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| Field | Value |
|---|---|
| Gene ID | LotjaGi2g1v0430800 |
| Transcript ID | LotjaGi2g1v0430800.3 |
| Related isoforms 3 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | DNA-directed RNA polymerase subunit; TAIR: AT1G63020.1 nuclear RNA polymerase D1A; Swiss-Prot: sp|Q9LQ02|NRPD1_ARATH DNA-directed RNA polymerase IV subunit 1; TrEMBL-Plants: tr|G7KER5|G7KER5_MEDTR DNA-directed RNA polymerase subunit; Found in the gene: LotjaGi2g1v0430800 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr2:92756470..92770669) extracted from Lotus japonicus Gifu genome v1.2.
AAGTCTCTCTCCATCTTCGCGTTTCTCTCTCGTCCTCCCTCCACTCCTCTTCAGGCGGCGGTCTATTTCCTTCTCCGCCG CACTCTCCGCCGCACACTCTTCCACTTCATCTCGCGGTTTCCCACTCACCCGTTCCCGCTAGCCGCGTCTCTCGATTCTC GCGCCGCATTCACTCAAGTAAGTTCACACCACTCTTCCTTTCACCACCATCACCACCGGTTTTCCACGATCAATCGATTT CTTTGCTCTTTCCTTCCTAAAACGCCTTCAATCGCTGCTATTTGCTTTACGAGAACGATTTTAGCAATGTGCATGCTCTT TTCCTCTGCATGTTGCATGATCCTGCTTTTTCTGGCAATGTAGCTTCACTTTTCACTCATTTCCAATCAATTTCTCAGAT TCTATTGCTTAATCCATCACATTTTACATTTAATCTTTCTCAATCACGATTACCGAACCGATATTCGTAATATCAACCAT TTCCCCTTTCTTGAATGACATTCACATACTGTGATTCTTTTCAGGTTATCGAGTGATATAGTTTCGCCCCTGCTACCAAC GTGCTTATCACTGCGCCGAATCACTTGTGAGTATTTAGCTTATACTCTACGCTTACGTTACTATTTTTGTATAGCTTTTC TTTTTCACTCAGAACAATTATTTTATCCGAAAATAACTATGTAAACATGGTCAATTTGGGGTTTTTTGTGTCTTTGACTG GTCATGGACATGGTGTGGGACAGGAAATTCGGCGTGTCCTGCACCCATGATATGATTTTCGAATATGGGTGACGTTTTAG GAAAAAATTCTGTCAATAATTTTTTTAATATTTGATATCAATGTTTAATTTGATGATACCTAGTTGTTGGGTAGACAAGG ATGCGTGTTTCTTTTCTTTTCCAAATTTTGCTTTTGTAGAAGTTCAAGTACATCTTGGTTATGGATAGCAAGAAGGTTAT GTGACCCAAATACAAGCTAGTTCATGCTAAACTGCTTCTAATTGTTCAATTTGTTACTAGTACTACAACCTGAAACAAAT TGCGACTTCATCCTTTCCAAAATTGTATCCTTTTTTATGTATTTATTGCTTCTTAATGTAATTTATGGAATTTGGATAAC ATAGGGTTAGGATGTTATGGAAAGTATTTATCTTCTGGTATAGATTTTGATTGCGTGCGTGCGTTTTCTTGTATTTCTAA ATGATTTATCCTCCTTTACCTAGTCATAGGTTTTAGAGATTTTTTCCTACGGGTGCTCAGTGTCCATATCCATTCAAACT AGACTAAGCTAGAAAACATACAAAGTTTGGATTGGACAGCTTGGGTTTGCATAATCATTCTTGAAGTTATTTTGTTTACA TTTTTATTAATACTTTGGAAATTAATAGGCTGCTTGAAGTTTTCTGCTCATTGCAAGCTTACCGAGCTCCATGGATGAAA GGTTACCAAGCTCCATGGATGATAATGACAAGTTTCACGAGCACAACATGCCGTCTGGTGTCATAACGGCAATAAAGTTT GATGTTTTAACTGGGGAAGATATAGTTAAGTATATTCTTGATGTTATATCTATTTCAGCTTTCTTATTATTTTGTGCATT TCAGTTCATGGTTACTTTTAGCTGTGGAATTTGTTGATATGCATGTACTTACTGTTTAACACGTAAACACAGCATGGAAG GTGGGTTGAAAGAATTTTTTTGTTTGGTTGTATCACATTGGATGTTGATTGGTTTTACCTCTTCGGATTGCCATGCGATT TATTAAAACCACATATAGGATATTGATTGGTTTTACCTCTGCAGCGTACGATCTCTGCTTTGGAGATTGAGGCAGCCGGG CAGGTCGTCTGTTCTGATCTCGGACTTCCTAATTCGTCTGAAGTTTGCACCACATGTGGTACCAATGATAAAAAGCTTTG TGAAGGTATGGATGGACATCCTATATGGAAAATATGTTTAGGGATTGTGTTATGATTAACTGAAATCTACAAGAAAAGGC GCTGAAAGAATAATATTTAATTTCAGGTCATTTTGGAGCAATCAAATTTCCTTTTTCTATTGTGCATCCATATTTTATAT CAGAGGCTGCCGAAATCTTGAACAAGATTTGCCCTGCATGTAAATCTATTCGATGTGATTTACTGATCAAGGTCAGGATC