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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0798000 |
| Transcript ID | LotjaGi1g1v0798000.1 |
| Related isoforms 4 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Endoribonuclease Dicer-like protein 3; TAIR: AT1G01040.1 dicer-like 1; Swiss-Prot: sp|Q9SP32|DCL1_ARATH Endoribonuclease Dicer homolog 1; TrEMBL-Plants: tr|K7N0F5|K7N0F5_SOYBN Uncharacterized protein; Found in the gene: LotjaGi1g1v0798000 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:136814701..136827226) extracted from Lotus japonicus Gifu genome v1.2.
TTTAAAGATAATAACATACTAAAAGAGTTATAAGTTGGAACTATTTTTTGGAAGAAATAACTGGAAATGATAAAATTCTT TCATAATCTATTGCACTTGAGGTTTACATTTTGTTTGATCATTTCTTCACCTGTCTCACATATGCATAATACACACACAT GATTTTCTTTTGTTAGAACATGAAAGTGTGCATAGTTTGACAAACGTTTATTTAATTCATAAGGTAGATGTTAGACATTT TAATCTCATCTAAATGGTAAGATAAATTTGAGCTTTAATTCACATGATTTTCTTTTGTTAGTATTTATTAATTAATTAAT AAAATAATAGTAGTTTGAATCGGGTGGAATCCAATGATGGAATCACATCTGTTGTCTCTGTCTGTCGTTCTTTGCTGGGT TTGTCTTGTGTCTGTGTAGAAAGAAGCGGAGGAAGAAGAAGAGAGATAGAAATAGCAAGTGTGAAGGAAGTGTGTGGCGG AGTTGAATCGAATCGAATCGAAAAATAAAAAAGTAAGGTGCGGAATCACACAGTAGTACGCAGTCGCAGTCAACAACAAT AACATTTGTCCTGTTCCTCTCCTCTTTGTTATAACTATTCAATATTCATTCGACATTCATTCTGCGCTGCGGTCTATCTA ATCTACCCTTTGATCTTTCTTTCTTTCCTTCTGTTTGTTTATTTGCCATTTATTTATTAAAACCTCTTTCTCTCTTCTTC TTCTTCTCAAATAAAAATAAATATGGAGAGGGGTACGGGTACAGTTAGGGTTCCGAAGGGGGATGACACGGCGACGGCGA CGGCGGGGGCGGGGGGAGGTTCTTACTGGTTGGATGCCTGTGAGGACATCTCGTGTGATTTTATTGATTTTGATGCCGCG TCATCCATTGTTGTCTCAGTCTCAGACCACCCTGATAACGCTGCTTCCAATCAGGATTTCTTTGGTGGCATTGATCGAAT CTTAGACAGCATTAAGAACGGTGCTGGCCTCCCTCTTGCTGCTCAACCCAATTCCACTTCTACTTCTACTACTACTACTA CTGCAGATGCCTCTCCTTCCAAGGAAGATGATGCTCTTGTTGGTTTTCTCAATAATAATGGAGGATTGCCACATCCTCGC ACTCATGCTTTTGACCATTCTGGATCTCAGAATAACCTGTCCAATGCTAATCAAGGGGAAGGGGGAGTGTTGGTTACTTG TTCTCAGGAAAATCATCTTCATCTTCATCTTCATGTTGATGCTATTGCTGACGAAACATGCAACAAAAGGCCTAGGCTTG CCAGCTACAACAATGACAGGCCTTATTATGCCAGACTCAACCACAGAGACAGGTGTTTCGATACCAGGAAGAGGCCAAGG GACAGGGATAATAAACATTGTGGTACTGGTAGGAGAGATGTTAATGTTAGAGACCAGAGGGGTTACTGGGAGAGGGATAA GTCAGGTTCCAATGACTTGGTTTTTCGCTTGGGCACTTGGGAAGCTGACCGTCATCCACAAGACAAGATACCAAATGAGG TTAAACGGGAAACCAATGCCAACCTTCATATCAAATCTCAGGAGGCTAAGGACAGGCTCCCTGAGGAAAAAGCCAGGCAG TATCAGTTGGATGTTCTTCAGCAGGCAAAGGAGAATAATACTATAGCTTTTCTTGAAACTGGAGCAGGGAAAACCTTAAT TGCTGTTCTTCTCATTAAAAGCATGCAAGATACTTTACAAAACCAGAATAAGAAATTGCTTGCAGTATTTCTAGTTCCAA AAGTTCCACTTGTTTACCAGGTAATATACCTTTTTTGACAATTTAATTCTTTTGCTCAGATACAGTATAAGATTTAAGTA ACACAGTACAAGTTTTGTCCATTCACGTAGTTTGAGTTCGTGATTCTATATCTTTGTCTGTTTACAGCAAGCTGAAGTAA TTCGTGAGCGAACTGGTTATCAAGTGGGACACTATTGCGGAGAAATGGGGCAAGATTTCTGGGATGCTCGCAGGTGGCAG CGTGAATTTGACACCAAACACGTATGTTTTGACATTTCTATTTAAGATAATTGGCCTTTGCTTTCTGTTACATTGTTCTT TCTTTCGTTTATTTCTGTTTGAGTCCACTGATTTAGTGTTTTATTTTTTGTTATCCTCTACAATATAATATTTGAATTCT AAATTCTGATCTAGTTAAATTTTCTAAATATTTGTGCTTATTTTCCTCAGGTTTAGAGTTGGCGACTGGTTAAGTATAAC TTGTATTTCTATTATTAATTCAAAAGATAAGTTGTTTATTTATGGGCTTATGGCCTATGTATTTGTGCTCTTTCAATAGA