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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0743000 |
| Transcript ID | LotjaGi1g1v0743000.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Splicing factor family protein; TAIR: AT3G11960.1 Cleavage and polyadenylation specificity factor (CPSF) A subunit protein; Swiss-Prot: sp|Q6E7D1|DDB1_SOLCE DNA damage-binding protein 1; TrEMBL-Plants: tr|V7D0H9|V7D0H9_PHAVU Uncharacterized protein; Found in the gene: LotjaGi1g1v0743000 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:131655961..131666827) extracted from Lotus japonicus Gifu genome v1.2.
GCCCGTCCGAATCAAATATGATACATGTAAGAAAAAAAAGCACAAAGTTATGCACCATCCTTCCCCAACCTTGTTCTACT AGGATTGCAATATAAATTGGAAAACCCCTTTTCTTCTTCTTCGTCTTCGTCTTGCTTCCCAGTTCAAACACTCTGAACTT TTTCACTGTTCTGAATCACCGTGTTCTCTATTAATCAATCACATAGTCTTCGTCTGAATGAACTGAACACCAATTCAATC ACCGTCTTTCTTTCGGGAACCTAAATCCTCCAACAATGGCGGTTTCCGAAGAAGAATGCTCTTCCACCAAGCCCGGTCCA TCTTCCTCTTCTTCTTCCACCTCTCGCTACTACCTCTCAAAGTCCCTCCTCCGACCAGGCGCCATTCTCCACGTCCTCTA CGCTCATATCCGCTCTCCCTCCTCCAACGACATCGTTTTCGCCAAGGTACCTTCTATCTCTCTTTCCCCCTCTCCCGATT TCAATGAAGTCTGGTTAGGTTTTGCATTTCTTGTCTAATTTGTCGAAATTACGTGGTTTTATCACTCTTTGTTTGTTGTT CAGGAGACATCTATAGAGTTGGTGGTTATTGGTGAGGATGGGAATGTTCTAACTCTCAGTGATCAGCCTGTTTTTGGCAC CATTAAAGATCTTGCTGTATTGCCCTGGAATGACAAATTCCGCGGTGCCCGTGATCCCAAGGTACTGTGTTACTACTCAA TATACTCCTTTGCTGAATCTGCTTCAATTTTGTTGTTGAAGAATTACAAATGAATGTCTATGAGTGAATTTTATTTAGTC ATTTTTTGTTGTTGTATTTGTATAGATGTGGGGTAAAGACCTTTTGGTTGCTCTATCTGATTCCGGGAAGCTGTCCGTGC TCACATTTTGCAATGAAATGCACAGGTTTTACTTTGTCTTTATCTCTTATGTTTTTCGCGCGTGAGGTTTTATTTAGGAC TATTTGGTTACTGATTGTTACAAATCAGGAACCACATTTTGTAGGAAGATAATTAAGTTGTAATAATCGAAGTGGATATA TATGTTATTCCCTAATAAGCTTTCTTCTTTTTTTTTACGTGCCATTGTAGGTTTTTTCCTACAACACATGTTCAGCTATC CAATCCTGGAAACATTAGGGATGTTCCGGGAAGAATGCTAGCAGTTGATTCCAGGTGATGTCTTTTTTTTTTTTTTCTGG TTAAGAGTTACTATCTCTCATGAATGGTTTTCATCTAATTATGTTACATTGGAAGAAGAGAAAAAACATGGATTTTTGTC AATATTACTAACTCTTTTGGTTCTCTTTATGCAGTGGTTGTTTTATTGCTGCCAGTGCATATGAAGGTCGTCTGGCTCTG TTTTCAATGTCAATGACTGGCAATGATATCATTGATGAGGTCCACAACTACTATATCATCCTATATTTTAGAAAAGCTGC ATGTGGGTGACTGGGTATTTGTGTCAGCCAAATGCATGTATAAATGTAATAGGACTGTTTTTTCTGGTGGTATAGGTTAT