ATTTACTTATACCAATTTTTGTTATGATGCAGATATATTTTTTGTCCACGGCCTTGTAAACAATTTTATACTATCTAGCC CTATGGTGCATACTCTTTACATGCATGAAAACCTTAGTTACTAGAATGGTGTGCAATGATCTTCTCTATTTATGTTGTAT ACAACTCTTGCTTTTGTCAGTGGTTCAAATGTTAAGATATTATTGTGGAATGCTAAGATTTACTCATGAAAAATTTGGAT GCATAAGTTCTCTCACATACTGATTTCTTTCCCATTTAGAGATGGAGTTACATGGAACATCTAAATTACTATCTTCCCTT ATCTCATGGAATTGTTTAGTTTATTTAATGCACAACTCACGTTCTTATGTTTTTGAAACATGGCGGGGGGACTAAATTTT TATGATAAGCTATGAAGAACAAGCAGTTCTACTTCTTGAGATGCTATAGTGTCAGATAGTTTTCCTCATATGGCACATTC TAGGAACTCCTCATTATGAGTGCATGACACTTGAATGACACGACTCTTAATGAAAAATTCTTTTTAATTTTAAAGAACTT AAAACGGTCAACTTAAATTATCATAAATGTGAGAAACTAAAAATTGTTACAATAGGTCACCATAACACTTCATTTGGGAA CATCTTCCGATGTTTGTACCTCATACATTGTATATAATATAAGGGGTGTATCACGCACGATAGAAGGAAGAGAGTAGAAA GAGTTGTTCTGCAAGCTTTCAGTAAACTTAGAATGATTCATTACATTTGTGAATTTAATACAAGAGAGTGTTCATAGTAT AAGCTCATGTTTTTACTAACTGAACTGTTAGTAACCACTAACATAGTCTCTAACAAACAGATCACTAACAAAATTGGCAC TAGAATTGGAAGCTGATGCTAAACCAGTAGTAATTCCAGACAAGGTGCTGCCTTGGAGGTATAAATTTGAAGCTGGGAAG CACTTCCGGGAGGGGTTGATACCATCGAAAGAAATGTTTGCAGAGGATGCTACGTGGGAAGAAGAAACTCTGTTGAAAAG TCAGTTTCCATATTTCAGCCTTGATTGAGTACAAGGCTAATTCTGCAAGTGGAAGAAATGATAGAAACCTTTGACTGAAT GATGTGAAGGGGTAAGGTGGGGATCTGTTATTAGGGCCAAGCCGAAGTGAGTCACCCATATGGAAAAGGTATATTCACGG AGGGGGTTTAGGAAATGAGGGAGTGCGCTTTCTTTTAAATTTGGTTTTCTCTTGTTTGGCTCCCCTAACACCTTCCACAT ATTACCCAACTTTAGTTATTTGAGATTCTAAAGTTTACCTGTGTTTTTTGCTTCCAGCTTTCCAAGATAACCTTCCTATT GTTTGTAATTTTCCATTCATGTCTGTTTGTGGTTGTTATGTGGGTTGATCTGTTTGTATTTGCATCTTTATATGTTATCT GCTTCCTATTAATATTTCAATTTTCTTCGTACAGGGTGTTAAATTTCTTTCGGTAGACAAGAAGCTCAATGATTGCAAAT ATTGTTCTGTAAGTTTGTGTGTCTTCTATGATTCGCTCCAAATTAAGTTTTTTTTTCTTCTGTTCTAAGACAGTTTGTTC ATCAAACAGGGAATTAGTATGGGTCGTTACCCAACAATGAAATTCAGAGTTTCCTACAATAATCTCTCCAGAAGTCCCGA AATTATTTCTGAAATAAATGATACAGCCTCAAAGAAAAAGACTTTGGGGCAAAGACTGGCCGCTGACTATTGGGATTTTA TTCCTAACGGCTCTGAAGAAGAGGAAAGTCTTGTCAATAGAAGGTTATCACTTTCTCAGGTAGCACTGTCCACTTTAATA TGCTTGTTGCTGTTCTGAATCATTTTCCTTTGGATACTTTGAATGTGCACTTTATTATATAATGTTAGTAAACTTAAAGA ATGGGGTTATATGATGTTTTCTTTGATGAACATGCTGCTTCAAAGCTTAAATTTGTGCCAGAAAAATGTATACAAATTGA TTTACATATCAAGCAGACAAGAAAGACTCGTATAACTGAATCTTGAATGGGGTTTGATTGCAAACAAATACATTCATCAT TGACTATTGACTCATATTGAGATTTGAATCCGTAAGTGTTAAGTTAGTTCGTTTGCATTAATTACTTTATTGTGACCTGC ACATCAAGAAGTACTTTTTATGTGTTTTTGGAGAAACTGGAAGATGTTTGCTTATATAAGCTTTCCATTTCTTCCAATTA GAAAACATTCCCCACTTTCAAGCTCCATTAATTTACATGATAGATATTCTAATTTTTTGTTTGAGTCGTTTTCATTATAT GGTAATGCTTTTTACTGGTGCTGTGCTGTTGAAAATTTTCTATCTTCCTTTTTGGTTTTTAGGTTCATCATTTGTTAAGT GATGTTGATCCTGACTTTATTGAGAAATATGTTCCAAGAAAGAGTTTGCTTGATCTCAATTACTTCCCTGTGACACCAAA TGGTCATCGTGTGACAGAGTTCTCTCATCGACCTTCCAATGGACCGAAATTGAGTTTTGTAAGTATTTTTCTTTTTTCTC CTTTCTTGCAGTCTTTGATATTTATAAACTGTCACAGAGTCACATACATCCCCATTTTTAATGTGGTCCTATATCTGGTT GAATACTTTTAGGATGACAGGACCAGGGCTTGCAAGAAATTGGTTGATTTCAGAGGTCCAGCCGTTGAGTTAAGCTCTCA TGTCATCAATTCCCTAAGTCTCTCTAAGGCAGGCTACTCTGAATTTTTTCTTTTATATTCTTGCCACGCCAAAATTCTCG