AGGGAAGTCAGAATTAGCATGGGCAGCCTTTGTAGTGAATGGGCCATAAGTAGTGACGCGTTACCAAATCCATCAAACTT GCATATCTTGTACTGCAAATCAACTTTTTATTAGAATAGTGGGGGCGGCAAGAACCGAACTCTGTATCACTTTGTCACAG AGGCTCCATACCATCTCAAGAACCTACTATCCCAAAAAACTTAAACTATTATGTGAAAGCACATAATGACTTTATATTGT ATCTCTAACACATTTGTTGAGGTTTACCTTGTTGGTTTATACAAAATTATCGAAGTTAGAATCTATGGTCTTTTTATGTT AATTCTAGCAGCTGGATTGAATCTAAGCTTAGTTTTATTAGTAGTATGTTAAACCTTTTTTCCCAATCAATCATATCTGT ATGAGAATGCCAATAGATGTTGAACTCATCTAAGGTGGAATGCTTTTTAGTTTCCTTAGTTATAATAATTTGGATTTCAG AACATGTGGGTATGATGGGTATACTTCTTAATGATTTTGTACGTAGGCTTTTATTGTTCTTTTTGTTTTAGTATGTTCTC ATTGCTTCAATATATGATGGGTATGGTGTTGTGCCAACATGTAGGTTTGGTTCCGTGGATGTCTTCAAGACACAACTTAT CCTAAAAACTTGAAATGTGTTGTTATTGGCTTGTTTTTTTAGAACTCTTGTAATTTCTTTTTAATTTAATAAAAAAGTAG ATGTATGATGTGCAGATGCTAGTAAGCCACGTCCTCCCGTCCCCTCCCCCCCCTATTTATCTTCCCAGCCTTACTCTTCT TTCTTAGCCTTGTATGTATTTATCCTGCAATTACTCAATTGGTTATTTTTACTATAGGTTCTAGTCATGACCGCTCAAAT TCTTTTAAACATTTTGAGGCATAGCATAATAAAAATGGAAGAAATCAATCTCCTGATTCTGGATGAGTGCCATCATGCTG TGAAGAAACATCCATATTCACTGGTTATGTCCGAGTTCTACCATACAACACCCAAAGATAAGAGACCAACTGTGTTTGGA ATGACAGCTTCTCCTGTTAACTTGAAAGGTAGTTATTGAAGTTCTCAACTAAACTTTGGCTCCTATGTTTTTCAAGCTAT GATTTTCTTGGGGATTGAATCCCTTATTAACTATTTTCTTCTCCCTTGATATATGTAATATTTTCATTGCTTTATTTTTT GACTCAACGTTCATGCTTATGGTATGTTCAGGTGTCTCCAGCCAAGTAGACTGTGCAATAAAAATTCGTAATCTTGAAAG TAAGCTAGATTCAATAGTTTGTACCATTAAAGATCGTAAAGAGCTGGAGAAACATGTGCCAATGCCCTCTGAAGTTGTGG TGGAATATGATAAAGCTGCCAGTTTATGTTATCTGCATGAGCAGATAAAGCAGATGGAATTTGAAGTTGAAGAAGCTGCA AAATCTAGTTCAAGAAGAAGCAAATGGCAGTTTATGGGAGCAAGAGATGCTGGAGCTAAGGAAGAGCTTCGCCAAGTATA CGGTGTTTCAGAAAGAACAGAAAGTGATGGAGCTGCAAACCTAATTCAGAAGTTGAGAGCTATTAATTATGCACTTGGTG AACTGGGACAATGGTCTGCATATAAGGTACATACTATTTCATGGAGAATGAGGATTCATGATGTTCTTGGCTATCTTTGT AATTTCTCTTTCCTTTACAGGTTGCACAATCATTTCTAGCAGCTTTGCAAAATGATGAAAGGGCAAACTTCCAACTTGAT GTCAAATTTCAGGAATCTTATCTGAGTAAAGTTATCTCTCTTCTGAAATGTCAACTGTCAGAGGGTGCAGTTTCTGAAAA AAATGCCGCTGAGGTTAACCCGGATTCTGGTGCAGCTCACAGTGGTTCAGAACATGAAGAGATTGAAGAAGGAGAGCTTC CAGACGGCCATGGTGAGTCTTCTTGTTGAAGGTTCATAATGCTCAAATTACATATGTGGAGTAGTTCATAGTTTTGAGAA TTTTAAATTATCCTGATAAGTTGTACGACTTTAGTTTTTGTAATAATTTAGGTAAATTATTAGTATTAAAAATGGACATC TCAGAATTTTGAAAAAAAAAAATTAACATGTGGAAGAGCATTAGTATTTGCATCAACATTTGTGCATGAATATTCAGAGC TTGGCTGTGCAGATCTGTATTGCTTCCCATGTAGGAATATCAAGAAAAATTGATGTCACCGAAACCCTAAAATATACACT GAGATTATGCTTGTTCCCACTCAACATCATGTTATTTTTCAGTTTTCACTATATTTTTATTTTATGCTTCACTCTGTACA GCTATTTAAGATGGGATATAGTATGATGTTTTATTTAATCTGGCACACTTTTGTTTAGTGGTCTCTGGCGGGGAGCATGT TGATGTCATAATAGGAGCTGCTGTGGCTGATGGCAAAGTTACCCCTAAAGTGCAGGCACTAATTAAAATACTTCTCAAGT ATCAGAACACAGAAGACTTCCGTGCTATCATCTTTGTTGAGCGTGTTGTGTCTGCATTAGTTCTACCCAAGGTTATATAT ACACATTAATTGCATACTCCTTTTGTTGATTCAATTTCATAATCAAGATCCTATTGGCCCATTGTCTGTCAATCTTGCAG GTTTTTGCAGAGCTTCCATCTCTTAGTTTTGTGAAGTGTGCAAGCTTGATTGGTCATAACAATAGTCAGGAAATGCGAAC CTACCAAATGCAAGATACAATTGCTAAGTTTCGAGATGGGCGGGTAAGATTTATATCTTGCTGAATTGGCTCCACAATCA GTTTCCAAAGGGGAGAACTAATCCCTTGTATTCTCTCAATCTCACTTACTCATTTATTTGCAGGTCACATTGTTAGTTGC CACCAGTGTTGCTGAAGAAGGACTTGATATCCGACAATGCAATGTTGTTATTCGCTTTGACCTTGCAAAGACTGTTCTAG