCCTTATCATAAACACACCACACTCACTATGAAT AATTTGCTTCTAGTTCCTAACATCACAAAGAACTTAGTTAGTGTAAGCAAGTTTGCTCGAGATAATCATGTCTTTTTTGA GTTTCACTCATCCTACTGTGTTGTCAAATGTCAGGAAACTTCTAGGGTTTTGCTCAAAGGAACTGTTGGTCCTGATGGTT TATACAATTTTGAAGGGATGCATGTTCCAACCCTTCCTCCAGCTTCATCTGTTTCATCTACATCTGTTTCACCAGTAGCT GCTCCATCTGTCTTCTCTGTTTCAGTTCCTTTGTCAAATGTATCTAGTGCTAGTTCATCTTCAAGTGTACCTAGTGCTAG TTCATTTTCTCTTGTGTCTTCTGTTAATAATGTAGATCCTACTGCCTATGATTTGTGGCATTGTAGGCTAGGTCATCCTC ATCATGAGGCTTTACATTCTGCTTTGTCCAAATGTAATATATCCTTGTCTAATAAAGCAAAATTTTCTAAATGTTCAGCT TGTTGTGTAGCAAAGTCTCACAAGTTACCCTCTTCCTCTTCTACTACTGTTTATGCTACACCTTTAGAGCTTGTTTTTGC TGACTTATGGGGCCCTTCCTCCATTGAGTCTTCTTGTGGTTACTCTTACTTTTTAACTTGTGTTGATGCTTACTCTCGTT TCACATGGATTTATCCACTTAGGCACAAATCTGAAACTTCCCCTGTTTTTCTTCAGTTCCAAGCTATGGTAGAGTTAAGA TTTAATCTGAAAATTAAGGCTGTCCAAACAGATAATGGCACTGAATTTAAACCTTTACAATCTCATTTTGCTAAGCTTGG CATAGTGCATAGATTGACTTGCCCCTACACACACCATCAAAATGGTAGTGTTGAAAGGAAGCATCGCCATATCATAGAAA CTGGCCTTTCATTACTTGCCTTTGCTAAAATGCCTTCTCAATATTGGGATCATGCATTCCTGGCTGCAGTTTTTCTTATT AATCGTCTTCCTACTACTGTTTTGGCCAATGAGAGTCCTTATTTCAAGTTGTTCAAGACTCTTCCTGATTACAAGATACT TAGGGTGTTTGGTTGTGCTTGTTACCCTCACTTAAGGCCTTATACACACTCTAAGCTGTCACTCAGGTCCAAGGAATGTG TGTTTGTTGGTTACTCATCATCTCATCAAGGGTACAAATGCATGGATGGTGATGGTAGGATTTTTGTGTCAAGGGATGTT ATTTTTGATGAAGTTAAATTCCCCTATCCTACCCTGTTTTCCTCTGCTGGGTCTGATTCATCTGCACATGGAATCACTTC AGAAATTCCTGTTTTAGCTTCTCAAGTTCCTGTTCAGCACCAGCAGCCCTTTCAAGGTCAAGACTCGGTTGCAGCCTCTT CTTCTGGGAATTCTTCTCAGGCTGAAGCTTCTGTTCAGCAACAATCTCCACCTACACCAGCAGCTACTGCCACTGAAGTA GCTTCAACTGGTTCTTCCTCTTCTGCTCCTCTTCCTCAGCCAGTGGGAAATACTCACCCTATGCAGACAAGAGCAAAATC TGGCATAGTCATGCCCAGATTATTTCCAACTTTACTGCTTACTCAAGCTGAACCAGCTACCACCAAGCAAGCACTCAAAG ATCCTAAGTGGTTAGCTGCAATGAAGGCTGAATATGATGCATTGCTTGCTAACAATACATGGACATTGGTTCCACTTCCC AGGGATAGGAAGCCAATTGGTTGTAAATGGGTTTTTAGGGTGAAGGAAAATGCAGATGGCACCATCAATAGGTATAAGGC CAGACTTGTGGCCAAAGGTTACCATCAAGTCAAGGGGTTTGATTATTCAGAAACCTTTTCCCCTGTGGTGAAGCCTATAA