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| Field | Value |
|---|---|
| Gene ID | LotjaGi5g1v0007100 |
| Transcript ID | LotjaGi5g1v0007100.1 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | 5'-3' exoribonuclease 3; TAIR: AT1G75660.1 5'-3' exoribonuclease 3; Swiss-Prot: sp|Q9FQ03|XRN3_ARATH 5'-3' exoribonuclease 3; TrEMBL-Plants: tr|I1MY22|I1MY22_SOYBN Uncharacterized protein; Found in the gene: LotjaGi5g1v0007100 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr5:1548227..1562036) extracted from Lotus japonicus Gifu genome v1.2.
GTAAGAAAAATAAATATCTAGCGGCGTATGCCTAGGGTACTTCCTCTAGAAAAAGGTGTGTGACGATATGATATTCACAA ACCTAAACCGCTAAGTCGGTTTGTATTTGCAGAAAGAGGCTTCCATTTCACTGTTGAATTTGAAAAGGGTAATATTGTCC CGTTATTATTCACCCTAACACACACACACACACGCAAGTGGTTGATACAGAAACAGAGATAGGTCCCGCCGCAGCAGAAT CGTTAATTGCACTCTGTTCGGCATATTCTCTCGAATTTGGGATCTGAGAGAAGAAGAAGAAGAAGAAGAAGAAGAAGAAG ATGGGAGTTCCGGCGTTCTACCGGTGGCTGGCGGAGAAATATCCCATGGTAATCGTCGACGCCGTGGAGGAGGAGCCTGT GGAAATCGAAGGCGTTCAAATCCCCGTCGACACCAGCAAGCGAAACCCTAACAACATCGAATACGATAACCTCTATCTCG ACATGAACGGCATCATTCACCCTTGCTTCCACCCCGAAGATAGGGTAACTATTTCTCTTTGTTTTTGTATTTTCGGATTC TGAAATTCAAAATTGTGAACGAGTTTTCACGTTGTTGTTTGTTTGAATTGCAGCCATCTCCTACCTCTTTCGATGAGGTG TTTGAGTGTATGTTTGATTACATTGATAGGCTATTTGTCATAGTTCGGCCTCGGAAGCTGCTCTACATGGCTATTGGTTT GTGTTTTCTTAGTTTTGATTTGTGTGAATTTGCTTGCTCTGTTTGTGATTGGTGGTGGTTAATTGTTAATTATGTTTTTG GCGGTTTGGATTTGAAGACGGTGTTGCGCCGAGGGCTAAGATGAATCAGCAACGTTCGAGGCGGTTTAGGTCAGCCAAAG ACGCATCTGATGCGGTATGTTTGTGCTCGATGTTTACATTCGTTAATTTTTGGTGTGGTTTGAACTGTTTTGGATACACT CATTGGGGTGAATTGTTTGTAGTTCAGATTATTACAGAACATTCTAACATATGCTCCAATACTGTTGAATGTCATGCAGT AATAGTTGATATTGGAAAGCTTTAACTGCAAAATTGACTTATTACTGTTGAATATTGAAGTATTTAATACTCTGGTCTTG GATATTTGCATACTGCGTTTTTTACTCAGGGGACGTCAGTGTATTAGTATATTTGGGAGATAGTGCTAGTATAAATCCTT TCATAATAATTTCTGGGACGTCGTGTATAGTATAAACTCTTTGTATTCCTGGCTTTGTGATTACTATTGTTGTGTGCTTA TCTTACTTAGCTTATGTACATGTTTGCAACTTTCATCTCTCTGGAAAATGATTAAATATTTGAAAAGATACATTGATGGA TATGATTTGCCCTTGTCTGTCTGCTTTTCTCTTGTGTGAGATAGGCTGCTGAAGAAGCAAGGTTAAGGGAGGAATTTGAG AGGGAGGGCAGAAAGCTTCCTCCAAAAGAAGAGTCGCAGGTCTTCGATTCGAATGTCATTACACCTGGAACTGAATTTAT GGCTGTTTTGTCGATTGCACTTCAGTACTATGTTCATCTTAGGTTGAACAATGATCCTGGTTGGAAAAATATTAAGGTAG AGAGTCATTGTATCTTAAATTGTATGGCTACAGCATATGCGTCTCGATGGAGCGGAAAATCTTAACACCATGTTTATTTC TGAAGGTTATTCTTTCTGATGCAAATGTCCCTGGCGAAGGGGAGCATAAGATTATGTCCTATATTCGCTTGCAAAGAAAT CTTAAAGGCTATGATCCAAATACACGACATTGCCTGTATGGTTTGGTATATATCTTCCAATAATTTGTTTTTCTTGAAAA TTCATTTTCCTTTTGACTTCCACACAATGCCTGCTTGTTCTTATCATTTCGGGTCCTGTGACAGGATGCTGATTTGATTA TGTTGGCTCTGGCTACCCATGAAGTCCATTTCTCAATTCTTAGGGAGGTTTGTGTCTACTGAGATTTATTTGAGTCTCTC ATTTAGAGCATATCAGGATATTAAAATAATCACATGATGTTAATAGTGAAAAATGATTGTTATTAATGCATTATGCATAT GCAATATTTTTGGCTTCTTTCTACCAGGCTTTACATTGGTAAATAATTGGTTTTTGCAGGTTGTATTTACTCCTGGACAA