CATACATTCAATCTAGGGGCCGTGCTAGAAAGCCTGGTTCTGATTACATCCTGATGGTTGAGAGGTACTGGTTTTGGCCT TGTCAACTGTTGGCATTTTCTTTTTTGTGTTGAGTTAAAGTGTGTTTTTCTGGAGATTTAGTAAACCCAATACAATTGGA ACCTCATTGGGAGAGAGTTTATTTTGTTTGGCCTGTTGACCTGTTTTTCATACTGCTCATTTGCATAAACTTAAGTTAAT GGTCTGCTTTAATGGCATTAGTTCTGTCATTAATAGTTGTGTGTTAAAAGGTTCATATTCATTCCCTTCCCCTTCAACCA ATGTAAAATGAAAAAAGTTTTATTCTTTTTTGGGTACTTTTCAAATTATTATTGTTTCTCCTCCAACCATGTATTCTCTT TTTTTTTTTGTGTTCTTCAAGAGTATTCCTTGTCCTCATTTTTATTTGTAATTTATTCTCTTCATCTCAATTAAATTCTT CTTTTATTGAATAATAATAGGAACCTCTTCTTCTTCTTCTTCTTCTTCTTCTTCTTCTTCTTCTTATCATCATTATTATT ATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTTGCAAGACTGGTTCAAGACGTGGTGCGGGTAAAGG GAAAGCTGGCTAAAGTTGAGGCAGTGTCCTCGCTAGGATTTGAACATAGGATCGAGTAGTCTGCTGAAAAACTAGGTGCC ACTTGAGCTAAGGCTCTTGTGCTATAGTTGGTTCTCTATTTAAAATAAAGTTTTAATTGCACTTTTGGTCCTCTAGTTTG AACTATGTATGATCTTAGTCCTCCAATAATTGTTTTAGCAGATTTAGTCTGTCGACTTTTTTAATTGTTATAATCAAGTC CCTTAATGACTATTATTCTTCTTTAAACTCTCAAATACTCATTCTTCACAAGTTGAATTCATTTAATCATTGTAGAGGTT TTTCCCATCAAAATTTTAAATTTCGACAGAAACAAAATAATCTGAATTTCCCCCTCTTCTAGCCCTAATATCATTACCCT ACAAAATCCTTCAAAATTTATCAAAATTTCACTAATAGTCTTACTTCTAAAATTTTAACATATATCCATTGTATCTCAAA CCCTAAAATATTTGGAAAGAAAATGAAGATTTCATGATTATATGCATTAATGCATATGAAAACTGAGAGAAGGGCCAATT TTGCTTAATTTTAAAAGTAGAGGGACCTGATTAGCTCGAAAAAAACCAGAGGGTCCAAAATCACACATAGTCCAAACTAA GGGGAACTAAAATGCAATTAACTCTAAAATAGAAATAAACTTGTTTGTGATTTAGTGTCAGAATGATTTAATTATTCAAT GTGTTCTTTATTTTTATCAACAATGATTTATGCTGTGGAATGTTTCTATTTTTCCTTCTCCAATAGGCTTGCAGAAACTA ACCCTGTGAATTTTTATTGGATTTGGGCCTAATCAGCATTATTTTCCATCTTTTACCTTTCAAACTATGTTTCACATGAT AACGGGTGCTGAATAACTGAACACTCTTCCTAACCTCCCTGTACTCCCCTGCCCTTGATTTTTCCTGTATATAGGGGGAA TTTGTCACATGAAGCATTCCTAAGGAATGCCAGGAACAGTGAGGAAACTTTGCGCAAAGAAGCAATAGAGAGAACAGACC TCAGTCATCTGAAAGACACTTCAAGGTTGATTTCTGTAGAAACCCAGCCTGGAACAGTTTACCAGGTGAAGTCAACCGGT GCAGTCGTGAGCTTAAATTCTGCTGTAGGTCTTGTCCACTTCTACTGCTCTCAGCTACCTAGTGACAGGTGCTACATTTC TGCCTTAGATTGGTGATTTGATTTACTAGCCTTTTATTTTTATCATCAAAATATGATTTGGATGTCTTCTATTCATTATC CAGATATTCAATTCTTCGTCCTGAGTTTATTATGGAGAGGCATGAAAAACCTGACGGTCCTACTGAATATTCTTGCAAGC TTCAACTGCCATGTAATGCACCATTTGAATATCTAGAGGGTCCTATCTGCAGTTCAATGCGCCTGGCACAACAGGCATGC CATCATTTATTTATGAATTTAATTTATTCCGCTCGTTTATGCAAGAAGTGTTGGTAATTATTTTGGTGTTTTGCAGGCTG TTTGTTTGGCTGCTTGCAAGAAACTGCATGAGATGGGAGCCTTCACTGACATGCTATTACCTGATAAAGGAAGCGGGGGA GAAAAAGAAAAGGCTGAGCAAAATGATGAAGGAGATCCCCTTCCGGGGACTGCTAGACACAGGGAGTTCTATCCTGAAGG TGTGGCTGACATACTGAAGGTTGGTTCATTCTGCATGTGGTCTATTCCGCTATTTCTGTGTGGGGTTTGGTATATAGCTG ATCAGAACATTCAACAATGAAAACTAAAGCCTTTTCCCACTAGGTGGGGTCAGCTACAAGGATCAAGTGATGCTATAATT TCCTATCATGAATCATGGCCAATGACATACCATTTAAATTCAAATCTTGCTTACTAACCATGACAGTGTCATTTATTATT TGTAAAGAAAGCTTGTGTATCATATCTTTAATCAAATGCTTTTGACCTTGAAGGCTTTGGAGATGGATTCTTAATGAAAC AAGGAAGACAGATAGTGAAAAAATGCAATCTAAATATTTTCCCATTTAGGAAAAGAATAGGATACTTCTATAGAAATGAA AATGCGTCAAATTTGTATCTGTGCCATGAAGAGTGTGCTTTTAGTAGTCTTTTGTTGCACCAAGGGATTTATTCATACCT TTCAGTTTTTCCCATGCCAATTCTGTGTGTTTATTGTCTTACCCTAAAATATCCATTATTGCTTAATGCTATCTTGTTTT