CTATTAGGCTCATTCTTTCCCTGGCCATTACTAAGAGGTGGCATATTCATCAACTTGATGTGAATAATGCCTTTTTAAAT GGAGCTCTTCAAGAGGAGGTATACATGCAGCAACCAAGTGGATTTCAGCATGAAGACAAATCTCTTGTTTGCAGACTTAA CAAAGCTCTTTATGGCCTTAAACAGGCCCCAAGAGCTTGGTTTGACAGATTGAAGTCAGCCCTTGTGAAGTATGGTTTTA AACCAAGTAGATGTGATCCATCTCTCTTCACTTTCTACACTCCAACTTGCTGCATCTACATACTAGTCTATGTAGATGAT ATTATCATTACAGGCAATTCCTTGCCTCTGGTTCAGAAAGTAGTGCAGAACCTCAACTCTGAATTTTCCTTGAAGCAATT AGGCCAACTTGACTACTTTCTTGGTGTTCAGGTGCATCATCTTCAGGACAGGTCCTTGCTTTTGACACAAACTAAATATA TAACTGACCTTCTTGAAAGGGCAGAAAAGGGAGAGGCCAAGGGGATCTCTACTCCCATGGTTAGTGGAGCAAAACTCAGC AAATATGGAGCAGATTACTTTGCTGACCCAACTCTCTATAGATCAATAGTTGGTGCTCTCCAATATGCAACTTTAACAAG ACCTGAGATCAGCTTTGCAGTTAACAAGGTCTGTCAGTTTCTAAGTCAGCCTCTAGAAGAGCATTGGAAGGCTGTTAAAA GAATCCTAAGATACCTTAAGGGTACTCTCTTTCATGGCCTGCACCTCAAGCCTTGTAGTTTGCACACTCCAGTCCCTCTT GTGGCCTTTTGTGATGCAGATTGGGGATCAGATCCTGATGACAGGAGATCCACCTCAGGCTCTTGTGTCTTTTTTGGTCC AAACCTTGTCTCTTGGAGCTCCAAGAAGCAAACCCTGGTGGCTAGATCGAGTACTGAAGCCGAATACAGGAGCCTAGCTA ATACCTCTGCTGAACTGTTGTGGGTTCAGTCTCTTTTGCAGGAGTTGCAGATTCCTTTTTCTCCTCCTAGGGTGTTTTGT GATAACATGGGTGCAGTGGCTTTGACTCATAACCCAGTTCTTCACACTCGCACTAAACATATGGAGCTTGACATCTTCTT TGTGAGGGAAAAAGTTCTCAACAAGTCTCTTTTTGTGCATCACATTCCTTCTGTTGATCAGCTGGCAGATTTGTTTACCA AGGCTCTATCACCACTTCGTTTTGAAACTCTTCGTGACAAACTCAATGTGATTGAGAAATCACTTTCTCCCCCACCTTGA GTTTGAGGGGGCCTATTAGAGTAATATAGTTACTGCTATGTTAGTGTTACTGTTTAGTGTTATTAGGTAAATGCTGACTG CTATGTTAGTGTTACTGTTTAGTGTTATTAGGTAAATGCTGACTGTGTTCTGTTCAGTTAGTTATGCCTAGCTGGCAGGT TTGTTAGAGAGTTAGTTACATGCTTAGCTGTCAAAGCTTAGCTGTCAAGGTTAGTTAGAGTTAGCTTCTTCTGCAAGCTA ACAAATCTCATAGTATAAATACTGTAATCTCTCTTGTATTCATCATCTTTTCAATCAATGAAATTCAGTTGAAGATTTTC AACAGCAAGGAAAGTACAATTAAGATGTCAAGATATCCCCCCATAATAAAATCAAAATATAACGTTGTGTTGTTAACAAA TTGTCGAAACAGACATTTCTCTAATTGTTGCAAATTTTTGGCAAGTGTCTTCCTCTGATTCCAGGGTTTATGCCATTATA ATTTTCCCATATGTTGGCCCTGAGTATAACAGATTTTTTTTTTGATGTTTTATCCAAAACATACAACTGCACATATTTTA