GACAAATGCTTCATATGTGGCCAAATGGGTCATATGGCTGCAGCCTGTGAAGGAAAGGCAAAAAGGAAAGCAGGAGAGTT TGATGAAAAAGGAGATGCTAATGTGGCTAAAAAACCCTACCAGGTCAGGATCAGGGATAAATAATGTAATACGTATGTCG TATAGTTTTTTTATAGTACAACAACTATATCCAAGCTGTTTGCCTCTAGGTGGGGTTGGCCTTGGAAGTATGGAACAATA GAGTGTTGGTTCTTCAGTCCATGATTCTCACTTTTGTTCATATCTTTTGTAGTTTCTAAATATTTGGGTTCTGAGGGAAT ATCTGGAATATGAGATGAGAATGCCTAATGTTCCATTCAAGATTGATTTTGAACGCATTGTGGATGATTTTATCTTCATC TGTTTTTTTGTCGGCAATGATTTCCTACCACATATGCCTACTTTAGAAATTCGTGAGGTATGTTATTCTAGACCTGTTGT TCTTTTCGTCTGTCTTTTCTATTTTGTATGTAGTTGGCAAATCATATTTTAGGACTGCTCTTGGAAATTCTGGCTATGAC AAAAAATTTAAGCTGTTGGAGGTACATAAATGGTTTAATATCTTTAATAGGCTTTCTCATATGTAACACTTTGGGCTTGA AACTGAAAACTGAAATAGTGCAAGCCCTCTGTACCTTGTGCTCAAATTCGATATAATGTGTAGAATGTTGATTGCTGGGG GTCAGACTGCTAACCAAGTGGTTGATAGGTACCAGAAGAAAATAAGAAGGAAAAGGGAATTGAAATGTTATAGTATTGAT TTGTTCTAGAAACTGAGAAATTCTCAGGTCCAGTTTAGGAAAATTCAAGAAGAAAGAAAGAACTGATACAGGCAAAATCG AGCATGCCTATCCCTTTTACCCCTTCTAACATACACTTTTAGTAATCAGGGAAATTCTACATCAGGGGTCAAGGAAGATT TTACAGTGTAGGATACTAGGATTAGGTACCAACTACCCAAAAGCTCATCCTTTTTATATTTCAACATGGAAATAAAGTCT GAAGTGAGGCTCGAAACTTGCATGCATTTTTTAGTCAAACTTTTATATGGTATGAATAAGTTTTAACTTGTAACAGACTG AGGGATATATTATTTACTTAATAAAAAACTGAAAGCAAATAAGCAATACATGTCTTATATAAAATACATTACTTACTAAC CAATCCAGCAAGTAACTTCATATCCTAAATCATAATAACCAAACCTGTTATTATTCTAGCCTCTATCTAATTGCATTATA TCACTATCTATTAGCTAGGTTAATATTTGAATTAAATCCACAATAAATCTGACAAGCCAGAGTATCAGTTCCTTTTAGTG TTATTAGTGGTTTCTTTATTACAAGTCTTGAGAATGTAATTTTTTATTCTAGCCCCAGTAATTCTCGGTATGTTAACCAA TTTAGATAAAAAGTTATGGTGAAAGTTGTTCTATTTTTGTATGACATAATTCATTGCCTAATAATCTTGTAAGTACAGAG AAATGGATGAGAATCAATTTCCGCCCTCTAAATTTGATGAATTGTCACTTTGTCAGAATATCATGGCAAGAGAGAAGTCA TAATATTTGACATATTTTTAAAACTGTTAATTTAGTTTGATGTTTGAATATATCTATAGGTTTATCTGTTACGATATTGG CCATCTATCATCTGATGGGAGTGTAATTTTTTTATGCTGATTTAGGTTATGTAACTGATGTATTTTTTGCAAATTTCATT ATTTTCAAATAGGGTGCAATTAACTTGTTGATGGCAGTATACAAGAAGGAACTTGGGGCAATGGGTGGTTATTTAACTGA TGGAAGCAAGGTACTTGATGGTAATTTGGGTTGATATATTCCATGTGCCATGTGGTATGCTTTGTTGCTTTTCATCTTAA TAACTTTGTGTGTAATTTGTCTCTTTCCCCCCGCATTTCACAGCCAAATTTGAGCAGGGTGGAACATTTTATTCAGGCTG TTGGATCTTATGAAGATACAATATTCCAGAAAAGAGCTAGATTGCATCAGGTCTGTCATCATTACTCATGTCTTGTATGA TCTTAAAGATGTAAAGAAGTTAACCCTAAGGCTTTGGTATGCTAGCATTTAAAATTGTCAAGTGGTCTGGCTGCATGATA TGGAAATTTACATTATTCAGATTTTTTTCATGATTATATTGTAACACCAAATGTGGTTCACGCTAGATATTGCCATTTAC CATTGTATCTAGTTGCATTTCTTTCCCCTATATTAGGAAAGGTAGAGTAGGCACCATCAGTTTATACCAGTGGCTGTGTG TGTCACACCGCCATTGCAGGAGAGTGGGTGTTCATTGTGTTACTTTCTCACATTTTCTGTCCTGGTAGTATATAAATAGA ATAATGTTCGAAACAGAGTGACAGACAAATGTTTATACCCGTATGTAGTTTATCTTGTTCTTAGAAAGTTATTTTGACTG TATCTGAAGTGATTCTTCCTGTGTTTATTGTTGTCTCTTCAGCGACAAGCAGAAAGAATTAAGCGTCAAAAGGCACAAGC AAGAGGAGATGATGCTCAACCTCAAGCTCAACCTGAGACTCTTGTTGCAATTTCAAAATTCCATGGTTCTCGTCTGGCTT