TTAGGGAGAATGGATCTTATCTGGAAAGGATGCTTGCAAGAGCTCCAAATCGCTTCATCTTTTTATGTACGTTGTGAAGT GTGAAAATATAGGCCAGTCAAAGGATCCATTCTTGACTCAAGTTTCAGATTTTGCAGTTCTTTTTGGCAATGAGCTGGAT GCAGAGGTAGTATTATTTATTTGTGCTACTGCTTCTAGATTGTATTTGAGTATCATACACTCATTTGCTACCTCCAATCA CATCTCTTTATGCAGGTGTTATCGATGTCAATGGATCTATTTATCGCACGAACCGTGACTACAAAGGCATCTCTTGTCTT TGGAGGGTCGATAAGTATCACTGAGAGTCAGGTTGACAGATTTGACTATCCATTTTTATACTTGTTTTAATGTTCATAAT TAAATTTTTTAGTTTTTGACGCCTGGATGAAACCTGTTTTTTATGGTATGCAGTTGGCATCCCTGAAAAGCTTTCATGTA AGATTAATGAGCATTGTCTTGGATGTGGATGTTGAACCGTCTACCACTCCTTGGGATCCTGCAAAAGCATATTTATTTGT CCCAATGGTTGGCGATAAGTCTTTAGATCCTATGAACCAAATTGACTGGCATCTGGTTGAGACAATAACTGGAGCTTGTG CATGGAAAAATCCCCTCCAGAGAGCTCGGCCAGATGTTTATCTTGGCACTAATGAGAGAACATTAGGTGGAGATAAAAGG GAATATGGATTTGTGAAATTGCGGCATGGCATGGCTTTTGGGCAAAAATCACATCCAACCTATGGAATCAGAGGAGCTGT GGCCCAGTTTGATGTGGTGAAAGCTTCTGGGTTGGTTCCTAACAGAGATACCATGGAGACACAAAAACATAACAATATGA ATACCAAAGGAAAATTGATGATGGCGGATGCCTGTGCTAATGCAGAGGATCTGGTAGGGAGAATTGTAACTGCTGCACAT TCCGGGAAGAGGTTTTATGTTGATTCAATACGGTATGATATGTCAGCAGAGAACTCTTTCCCTAGGAAAGAAGGGTATCT TGGTCCTCTGGAGTACAATTCATATGCTGATTATTACAAGCAAAAGTATGTGTATTCTCTTTTACATTATGTTGGTCTTC TTATTTTGTCCTTTTTGTTTTCAAATTTTTTATCAACCAGCCAAGCCTCCCTGTTCATTTTTTCTTCACTCTTCCATTTC TGTGCCATGAACAATCTTATCGAATGAAATCATGTTAGCCATGTTGCACCTCTAATGTTGTGCTGGAAGAACAAGAAGCT AATCTTAATCTGTGAAGGAAAGCTTTTGTCACCTTCAAGTTTTGAGGGCTTTATCAACAATGTCCCATGGAAAGTGACAA TAGCTTGTTGATCCTTCCAGACTAGAGAAGCTTTTTGTCTCTTCTTGCACAACTGAGTGGTGCATGTGGCTACTGGTTCT CTTTTATGGCTTTTATTTAGGTATGGAGTTGATTTAATTTACAAGCAGCAACCTCTTATAAGAGGGCGTGGTGTATCATA CTGCAAGAATCTACTGTCGCCTCGATTTGAACACAGTGAAGGTGTGCTCTCGTTATACCTATCCTAGAATATTATGCTTT TTTTTTGCATATTTGTAGATTCTTATTTAACGGAAAATGTTGTGTTGTCATAGAACATGAAGGTGAATCTGAAGAGGATC ATGACAAGACTTATTATGTTTTCCTTCCTCCTGAGTTATGCCTAGTACACCCTCTGCCTGGATCACTTGTTCGTGGTGCT CAGAGGTTGCCTTCAATAATGAGGAGGGTGGAAAGCTTGCTACTTGCAGTTGAGCTTAAGAATATGATAAATTATCCCGT CCAGGCTTTAAAGGTATCTTCTCGGCTCAAGGTAGTTTAACTTCTACTGTTAGTTTTATCAGTTAACTCACGTCCTCTAC ATGAACAGATCTTGGAAGCCTTGACTGCTGCCTCTTGCCAGGAGACATTCTGCTATGAAAGGGCTGAGCTTCTAGGAGAT GCTTACTTGAAATGGGTTGTTAGTCGATTTCTCTTCCTAAAGTACCCCCAGAAACATGAAGGCCAGCTTACTAGGATGAG GCAACAAATGGTCAGTAACATGGTGTTATATCAGTTTGCATTAAGTAAAGGGCTTCAATCATATATTCAAGCAGATCGCT TTGCCCCATCTAGATGGGCGGCTCCTGGGGTGCTGCCTGTCTTTGATGAGGATACGAAGGATGGAGAGTCATCTATATTT GACCAGGACCAGTCCATTTCTAAGACGGGGATGATGGACAACTCTGATAGATTTGACAATGAAATGGAAGATGGTGAGAT TGAGAGTGATTCAAGTTCTTATAGAGTTCTGTCCAGCAAGACACTTGCAGATGTAGTGGAAGCTCTGATTGGGGTATATT ATGTCCAAGGTGGTAAGAATGCTGCTAACCACCTTATGAAATGGATTGGTATTCAGGTTGAGTCTGATCCTGATGAGATG GAATGTACAAGAAAGCCATTCAGTGTTCCAGACAGCATAATTAGGAGTGTTGATTTTGATGCTTTAGAAGGTGCTTTAAA TTTGAAGTTTAATGACAAGGGGTTGCTGATAGAAGCCATAACTCATGCCTCCAGACCATCTTCAGGAGTATCCTGTTATC AGCGGTTAGAGTTCGTTGGTGATGCTGTCTTGGACCATCTTATAACCAGGCACTTGTTTTTCAGTTACACAGATCTGCCA CCGGGACGACTGACTGACCTTCGGGCTGCTGCTGTAAACAATGAAAATTTTGCACGTGTTGCAGTTAAACACAATCTTCA CCTGCATCTCCGTCACGGATCCAGCGCCCTAGAAAAACAGGTCTTATTTCTTTCTTAAGACTTATTCTTACTTGGAGATG GATCACATATAATCTCTATCCATAATGTTCCTAATTTCTTGAGCATGTCAGTCATCTTTTCGGATACTCCTGACATTGTG