TCATATTGGTGACGAAGTTGCAGTTGAATCTTATACCTGATAATGCATGATTACACAAGTGTTTGATTCCATTTGAATAA GTGTCAATGTGTCATATAACTTAATATATTGATTTCCTTAGTTTTTTGTGAATAGGCCCACCCTAAGCTATTTCTCATGC AGCTGTCTCTTGATTACAGGAAGCATTTGTCTTGTGGGATACATTTGGGTTCCCGTTAGATCTGACTCAGGTAGGTGGTT TGTTTCACTGTAATAACATATGGAATTGGAATTGTAGATCTACTATGCCTTATTATTTTTCCTTAACAATTTTCTATTTG TCAGTTGATGGCTGAAGAAAAGGGATTACTTGTTGATGTGGAAGGTTTTAATAGTGCCATGGAAGCTGCAAGAGAGAGAT CAAGAAATGCTCAAACAAAGGTATCTTGGTTTTTTGAATTTATCTTTGAAGTTTCTTCTGAATTTTTAAGACACTCATCA AATCTCAAGTATAAACAAAAAAAATGACTAAAAATTAAACTCATTCATTCTTTTTCCCCTGCTCCCTTTCAAACTTTCTT GTGTTATTTTCAGCAAGCTGGTGGTGCCATTGTCATGGATGCTGATGCTACCTCTGCATTGCACAAAAAAGGCATTCTCC CAACAGATGATAGCTTCAAATATGTTTGGTTCAAGGTAAGAATTTTGTTTTTTTTAGGAGGGGGATTTAAGACAATTTAA TAGTGAAGGAGGTGACCAAGGGATAAGAACAGTTTTTTTCCATTTATAACCATACCATAAAATTTAAGAGTGAAGTCATA CATAAGAGGCTTCCTGAATTCACGTAATGTGAACATCACTAGAACAATTCTGAATGCCTAACTTATACAACTACAAGCAC TCCATTTCAGCCACTGACACCAAAGTCAATTATGAGTACTGCATTTACGTGAACTGAAGTTTTTATGCCCCTTGTTCTAG CCAAAATCCTTTTCTTTGTTGGACTTAAAACTAGCCTCCCAATTTACTTAATGTTGCTCTTAGTACCCAAATCCCAGCCC CTTACCAAAAGGAAGTCGCTTTTGATCTTCTCTATTATATATCAGCTATTGAATATAGAAAAGCGTGAAGGTATACTAGA TGTAGAAGGTTTTGATCTTCTCTATGTATTGACTTGTGGTTATAGGTTGAGCCGTTGCATTAGACTCCACGCTATCTGTT TATCCACTTGATATTCTTTATAAACCGACTACCCTGCCTTCCATTGATATATAGTCTTCTCCATTTCTTTTCTCAGGACC ATCAGAGTGGGGTAAAAGCAATATATACTGGTTCTGAGTTTGTGGATTCTGTTAATACTGATGGTGACATCGGTGTTATT CTGGAATCTACAAGCTTCTATGCTGAGCAAGGTGGTCAGGTATTAAGCCTTGCAAATAGTTTATATTTATTTTGCATGTT CGTTTGATTTGCTTTAATTAAAAGTTATGTTAGTCATTTGTTCACTTATAAACTTACTTTTGGCAATTAAATATGATGAA GTTTCTGGAACATATTTGTTTTATTTTTAAATTTTTGTTTTCTTCTACAATTTATACATAGTTTTAATCCATCTGGTTTT CAAATTTATCTAACTTCCTCCTCTTGATGAAGTCAGTCAACAGATTTTACTAACAGCTGCATAATATATTATATAATGGG AATCATATTGAATGGCTGACAAATTCTTTGAATGGTATAGGTGTTGCTGTCAGCCATCTTTGTGTGTAGCATTTTGCTTT CTTGTTCATGAAATAGTGTAGATGCATGAGTATGAATCTTAAGAAGGACAATGGCTGGCCTACTGTGGTTATTCGTATCC