CTGGTTCACAACTAGACATACATATAGGAATTTTTTTTATGGTGTTCAGTTAATGATTTCTGATGGATATTCAAAGATAT TGGAAGGATTTATTGTCTTGGTTTCCTTCATTAACTTCTCTCTTTTTTTTGTGCTATTTCTTTTCATGATGTTCTATACT TTTTGGAGTATATAATACTCAGATTTTTGTATTTTCTAATTTGTTTGCTTTTGATGAACTTTTTTGCTCAACTTCAGAGA ATAATGTATCCTTTGGAAGGTGAAGGGACTGCAAGTAGTTCCAGAAGCATCCAGAAAACCAGTATACATGGTGCTATTTG GAGTATGTGTTTTATTTCTCAAGATTCCAGACAACTAAGCAAGGAGCATAATCCTGTACTAGCTGTTATTATAAATAGGT ATGCTGATTCATATATTGGCCATTGTCAGGAGTTTGTTCTAGGTCTTAAAGATGACTCTACAATGGAAGTTAGCTTCTGT TTCTTGTCTACACGTGTGATGTGCTTGCTGTAAACCACACATTGTTTTGCCTTGCAGGAAGGGAGAATATGAATTGCAAT TATTGGAATGGAATGTTAAAGCCCAGACAATCTTTGTTATTTCTTCAAATGTTGAAGCTGGGCCTTTAGCACTTAACATT GTTGAAGTTCCTAACTCTCAGGGACTCGCACTTCTATTCAGGGATGGTGATGTTCTCTTAATGGATTTTAAAGATCCTCA CAATCCATGTTGTGTCTACAAGACTAGCTTACACTTTTTACCTAGTGCCACGGAAGAGCAAACTTTCATGGAAGATTCTT GTAAATTACACGATGTGGATGATGAACGCTTTAGTGTAGCTGCCTGTGCTTTGTTGCAGCTGAGTGATTATGATCCTATG TGCATCGACAGTGACAATGACGGCACTAATACAGGTCACAAGCATGTATGCTCTTGGAGTTGGGAACCTGAAAATAATAG AGATCCAAGGATGATCTTTTGTGTAGATACTGGAGAACTTTTTATGATCGAAATTTTTTCTGATGCTGATGGGCCGAAAA TTAGTCTCTCTGAGTGTTTGTATAAAGGCCTACCTTGTAACGCACTTTTGTGGGTTGAAGGTGGATATCTAGCTGCTTTT GTAGATATGGCAGATGGCATGGTCCTGAAATTGAAAGATGGAAGGCTTTGCTATACAAACCCTATTCAAAACATTGCACC AATCTTGGATGTGGCAGTTGTGGATTATCATGATGAGAAGCATGACCAAATGGTTGCTTGCTGTGGTGTGGCACCTGAGG GGTCATTAAGGATTATTCAAAGTGGTATCAATGCAGAAAAGCTACTTAGGACCCCTTCTATATATGAGGGGATATCTGGC ACTTGGACTGTTCGAATGAAAGTTACTGATTCATATCATTCTTTTCTAGTTTTATCATTTCTTGCGGAGACTAGAATCTT GTCAGTTGGCTTAAGTTTTACTGATGTGACTGATTCTGTTGGTTTCCAACCTAATGTCTGTACTTTGGCATGTGGCCTTG TGAGTGATGGTTTGCTGGTTCAGATCTGCCAATCTTCTGTTAAGCTTTGTTTGCCTACAAAGGCCGCTCATTCTGAAGGT ATCCCTTTGTCCTCTCCCATTTGCACATCTTGGTCCCCTAACAATTTGAATATCAGCTTGGGGGTAGTTGGGCATGGTTT CATAGTTGTATCAACCTCTAACCCATGCTTCTTATTCATCCTTGGGGTTAGATTGCTATCAACTTATCAATATGAAATTT ATGAAATGCAACATTTGGGACTGCTGAACGAATTATCATGCATTTCCATCCCTACACAAAAAAATGAGAAAACAGAATCA AATTCAACCATTTCAGCAAATAATAGCTGCATTCCTTCGTTTCTAAGTGGAGTGGATGTCAATAAAACCTTTGTTATTGG CACACATAGGCCTTCCGTGGAAATTTGGTCTTTTGCACCAGATGGAGGAGTTAAAGTAGTTGCTTGTGGGACAATTTCGT TAACAAATACAACGGGGACTGCTATAGATTTCTGTGTACCTCAAGATGTACGGCTTGTATTTGTTGATAAGTATTATGTT