CAGCTCCAACGCCTTCACCATTTCAAGCACCTGGGCGGTATGATTCTCATGCGTCTGCATCAGTTAGAAAAGGCAATAAA GAAGTCTTTGAGAAGCCCCCTAAAGCTGCTAGGTTGTCTTCCGGAGCATCTGTTGCTGCTGCCATTGTTGAAGCTGAGAA TAGTCTTGAAATAGATGTACGTTTTCCTGCTTCTGGAGAGGCATTCTTTAGAACTAATATTTGGGCTAACCTACTAATGG GTATGAGCCTGGCATAGAGTTACATAAGCACTTTGTTATCTTGTTGCATCATTGTTATTCTAAGGGTCCTAATTGGGATA TTATCTATTTGTAGTTCATGCTTTGTAGCGTTCTTTTGCTTTTCAGATTCAAGATAACAAGGATGATTTGAAAACAAAGC TGAAGGAAATACTTCGAGAGAAATCTGATGTATTCAACTCAAAAACTACTGAAAAGGACAAGGTAAAGCCGTAAAGCATA GAATGCATATAATTGAGTCAAGGGTTTTCATTCTTAAGACTTGGTCGTTAGACAAGTTAACTTCTGTATAAATGATAATC AAAAGAAATTGAAATGATTTAATTAAATAGGCAGTCCCTATTTTTGTCCAATCATGTTGGTCCCCACACTTCACATTTTT CAAATGAGACTTGATTGAACATTCAATATACAGAAAACATGAAAGCAATCTCTAAAATCTTAACCGATGCTTTTGAAATT TACAATTTGCCTGAGTTATGAATGTGGAGTTATTCTTTACCTGCAAAGAATGGCTTTTGAATTTGGAGTGTTTAGAACTC CGCCTATGTTTCCATAGCCGGTAAAGGAAGGAATGTTGTTTTAGGCCTTAAGTAGGCAACCTAAAACCAACTCACATCTT TAATATGGATCAAACACGACAAGCGTCAAGTGATCCATATAGCTGACCTCACTTAGTTAGATAAGGCTTTGTTGTTATTT AACAAGTTAACTTCTGTATAAATGATAATCAAAAGAAATTGAAATGATTTAATTAAATAGGCAGTCCCTATTTTTGTCCA ATCATGTTGGTCCCCACACTTCACATTTTTCAAATGAGACTTGATTGAACATTCAATATACAGAAAACATGAAAGCAATC TCTAAAATCTTAACCGATGCTTTTGAAATTTACAATTTGCCTGAGTTATGAATGTGGAGTTATTCTTTACCTGCAAAGAA TGGCTTTTGAATTTGGAGTGTTTAGAACTCCGCCTATGTTTCCATAGCCGGTAAAGGAAGGAATGTTGTTTTAGGCCTTA AGTAGGCAACCTAAAACCAACTCACATCTTTAATATGGATCAAACACGACAAGCGTCAAGTGATCCATATAGCTGACCTC ACTTAGTTAGATAAGGCTTTGTTGTTATTTAATTGTGACCTATGCGATTTTTGTTTTTTCCCCCTAGTTATTCTAGGAAA AATACAAGTTGTGGAATACGTGGCCTGACACATAGTGGATCTGAGGCCCTTCTTGTGATGGAAGCTTAGGGCACCAAATC GTCCCTCTTTCTGTGGGACAATGACATTGATTTAATGCCTGCTTTTAATGAATATATGTGTTTGGATATTGTGAGTTGAC AATATGTTATTAATGCACATGCTTTGTCTTAGTTGTACTACAATGATTTGGGTTGGCATTTGAAATTTGAAGTATTTAAC AACATTTTTCTTTTTGGACGTAGACTGTAGCCTGGTATTTTAGAAGCATGATGTGTCTAAATGTAATGCATGCAACGTTC GTGCATCACATTTTTAATGTAATTTCTCTTTATCTTGATTAGTTATTTCAATTAATTTTAGCTATTATTTCTTGTTTTAA CAGATTAAGCTGGGAGAACCAGGCTGGAAAGAGAGGTATTATGAGGAAAAATTTTCTGCTAAAACTCTTGAGGAACTGGA AGCTATACGGAGAGATGTTGTACGTTAACAAATTGAATTGTTATTGGTTTTCGTTTACATAAAGGTCTAGGGTTTCTTAT TGCAGTTTATTGTTTAGGTCTTGAAATACACTGAAGGTCTTTGTTGGGTGATGCACTATTATTACGAGGGTGTTTGTTCT TGGAATTGGTAAGTCCCTTTTCTAATATTCTCTGCAGTGATAGCCGAACCATAAGTTGTGTTGGGTTTCCTTACCTTTGC ATTCCTATCAACTTGGTGAAAAAATGTGATAACCAAATGCTAGCTTTTTCTTTTATTCAATAGAAATTTATCGTTTCTTG CTTGCTAAGAACCTGTTCCTGACTAGCTCTTCAATTGTTTAACACTTTCACTGAAATTTCATTTTTGAACTTCTGATTTG GCATTTTCAGTGAAAGTTGGGTGTGTTAGATCCTTGGAGTCTATGTGCTATTATTAGAGTTTTCATAGCAATGTGGAATC TATGAATTAGGCTAGAATTTGTGACAATATGTGAGATATTAGCTTTGATTTTTATTGACAGAATACAAGATCAGAGGCCT CTGTTGTAGGGATTGATATGAACTATTTGAAGTTATGCTTTCTTCAGATAATTGCCATATGGGTAAAAAGAATTTCAAAA ATAATCATGGATATCAACACTTAGCTATAATTTGGTGCATTTTGCTGGATTTTAACTATCTTTTGGTGGATTCGTTGGCA ATATCACTTTCGGGATCAATTTTGTTGTTTGGCATCTATTTTAAGTAAAGCACATGGCCTTTTTTATTCTGTTACTTAAG