ATTACCTTGCTTGTATGATGAGCTAAAGAGTTTATTATAAAAATCTAAGTTTAGAGGAAAATTAGTAAGTATGACATCGT TTATGATAGAAGAAAGTAATAATTGGATACTTGGTGTAGAAGTTATTTCATCAAGATTTCATCTTTTAAAGGATTTAATG ATTATGGTATATAAAGTGATTTATTTCTTTGATATTTATGTAAACCAAAAGCTATTTTACATTTTGTTATAATTATAATA AATATGGTTTCCCCTTAATATTGTCTCTCATATATTGTAACAGCTTTTTTCTGAAAACTACTCAAAGTATCTTATTGAAT AAAGCTTATCCAGACACCTTAAAAAATTTCAAAACAAATTTTTTAATATTTTTTTTTCGAGAAAAAGGCTTACACAAACA GATTTTAAGTTTAACAATTAACGTAGCAAATTTCAAGCAATAGAAATCATTGTAATATAATAGAAGAGTGTTTTGGCAAT GCAAAACTTAAATGTAACTAAAACATTTGTAATATAAGTTTATAAGACGTTTTGAATTATGATAAATCAGGATACTATTG ATTTTGCTAAAAGAAATTAAGCAAATTGGCTATATTCTTCAATGTGGACAAATTGACAAAGGACCACTAGTTGAAAAACA TAAAGAAAATATTCCACTCCCAAAATTTATCAATATTATGTATGTGATGCATTTTCCCTTTTCATTTACTCAGATTTTTG ACACTGGATCACTTGAGTGTCAACATGCTTCATTTCAAGTTCGTAATGTTCAAGTTTTTGGAGGCTTTGTCCTTCACATT GGTAATGGAACTGGTATCTCTGTTGGTGACAAAGTAGTATGTAAGGTATTGTTTTTCCTTTTCCCCGTTTTGCTTCAAAT TCCTCTTTCTTTCGTTATTTTTGTTACTTTTTTGATGGTTTGTAGTTGTCTTTATTTATGTATGATCTTTCATTGCTGTT TCAGGTTGACTATGGAAGACGTGCCCTTATAGCCCCAAACCATACCTGCACACACATTTTAAATTTTGCTCTTCGGGTAT GTTGAAAGTGCCCTTCAATGAAGCCTCACTAATACTTTCACTTACCTGTGTGGTGATTGTTGAAATTTCAAATGATGAAT GCAGGAAGTACTAGGTGATCATGTTGACCAGAAAGGATCTATTGTTCTTCCTGAAAAATTGAGATATGATTTTTCTCATG GTAAGATTTATTCAGTAGGTGTTAGAATAATGTGACTGTGAAGAGTTATTATTTACTACGCTGCAATAATAGGCAAGCCT GTTGATGCTGATAACTTGAGGAGAATCGAGTCAATTGTTAATGAGCAAATAAAAGCTGAATTGGATGTAAATGCAAAGGA GGTTACTCTTGCCGATGCCAAGCGAATCAATGGTTTGCGAGCTGTTTTTGGAGAAGTAAGTAACATAATTTCACTGAACG TTGTTGCTCATCCAGGATCTTGTTCTTCAATATTCTGCTCTGATGTAGGTCTATCCTGATCCGGTTCGAGTTGTATCAGT TGGAGAAAAAGTTGAGGATCTCCTTGCTGATCCCGGGAATGATAAATGGTTATCGATATCATCAGAATTATGTGGCGGTA AATATGATAGCTAATACTTCCTTTGAAACTTCCTTTCTGAGTTTCTGTTTGAGATTTCATTTTTACTTGATCTAGGTACC CATATTTCAAACACACGTGAGGCTAAAGCCTTTGCACTTTTGTCTGAGGAGGGAATTGCAAAAGGAATCCGCAGAATAAC AGCTGTTACAACTGAGCGTGCTTATGACGCAATGAAAACGGCCGATGAATTTGAGCAGGAAGTAGATCATGCAGCTAAAT TAGAAGGAAGTTTGCTGGAAGAGGTTGGTGTCTTGTGTGTGGTTTCTTTTTGTTCTATTGCATTAGGCTTGTGTTTTTTC