CTAGCTGGACTGAGGAATGGAATGCTCCTTCGCTTTGAATGGCCAGCAGAACCATCTCCTACATCACCAATAAATGTGGT GGACACTGCTTTATCTTCCATAAATTTAGTAAATTCTGCGACCACGGCTTTTGAGAAGAGAAATGACCTTCCTTCCACAC TGCAATTGATTGCCATTCGTCGCATTGGTGTTACTCCAGTTTTCTTGGTGCCCTTGAATGACACACTTGATGCTGATATA ATTGCTTTAAGTGATAGGCCTTGGTTGTTGCATAGTGCAAGACATAGCCTTTCCTATACTTCTATCTCATTTCAACCATC CTCACACGTGACTCCTGTATGCTCTCTTGAGTGTCCGAGAGGAATTTTATTTGTTGCAGAAGACAGTTTACATCTGGTAA GAAAATCGTACTGCATATATGTTTGCTGACATGTTTCTTTTTCCCTCTAATTGTTCGGTTGCCCTTTTTTTTATAATATC TTATAGTGCATTTGAAGATGCTTTTTATATTGTAGATTTAAATGTGAAGAAAAGTCCTAAGGGGGCGTTTGTTACAAGTT TTAGAAAATGATACCCAGGAATCTTAATCCTAGGAATATTATGATGGAAATGTTATTCCAGGGCATCTTTTAAAAAAAGT GTTTGGTTAATAAATTCAATTCCCAGTTATGTTCTTAATAATTTTTTAGTTAAAATATTTAAAAATATAAAATTTGAAGT AGAAAGAAAAGTTTGTGGGAAATAACTTCCATTCCCATGGGAATGTAGGATACCCACCGTTGAACATGGGAATGAAAATT GGAGAAAAACAATGTAAATTGCATGCCTGGGAATCTATAATGCCTGAGAATAATTTTTCTAAAACTTTTACCAAACATGG GAATGTTACATTCCCAACCTTACTTACCTTGGAATGTTCAAAGATCCCTTCTACCAAACGCCCCCTAAGATATATAATGT GTGGTGATTACTGTCAATTGTCTAATATAAATTTGTTGGAGGGCCTCATTGCATTTCTTACAAAAATTTGGCTGGTCCGG TTTTTTAATGGTGTCCACTAATGGTTCGTGTTCCTTTTTCGGGGGGAGTGTATTGGATGAGTGTTTTTATTTATTTTTAG GATTTAGCTTACATAATACAAAGTGAGAAGCATACAGTTTTTTAGTGATCAAACTGATTTATTTTTGCTCCTTTAACATT TTTCCCCACCAAGAAACGACAACTATTTTTATTCCTGATTTCATGATGTATGTGATTTTTATTGTGCGTGTTGCTGTCTT GACTTAGTCTGTATTTATTACATGGCGCTTTAGGTGGAGATGGTCCACAGCAAGAGACTTAATATGTGGAAGTTTAATTT AGAGGGGACTCCACGGAAGGTCTTGTATCACAACGAAAGCCGGATGTTGCTTGTGATGAGGACTGAATTGGATTGTGGTA CATGTTTGTCTGACATAAGTTGTGTGGACCCCCTAAGCTGGTCAGTAGTGTCTTCTTTCAGACTTGAACCTGGAGAAACA GGAAAGTCCATGGAATTAGTCAGGTTTGGAAGTGAGCAAGTTCTTGTGGTTGGAACTAGTATGTCTTCTGGTCCAGCCAT AATGCCCAGTGGTGAAGCTGAGAGGTACGGCATTTAGCTTCCCTTGTCTCTTTACTTTCCCCATAGTTTTATATCACAAG CTAATTGATGGCCTTTTACAATCAAATTACAGTTTACTCATTTTTTTAACTGCATATAGCTTTTATGACTTAAATGAGCT AATCTGCCTGTAAGCTTCTTGCAAGTTCCTTTTCAAGGAGTGTACATACCTCAACTAACCAAAAGAAGATTTTGATCCAT GCTGCATGGCAAATTTGAGTCTCACAAAGTGCGCAATAAGACTGTCTGCTAAAGAATACGATACTCTGTATTATTTATGA AGTAAACATGGGACATACCTTTCACCAGCCAATATTGGACCTCAAAGTTAAAACCTTTGATTTTCCTCTTGAAATCTGGT ATTCTACATTTGCTTGAGAGGGGCAATGTATTCTTCTAAATAGGCATCTCCTTTTCCTGACAGATATAAACACAAATACA