GAATATATTAAGAGATTGGGAAGCTTTGTTCTATTGATTTGATTTTTTTCCTGAGTTGTTTTATGTTTTGTTCTTGATTA GGATTATTTATTATCCTCCTTGCCTCTGCCTCCCTTCATCTCAGTAAATTTTTTCTTTTATCAGAAATTTTGTTTTACGA GATGGAGGAGGAAAAGTACCACTATAATGAGAATAAGAATTTTCTTTATTTCCCCTGACTTGTGATGTTTATATATTTTT AGTTGCATATTGCATCCCAAGGCTTGTTTCTTGTTTACAATTTTTATTATTTCTTTCTTGGTGCAAAACAGGTTTTATCC TTATCATTATGCTCCCTTTGCGTCTGATCTCACGGGCCTTGGTGAGCTTAATATTAGCTTTAATCCGGGTACTCCGTTCA AACCATTTGATCAGCTTCTAGGGGTTTTTCCTGCTGCAAGGTTTGCTTGTTATCATTTCTAGTTTCGTAAAAGTTTATAA CTTCCTAAACTTCAGTTGCGGTAACTTGGAAACAATGAATCACTGCAGCTCTCATGCACTTCCTGAGCCATATAGGAAAC TTATGACAGATCCCAACTCACCAATTATTGATTTTTATCCACTTGGTATGTTTTTAATGAACTGTCGTATTGAAAACAAG TTTTAGAACTTTCACCGTATTGTGTGTATATTTAATATTGATTTTATGTCAGATTTTGATGTGGACATGAATGGCAAACG CTTTGCCTGGCAGGTGTGCTCCTCATTTTCGTTTGTTTTCTTACCCTTGGTGTTCTTTAACCTGACAGCAAACTTATTTT ATAATATAATCCTTCCATTTTGTAGGGTATCGCGAAGTTGCCTTTTATTGATGAAACACGTCTTCTTACGGAAGTTCGGA AAATTGAAAACTTGTTAACAGTATATCTCTGTCTTCCATTAAGTTTTAATGCACTTTTGTTTTGTTTGTCGTTCTATACT CCCTCCCTCCCATCATATACTGATTTTAGTTTGTATTTTGTTGATAACTTATCTCTCTATTAAAATAGCCGGAGGAAAAG CGACGAAATGCTGTGATGTTCGACTTGCTTTTTGTGAATTCCTGTCATCCTCTATCTGCATGCATAAGTACACTTGACAA CAAATGCAGAAACATGTCAAACAATGAACGTGCTGAGGTCAAGGAAAAAATCGATCCCATGGAAAGGTTGGTGCATAATG TGTTGTATCTGATGGGTTGTGTGTTAGTAATCTTTCGGGTTCTTTTTAGAAATGGCTCAGTATGTTTATAAGATCAGAAC TTAGCGTTGTCATTTAACGCTACATTAAAGTCTATGATAACTGATCAAAACGTGGGTTTAGAATTAGATTATTAGTTTTG GTTAAACAAAGAGTGATGAAATTCTTAGAAGACAGAATCAGAGCGAGAGAGAATTCTGAAATCTGATTTTTATTAGTTAT CAATAATCTAATCTAATGATACAATATAAATATCTATATATAGACTTGGTACTCGAACATATTACAATTGCTAACAGCTG TCAACAACTAGCTCTAACTGAATGACAGCTGGTGACTTATCATGTGAATGCAGAAGCTAGCTCTACTCCTTATCACACAC ATTACATTAACTAGCTAGCTACAATGCATAAACAAACTCAAGTGAAATAGTTACTCTAATCCAGACAGTGGAGCATGCTA TTAGTGTTAACCAAAATGCTGCTGAATTGCTATTTCAGTCCACAGTTAATTCGTTAAAGATCGGAAATGGGGTTAATTTT GTGTACATGGCTGTGGGAACCATGGCTAACCTTTTTGAACAATACCTGTCCTTTGTATCGGTGCTAGACCATAAGTAAAT TTATCTACTGGGCTGTTAATATTTAGATGTGCCATATAATTGGGTGACCGGTATAATTTGAAAGTGTTTGTGGTTTTTGT AGCATGTTTTAAATAACAAACATGTTATTCGGTTAGTATAGAATCAACTCTTAGAACATGCAGATGGTGATAATGTTTTT TTACTAAACACAAGCAGAATGGCAGCTTGTTGATGTATCACTTTGCATGAAATTAGAAATTTTGTTTACTTCATTTTTCT GATGTTATTTAGGTATACATGCAGTGATGGAATGAATGGTTACATATCCTTGTGTGCTGGTGAACCTTGCCCTCCTATCT TTAGGTCTCCTGTTACAAGCATGGAAGATATCATGGACAACCATGTCATGTAAGTCTGTTCAATTTGGGGTTTAATTAAT AAGACCATTATTTATAATCATGGATCTGAAAATTGATGCAATTCTTTCTGTTTGCCGTTTCATGCCCTGGTGCTCAGATG TGCAATTTATAGACTCCCAGATGCGCATAATCACATTGCCCGACCACCAGAGGGAGTTAAATTTCCAAAAAAGGTATTAA ATATTCTAGCTGCTTCGTATTTATTTTTCTTTGAACTCCCAGGTTTCTCTTCCTGATTTTGTTCAATTTCAACTGTTTAC TGGTTAAGACTCTGGTATGGTTACCTTAGCACGTTGTGTTTCATCTGCTTTTACGGTTCAATATATAGGCAGAAAATTAA ATCATGTGCCTTTTTTACAGATCGTGACAGTTGGGGATCTACAACCTGAACCTGTTTTGTGGCATGAAGATTCTGGTAGG