CCATTCTAGTTGCTTTGGCCTGTTCAACCAATTGGACCTTGAATTCAAACGGACTCATAAAATGACAACTCTGAACCTAA GATGAAGAAGGTCTATTGGAGCCTCTTCAATATACTGGAAAGCATTGAAATACTCACGAAAATGAAAACCTCATCGTTTT GCGTTCCTGAGACACTAGTAGTTGCTCCCTTATACATTTCTTTGATTGCTCAAATACAACCAGTCCAAACATTTTTCTTT TCAAGAGCCTTTTACAAAACCTTTAAACAATTCTAGTTAGACTATCATGTATTCTAATAAACTCAACATTTTTTCCCAAC TCCTTTACTCTATTCGAACATGTATTTTAATTGATTTGTCTGTGCTGGGCTTTGGGAGTATGATGACCGAAGCTGGTAAC ACCTGAACACACTCACATGATTCTCTCTTGCTCTCTTTCTTTTTCTTTGCATTATTGACACTGATTTTTGTAGCAGGCAG ATTTGCAGAGTATGCTTCTTTTCCAAAATTGTAATTAGTGGACTTGCTATTTTCCCTTTTGTCACAGAAAGTTTCATATC TGAAAAGCAATGTGGAAACATTATCAATTCCAGCAGCCAAGAAAGCTGACATCAAGACCAAGATAGCCCGGCTTCAGGTA TAATATATAATGGAATAAATTATGGTCTTTATGCCTTCTCCCCTGTTGCACTATTGTATCTTTTTTAATTGATGTGCTTT CATTTGCTCATGAATGAAGTCTTGTATTATAATAATATCATAATTCACGTAGGATCAAGTGAGAAAAGCACAAAAGCAGG TTGCCGAAGAGAACAAACGTAAAGCTGTAACAATCACAGTTGAGAAGGCTGAACTCGCTGCTTCAGACGGGAAAAAATTC TGCATATCTCATGTTGATGTTGGTCTGGATGTAGCTGCAGTTCGTGAGGCCGTTACGAAAGTCATGGACCAGAAGGTATT TGCTTATTTTTAATGTATTTAGAAACTATCTTGGTCTTCAGCATTGTATTATGTTGGTCTTGTTTTGGAACTCCATGAAG TCACCTTGTGTCCTCAGCAATTATATTTCCTGTTAACTTCAAATAGTAACTTGTAGCTATGCTGGCTTATGAACAGGGGT TATCCGTGATGGTTTTTAGCACTGATAAATCTACCAACAAGGCTGTTATTTGTGCTGGGGTTCCGGAGAAAGGAGATAAA GGTAAGCTAGATGTGTCAGAGTGGCTGAGTAATGCTTTGGAGCCACTAAAAGGGAGATGTGGTAAAGGAAAAGGTGGTCT TGCAACAGGACAGGTAAGTATTTGTGTGATTACAAATTGTCACGTTTTTAGTAAATATACTAATAATTGCTATTATGGTA TGGGAATATTTAATTCTTGCATATATCTTTGATATTCAATAATTTATACCACTTTAAGCATTAGAAGTAGTGGTTTGAGG ATTGTGCTCAGGATCTGCTTGTAGGAGGAACTTCAAAAAAAAGGGTTGGGGGGTTTCCCTAAAATACGGTTCTCACGTAT ATCAGCATCAAATATTTAACTAGGCTCCTAAACAACTTTCATTTCGATTAAATGATTTTTGGGATCTAATCCTCCAATTC CGCCATGGACTGTGTTAATCTTTCTTGCTTATGATATGAAGAATATGGTCATGATATTGCTGTCGATTGTATTTTAGACT TGATTTCAACAATCATAGTAGCAATTTGGTTGCTTACTTAGTAGGTTCAGAAATGTTAAATTGAAATTGGCTTAATATAA TTTACCATGAATATGAGTTGACTGGAAGTTATCCTTATTTCGTACCAAACATGTAGAAAATGTACATGAATTTCGCATGT GGCATGTTGTATTAGAGATCATACTGATTTTGCTTACGCTCTATTGTTTTCCAGGGTACCGATGCTTCACACGTAAATGA GGCTATGGACTTTGCTACAAAATTTGCATCCATGAAATTAACTTAA