CAAGGGTACTGGGAATATTCACAATGTAGTATATGGCCAGTGTGGCTTGTTTGTTGCATAACTGCTATCATAGTTCGAAA AAATAAAATAAAATTCCCAACTACATTTTAGCAACAATTAATAAATGCATGAATGAAGCTGTTTGACCTCCAAGATCGAC TCTCTTTTACCATCTCCAGTTTAGTGTATGATAATTTTGGAATACAGCCAACCACATCCTTGAGTGAAATATCAAATATA TATATTTTCCAAGAATAATATTGCGAAGTGCCAGGGGTGAAATTTTCAAAATTAACTAAAATCTTTATTGCATTGTATTT GTTTTACATATCCTTATAAGTACTTCGATAACCTACACTGCAAATATGATATCAAAGAAACTTATGTTCAAACCATTGTC CAATAGTTCTTGTTTTAGAAATTTATGCAGTTGACATCTAATATAATGCTTCTTTGGCAGTGCTAAAGGTCGTCTTCTGG TTCTCTGTCTTGATCATGTGCAAAATTCAGATAGTGGTTCAATGACATTCTGTTCAAAAGCAGAGTCATCATCTCAAAAA ACTTCACCTTTCCATGAAATTGTTGCATATGCTCCTGAACAGCTATCATGCAGTAGCCTTGGCAGCAGCCCTGATGATAA TAGTTCGGATGGCATCAAACTTGATGAAAATGAAGTATGGCAGTTCCGTTTGGCTTATGCAACTACCTGGCCGGGAATGG TACTTGCGATCTTTCCTTATCTTGATCGTTACTTCTTGGCATCTGCTGGCAATGTTGTAAGTTGCAAAATTCTTGCCTTT TTCCACCTATCTGATGCTTCCTCACTGTCCCATCCTAAAAAACTCTCCTTTCCACATCAGAAGATTCTGTATCTACATTC AGTTATAGTCTTCTCATTGAGTTATTTTCTTGTAATTCAGTTCTATGTTTGTGGTTTCCCAAATGACACTCCTCGGAGAG TGAGAAGGTATGCTATGGGAAAGACGCGCTTCATGATTACATCTTTGACTGCACATTTTACTAGAATTGCAGTTGGTGAT TGTCGTGATGGTATCCTGTTCTTTTCTTACCATGAGGTGAGTGATGATTGCTGTCTCTATTGTATATTTGTGAGAAAAAA AAATCAAATGAAAGCAAGAACTCATAGGTTTGCTTTTCATGGAATCTCTTTGGTTGGTAGATTGTAGGGTAGTTCTGTAT TAATGATTTACTTATTTCCTGTTTTGTTATTGAGGCTAACTTACCAAACATATCCTTTGTAGTCATTTCCTTGTAATAAC TTTCATATATTTTATGCCTGAGACCCCCCCTTCATTCTTTTTGTATTAAAAATTATCTTACATCGGTTATATTTGAAAAA GCAAGATCATGGTTCTCTTGTACTGATATTTTGTTTACTTGAAAATAGCCAAAGCTGAGCTTGTTTAGTTTATATCTTCT ATGCTAGGAAGGAAAAAAGTTGGAGCAACTTTATTGTGACCCATCAGTGAGGTTGGTTGCTGATTGCATTCTCATGGATG ATAATACCGCTGTCGTTTCAGATCGTAAAGGAAGCATTGCTGTTTTATCCTCAGACCATTTGGAAGGTTTATGTAATTTA ATTCTTATTAGTCACTTTCTAGTTCTAATCTAGGGGTTACTGCCTGTCTTTTGGAGTTTTATTTTCTCTGGGACCAGTGT TTTCAAGATATGAATTAATTATTTCATTTTGCTATGAAGTATAAACCAAAATATTCATGGATGTTCTTCTGGTTGTGTTT TATTTAAACTCTAAAGAAAAACATCAAATCAAATCATTTTTGTTGGACATTTGCCGGATCATATAATACAGAGGGGTCCT CCTAGTTACTTGTGGCATAAATACAACTAGATTTGCAAATACATCTAAGACCTTGTAGTTTGTATTGTTGTACATGATTG CTAGCTTTTTTCACAGCCCCGAGTACCCTTCACTGTTCATATTGTAAGTGGATTGTGCTGTTTGTATCATAGTTGAAAGT GTTTATGCTTTATAGGGAAAGTGGCTATGTTTATGATTTTAAAAAAAGTCTATTTTCATGCTTAAAGCTATTGGGTTGTT