CTTTTGGTTGTCTACAGATTAAAGAATTTGTTAAGGAAGCTCAAAATGAATTGTCACAGCCAGGGTTTAACTCCTTCGGT CTGGGGGACTGCAAAGCTCCAAAGGTCCTTGGTGACATTGTTGAATCTATTGCTGGTGCCATTTTTCTTGACAGTGGGAG GAATACTGCTGCTGTATGGAAGGTTAGCGCCTAGCTTTTAAACATATACCATTATCCTCCTTCATTTTTTTACCAAAATG GGAATAAAATTTAAATTGGAAGACATTGTTGGTCTTGCAAAATTTTCAGGTTTTTCAGCCTCTTTTACATCCTATGGTTA CCCCAGAGACTTTGCCAATGCATCCTGTGCGTGAGCTGCAAGAGCGATGCCAGCAGCAGGCAGAAGGTCTAGAGTACAGA GCAAGTCGAATTGGCAATTTGGCTACTGTTGAAGTATTCATTGATGGGGTACAAGTAGGGGCTGCTCAAAATCCACAGAA AAAAATGGCACAGAAATTAGCTGCCAGAAATGCCCTTGCTGCTTTGAAAGAGAAGGAAGTGGTAAAAACTCCGGAGAAGA ATGATGAAAACATGAAGAAGAGTGGAAACCAGACATATACCAGACAGACATTAAATGATATCTGTCTGCGAAGAAATTGG CCTATGCCATTGTACAGGTATGAAACTATTAAGTTACTTATATAGCAGCATGAATGGTTGGTGGTTATAGGGCCAAAATG ACTTAATTTATTTGTATACTAAAACTTGTAGGTGTGTGAGTGAGGGTGGTCCAGCACATGCAAAGAGGTTTACATTTGCG GTGCGCGTGAATACTACTGATAGAGGATGGACAGATGAATGTGTTGGAGAGCCAATGCCAAGCGTCAAGAAGGCCAAAGA CTCAGCTGCTGTTCTTCTCTTAGAGCTACTAAACAAATTATATTCATCGTAGTTAGAGTCTTTGTTCTTGACATTCTATC TGGGCAAAACATTTAACCACTGTTTTACATCAGGTATTGAGTAAAAACATTTTCAACATGTTCAAACTACCTTGTTTTCA TCAATGGTTAAATAAATTAGAAACAATATGATGTTACCCATAGAGAAAAAAAAATTGTTTCGAATTGTCTGTGATTCCGG TAGGAAAAATGTGTAAGTTATAATCTGTATACACTTTTTTCAATTGCGTATGTGCCTGAGACCATATTTTCATGGCCAGT ATTTTGTAATAGAGGATAGCAAACATACTTCATATTGGTGCAACTTGCAATATTGGACTTACCCTAGAGAAATATGCCAA GCCAATTAGGAAGGCTAATGATTCACTTTTTTGACATACTTCTCAACACAACCATTATGATTTGTTGATTTTTTTGTTAA GTTTACACAAAATGATTAATGTACAAGTTGAGTATGTAGACCTTTG
CDS sequence (LotjaGi1g1v0798000.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGCAAGATACTTTACAAAACCAGAATAAGAAATTGCTTGCAGTATTTCTAGTTCCAAAAGTTCCACTTGTTTACCAGCA AGCTGAAGTAATTCGTGAGCGAACTGGTTATCAAGTGGGACACTATTGCGGAGAAATGGGGCAAGATTTCTGGGATGCTC GCAGGTGGCAGCGTGAATTTGACACCAAACACGTTCTAGTCATGACCGCTCAAATTCTTTTAAACATTTTGAGGCATAGC ATAATAAAAATGGAAGAAATCAATCTCCTGATTCTGGATGAGTGCCATCATGCTGTGAAGAAACATCCATATTCACTGGT TATGTCCGAGTTCTACCATACAACACCCAAAGATAAGAGACCAACTGTGTTTGGAATGACAGCTTCTCCTGTTAACTTGA AAGGTGTCTCCAGCCAAGTAGACTGTGCAATAAAAATTCGTAATCTTGAAAGTAAGCTAGATTCAATAGTTTGTACCATT AAAGATCGTAAAGAGCTGGAGAAACATGTGCCAATGCCCTCTGAAGTTGTGGTGGAATATGATAAAGCTGCCAGTTTATG TTATCTGCATGAGCAGATAAAGCAGATGGAATTTGAAGTTGAAGAAGCTGCAAAATCTAGTTCAAGAAGAAGCAAATGGC AGTTTATGGGAGCAAGAGATGCTGGAGCTAAGGAAGAGCTTCGCCAAGTATACGGTGTTTCAGAAAGAACAGAAAGTGAT GGAGCTGCAAACCTAATTCAGAAGTTGAGAGCTATTAATTATGCACTTGGTGAACTGGGACAATGGTCTGCATATAAGGT TGCACAATCATTTCTAGCAGCTTTGCAAAATGATGAAAGGGCAAACTTCCAACTTGATGTCAAATTTCAGGAATCTTATC TGAGTAAAGTTATCTCTCTTCTGAAATGTCAACTGTCAGAGGGTGCAGTTTCTGAAAAAAATGCCGCTGAGGTTAACCCG GATTCTGGTGCAGCTCACAGTGGTTCAGAACATGAAGAGATTGAAGAAGGAGAGCTTCCAGACGGCCATGTGGTCTCTGG CGGGGAGCATGTTGATGTCATAATAGGAGCTGCTGTGGCTGATGGCAAAGTTACCCCTAAAGTGCAGGCACTAATTAAAA TACTTCTCAAGTATCAGAACACAGAAGACTTCCGTGCTATCATCTTTGTTGAGCGTGTTGTGTCTGCATTAGTTCTACCC AAGGTTTTTGCAGAGCTTCCATCTCTTAGTTTTGTGAAGTGTGCAAGCTTGATTGGTCATAACAATAGTCAGGAAATGCG AACCTACCAAATGCAAGATACAATTGCTAAGTTTCGAGATGGGCGGGTCACATTGTTAGTTGCCACCAGTGTTGCTGAAG AAGGACTTGATATCCGACAATGCAATGTTGTTATTCGCTTTGACCTTGCAAAGACTGTTCTAGCATACATTCAATCTAGG