AGGAGATATGAGGATAGTCGGAGGTAAGGCTTTGGCTTATTTATATTAGACTAAAAGACTTTGTTAAATTTGTGATTCAT AGTTGGATTGCATTCAACATCTTGCCAGCTAGCCTGGAGGGTCCTCGTTGAAATTGTGTTTATCTTATTAAATACTCCCT CCGTCCCTATATATTGTCACTTTAAGGTTTTGACACATATATTAAAAAGTAAGTAGTATTAATGTCCTTGTTTTTGTTAA AATTATTACTAACTTCCTAATATACCATTTATCTCTTATTAATTGACTCTTTACCATTAAAAATTATCTGCGTTATTGGT AAGAAATAATCAATGCTCTCTTGAAGCTACAAAAGTGGCATATAAATAGGAACATAAATACTCTCAAAATAGTGACAGAT ATTAAGGAACAGAGGGAGTAGGTGGAAGGGACCGCTGATTAGTTATGAAGAGAGAGATTGACACAATGTTTCACTTGATA TTGTCATTTTGACATGAGAGGATCCTAATGTGGCTAAAATTGTGACTAAGCTTTGGTTTTCTATTTCAGGAAAAACCCTC CAGGATCTATTTCTGGTCGGGAGCTTGGAGAGGCAGCACATAGACTGGTTGTCAATTCCTTACAGGTCAAGGTTGATGAA AATGGTTACCGTCGTCCTGCAAATGGACCCCCCATGTCTTATGCTGCACCAATGGGTCATCAGCAACCATTGCCTTCCTA TGGTTATGAATCGCGCCCAGGATATATTGCAAGACCGCCACCTCTGTCAGCTCCACCCGTCCACGGTCAACCACCGTACA TACCTTATAATGCTGCACCACTTTTGTTAGCTGCAGCTATCCTAGGTCAACAACCGTACGTACCTTATAATGCTGTCCCT GCAGCTCCGCCATATGGTTATAACCAACCACACCCACCGCATATGGTGTATGATCCTGTTCAATCAAATTCTTATGAAGG AAATGATCATCAACACCCTATATCACATCCTTATGTAAGAAATGATCATCAACCGAGAGGAGGAAGTGCAAGGCATAGAT ACAATTCACAAGGTGCATATGCTAGTCAGCATCACGAATATCCTAGTCAGCATGGTCGCCACCAGAACTGGACTCCCCGG AGTAACCCCAGTGGCCCTAGGGGATCTGGTCAACATTCGACCAATCAATACGCTCATTTAGATAGAAGAGCAAACAGGAA GCCAATGCCACCACCTGATTATAGTCGCAGGTAAATTATTTCAGTGGAGTATTTCACCCTGCTTAATGAAACTGTTGTAC TTGTACCATATCTTCTCCCTTTTCTTGAAGCTTGTTAGACATACTAGTGATTTCTGTTCATTATTCATAAACGCCTAAAT GTTTGATAGTTTAACACCCTCCCAAATCTACATTGGATAGAGGAATAGTTAAATTATAACCCTGGAACTCAGGTTCGATA ATATTTTTGATGTAATAGGAAATTCTATTTGTGTTATTTGTCCATTGAGGCTCGATTTTAAAGCAATTATGCTTTTATTT CCAGCCCATCAAGTGGCAATTCTAATGTTCTACGATTGGTTCATGGATGGGTAATTTGAGTATGATAAACAGTGCCTATT TATGTTTACTGGAATATCTCAGGTCTGCTTATTTAATCACATTTTGTTAATTTATTTCGAATTCAATAGGCAATTGGCTC ATCTAGTTATTTACTTACAACTGTATATACTTCTCATTCAATCACCATTGGAAAGAATATCCAAGGCAGCAGTATGTTGA ATATAGGCAGCCGTTTCTTCAATCTGAAAACAATTAGGATTCAATGAAACAAAGTTAGAGAAACAATGATCAACTCGATT TGCCTCATGCTGGGAATGAGTAATAAATTAAGTTTTAAAATTGCTATTATTTTGATACAATGAAAACAATTAGGCTTAAA TATGCTTGAGGTCCCTTTAAAATAAGGGTATTTCGGTTAAGGCCCCTACAAGTTTTTTTTGGGGAATACACCCTTATTTT AAAAATATATAGAGAAATAATCCCATGCCGTCAAAGTCCGTTAGTGGTATTTTTTAAGTGCGCAATGAAAATGCTTAATC TCTCTCATACATAATAACACTCCACATCATTCCATGCCATATATATTAATTTTCTATTTAACTAAATTGTATTTTAGAAG AAAAAAAATGAAACTTTATTCATCCCTCTTCTCTCTACTTCTCCCTTCTCTCACCCTTCATCCACCGACCACCACCAAGA CTCTTCTCTGTATCCCCACTCCTCTAGTTCTCCTCCATCGCCCCTTCCTCTTCTTCACCATGCAAATGGTCAAAATCCCA AAATCTGGTTAAAAGCCCAAAATCAGCAGACTGTAATCGATCGGTTGTGGGGAGATGGTCTACTTCGTTTTGCTTTGATG CTCTGTCTTCTCCTCTTCCAACTCCTTCATTAGCCTTTGGTTGTTTGATTCAATGCTTTGATGCTTTGTCTTCGTTTTGC TTTTGTTCCAATTTCTCAGCGTTGCTTTCTATTTGTGCGTCTTTGGAGATGATCCTGTTCTTGAGAAAAGGGGCAATGGT GACGGTCTCCTTGAAGGAGATATCGTTCTCGAGAAGGAAATTCAGTATTAACCCATTGCAACCTTACCTTGGCAATGGTG GCTATCATTGGTATGTATTTGTGTTTTGGGTTTGACGGTGATTCTGGAATGGAAAAGTCGAAGAGTCAATAAGTTTATAT