CATTTTGCTTATTAGTTTATATTTTAAAGTGCAGCTAAATCCTGACAAAACACCAAGTAATATGTTTACTGAACTCCAGC AAAGAAAGGTTGGAGAAAATGCTTGCAACTCTTCTGGTTTAAGATGGATGAAAGATGTTGTTCTGGGAAAACGCAATGAT TGTTCATTCCGCACTGTAGTTGTTGGTGATCCAGACCTTGCACTCAGTGAAATTGGTGTACCTTGTCAAATTGCAGAAAG TTTGCAAGTTTCTGTGTATGTGAACAGGGAGAATAAGAAAAATTTGCTTGACTGTTGTGAGCTACGCCTGTTAGAGAAGG GACATTTTAAAGTTTGCAGAAAGGGCAGGCCAGTTGTATTGTATAAAAAGAAAGATCTACAGATTGGAGACTTACTTTAT AGGCCTCTTACCGATGGGGATAAAGTGTTGATAAATAGGCCTCCTTCCATACATCAACATTCCATGATTTCTCTCTCAGT TAGGGTCCTTCCTATATCTTCTGTGGTATCAATTAACCCTCTTTGTTGTTCGCCACTGCGTGGGGATTTTGATGGTGATT GCCTACATGGATATATTCCACAATCAGTTGCTGCAAGAGTTGAACTTAATGAACTGGTTGCTTTAGATAGGCAATTGATT AATGGGCAAAGTGGTCGGAATCTGCTTTCACTTTCTCAGGATAGTTTAACTGCTGCATATATGTTGATGGAAGATGGGGT CCTTTTGAATCTTTATGAGATTCAACAGCTGCAAATGTTGTGCGATAAAAAGTTGACACCACCACCGTCAATTATAAAAG CTCCTTCAAGAAATAACTCATTGTGGAGTGGAAAGCAATTATTCAGCATGCTCTTGCCTTCTAATTTTGACTACTCTTTT CCTCCAAATGGCGTTTCTGTTAGTGATGGGGAACTTACATCTTCTTTTGAGTCTTCTGGATGGTTACGTGATTCCGAGTG CAACATTTTCCAGAGACTTGTGGAACGTTTTCAAGATAAGACATTAAACCTTTTGTATGATGCTCAAAAAGTTCTTTGTG AGTGGTTGTCTATGACAGGGTTTAGTGTTTCACTCTCGGACCTGTACCTTTCTTCTGACTCATGTGCACGAGAGAACATG ATGGAGGAAATCTCCTATGGCTTACAAGAAGCAGAGCAGGCATGCGATTTCAATCAGTTATTGGTGGATCATTACTGTGA TTTTCTTTCAGGAAGTCTTCAGGATAGTGACAATGTTGCGTCCATTGATATGGATAGTCTGAATTATGAAAAGCACATAT CTGCTGCTCTCAGTGAAGTGTCGGTTGATGCTTTTAGACACATGTTTCGCAATATTCAAAGTTTAGTTGATAAATATGCA AGTAAGGGCAATGCATTCCTTACTATGTTTAAGGCTGGAAGCAAAGGTAATTTACTGAAATTAGTGCAACATTCCATGTG CCTCGGACTGCAGCATTCTCTGGTTCGCTTGTCATATAGAATGCCCCGTGAACTCTCATGTGCTGCTTGGAATAGTGAAA AAGGACTTAATTCAATGCCGATGTTTTCTAATACTCTTAAATCTATCCAGTGTTACATTCCTCATGCTGTGGTTGAAAGC TCTTTCTTGACTGGGTTGAATCCACTTGAATGTTTTGCTCATTCAGTGGCAAATCGTGATAGCTCTTTCAGTGACAATGC GGACCTTCCTGGAACATTGACACGTAGACTTATGTTCTTCATGCGTGATTTGTATCAGGCATATGATGGAACAGTGAGAA ATTTATATGGTAATCAACTTATTCAGTTTTCTTATGATACTGATAAGGACTCGTCTTGTGATAGCGGTTTCCAAGAGGGT ACTGTTGGTGGTGAACCTGTTGGAGCACTTTCTGCATGTGCTATTTCTGAAGCTGCATACAGCGCTTTGGGTCAACCAAT TAGTCTGCTTGAAACATCTCCTTTACTGAATTTAAAAAATGTTCTGGAGTGTGGTTCCAGGAAAAAAAGTGGTGACCAGA CAGTGTCTTTATTTTTGTCGGACAAACTTGGTAAACAGAGGTACGGGTTTGAGTATGCAGCCCTAGAAGTGAAGAATTAT TTGGAAAGAGTGATGTTCTCAGACATTGTTTCTACTGTCATGATAATGTTCACTCCACAGTCTTCCAGCCTGGAAATTTT CAATCCTTGGGTTTGCCATTTTCATTTAGACAAGGAAATTGTAGCAAGAAGAAAGTTAACAGTGCATTCTGTCATTGAGT CTCTTTACCGGCGATATGAATCCCTAACTAAGGAATCAAAAGTCACTTTTCCCAATTTGAAAATATCAAGCAAGTAAGTT TCTTATGTTCTGGTGCTTCAAACAATGTTTTTAATGTTACTTGAGGAAATATTCACTGTTTGTGAAGGATGTAATAAAAT GAAATCTTTACATCATTCTGATTCTTTCCACTGTCGCCTATCCTTGAGTTCTTTATTTAATTTGTTGTGCCTGCAGAGCA AAGGATCTATTGCATATATGCAATAAACTACATATAGGCATGTTGTTCCTGCACATGACTATATCACACTTCTAGAATAT TTTTGTTGCTTTTATTATGCTTAACAGCTTAAGCCAATGCTTGATTTGGTGTTTTTACTTTATTCCGTACACTCAACAAT AGTACTTGTATCCCTAGCCACTTTTCATGCAAACCTTGATACTCCCAATTGTTTTGACACAGCCCCTAAATTTAACTGAA