ATTTTTTGTTCCTCGTGAAAATAAAATTCTGACCAAATTCTGTTATCATTATTGGTCATCTGCATCAGACAATGCAAGTC CGGAGTGCAACTTGACACTAAGCTGTGCTTATTTCATGGCTGAAGTAGCTATGAGCATCCGGAAGGTAAATCCCTTAAGT TCCTTGGTAGATCAGTTATTAATCTGCATTAAATGTCATCAGCTTTTTGTGTAAATTCTATTTGAAGTCAGAGGCTGCTG AAGCTTTGTCCAAGTGTGTTTTGGCATATGATGTCTTGGGTGTTCTTTACTTATGATTAGCTTCTTCGCTCTGTTCATTT ATTGCTCTGTAACTTGCTAATTTGGCCAATTTGTAGCCATTCCTCCCTGTCCCCCCATTAATTTGCTTGCATGTGTACTG TGTGATGTAGATGTAATTTATATTTTTTTGTGATTTTTTTAATTGCAGGGCTCGTATTCGTACAGACTTCCTCCGGCTTA CGATGTTTTACCAGGTGACAATGGCCCTGGTGACACACTACGAAATACTATTATTGCCAGTACTCTGTTAGGAAGCATAA TGATTTTCATCCCTTTATCAAGGTACCAAATAATTTTGCAACTCTAAATATCGAGGTGAATAATGATACAGACTAGAAAG GAAATAACACCAAAGAGAACGAATGTATTGTACTGCTAAATCAGAGGGATACTCTAGTGTACTCAAAATGAAGAAATATG ACTATTTTAGCATAAGATGAAAACAAACAGAATATCAAAGAAGAAATTATTAAAAACTTTTTTTTTTGGTCAACTAAATT AGTAAAAACTAAAAACACAAGAAGTAGCAGCTGAATGCTAACTTCCTACCCAAGCCCTCCTTCCCCTTTTCTGGATTGGA CCTTCCATAGCTTGGGGCCATGGCTTGACTGCTGTGCTGTGGCTTGGGCTCAAGGGTCTCATCTAATAATTTTTGGGGGG AGTTTCACTATTACCTGGAATATTTTCTTATGTATGGAAGTTGGTTGAGATAAATATTGTAGCCCAGTCCTGATCAATTG GGTACTTGAAAGATTTCATGGATCATGTTATCTAGCCTGTTAGAATATGTCATTGTGCTGACTGTATACTTACCGTAATG CCTGTAACAGTAGACAATAGGGCTAACGGTTAGTTACAGGCTTACAGCTTCTCTTGTCTCAGCACTCATCTATCTATTCG TCTCAGCCACGTTATCAGAAGAGTAATGAAAAGTTTCATATTTACAAACATATTTTCTCACTTCCTCTCTGATTTTCTCT CACTTTATAATCTAAACATGGTATCAATCAAGAGCTTCTCTTTATCTGTATCAATAGCTTCCACTCAGAATCCATTTGCT CTGGAAAATTGTACCTCTTCTTCAACTGGTGTCATATTTTTTCATGTCAAGTCAAAATAAAATTAGACGAGAAAAACTTA ATCACCTCGAAACAGCAGATCATAGCTGTTTTCCAAGGCCACAAGCTTTAGAACTTTGTGGCCACTCCTTCAATTCTGCC GCGGTTTCTCTGAGGACGATCGTGATCTTGACAATGTGAATCCAACTTAAATAGGAGCTGCAGGATCTGCTTCTGTAAAT GTCAACATACATATTTCAGGGAACCATACTTGTAATTATGTTTGTAAATTGTAATAGTGTTCTGTTGAAATATTTTCATG TTGTGTATTGTCATATACTATCTTCATCTTATGGATTAATCAGTTTTGGGCTTGGACAACGCTCCTTTGGCCTGGTTTTG AGATTTGGCATGTCTGAGAACCGTACTTCATTGTGTGCAGGGAAGAATACGAGCTCCTAGAGGCTTTGCAAGCAAGACTT GTTCTCCATCATTTGACTGCGCCTGTTCTTGGAAATGATCATAATGAGTTTCGTAGCCGTGAAAATCCAGTAAGAACTAC GAACTGAATTGAATCCAAGTGTGGCATTCAATGCTTGCAATTGCTGAGTTTTTTTTTTATAAAAAATTATACTTCAGTAC AAGGTTTTTATAGTATGTTGCCATGTGTTTCCATCACATCATTTTTCCTCATTTTTTAAATCAAATTCAATATACCTAAA