GGCCGTGCTAGAAAGCCTGGTTCTGATTACATCCTGATGGTTGAGAGGGGGAATTTGTCACATGAAGCATTCCTAAGGAA TGCCAGGAACAGTGAGGAAACTTTGCGCAAAGAAGCAATAGAGAGAACAGACCTCAGTCATCTGAAAGACACTTCAAGGT TGATTTCTGTAGAAACCCAGCCTGGAACAGTTTACCAGGTGAAGTCAACCGGTGCAGTCGTGAGCTTAAATTCTGCTGTA GGTCTTGTCCACTTCTACTGCTCTCAGCTACCTAGTGACAGATATTCAATTCTTCGTCCTGAGTTTATTATGGAGAGGCA TGAAAAACCTGACGGTCCTACTGAATATTCTTGCAAGCTTCAACTGCCATGTAATGCACCATTTGAATATCTAGAGGGTC CTATCTGCAGTTCAATGCGCCTGGCACAACAGGCTGTTTGTTTGGCTGCTTGCAAGAAACTGCATGAGATGGGAGCCTTC ACTGACATGCTATTACCTGATAAAGGAAGCGGGGGAGAAAAAGAAAAGGCTGAGCAAAATGATGAAGGAGATCCCCTTCC GGGGACTGCTAGACACAGGGAGTTCTATCCTGAAGGTGTGGCTGACATACTGAAGGGAGAATGGATCTTATCTGGAAAGG ATGCTTGCAAGAGCTCCAAATCGCTTCATCTTTTTATGTACGTTGTGAAGTGTGAAAATATAGGCCAGTCAAAGGATCCA TTCTTGACTCAAGTTTCAGATTTTGCAGTTCTTTTTGGCAATGAGCTGGATGCAGAGGTGTTATCGATGTCAATGGATCT ATTTATCGCACGAACCGTGACTACAAAGGCATCTCTTGTCTTTGGAGGGTCGATAAGTATCACTGAGAGTCAGTTGGCAT CCCTGAAAAGCTTTCATGTAAGATTAATGAGCATTGTCTTGGATGTGGATGTTGAACCGTCTACCACTCCTTGGGATCCT GCAAAAGCATATTTATTTGTCCCAATGGTTGGCGATAAGTCTTTAGATCCTATGAACCAAATTGACTGGCATCTGGTTGA GACAATAACTGGAGCTTGTGCATGGAAAAATCCCCTCCAGAGAGCTCGGCCAGATGTTTATCTTGGCACTAATGAGAGAA CATTAGGTGGAGATAAAAGGGAATATGGATTTGTGAAATTGCGGCATGGCATGGCTTTTGGGCAAAAATCACATCCAACC TATGGAATCAGAGGAGCTGTGGCCCAGTTTGATGTGGTGAAAGCTTCTGGGTTGGTTCCTAACAGAGATACCATGGAGAC ACAAAAACATAACAATATGAATACCAAAGGAAAATTGATGATGGCGGATGCCTGTGCTAATGCAGAGGATCTGGTAGGGA GAATTGTAACTGCTGCACATTCCGGGAAGAGGTTTTATGTTGATTCAATACGGTATGATATGTCAGCAGAGAACTCTTTC CCTAGGAAAGAAGGGTATCTTGGTCCTCTGGAGTACAATTCATATGCTGATTATTACAAGCAAAAGTATGGAGTTGATTT AATTTACAAGCAGCAACCTCTTATAAGAGGGCGTGGTGTATCATACTGCAAGAATCTACTGTCGCCTCGATTTGAACACA GTGAAGAACATGAAGGTGAATCTGAAGAGGATCATGACAAGACTTATTATGTTTTCCTTCCTCCTGAGTTATGCCTAGTA CACCCTCTGCCTGGATCACTTGTTCGTGGTGCTCAGAGGTTGCCTTCAATAATGAGGAGGGTGGAAAGCTTGCTACTTGC AGTTGAGCTTAAGAATATGATAAATTATCCCGTCCAGGCTTTAAAGATCTTGGAAGCCTTGACTGCTGCCTCTTGCCAGG AGACATTCTGCTATGAAAGGGCTGAGCTTCTAGGAGATGCTTACTTGAAATGGGTTGTTAGTCGATTTCTCTTCCTAAAG TACCCCCAGAAACATGAAGGCCAGCTTACTAGGATGAGGCAACAAATGGTCAGTAACATGGTGTTATATCAGTTTGCATT AAGTAAAGGGCTTCAATCATATATTCAAGCAGATCGCTTTGCCCCATCTAGATGGGCGGCTCCTGGGGTGCTGCCTGTCT TTGATGAGGATACGAAGGATGGAGAGTCATCTATATTTGACCAGGACCAGTCCATTTCTAAGACGGGGATGATGGACAAC TCTGATAGATTTGACAATGAAATGGAAGATGGTGAGATTGAGAGTGATTCAAGTTCTTATAGAGTTCTGTCCAGCAAGAC ACTTGCAGATGTAGTGGAAGCTCTGATTGGGGTATATTATGTCCAAGGTGGTAAGAATGCTGCTAACCACCTTATGAAAT GGATTGGTATTCAGGTTGAGTCTGATCCTGATGAGATGGAATGTACAAGAAAGCCATTCAGTGTTCCAGACAGCATAATT AGGAGTGTTGATTTTGATGCTTTAGAAGGTGCTTTAAATTTGAAGTTTAATGACAAGGGGTTGCTGATAGAAGCCATAAC TCATGCCTCCAGACCATCTTCAGGAGTATCCTGTTATCAGCGGTTAGAGTTCGTTGGTGATGCTGTCTTGGACCATCTTA TAACCAGGCACTTGTTTTTCAGTTACACAGATCTGCCACCGGGACGACTGACTGACCTTCGGGCTGCTGCTGTAAACAAT GAAAATTTTGCACGTGTTGCAGTTAAACACAATCTTCACCTGCATCTCCGTCACGGATCCAGCGCCCTAGAAAAACAGAT TAAAGAATTTGTTAAGGAAGCTCAAAATGAATTGTCACAGCCAGGGTTTAACTCCTTCGGTCTGGGGGACTGCAAAGCTC CAAAGGTCCTTGGTGACATTGTTGAATCTATTGCTGGTGCCATTTTTCTTGACAGTGGGAGGAATACTGCTGCTGTATGG AAGGTTTTTCAGCCTCTTTTACATCCTATGGTTACCCCAGAGACTTTGCCAATGCATCCTGTGCGTGAGCTGCAAGAGCG