ATTTATATAACCTTACTAATAACACCAAAATAACATGTAGTGTAGTGGTGAGGCAAGTGTGGTTGAAGCTACAGGTTTGG TGTTCGAATTCCTTTGACCACACATTTTGAATTTTCCAACATTTTTTCATATGCTGACTTGGCAAGGGTGCGTGGCATGA TGATGTGGTTGCCAGTGGTGTCCAACGGGCGGTTTCGGGCCAATATCGTCGGTTTCGAACGGTTGAAACCACCATACAAG CAGGCTCGCCACCGTCCGTCAGTATGAGCGGATTATTCAGGTTCGATTATTACGGATTTTGAATGTGGTGGTTCGGTTAA GCGGTACCCGATCATAGGGGAAAAAACAAGCATAGTCACATAGAAAAGAGAAGAGAAAGAAGAAGTCATTTTTTTTATTA AAATTTCACCAGTACAATAGAAGAACTGAAGACAGAACAAACTTCATACAACAAATTGAAGAGGAATTATTAAAAAAAAA GAAGAGAAACCCCTGGTTTGCCTTGCCAGATCTGTTGACAGTGAGAGGAGGCATGGCGATCTAAGAGAGGCGATCTGATA GAGACGTTGAGGAAGAGTGGCGCCACTCGGTACGTGACTTGCATGACTCAGATCTCTCTAAAATCTTGTTCTTCTCATCT TATCTCGCCATTGTAACACCGAATGGAGAGATAGAGTTTTCAAAAAAAGATTTATGTGGATCGGAAGGCTAGAAGGGGAG GGGATGAGAGAAGAGAAGATGGTGATGATTGAGAACATATGAAAGGGGGAAGAGAAGCGGCGGTGGCTAAGGTTTGATGG GAGGCGGCTAGGTTTTTCTGAGTGGGGAAGAGAAGAGAAGAAGATGAATGGTGAGTGAAAGAAAGTGATGATCAGAGAGG CTAGGGGTTGGAATAGACAAGTAAGAGTGAGTGGGTGTTTAATCTTAAAG
CDS sequence (LotjaGi5g1v0007100.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGGAGTTCCGGCGTTCTACCGGTGGCTGGCGGAGAAATATCCCATGGTAATCGTCGACGCCGTGGAGGAGGAGCCTGT GGAAATCGAAGGCGTTCAAATCCCCGTCGACACCAGCAAGCGAAACCCTAACAACATCGAATACGATAACCTCTATCTCG ACATGAACGGCATCATTCACCCTTGCTTCCACCCCGAAGATAGGCCATCTCCTACCTCTTTCGATGAGGTGTTTGAGTGT ATGTTTGATTACATTGATAGGCTATTTGTCATAGTTCGGCCTCGGAAGCTGCTCTACATGGCTATTGACGGTGTTGCGCC GAGGGCTAAGATGAATCAGCAACGTTCGAGGCGGTTTAGGTCAGCCAAAGACGCATCTGATGCGGCTGCTGAAGAAGCAA GGTTAAGGGAGGAATTTGAGAGGGAGGGCAGAAAGCTTCCTCCAAAAGAAGAGTCGCAGGTCTTCGATTCGAATGTCATT ACACCTGGAACTGAATTTATGGCTGTTTTGTCGATTGCACTTCAGTACTATGTTCATCTTAGGTTGAACAATGATCCTGG TTGGAAAAATATTAAGGTTATTCTTTCTGATGCAAATGTCCCTGGCGAAGGGGAGCATAAGATTATGTCCTATATTCGCT TGCAAAGAAATCTTAAAGGCTATGATCCAAATACACGACATTGCCTGTATGGTTTGGATGCTGATTTGATTATGTTGGCT CTGGCTACCCATGAAGTCCATTTCTCAATTCTTAGGGAGGTTGTATTTACTCCTGGACAAGACAAATGCTTCATATGTGG CCAAATGGGTCATATGGCTGCAGCCTGTGAAGGAAAGGCAAAAAGGAAAGCAGGAGAGTTTGATGAAAAAGGAGATGCTA ATGTGGCTAAAAAACCCTACCAGTTTCTAAATATTTGGGTTCTGAGGGAATATCTGGAATATGAGATGAGAATGCCTAAT GTTCCATTCAAGATTGATTTTGAACGCATTGTGGATGATTTTATCTTCATCTGTTTTTTTGTCGGCAATGATTTCCTACC ACATATGCCTACTTTAGAAATTCGTGAGGGTGCAATTAACTTGTTGATGGCAGTATACAAGAAGGAACTTGGGGCAATGG GTGGTTATTTAACTGATGGAAGCAAGCCAAATTTGAGCAGGGTGGAACATTTTATTCAGGCTGTTGGATCTTATGAAGAT ACAATATTCCAGAAAAGAGCTAGATTGCATCAGCGACAAGCAGAAAGAATTAAGCGTCAAAAGGCACAAGCAAGAGGAGA TGATGCTCAACCTCAAGCTCAACCTGAGACTCTTGTTGCAATTTCAAAATTCCATGGTTCTCGTCTGGCTTCAGCTCCAA CGCCTTCACCATTTCAAGCACCTGGGCGGTATGATTCTCATGCGTCTGCATCAGTTAGAAAAGGCAATAAAGAAGTCTTT GAGAAGCCCCCTAAAGCTGCTAGGTTGTCTTCCGGAGCATCTGTTGCTGCTGCCATTGTTGAAGCTGAGAATAGTCTTGA AATAGATATTCAAGATAACAAGGATGATTTGAAAACAAAGCTGAAGGAAATACTTCGAGAGAAATCTGATGTATTCAACT CAAAAACTACTGAAAAGGACAAGATTAAGCTGGGAGAACCAGGCTGGAAAGAGAGGTATTATGAGGAAAAATTTTCTGCT