CDS sequence (LotjaGi3g1v0527600.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGAAAAGAGGACACTACTTGACTCTGCTCATATCCTCTCTTCGTAACCGTAACCCTCCTCCGTTAGCGCCGCCACCTTC ATTCCATTTTCGCGGCGTCTCCTCCTCTTCCAGATCTCCGGCCACCGCCATGCCTGGACCAGACGCTCTCGATTTGGAGT GGCCGGCGAAGCGCGTCAGAGACACCTTCGTCAACTTCTTCAAGGAAAGCAAGAACCATGTGTACTGGCAGTCTAGCCCT GTCGTTCCCTTCAACGACCCCACCCTCCTCTTTGCCAACGCTGGTATGAACCAGTTCAAGCCAATATTTCTGGGAACTGC TGATCCAAACACTGACTTGAGCAAGCTGTCTCGTGCTTGCAATACCCAAAAATGCATACGAGCTGGTGGTAAACACAATG ATCTTGACGATGTAGGAAAAGATACCTACCATCACACCTTCTTTGAGATGCTCGGCAATTGGTCGTTTGGGGATTACTTT AAAACAGAAGCCATTGGCTGGGCGTGGGAACTTCTAACCAAAGTTTATAAATTACCATCAGATCGGATTTATGCAACCTA TTTTGGTGGTGATGAGAAGGCTGGTCTTGCCCCTGATACTGAGGCTAGAGATATATGGTTACAGTTTTTGCCACCTGGAC GGGTGCTTCCTTTTGGCTGTAAAGACAATTTCTGGGAGATGGGTGATACTGGTCCTTGTGGACCTTGCACAGAAATACAT TTTGACAGAATCGGTAACCGTGACGCTGCATCATTGGTTAATAATGATGATCCTACCTGCATTGAGATATGGAACCTTGT CTTTATTCAGTTCAATAGGGAGGCTGATGTCTCTCTTAAATCTCTGCCTGCAAAGCATGTTGATACAGGAATGGGTTTTG AACGATTGACCTCTATACTACAGAACAAAATGAGCAATTATGACACCGACGTCTTCTTGCCTATCTTTGATGCTATTCAG CTGGCAACTGGTGCTCGGCCATATTCTGGGAAAGTTGGAGCAGATGATGCAGATAAAGTTGACATGGCATACAGAGTTGT TGCCGATCACATCAGAACTCTGTCATTTGCTATTGCTGATGGGTCTCGCCCTGGTAATGAGGGCCGTGAGTATGTTCTGA GGCGTATACTCCGTCGAGCTGTTCGGTATGGACGTGAAGTGCTAAAAGCTAAAGAGGGATTTTTCAATGGGCTTGTAAGC GTTGTGGTGAATGTGATGGGTGATGTTTTTACTGAGCTAAAACAACAGGAAGCGCACATTAGGGACATAGTTAAAGAGGA GGAGGAAAGTTTTGGCAGAACATTAATTAAGGAAGCATTTGTCTTGTGGGATACATTTGGGTTCCCGTTAGATCTGACTC AGTTGATGGCTGAAGAAAAGGGATTACTTGTTGATGTGGAAGGTTTTAATAGTGCCATGGAAGCTGCAAGAGAGAGATCA AGAAATGCTCAAACAAAGCAAGCTGGTGGTGCCATTGTCATGGATGCTGATGCTACCTCTGCATTGCACAAAAAAGGCAT TCTCCCAACAGATGATAGCTTCAAATATGTTTGGTTCAAGGACCATCAGAGTGGGGTAAAAGCAATATATACTGGTTCTG AGTTTGTGGATTCTGTTAATACTGATGGTGACATCGGTGTTATTCTGGAATCTACAAGCTTCTATGCTGAGCAAGGTGGT