CTTCTCTGGCTTGGATAAAATTTGATACAATAATAAAGATAAATTTTCAAATATTATAAAGGAAGAGAACAGAGACAGAA CATTAGAAATGAAGGTAGGCAAGTAGGAGATAATGTAAAATCATGATAAATTATTATGCACCTATATACTCATTATTTCA ATTACCATGAGGCCATTACGGAGGTGTTTGGAGATTTCCTTGATTCAGAAATAGTCAATAAAATTGCAAGTGAACTTTTT AATACTGGCAAGATAATTTTCGATTTTGATCAAGAAAACCAAAGACCAACGTTGACTGAATATACTATTATATTGGGGAA ACCTGTTCTGACTATTGTAGTATTTTCAATCACCCTTGGTCTTTGTTTTTTCTTGATCAAAATCAAAACTTATGATTATA GTGCCAGTATTAAAAACAAAACTTATTACATATTTGAAGGAGTTTGTGAACTTTCTGAAGGCATAACCATATGTGGCATT AGTAGAATGACCAAAGCAATTATTTTTATTGTAGTTGATTATGTTTTGTCATTTTGCATTAGCGCTGCTCCTGCCACACT TTGCAATTAGTGGGACTTCTGACATTTCAAGGAGTGTGCTCCAACTGTATATAATGAATAAAGAATCTTTTTTTTTTCAC GCACACTCACATCTATGTCTAAGTACCTATTAAATTGTCAAGGATCCCAGATGGTAGCCATGATATCTTTGTTTATAGTT GTTTGTGCCTTGTATACAAGTTAATGAGGAGTCCTTTCCCTCCTAACCCTTTATAATCGTATTCTCTGTCTTTATGAGCT TCATATTTTATAAAAAATAATATTAACAGTTTATACTATCTTAACTTTCTGCATCCATTCTCATTCGTTTGGTATTTTAC CATGAAATAGCAGGAAGTGCTCTAAGGAAGGTGGATATGCTTCTTTAAATAAAGAAAAGGAGGATGTAGATTGCATCTCT GTCACAATTGTTGAAAGCTCTAGGAGTTCTGCAAAACTGGAGGCTGTTCGGGACTTGATGATACCTTTCCTTCTTGGAAC AGTTATAAAAGGTAGATAGTAATGCGAGCTGAATATCCATTTTTAGTTTCATATGGTGATTTGTATGTGAACTTTTTTAA AGTACCTTGATGAGCAGATATATGGCAGGGACATTTTCAACTTTTGTTTCTGTTATGATTATGTTTTTCCTGCGTATATA TGTCTGTTGAACTCTTCTGTATGGTCATAACTCATAACTTTTATGATTCCATATTTGTTACAAAGTTTAACTGGCTATTA TATAAGTTAGTTGGAGTTAAAAGGTTTTTTTTCTCTTTTTTTTCCTTGCTGCATAATGGAGTTTTAGTTGAAACTTGTAA GAACAAGGAAGATATGTCCTGGCCAGGTCACCGAAAGTTGGTCAAAATTATCACTTTTGAGATACAAATTCAGTTTTCGT AACTAGTTCACTGCTGTATCTGGCAAAAAACACGAGTACGTATTGCTGGTATTTACAGTCTTTAACATGAATTCCTGGAA TGTTCTTTAGGATTTCTGGAGATCAAGAAGGTTGATATTCTCTGGAGTAATCGGTCAAAAGTATCAAATTCTTATGCTGG TTCTTCTGGTGAATTATACTTGAGGGTTACTATGTCCAGCGATGGTGACAGTGGAAGATTCTGGGGTGTACTGATTAATC ATTGTCACAGAATAATGCCAATGATTGACTGGACACGAAGTCATCCCGATAACATCCATCATTTCTGCTCCGCCTATGGA ATCGATGCAGGGCGGCAATATTTTCTCCACGTATGATTTGATAAATTCCCCTCCTTTTTATTAGGTTCCAACTGAAATTT CTGGAAATGTGTATTTAATGTGCTGGCATATGGTTTTACATGTAGAGTTTGGCATCTGCAACAACTGAAACTGGCAAGTC AATCCTTCCTAAGCATCTGCATCTTGTTGCCAATAGTCTGTCAGCTAGTGGAGAGTTTGTGGGATTGAACGCTAAAGGCA TCGGGCGACAAAGAAAGCATGCATCCGTATCATCACCCTTTGTGCAAGCATGCTTTTCTGTCAGTTTTCACATTTTGATT GCAGTCAAATGGTTCATGGTTTATCACGTAATGGGATTTGATTTGAAATTCTGGAATCTTATTGCAGAATCCAGGTACTT CGTTTATAAAAGCTGCTAAGTCTGGAGTCTTGGATGATCTTCAGGGATGCCTAGATGCATTGGCTTGGGGAAAGTGTATG TCCATGGGAACAAGTGGACAGTTTGATATCATGCACTCAGAGAAGGTGAAGTTATTGGTTTTCTTGCTGCAATTCATGTT TTAATTGATAATGAATGTGTTTCCATTATCAAATGACCTTAGAATGTGCAAAGCAGTTGTGCAATACATTCTAATACCGT AAAAAACCTGCAGTTTATTTCCTTTTGAAAATTGATATACTTTTGACTGAAGTTCTCAAAAAGTTGCAGCATCCTTCTTG TGCTTATCATAGGCTTTCGTGTTAACCGTTTCCCTTTTCAAGTGTGTACCCATTTGTATTGCATTTAATGATCTTCAAAC TAATTTTTAATTGTAACCTGTTGTTCTCCAATTTTCTTATATGTCCGTACACTTCAATTTGGTGTTTCTAGTAAACTTCA CTATGGTTATCTTCTCTTTTGCATCAAAGTAAGTGTTAGAGCTGAATATATTTTATCTGTGTTTGTGCCGGAGAAGGATT CCCTTAAAAGAGCTTGACGGTTATGGAACAAAGTTATCTCATACCTTGCAAGCTCTCCATGTAATCCTTTGTCATTCAAA