AAAACTCTTGAGGAACTGGAAGCTATACGGAGAGATGTTGTCTTGAAATACACTGAAGGTCTTTGTTGGGTGATGCACTA TTATTACGAGGGTGTTTGTTCTTGGAATTGGTTTTATCCTTATCATTATGCTCCCTTTGCGTCTGATCTCACGGGCCTTG GTGAGCTTAATATTAGCTTTAATCCGGGTACTCCGTTCAAACCATTTGATCAGCTTCTAGGGGTTTTTCCTGCTGCAAGC TCTCATGCACTTCCTGAGCCATATAGGAAACTTATGACAGATCCCAACTCACCAATTATTGATTTTTATCCACTTGATTT TGATGTGGACATGAATGGCAAACGCTTTGCCTGGCAGGGTATCGCGAAGTTGCCTTTTATTGATGAAACACGTCTTCTTA CGGAAGTTCGGAAAATTGAAAACTTGTTAACACCGGAGGAAAAGCGACGAAATGCTGTGATGTTCGACTTGCTTTTTGTG AATTCCTGTCATCCTCTATCTGCATGCATAAGTACACTTGACAACAAATGCAGAAACATGTCAAACAATGAACGTGCTGA GGTCAAGGAAAAAATCGATCCCATGGAAAGTGATGGAATGAATGGTTACATATCCTTGTGTGCTGGTGAACCTTGCCCTC CTATCTTTAGGTCTCCTGTTACAAGCATGGAAGATATCATGGACAACCATGTCATATGTGCAATTTATAGACTCCCAGAT GCGCATAATCACATTGCCCGACCACCAGAGGGAGTTAAATTTCCAAAAAAGATCGTGACAGTTGGGGATCTACAACCTGA ACCTGTTTTGTGGCATGAAGATTCTGGTAGGAGGAGATATGAGGATAGTCGGAGGAAAAACCCTCCAGGATCTATTTCTG GTCGGGAGCTTGGAGAGGCAGCACATAGACTGGTTGTCAATTCCTTACAGGTCAAGGTTGATGAAAATGGTTACCGTCGT CCTGCAAATGGACCCCCCATGTCTTATGCTGCACCAATGGGTCATCAGCAACCATTGCCTTCCTATGGTTATGAATCGCG CCCAGGATATATTGCAAGACCGCCACCTCTGTCAGCTCCACCCGTCCACGGTCAACCACCGTACATACCTTATAATGCTG CACCACTTTTGTTAGCTGCAGCTATCCTAGGTCAACAACCGTACGTACCTTATAATGCTGTCCCTGCAGCTCCGCCATAT GGTTATAACCAACCACACCCACCGCATATGGTGTATGATCCTGTTCAATCAAATTCTTATGAAGGAAATGATCATCAACA CCCTATATCACATCCTTATGTAAGAAATGATCATCAACCGAGAGGAGGAAGTGCAAGGCATAGATACAATTCACAAGGTG CATATGCTAGTCAGCATCACGAATATCCTAGTCAGCATGGTCGCCACCAGAACTGGACTCCCCGGAGTAACCCCAGTGGC CCTAGGGGATCTGGTCAACATTCGACCAATCAATACGCTCATTTAGATAGAAGAGCAAACAGGAAGCCAATGCCACCACC TGATTATAGTCGCAGGTAA
Protein sequence (LotjaGi5g1v0007100.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MGVPAFYRWLAEKYPMVIVDAVEEEPVEIEGVQIPVDTSKRNPNNIEYDNLYLDMNGIIHPCFHPEDRPSPTSFDEVFEC MFDYIDRLFVIVRPRKLLYMAIDGVAPRAKMNQQRSRRFRSAKDASDAAAEEARLREEFEREGRKLPPKEESQVFDSNVI TPGTEFMAVLSIALQYYVHLRLNNDPGWKNIKVILSDANVPGEGEHKIMSYIRLQRNLKGYDPNTRHCLYGLDADLIMLA LATHEVHFSILREVVFTPGQDKCFICGQMGHMAAACEGKAKRKAGEFDEKGDANVAKKPYQFLNIWVLREYLEYEMRMPN VPFKIDFERIVDDFIFICFFVGNDFLPHMPTLEIREGAINLLMAVYKKELGAMGGYLTDGSKPNLSRVEHFIQAVGSYED TIFQKRARLHQRQAERIKRQKAQARGDDAQPQAQPETLVAISKFHGSRLASAPTPSPFQAPGRYDSHASASVRKGNKEVF EKPPKAARLSSGASVAAAIVEAENSLEIDIQDNKDDLKTKLKEILREKSDVFNSKTTEKDKIKLGEPGWKERYYEEKFSA KTLEELEAIRRDVVLKYTEGLCWVMHYYYEGVCSWNWFYPYHYAPFASDLTGLGELNISFNPGTPFKPFDQLLGVFPAAS SHALPEPYRKLMTDPNSPIIDFYPLDFDVDMNGKRFAWQGIAKLPFIDETRLLTEVRKIENLLTPEEKRRNAVMFDLLFV NSCHPLSACISTLDNKCRNMSNNERAEVKEKIDPMESDGMNGYISLCAGEPCPPIFRSPVTSMEDIMDNHVICAIYRLPD AHNHIARPPEGVKFPKKIVTVGDLQPEPVLWHEDSGRRRYEDSRRKNPPGSISGRELGEAAHRLVVNSLQVKVDENGYRR PANGPPMSYAAPMGHQQPLPSYGYESRPGYIARPPPLSAPPVHGQPPYIPYNAAPLLLAAAILGQQPYVPYNAVPAAPPY GYNQPHPPHMVYDPVQSNSYEGNDHQHPISHPYVRNDHQPRGGSARHRYNSQGAYASQHHEYPSQHGRHQNWTPRSNPSG PRGSGQHSTNQYAHLDRRANRKPMPPPDYSRR