ATGCCAGCAGCAGGCAGAAGGTCTAGAGTACAGAGCAAGTCGAATTGGCAATTTGGCTACTGTTGAAGTATTCATTGATG GGGTACAAGTAGGGGCTGCTCAAAATCCACAGAAAAAAATGGCACAGAAATTAGCTGCCAGAAATGCCCTTGCTGCTTTG AAAGAGAAGGAAGTGGTAAAAACTCCGGAGAAGAATGATGAAAACATGAAGAAGAGTGGAAACCAGACATATACCAGACA GACATTAAATGATATCTGTCTGCGAAGAAATTGGCCTATGCCATTGTACAGGTGTGTGAGTGAGGGTGGTCCAGCACATG CAAAGAGGTTTACATTTGCGGTGCGCGTGAATACTACTGATAGAGGATGGACAGATGAATGTGTTGGAGAGCCAATGCCA AGCGTCAAGAAGGCCAAAGACTCAGCTGCTGTTCTTCTCTTAGAGCTACTAAACAAATTATATTCATCGTAG
Protein sequence (LotjaGi1g1v0798000.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MQDTLQNQNKKLLAVFLVPKVPLVYQQAEVIRERTGYQVGHYCGEMGQDFWDARRWQREFDTKHVLVMTAQILLNILRHS IIKMEEINLLILDECHHAVKKHPYSLVMSEFYHTTPKDKRPTVFGMTASPVNLKGVSSQVDCAIKIRNLESKLDSIVCTI KDRKELEKHVPMPSEVVVEYDKAASLCYLHEQIKQMEFEVEEAAKSSSRRSKWQFMGARDAGAKEELRQVYGVSERTESD GAANLIQKLRAINYALGELGQWSAYKVAQSFLAALQNDERANFQLDVKFQESYLSKVISLLKCQLSEGAVSEKNAAEVNP DSGAAHSGSEHEEIEEGELPDGHVVSGGEHVDVIIGAAVADGKVTPKVQALIKILLKYQNTEDFRAIIFVERVVSALVLP KVFAELPSLSFVKCASLIGHNNSQEMRTYQMQDTIAKFRDGRVTLLVATSVAEEGLDIRQCNVVIRFDLAKTVLAYIQSR GRARKPGSDYILMVERGNLSHEAFLRNARNSEETLRKEAIERTDLSHLKDTSRLISVETQPGTVYQVKSTGAVVSLNSAV GLVHFYCSQLPSDRYSILRPEFIMERHEKPDGPTEYSCKLQLPCNAPFEYLEGPICSSMRLAQQAVCLAACKKLHEMGAF TDMLLPDKGSGGEKEKAEQNDEGDPLPGTARHREFYPEGVADILKGEWILSGKDACKSSKSLHLFMYVVKCENIGQSKDP FLTQVSDFAVLFGNELDAEVLSMSMDLFIARTVTTKASLVFGGSISITESQLASLKSFHVRLMSIVLDVDVEPSTTPWDP AKAYLFVPMVGDKSLDPMNQIDWHLVETITGACAWKNPLQRARPDVYLGTNERTLGGDKREYGFVKLRHGMAFGQKSHPT YGIRGAVAQFDVVKASGLVPNRDTMETQKHNNMNTKGKLMMADACANAEDLVGRIVTAAHSGKRFYVDSIRYDMSAENSF PRKEGYLGPLEYNSYADYYKQKYGVDLIYKQQPLIRGRGVSYCKNLLSPRFEHSEEHEGESEEDHDKTYYVFLPPELCLV HPLPGSLVRGAQRLPSIMRRVESLLLAVELKNMINYPVQALKILEALTAASCQETFCYERAELLGDAYLKWVVSRFLFLK YPQKHEGQLTRMRQQMVSNMVLYQFALSKGLQSYIQADRFAPSRWAAPGVLPVFDEDTKDGESSIFDQDQSISKTGMMDN SDRFDNEMEDGEIESDSSSYRVLSSKTLADVVEALIGVYYVQGGKNAANHLMKWIGIQVESDPDEMECTRKPFSVPDSII RSVDFDALEGALNLKFNDKGLLIEAITHASRPSSGVSCYQRLEFVGDAVLDHLITRHLFFSYTDLPPGRLTDLRAAAVNN ENFARVAVKHNLHLHLRHGSSALEKQIKEFVKEAQNELSQPGFNSFGLGDCKAPKVLGDIVESIAGAIFLDSGRNTAAVW KVFQPLLHPMVTPETLPMHPVRELQERCQQQAEGLEYRASRIGNLATVEVFIDGVQVGAAQNPQKKMAQKLAARNALAAL KEKEVVKTPEKNDENMKKSGNQTYTRQTLNDICLRRNWPMPLYRCVSEGGPAHAKRFTFAVRVNTTDRGWTDECVGEPMP SVKKAKDSAAVLLLELLNKLYSS
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 |
|---|---|---|---|---|---|---|
| Gene3D | 1 | 201 | 201 | 2.8E-47 | – | |
| ProSiteProfiles | 1 | 148 | 148 | 15.985 | ||
| PANTHER | 2 | 1622 | 1621 | 0.0 | – | |
| CDD | 2 | 162 | 161 | 1.49468E-71 | – | |
| PANTHER | 2 | 1622 | 1621 | 0.0 | – | |
| Pfam | 7 | 130 | 124 | 9.1E-7 | ||
| SUPERFAMILY | 11 | 498 | 488 | 3.28E-40 | ||
| MobiDBLite | 312 | 341 | 30 | - | – | |
| MobiDBLite | 326 | 341 | 16 | - | – | |
| CDD | 364 | 494 | 131 | 9.04946E-57 | – | |
| Gene3D | 365 | 505 | 141 | 2.9E-41 | – | |
| Pfam | 367 | 484 | 118 | 2.9E-17 | ||
| ProSiteProfiles | 370 | 531 | 162 | 14.398 | ||
| SMART | 400 | 486 | 87 | 8.7E-11 | ||
| Gene3D | 554 | 658 | 105 | 7.0E-30 | ||