CAGATTTTTGACACTGGATCACTTGAGTGTCAACATGCTTCATTTCAAGTTCGTAATGTTCAAGTTTTTGGAGGCTTTGT CCTTCACATTGGTAATGGAACTGGTATCTCTGTTGGTGACAAAGTAGTATGTAAGGTTGACTATGGAAGACGTGCCCTTA TAGCCCCAAACCATACCTGCACACACATTTTAAATTTTGCTCTTCGGGAAGTACTAGGTGATCATGTTGACCAGAAAGGA TCTATTGTTCTTCCTGAAAAATTGAGATATGATTTTTCTCATGGCAAGCCTGTTGATGCTGATAACTTGAGGAGAATCGA GTCAATTGTTAATGAGCAAATAAAAGCTGAATTGGATGTAAATGCAAAGGAGGTTACTCTTGCCGATGCCAAGCGAATCA ATGGTTTGCGAGCTGTTTTTGGAGAAGTCTATCCTGATCCGGTTCGAGTTGTATCAGTTGGAGAAAAAGTTGAGGATCTC CTTGCTGATCCCGGGAATGATAAATGGTTATCGATATCATCAGAATTATGTGGCGGTACCCATATTTCAAACACACGTGA GGCTAAAGCCTTTGCACTTTTGTCTGAGGAGGGAATTGCAAAAGGAATCCGCAGAATAACAGCTGTTACAACTGAGCGTG CTTATGACGCAATGAAAACGGCCGATGAATTTGAGCAGGAAGTAGATCATGCAGCTAAATTAGAAGGAAGTTTGCTGGAA GAGAAAGTTTCATATCTGAAAAGCAATGTGGAAACATTATCAATTCCAGCAGCCAAGAAAGCTGACATCAAGACCAAGAT AGCCCGGCTTCAGGATCAAGTGAGAAAAGCACAAAAGCAGGTTGCCGAAGAGAACAAACGTAAAGCTGTAACAATCACAG TTGAGAAGGCTGAACTCGCTGCTTCAGACGGGAAAAAATTCTGCATATCTCATGTTGATGTTGGTCTGGATGTAGCTGCA GTTCGTGAGGCCGTTACGAAAGTCATGGACCAGAAGGGGTTATCCGTGATGGTTTTTAGCACTGATAAATCTACCAACAA GGCTGTTATTTGTGCTGGGGTTCCGGAGAAAGGAGATAAAGGTAAGCTAGATGTGTCAGAGTGGCTGAGTAATGCTTTGG AGCCACTAAAAGGGAGATGTGGTAAAGGAAAAGGTGGTCTTGCAACAGGACAGGGTACCGATGCTTCACACGTAAATGAG GCTATGGACTTTGCTACAAAATTTGCATCCATGAAATTAACTTAA
Protein sequence (LotjaGi3g1v0527600.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MKRGHYLTLLISSLRNRNPPPLAPPPSFHFRGVSSSSRSPATAMPGPDALDLEWPAKRVRDTFVNFFKESKNHVYWQSSP VVPFNDPTLLFANAGMNQFKPIFLGTADPNTDLSKLSRACNTQKCIRAGGKHNDLDDVGKDTYHHTFFEMLGNWSFGDYF KTEAIGWAWELLTKVYKLPSDRIYATYFGGDEKAGLAPDTEARDIWLQFLPPGRVLPFGCKDNFWEMGDTGPCGPCTEIH FDRIGNRDAASLVNNDDPTCIEIWNLVFIQFNREADVSLKSLPAKHVDTGMGFERLTSILQNKMSNYDTDVFLPIFDAIQ LATGARPYSGKVGADDADKVDMAYRVVADHIRTLSFAIADGSRPGNEGREYVLRRILRRAVRYGREVLKAKEGFFNGLVS VVVNVMGDVFTELKQQEAHIRDIVKEEEESFGRTLIKEAFVLWDTFGFPLDLTQLMAEEKGLLVDVEGFNSAMEAARERS