TGAACACTGATTGATTAAATGATATTGGACTATGTCATTATATGTTTTGCTCATATCAAGTTTATATTAGGTTGGAGTAC CCAAGATACTTGATGGTGACATGTTGACTCAGTTTCTAGAGTTAACAAGTATGCAGCAAAATACAATATTGTCTTCAGAG CTACCGGATAAGGCAAAACCAAGCTTGAAGCCACTCCTGCCACCACATGTTTCTGTTAATCGGGTGGTTCAACTTCTTGA ACGAGTTCATTATGCACTGAACTAAAAACACCGTTCTTTCCTAGTACATCTTTTTTTAACAAAAGTACCTGGAAAGCAGA ATATTGTCCATGAATGGTTGCCTGCCTCTGAATGTGTTTTCTGATATGGAACATGGATCTATGGTCATCCCACCCTTAAA GTTAACAATCATGTGAAAAGGTACTGGTTGTGTAACAATCTAATGATGTTGGCAAGTCTTGGACAACAGAGGCACAGGTA GCAAGATGGTTGGGCGAGGTTACAACCATCTTCTGAACCAGATAGTTCTCTTGACCCTGTATTTATTGTTATTTTCAGAA ATTATAGTGTAGGAAAAGGTCTTTGGCACAATAAATTGTACATTAGCAAAATTCGTGAGAGGAGCATTCTTTTTTTATTT ATTTATAAAAAGGTGTTGAAGTACTGTAACAATATTGTACATTTAATAAAAACGTTATTTTTGTGAGATTTTAGCCTCAC GTGTTTTTTTAGCACCAACCACCAATAACCAATAACTTGAAATTAGTACCATTGCACTTTTGGACATTTTACATTTCCTC TGCCCTCTTATTGGGCTGTTTGCAGTTTTGCACTTTGGACATTTTCGTTTGTACATCCCCCTTCTCTTTCTTTTTCTTTT TTTAATGTTAAGTTATTATCTGTTGTTTGTTGCGCTAACAGTATATGATAATATTATTCTGTCTCTTATCATATCATGTG TAAAAGTTATCCTGACGGGGAGTTAAGATAGAACATAATAGGATACCAGTTATATATTTTCTTTCAG
CDS sequence (LotjaGi1g1v0743000.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCGGTTTCCGAAGAAGAATGCTCTTCCACCAAGCCCGGTCCATCTTCCTCTTCTTCTTCCACCTCTCGCTACTACCT CTCAAAGTCCCTCCTCCGACCAGGCGCCATTCTCCACGTCCTCTACGCTCATATCCGCTCTCCCTCCTCCAACGACATCG TTTTCGCCAAGGAGACATCTATAGAGTTGGTGGTTATTGGTGAGGATGGGAATGTTCTAACTCTCAGTGATCAGCCTGTT TTTGGCACCATTAAAGATCTTGCTGTATTGCCCTGGAATGACAAATTCCGCGGTGCCCGTGATCCCAAGATGTGGGGTAA AGACCTTTTGGTTGCTCTATCTGATTCCGGGAAGCTGTCCGTGCTCACATTTTGCAATGAAATGCACAGGTTTTTTCCTA CAACACATGTTCAGCTATCCAATCCTGGAAACATTAGGGATGTTCCGGGAAGAATGCTAGCAGTTGATTCCAGTGGTTGT TTTATTGCTGCCAGTGCATATGAAGGTCGTCTGGCTCTGTTTTCAATGTCAATGACTGGCAATGATATCATTGATGAGAG AATAATGTATCCTTTGGAAGGTGAAGGGACTGCAAGTAGTTCCAGAAGCATCCAGAAAACCAGTATACATGGTGCTATTT GGAGTATGTGTTTTATTTCTCAAGATTCCAGACAACTAAGCAAGGAGCATAATCCTGTACTAGCTGTTATTATAAATAGG AAGGGAGAATATGAATTGCAATTATTGGAATGGAATGTTAAAGCCCAGACAATCTTTGTTATTTCTTCAAATGTTGAAGC TGGGCCTTTAGCACTTAACATTGTTGAAGTTCCTAACTCTCAGGGACTCGCACTTCTATTCAGGGATGGTGATGTTCTCT TAATGGATTTTAAAGATCCTCACAATCCATGTTGTGTCTACAAGACTAGCTTACACTTTTTACCTAGTGCCACGGAAGAG