ATAGTCTAACATTTTCTTCTATCAGGTAGAAGAGTTTCCTGAGTCTGCAGATGTGTACAGCCTGCTAATAGCCAACTTTG ACCAGCTGAATGATAAGGTTGATATCCCTCATTATCACAACCGCTCATCAAACAAATGTGATTCTGAGTTTAGCCGTAAA AATGGCGGTTATGCCCTGAAAGAGTATAAACAGTCGAAAAGCTTTATAAGAAATTTTGTGACTGTAAATGATATTCAGAA ACTGGCTTTTGAATCAAGGTCCATATTGAGCAGGTAAGATAATCAACATATTACTTTTTCTTGCTTTAATATGTTTTGTG TACTAGTGGCATAAAGAACTGCATAATTCATTTTGTGAGATTTAAAATCCTACTTGGGGTGTGCACTAATATAAAATAGC ACAATTGGAAAGTGTAGATTTACTGTGCCCGCCAGGGTGGTTTGATACAGTTGCTTCCGTGAAAGTTTTTTCTGCTGCAT AATAGTTTATCATGTTATCTCCTGTCTTTTTTCATTTTTGTAAAATCACAGAGTAGTTTTTTTGTTGAGGGTAATGAGTT CATACTGTCTTGCCTTCTGGGCAATTTTTTAAGCAGTGTGCCTCTTGTTTGGAATATTAATCAAACTTATTTACAGATAT GAAACCATCCTTGTGACATCCTAACAGCTTGAACTTTTAAAAGAATTGGTCCTTGTCGGAATTAATTTTCTGCACAGCTG TATCACTTTGTTTTGCATCAAATACAACAACAAACTACTAGATTTTCCGAGACTCTGCCATCATTTTATCTTAGTTTTTT GCAGAGGGAATAGTATTTAACATAAATAATTGATTGAGGGAGTGCTAAGTAATAGATTTTAGGTTGGGAGAGGAATGAAA AGATACTTCAAATGGTCATAAATTTGTTCGTCCAGTTACTCAAAGTCTCAAACATATAAATGTATATTGAACTTGTTTAA ATGCTCGGAGAAGGGTTTATGGTTTTTTAATAGCATGCATTCATTGATAGGTACTTAGGGAGACTGTCAGGCAGTTCCAT TTGTTTGTTGTCTCCATCAAGGTTGTATCCTTTATAGGTCCAACTCGGATAAATTTAGGGGCAGGGTGCGCAGTAATTTT ACAGTTGAATATTTTAGGAAGTTTTTTTTTACTCCATTTTCTTCCTGTTTAAGGAGCCTGGACGCCTGGACCTTTTAGAT AAAGGTTTAATTTTCTTCCTGTTTGACACAATTGTGTTTGGTTGTCTTGATTGGTTCCCTTACCAAGATCAATTTTCAAC ATTGTATATTGTCTATGTAGGTATTCAATTGATCAGGTAATAAGCGATCATGATAAGATCACAATGCTGCGGGTTTTGCA TTTTCATCCTCGTAAAAATGAGAAGCTTGGCTGTGGACCAGCGGACATAAAGGTATGTGTGCTTGTCTGAAGGTGATTTG GGTGTGTGGTCAGAATTTATTGTGTTTTGTTACTGCTGATGTATATAACGGTAACTTTTATGAATTTGGGGCACTTAGAA TTTCAAACTTCGATGAAATTTTCTGTATGTTATCTGAAGAAAATTATTATCTCTGCTTACTGTTTAACAATCTATACATG ATTGAACTTGATGTATTTAGTGGCCCCTCTGACCACCATTATTGAGTCAGTCCCTCTCCCCTCCCCTGCGTTCAAAAGGC TTTTACATTCTAAATCATTCCCTCTTTACTGCTATATTCTGCGGCTGTGGTTCTATTAGCTAAACAAACTTTTAGAGTTC CATGTGTTGTTGATATCTTGTGGGTATGATGCCTAACACAGCAAGATATTTATCAACTTTTTCATATTTTATTTTCAATT CTTTAAACCTTATCACCTGATACTTTTAAATAGAAGATTATCCAATATTTTTCATTTGTCTCCATGGAAACAGGGTTCAG GAATAGTCTGATATGATATATAGTAAACATAAATGTAGCCTATATGTATACACAAGGTTCTTATCATGATTCTACAGGCC TCTGGCAATTAATAGCCTATGGGAGATTCAAATAAGAGATAATTTTAAATGAATAGGAGAAAATAGAGAAAATTACAGCT AAAACTATTTAACTTCCTTAATTACAGTAAATCACAATAATGACTGATTTCAACATCCCCTCAAGTTGGTGCATCAATAT TACACATTCCCAACTAGACAAGAGAATCCCCAAGAACTCTACTAGATACTACTTTGGTGAGAATATCTGCTAGATGGTGT TCGGACCTTAAAAATGGGAAGGCAATAATTTAATTTGAGCTTTGAGTTTCTCTTTAATAAAACGTCTGTCAACTTCTACA TGCTTTTTTTCTGTCATGTTCATGTTGCACAAGGTTGAGTAGGGATAGAAATAGGTGTGGCCGATCAGGGCTTTGTAAGA CTTTTTTATGTCATATGCCATGTTAGGACTAGTACTAGAGGATAAGTAAATAATCTCTCCAATAAGCTTTTGGTACATCC CTCGTTAGTCCTAGCTGCACTTGAACATAAAAAAATACTTGATTTTATTCCATCGGAGTGCCAAGCACCTGTATCACAAC TCGAGTGGATTTTCTTTGAGATGTGAAGATGCATGTTTTGACACAAGGATATATTTTAAGTTTCCAGCACATTTTTTTTA ACTAGACATACTGTCATAGTCATTTCTGATCACGATTATGTTATCAACATATAATCAATGCAGTAATTTTACCTTGTCTT TGCTGAAGCAAGAGTGTGTCTCCTAAATTGCTTTGTTTATAGCCTAGCGAGATTATATTCAAATATGTTCTATTATGATG