RNAQTKQAGGAIVMDADATSALHKKGILPTDDSFKYVWFKDHQSGVKAIYTGSEFVDSVNTDGDIGVILESTSFYAEQGG QIFDTGSLECQHASFQVRNVQVFGGFVLHIGNGTGISVGDKVVCKVDYGRRALIAPNHTCTHILNFALREVLGDHVDQKG SIVLPEKLRYDFSHGKPVDADNLRRIESIVNEQIKAELDVNAKEVTLADAKRINGLRAVFGEVYPDPVRVVSVGEKVEDL LADPGNDKWLSISSELCGGTHISNTREAKAFALLSEEGIAKGIRRITAVTTERAYDAMKTADEFEQEVDHAAKLEGSLLE EKVSYLKSNVETLSIPAAKKADIKTKIARLQDQVRKAQKQVAEENKRKAVTITVEKAELAASDGKKFCISHVDVGLDVAA VREAVTKVMDQKGLSVMVFSTDKSTNKAVICAGVPEKGDKGKLDVSEWLSNALEPLKGRCGKGKGGLATGQGTDASHVNE AMDFATKFASMKLT
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 |
|---|---|---|---|---|---|---|
| MobiDBLite | 21 | 48 | 28 | - | – | |
| PANTHER | 35 | 973 | 939 | 0.0 | – | |
| PANTHER | 35 | 973 | 939 | 0.0 | – | |
| Hamap | 54 | 973 | 920 | 131.412 | ||
| ProSiteProfiles | 54 | 780 | 727 | 115.075 | ||
| Gene3D | 54 | 304 | 251 | 5.6E-119 | – | |
| CDD | 56 | 303 | 248 | 8.32611E-133 | – | |
| SUPERFAMILY | 56 | 307 | 252 | 4.22E-96 | – | |
| Pfam | 59 | 435 | 377 | 4.2E-163 | ||
| TIGRFAM | 59 | 951 | 893 | 3.5E-242 | ||
| PRINTS | 133 | 144 | 12 | 2.7E-30 | ||
| PRINTS | 261 | 272 | 12 | 2.7E-30 | ||
| PRINTS | 288 | 301 | 14 | 2.7E-30 | ||
| SUPERFAMILY | 308 | 487 | 180 | 4.97E-53 | ||
| PRINTS | 345 | 361 | 17 | 2.7E-30 | ||
| PRINTS | 369 | 382 | 14 | 2.7E-30 | ||
| Pfam | 437 | 608 | 172 | 6.6E-42 | ||
| Gene3D | 528 | 606 | 79 | 3.3E-11 | – | |
| SUPERFAMILY | 534 | 606 | 73 | 3.88E-12 | ||
| SUPERFAMILY | 606 | 780 | 175 | 6.15E-44 | ||
| Gene3D | 610 | 766 | 157 | 1.0E-46 | – | |
| Gene3D | 678 | 748 | 71 | 1.0E-46 | – | |
| Pfam | 708 | 766 | 59 | 1.1E-17 | ||
| SMART | 708 | 767 | 60 | 1.4E-20 | ||
| Coils | 820 | 847 | 28 | - | – | |
| Pfam | 829 | 968 | 140 | 9.7E-14 | ||
| Gene3D | 861 | 969 | 109 | 2.2E-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 LotjaGi3g1v0527600.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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