Data for domain prediction are obtained with InterProScan, and merged with InterPro data obtained from the EB-eye REST service.
| Prediction algorithm | Identifier | Start | End | Length | E-value | InterPro ID |
|---|---|---|---|---|---|---|
| PANTHER | 1 | 1031 | 1031 | 0.0 | ||
| PIRSF | 1 | 910 | 910 | 0.0 | ||
| Pfam | 1 | 253 | 253 | 3.3E-99 | ||
| PANTHER | 1 | 1031 | 1031 | 0.0 | – | |
| Gene3D | 1 | 136 | 136 | 2.5E-41 | – | |
| CDD | 51 | 312 | 262 | 3.89742E-146 | – | |
| MobiDBLite | 113 | 152 | 40 | - | – | |
| MobiDBLite | 117 | 151 | 35 | - | – | |
| Coils | 122 | 142 | 21 | - | – | |
| Gene3D | 154 | 348 | 195 | 2.7E-52 | – | |
| SUPERFAMILY | 258 | 283 | 26 | 3.14E-5 | ||
| Pfam | 262 | 276 | 15 | 3.7E-4 | ||
| SMART | 262 | 278 | 17 | 0.0068 | ||
| ProSiteProfiles | 262 | 276 | 15 | 9.224 | ||
| Pfam | 324 | 824 | 501 | 2.1E-171 | ||
| Coils | 407 | 427 | 21 | - | – | |
| MobiDBLite | 450 | 484 | 35 | - | – | |
| MobiDBLite | 470 | 484 | 15 | - | – | |
| Coils | 507 | 527 | 21 | - | – | |
| Gene3D | 617 | 713 | 97 | 1.7E-33 | – | |
| MobiDBLite | 833 | 849 | 17 | - | – | |
| MobiDBLite | 833 | 858 | 26 | - | – | |
| PIRSF | 944 | 1068 | 125 | 130.0 | ||
| MobiDBLite | 965 | 1072 | 108 | - | – | |
| MobiDBLite | 988 | 1004 | 17 | - | – | |
| MobiDBLite | 1027 | 1053 | 27 | - | – | |
| MobiDBLite | 1054 | 1072 | 19 | - | – |
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 | Nucleic acid binding | Interacting selectively and non-covalently with any nucleic acid. | ||
| Molecular function | Exonuclease activity | Catalysis of the hydrolysis of ester linkages within nucleic acids by removing nucleotide residues from the 3' or 5' end. | ||
| Molecular function | 5'-3' exoribonuclease activity | Catalysis of the sequential cleavage of mononucleotides from a free 5' terminus of an RNA molecule. | ||
| Cellular component | Nucleus | A membrane-bounded organelle of eukaryotic cells in which chromosomes are housed and replicated. In most cells, the nucleus contains all of the cell's chromosomes except the organellar chromosomes, and is the site of RNA synthesis and processing. In some species, or in specialized cell types, RNA metabolism or DNA replication may be absent. | ||
| Biological process | Nucleobase-containing compound metabolic process | Any cellular metabolic process involving nucleobases, nucleosides, nucleotides and nucleic acids. | ||
| Molecular function | Zinc ion binding | Interacting selectively and non-covalently with zinc (Zn) ions. |
Expression pattern of LotjaGi5g1v0007100.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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