GATATCGTTATAATAGAAATAAAATCTGATCTTATTCTAATCTATCATGATATCTTAGCCTAATCTATCATAACAGAACA TATCTGAATATATCTCAACATAGCAAAAGTTCGTCATGGACTTGGTAAATTTTCCAAACCAAGCTCTTGGGAACTGACTT AACCTATAGAGTGCCTTATTCAATTTACACAGTGTAGAATTCTTTGGAGTATTGACGTACGCCAAGAGGAAAGTTTTACT AGTTAAATACATTGTCTAATAGTTATGTTTTTATGCTTGTGGTTGCCCATGCCTTTTTTCTTTATTATTCACAGGTTGGA TGGCATCCTGTACATAAGGATAGCCGCTGCTTCCATATAATACGAAGTGATGAAAGTGTTGAAGATTTTTCATACCGCAA ATGCATTCTTCGTGCTCTTGAGATTGTTGATCCGGGCAAGTTCAGGATCCAGAAGAAAAAGTGGCTGGGACAAGATGACA TTGTTGAACTAAAAAAGAGTCAGAAGACAAATCATTAGTAGAGAGGCACAGTTGTTTTTTGTGTGAGTTGAGAGTTGTCA TTGGCATTACTCTAGCTAAATGGTGAACAATCTGGAGCCATCTTGTGTTGTGTATTATTCAATGTTAGAGGTAGTACAGA AGATGAAAGGGGATAGTAGTACATTTTCATTCTTATTAACTTTTCTCTTTTTATCATAAAGATGGAGGGGGTGCTTACCC TTAGCTTCTTTTTGCTACTTCCACTAATACTTTATTTGCCTCCGATTACGTCAGGCAAAGAAAGATCTAGTGGAAGTAGC AACGAGGAGCTTGTCAAGACTTATACCCCATACCAGATGTATTGAATATGTAAGCTGTTAAATGTAATATCTGTTTAGGT TGTGTCGTTCAATTGTGATGGTTGTCCCCAGTATCTGTCT
CDS sequence (LotjaGi2g1v0430800.3) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGATGAAAGGTTACCAAGCTCCATGGATGATAATGACAAGTTTCACGAGCACAACATGCCGTCTGGTGTCATAACGGC AATAAAGTTTGATGTTTTAACTGGGGAAGATATACGTACGATCTCTGCTTTGGAGATTGAGGCAGCCGGGCAGGTCGTCT GTTCTGATCTCGGACTTCCTAATTCGTCTGAAGTTTGCACCACATGTGGTACCAATGATAAAAAGCTTTGTGAAGGTCAT TTTGGAGCAATCAAATTTCCTTTTTCTATTGTGCATCCATATTTTATATCAGAGGCTGCCGAAATCTTGAACAAGATTTG CCCTGCATGTAAATCTATTCGATGTGATTTACTGATCAAGGGTGTTAAATTTCTTTCGGTAGACAAGAAGCTCAATGATT GCAAATATTGTTCTGGAATTAGTATGGGTCGTTACCCAACAATGAAATTCAGAGTTTCCTACAATAATCTCTCCAGAAGT CCCGAAATTATTTCTGAAATAAATGATACAGCCTCAAAGAAAAAGACTTTGGGGCAAAGACTGGCCGCTGACTATTGGGA TTTTATTCCTAACGGCTCTGAAGAAGAGGAAAGTCTTGTCAATAGAAGGTTATCACTTTCTCAGGTTCATCATTTGTTAA GTGATGTTGATCCTGACTTTATTGAGAAATATGTTCCAAGAAAGAGTTTGCTTGATCTCAATTACTTCCCTGTGACACCA AATGGTCATCGTGTGACAGAGTTCTCTCATCGACCTTCCAATGGACCGAAATTGAGTTTTGATGACAGGACCAGGGCTTG CAAGAAATTGGTTGATTTCAGAGGTCCAGCCGTTGAGTTAAGCTCTCATGTCATCAATTCCCTAAGTCTCTCTAAGCTAA ATCCTGACAAAACACCAAGTAATATGTTTACTGAACTCCAGCAAAGAAAGGTTGGAGAAAATGCTTGCAACTCTTCTGGT TTAAGATGGATGAAAGATGTTGTTCTGGGAAAACGCAATGATTGTTCATTCCGCACTGTAGTTGTTGGTGATCCAGACCT TGCACTCAGTGAAATTGGTGTACCTTGTCAAATTGCAGAAAGTTTGCAAGTTTCTGTGTATGTGAACAGGGAGAATAAGA AAAATTTGCTTGACTGTTGTGAGCTACGCCTGTTAGAGAAGGGACATTTTAAAGTTTGCAGAAAGGGCAGGCCAGTTGTA TTGTATAAAAAGAAAGATCTACAGATTGGAGACTTACTTTATAGGCCTCTTACCGATGGGGATAAAGTGTTGATAAATAG GCCTCCTTCCATACATCAACATTCCATGATTTCTCTCTCAGTTAGGGTCCTTCCTATATCTTCTGTGGTATCAATTAACC CTCTTTGTTGTTCGCCACTGCGTGGGGATTTTGATGGTGATTGCCTACATGGATATATTCCACAATCAGTTGCTGCAAGA GTTGAACTTAATGAACTGGTTGCTTTAGATAGGCAATTGATTAATGGGCAAAGTGGTCGGAATCTGCTTTCACTTTCTCA GGATAGTTTAACTGCTGCATATATGTTGATGGAAGATGGGGTCCTTTTGAATCTTTATGAGATTCAACAGCTGCAAATGT TGTGCGATAAAAAGTTGACACCACCACCGTCAATTATAAAAGCTCCTTCAAGAAATAACTCATTGTGGAGTGGAAAGCAA TTATTCAGCATGCTCTTGCCTTCTAATTTTGACTACTCTTTTCCTCCAAATGGCGTTTCTGTTAGTGATGGGGAACTTAC