CAAACTTTCATGGAAGATTCTTGTAAATTACACGATGTGGATGATGAACGCTTTAGTGTAGCTGCCTGTGCTTTGTTGCA GCTGAGTGATTATGATCCTATGTGCATCGACAGTGACAATGACGGCACTAATACAGGTCACAAGCATGTATGCTCTTGGA GTTGGGAACCTGAAAATAATAGAGATCCAAGGATGATCTTTTGTGTAGATACTGGAGAACTTTTTATGATCGAAATTTTT TCTGATGCTGATGGGCCGAAAATTAGTCTCTCTGAGTGTTTGTATAAAGGCCTACCTTGTAACGCACTTTTGTGGGTTGA AGGTGGATATCTAGCTGCTTTTGTAGATATGGCAGATGGCATGGTCCTGAAATTGAAAGATGGAAGGCTTTGCTATACAA ACCCTATTCAAAACATTGCACCAATCTTGGATGTGGCAGTTGTGGATTATCATGATGAGAAGCATGACCAAATGGTTGCT TGCTGTGGTGTGGCACCTGAGGGGTCATTAAGGATTATTCAAAGTGGTATCAATGCAGAAAAGCTACTTAGGACCCCTTC TATATATGAGGGGATATCTGGCACTTGGACTGTTCGAATGAAAGTTACTGATTCATATCATTCTTTTCTAGTTTTATCAT TTCTTGCGGAGACTAGAATCTTGTCAGTTGGCTTAAGTTTTACTGATGTGACTGATTCTGTTGGTTTCCAACCTAATGTC TGTACTTTGGCATGTGGCCTTGTGAGTGATGGTTTGCTGGTTCAGATCTGCCAATCTTCTGTTAAGCTTTGTTTGCCTAC AAAGGCCGCTCATTCTGAAGGTATCCCTTTGTCCTCTCCCATTTGCACATCTTGGTCCCCTAACAATTTGAATATCAGCT TGGGGGTAGTTGGGCATGGTTTCATAGTTGTATCAACCTCTAACCCATGCTTCTTATTCATCCTTGGGGTTAGATTGCTA TCAACTTATCAATATGAAATTTATGAAATGCAACATTTGGGACTGCTGAACGAATTATCATGCATTTCCATCCCTACACA AAAAAATGAGAAAACAGAATCAAATTCAACCATTTCAGCAAATAATAGCTGCATTCCTTCGTTTCTAAGTGGAGTGGATG TCAATAAAACCTTTGTTATTGGCACACATAGGCCTTCCGTGGAAATTTGGTCTTTTGCACCAGATGGAGGAGTTAAAGTA GTTGCTTGTGGGACAATTTCGTTAACAAATACAACGGGGACTGCTATAGATTTCTGTGTACCTCAAGATGTACGGCTTGT ATTTGTTGATAAGTATTATGTTCTAGCTGGACTGAGGAATGGAATGCTCCTTCGCTTTGAATGGCCAGCAGAACCATCTC CTACATCACCAATAAATGTGGTGGACACTGCTTTATCTTCCATAAATTTAGTAAATTCTGCGACCACGGCTTTTGAGAAG AGAAATGACCTTCCTTCCACACTGCAATTGATTGCCATTCGTCGCATTGGTGTTACTCCAGTTTTCTTGGTGCCCTTGAA TGACACACTTGATGCTGATATAATTGCTTTAAGTGATAGGCCTTGGTTGTTGCATAGTGCAAGACATAGCCTTTCCTATA CTTCTATCTCATTTCAACCATCCTCACACGTGACTCCTGTATGCTCTCTTGAGTGTCCGAGAGGAATTTTATTTGTTGCA GAAGACAGTTTACATCTGGTGGAGATGGTCCACAGCAAGAGACTTAATATGTGGAAGTTTAATTTAGAGGGGACTCCACG GAAGGTCTTGTATCACAACGAAAGCCGGATGTTGCTTGTGATGAGGACTGAATTGGATTGTGGTACATGTTTGTCTGACA TAAGTTGTGTGGACCCCCTAAGCTGGTCAGTAGTGTCTTCTTTCAGACTTGAACCTGGAGAAACAGGAAAGTCCATGGAA TTAGTCAGGTTTGGAAGTGAGCAAGTTCTTGTGGTTGGAACTAGTATGTCTTCTGGTCCAGCCATAATGCCCAGTGGTGA AGCTGAGAGTGCTAAAGGTCGTCTTCTGGTTCTCTGTCTTGATCATGTGCAAAATTCAGATAGTGGTTCAATGACATTCT GTTCAAAAGCAGAGTCATCATCTCAAAAAACTTCACCTTTCCATGAAATTGTTGCATATGCTCCTGAACAGCTATCATGC