| Pfam | 559 | 647 | 89 | 4.4E-22 | ||
| ProSiteProfiles | 559 | 654 | 96 | 24.136 | ||
| MobiDBLite | 645 | 671 | 27 | - | – | |
| MobiDBLite | 648 | 671 | 24 | - | – | |
| ProSiteProfiles | 902 | 1042 | 141 | 26.524 | ||
| SMART | 902 | 1066 | 165 | 2.6E-33 | ||
| Gene3D | 903 | 1047 | 145 | 1.5E-19 | – | |
| SUPERFAMILY | 910 | 1042 | 133 | 1.96E-13 | ||
| Pfam | 915 | 1062 | 148 | 1.9E-24 | ||
| SUPERFAMILY | 1058 | 1261 | 204 | 1.01E-34 | ||
| SMART | 1081 | 1264 | 184 | 6.5E-36 | ||
| CDD | 1083 | 1262 | 180 | 2.85517E-34 | ||
| ProSiteProfiles | 1085 | 1244 | 160 | 25.802 | ||
| Pfam | 1099 | 1244 | 146 | 3.3E-30 | ||
| SUPERFAMILY | 1279 | 1452 | 174 | 4.36E-38 | ||
| Gene3D | 1281 | 1459 | 179 | 2.3E-58 | ||
| ProSiteProfiles | 1285 | 1433 | 149 | 35.475 | ||
| SMART | 1300 | 1456 | 157 | 3.5E-46 | ||
| CDD | 1301 | 1456 | 156 | 1.27401E-43 | ||
| ProSitePatterns | 1320 | 1328 | 9 | - | ||
| Pfam | 1320 | 1433 | 114 | 8.6E-24 | ||
| SUPERFAMILY | 1415 | 1542 | 128 | 1.98E-12 | – | |
| ProSiteProfiles | 1459 | 1522 | 64 | 10.824 | ||
| SMART | 1460 | 1521 | 62 | 3.4E-6 | ||
| Gene3D | 1460 | 1531 | 72 | 6.5E-8 | – | |
| ProSiteProfiles | 1544 | 1619 | 76 | 11.528 | ||
| Pfam | 1545 | 1617 | 73 | 1.4E-14 | – | |
| SMART | 1545 | 1618 | 74 | 6.1E-11 | ||
| SUPERFAMILY | 1548 | 1618 | 71 | 1.03E-11 | – | |
| CDD | 1549 | 1610 | 62 | 8.27279E-12 | ||
| Gene3D | 1550 | 1620 | 71 | 2.0E-22 | – |
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 | DNA binding | Any molecular function by which a gene product interacts selectively and non-covalently with DNA (deoxyribonucleic acid). | ||
| Molecular function | Ribonuclease III activity | Catalysis of the endonucleolytic cleavage of RNA with 5'-phosphomonoesters and 3'-OH termini; makes two staggered cuts in both strands of dsRNA, leaving a 3' overhang of 2 nt. | ||
| Molecular function | Protein binding | Interacting selectively and non-covalently with any protein or protein complex (a complex of two or more proteins that may include other nonprotein molecules). | ||
| Molecular function | ATP binding | Interacting selectively and non-covalently with ATP, adenosine 5'-triphosphate, a universally important coenzyme and enzyme regulator. | ||
| Biological process | RNA processing | Any process involved in the conversion of one or more primary RNA transcripts into one or more mature RNA molecules. | ||
| Molecular function | Hydrolase activity | Catalysis of the hydrolysis of various bonds, e.g. C-O, C-N, C-C, phosphoric anhydride bonds, etc. Hydrolase is the systematic name for any enzyme of EC class 3. | ||
| Molecular function | Endoribonuclease activity, producing 5'-phosphomonoesters | Catalysis of the hydrolysis of ester linkages within ribonucleic acids by creating internal breaks to yield 5'-phosphomonoesters. |
Expression pattern of LotjaGi1g1v0798000.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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