ATCTTCTTTTGAGTCTTCTGGATGGTTACGTGATTCCGAGTGCAACATTTTCCAGAGACTTGTGGAACGTTTTCAAGATA AGACATTAAACCTTTTGTATGATGCTCAAAAAGTTCTTTGTGAGTGGTTGTCTATGACAGGGTTTAGTGTTTCACTCTCG GACCTGTACCTTTCTTCTGACTCATGTGCACGAGAGAACATGATGGAGGAAATCTCCTATGGCTTACAAGAAGCAGAGCA GGCATGCGATTTCAATCAGTTATTGGTGGATCATTACTGTGATTTTCTTTCAGGAAGTCTTCAGGATAGTGACAATGTTG CGTCCATTGATATGGATAGTCTGAATTATGAAAAGCACATATCTGCTGCTCTCAGTGAAGTGTCGGTTGATGCTTTTAGA CACATGTTTCGCAATATTCAAAGTTTAGTTGATAAATATGCAAGTAAGGGCAATGCATTCCTTACTATGTTTAAGGCTGG AAGCAAAGGTAATTTACTGAAATTAGTGCAACATTCCATGTGCCTCGGACTGCAGCATTCTCTGGTTCGCTTGTCATATA GAATGCCCCGTGAACTCTCATGTGCTGCTTGGAATAGTGAAAAAGGACTTAATTCAATGCCGATGTTTTCTAATACTCTT AAATCTATCCAGTGTTACATTCCTCATGCTGTGGTTGAAAGCTCTTTCTTGACTGGGTTGAATCCACTTGAATGTTTTGC TCATTCAGTGGCAAATCGTGATAGCTCTTTCAGTGACAATGCGGACCTTCCTGGAACATTGACACGTAGACTTATGTTCT TCATGCGTGATTTGTATCAGGCATATGATGGAACAGTGAGAAATTTATATGGTAATCAACTTATTCAGTTTTCTTATGAT ACTGATAAGGACTCGTCTTGTGATAGCGGTTTCCAAGAGGGTACTGTTGGTGGTGAACCTGTTGGAGCACTTTCTGCATG TGCTATTTCTGAAGCTGCATACAGCGCTTTGGGTCAACCAATTAGTCTGCTTGAAACATCTCCTTTACTGAATTTAAAAA ATGTTCTGGAGTGTGGTTCCAGGAAAAAAAGTGGTGACCAGACAGTGTCTTTATTTTTGTCGGACAAACTTGGTAAACAG AGGTACGGGTTTGAGTATGCAGCCCTAGAAGTGAAGAATTATTTGGAAAGAGTGATGTTCTCAGACATTGTTTCTACTGT CATGATAATGTTCACTCCACAGTCTTCCAGCCTGGAAATTTTCAATCCTTGGGTTTGCCATTTTCATTTAGACAAGGAAA TTGTAGCAAGAAGAAAGTTAACAGTGCATTCTGTCATTGAGTCTCTTTACCGGCGATATGAATCCCTAACTAAGGAATCA AAAGTCACTTTTCCCAATTTGAAAATATCAAGCAACAGGAAGTGCTCTAAGGAAGGTGGATATGCTTCTTTAAATAAAGA AAAGGAGGATGTAGATTGCATCTCTGTCACAATTGTTGAAAGCTCTAGGAGTTCTGCAAAACTGGAGGCTGTTCGGGACT TGATGATACCTTTCCTTCTTGGAACAGTTATAAAAGGATTTCTGGAGATCAAGAAGGTTGATATTCTCTGGAGTAATCGG TCAAAAGTATCAAATTCTTATGCTGGTTCTTCTGGTGAATTATACTTGAGGGTTACTATGTCCAGCGATGGTGACAGTGG AAGATTCTGGGGTGTACTGATTAATCATTGTCACAGAATAATGCCAATGATTGACTGGACACGAAGTCATCCCGATAACA TCCATCATTTCTGCTCCGCCTATGGAATCGATGCAGGGCGGCAATATTTTCTCCACAGTTTGGCATCTGCAACAACTGAA ACTGGCAAGTCAATCCTTCCTAAGCATCTGCATCTTGTTGCCAATAGTCTGTCAGCTAGTGGAGAGTTTGTGGGATTGAA CGCTAAAGGCATCGGGCGACAAAGAAAGCATGCATCCGTATCATCACCCTTTGTGCAAGCATGCTTTTCTAATCCAGGTA CTTCGTTTATAAAAGCTGCTAAGTCTGGAGTCTTGGATGATCTTCAGGGATGCCTAGATGCATTGGCTTGGGGAAAGTGT ATGTCCATGGGAACAAGTGGACAGTTTGATATCATGCACTCAGAGAAGGTAGAAGAGTTTCCTGAGTCTGCAGATGTGTA CAGCCTGCTAATAGCCAACTTTGACCAGCTGAATGATAAGGTTGATATCCCTCATTATCACAACCGCTCATCAAACAAAT GTGATTCTGAGTTTAGCCGTAAAAATGGCGGTTATGCCCTGAAAGAGTATAAACAGTCGAAAAGCTTTATAAGAAATTTT GTGACTGTAAATGATATTCAGAAACTGGCTTTTGAATCAAGGTCCATATTGAGCAGGTATTCAATTGATCAGGTAATAAG CGATCATGATAAGATCACAATGCTGCGGGTTTTGCATTTTCATCCTCGTAAAAATGAGAAGCTTGGCTGTGGACCAGCGG ACATAAAGGTTGGATGGCATCCTGTACATAAGGATAGCCGCTGCTTCCATATAATACGAAGTGATGAAAGTGTTGAAGAT TTTTCATACCGCAAATGCATTCTTCGTGCTCTTGAGATTGTTGATCCGGGCAAGTTCAGGATCCAGAAGAAAAAGTGGCT GGGACAAGATGACATTGTTGAACTAAAAAAGAGTCAGAAGACAAATCATTAG
Protein sequence (LotjaGi2g1v0430800.3) extracted from Lotus japonicus Gifu v1.2 Proteins.
MDERLPSSMDDNDKFHEHNMPSGVITAIKFDVLTGEDIRTISALEIEAAGQVVCSDLGLPNSSEVCTTCGTNDKKLCEGH FGAIKFPFSIVHPYFISEAAEILNKICPACKSIRCDLLIKGVKFLSVDKKLNDCKYCSGISMGRYPTMKFRVSYNNLSRS PEIISEINDTASKKKTLGQRLAADYWDFIPNGSEEEESLVNRRLSLSQVHHLLSDVDPDFIEKYVPRKSLLDLNYFPVTP NGHRVTEFSHRPSNGPKLSFDDRTRACKKLVDFRGPAVELSSHVINSLSLSKLNPDKTPSNMFTELQQRKVGENACNSSG LRWMKDVVLGKRNDCSFRTVVVGDPDLALSEIGVPCQIAESLQVSVYVNRENKKNLLDCCELRLLEKGHFKVCRKGRPVV LYKKKDLQIGDLLYRPLTDGDKVLINRPPSIHQHSMISLSVRVLPISSVVSINPLCCSPLRGDFDGDCLHGYIPQSVAAR VELNELVALDRQLINGQSGRNLLSLSQDSLTAAYMLMEDGVLLNLYEIQQLQMLCDKKLTPPPSIIKAPSRNNSLWSGKQ LFSMLLPSNFDYSFPPNGVSVSDGELTSSFESSGWLRDSECNIFQRLVERFQDKTLNLLYDAQKVLCEWLSMTGFSVSLS DLYLSSDSCARENMMEEISYGLQEAEQACDFNQLLVDHYCDFLSGSLQDSDNVASIDMDSLNYEKHISAALSEVSVDAFR HMFRNIQSLVDKYASKGNAFLTMFKAGSKGNLLKLVQHSMCLGLQHSLVRLSYRMPRELSCAAWNSEKGLNSMPMFSNTL KSIQCYIPHAVVESSFLTGLNPLECFAHSVANRDSSFSDNADLPGTLTRRLMFFMRDLYQAYDGTVRNLYGNQLIQFSYD TDKDSSCDSGFQEGTVGGEPVGALSACAISEAAYSALGQPISLLETSPLLNLKNVLECGSRKKSGDQTVSLFLSDKLGKQ RYGFEYAALEVKNYLERVMFSDIVSTVMIMFTPQSSSLEIFNPWVCHFHLDKEIVARRKLTVHSVIESLYRRYESLTKES KVTFPNLKISSNRKCSKEGGYASLNKEKEDVDCISVTIVESSRSSAKLEAVRDLMIPFLLGTVIKGFLEIKKVDILWSNR SKVSNSYAGSSGELYLRVTMSSDGDSGRFWGVLINHCHRIMPMIDWTRSHPDNIHHFCSAYGIDAGRQYFLHSLASATTE TGKSILPKHLHLVANSLSASGEFVGLNAKGIGRQRKHASVSSPFVQACFSNPGTSFIKAAKSGVLDDLQGCLDALAWGKC MSMGTSGQFDIMHSEKVEEFPESADVYSLLIANFDQLNDKVDIPHYHNRSSNKCDSEFSRKNGGYALKEYKQSKSFIRNF VTVNDIQKLAFESRSILSRYSIDQVISDHDKITMLRVLHFHPRKNEKLGCGPADIKVGWHPVHKDSRCFHIIRSDESVED FSYRKCILRALEIVDPGKFRIQKKKWLGQDDIVELKKSQKTNH
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 | 14 | 113 | 100 | 2.7E-6 | – | |
| SUPERFAMILY | 17 | 1294 | 1278 | 2.75E-151 | – | |
| PANTHER | 18 | 1358 | 1341 | 0.0 | – | |
| PANTHER | 18 | 1358 | 1341 | 0.0 | – | |
| Pfam | 25 | 169 | 145 | 2.8E-9 | ||
| CDD | 33 | 867 | 835 | 0.0 | ||
| SMART | 229 | 517 | 289 | 2.0E-22 | ||
| Gene3D | 325 | 484 | 160 | 2.1E-35 | – | |
| Pfam | 330 | 487 | 158 | 3.0E-30 | ||
| Gene3D | 363 | 419 | 57 | 2.1E-35 | – | |
| Pfam | 493 | 642 | 150 | 3.6E-20 | ||
| Gene3D | 493 | 635 | 143 | 5.5E-15 | ||
| Gene3D | 636 | 821 | 186 | 2.8E-9 | ||
| Pfam | 708 | 785 | 78 | 5.2E-10 | ||
| Gene3D | 1357 | 1451 | 95 | 1.9E-21 | – | |
| Pfam | 1374 | 1447 | 74 | 2.0E-24 | – |
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 | DNA-directed 5'-3' RNA polymerase activity | Catalysis of the reaction: nucleoside triphosphate + RNA(n) = diphosphate + RNA(n+1). Utilizes a DNA template, i.e. the catalysis of DNA-template-directed extension of the 3'-end of an RNA strand by one nucleotide at a time. Can initiate a chain 'de novo'. | ||
| Biological process | Transcription, DNA-templated | The cellular synthesis of RNA on a template of DNA. |
Expression pattern of LotjaGi2g1v0430800.3, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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