AGTAGCCTTGGCAGCAGCCCTGATGATAATAGTTCGGATGGCATCAAACTTGATGAAAATGAAGTATGGCAGTTCCGTTT GGCTTATGCAACTACCTGGCCGGGAATGGTACTTGCGATCTTTCCTTATCTTGATCGTTACTTCTTGGCATCTGCTGGCA ATGTTTTCTATGTTTGTGGTTTCCCAAATGACACTCCTCGGAGAGTGAGAAGGTATGCTATGGGAAAGACGCGCTTCATG ATTACATCTTTGACTGCACATTTTACTAGAATTGCAGTTGGTGATTGTCGTGATGGTATCCTGTTCTTTTCTTACCATGA GGAAGGAAAAAAGTTGGAGCAACTTTATTGTGACCCATCAGTGAGGTTGGTTGCTGATTGCATTCTCATGGATGATAATA CCGCTGTCGTTTCAGATCGTAAAGGAAGCATTGCTGTTTTATCCTCAGACCATTTGGAAGACAATGCAAGTCCGGAGTGC AACTTGACACTAAGCTGTGCTTATTTCATGGCTGAAGTAGCTATGAGCATCCGGAAGGGCTCGTATTCGTACAGACTTCC TCCGGCTTACGATGTTTTACCAGGTGACAATGGCCCTGGTGACACACTACGAAATACTATTATTGCCAGTACTCTGTTAG GAAGCATAATGATTTTCATCCCTTTATCAAGGGAAGAATACGAGCTCCTAGAGGCTTTGCAAGCAAGACTTGTTCTCCAT CATTTGACTGCGCCTGTTCTTGGAAATGATCATAATGAGTTTCGTAGCCGTGAAAATCCAGTTGGAGTACCCAAGATACT TGATGGTGACATGTTGACTCAGTTTCTAGAGTTAACAAGTATGCAGCAAAATACAATATTGTCTTCAGAGCTACCGGATA AGGCAAAACCAAGCTTGAAGCCACTCCTGCCACCACATGTTTCTGTTAATCGGGTGGTTCAACTTCTTGAACGAGTTCAT TATGCACTGAACTAA
Protein sequence (LotjaGi1g1v0743000.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MAVSEEECSSTKPGPSSSSSSTSRYYLSKSLLRPGAILHVLYAHIRSPSSNDIVFAKETSIELVVIGEDGNVLTLSDQPV FGTIKDLAVLPWNDKFRGARDPKMWGKDLLVALSDSGKLSVLTFCNEMHRFFPTTHVQLSNPGNIRDVPGRMLAVDSSGC FIAASAYEGRLALFSMSMTGNDIIDERIMYPLEGEGTASSSRSIQKTSIHGAIWSMCFISQDSRQLSKEHNPVLAVIINR KGEYELQLLEWNVKAQTIFVISSNVEAGPLALNIVEVPNSQGLALLFRDGDVLLMDFKDPHNPCCVYKTSLHFLPSATEE QTFMEDSCKLHDVDDERFSVAACALLQLSDYDPMCIDSDNDGTNTGHKHVCSWSWEPENNRDPRMIFCVDTGELFMIEIF SDADGPKISLSECLYKGLPCNALLWVEGGYLAAFVDMADGMVLKLKDGRLCYTNPIQNIAPILDVAVVDYHDEKHDQMVA CCGVAPEGSLRIIQSGINAEKLLRTPSIYEGISGTWTVRMKVTDSYHSFLVLSFLAETRILSVGLSFTDVTDSVGFQPNV CTLACGLVSDGLLVQICQSSVKLCLPTKAAHSEGIPLSSPICTSWSPNNLNISLGVVGHGFIVVSTSNPCFLFILGVRLL STYQYEIYEMQHLGLLNELSCISIPTQKNEKTESNSTISANNSCIPSFLSGVDVNKTFVIGTHRPSVEIWSFAPDGGVKV VACGTISLTNTTGTAIDFCVPQDVRLVFVDKYYVLAGLRNGMLLRFEWPAEPSPTSPINVVDTALSSINLVNSATTAFEK RNDLPSTLQLIAIRRIGVTPVFLVPLNDTLDADIIALSDRPWLLHSARHSLSYTSISFQPSSHVTPVCSLECPRGILFVA EDSLHLVEMVHSKRLNMWKFNLEGTPRKVLYHNESRMLLVMRTELDCGTCLSDISCVDPLSWSVVSSFRLEPGETGKSME LVRFGSEQVLVVGTSMSSGPAIMPSGEAESAKGRLLVLCLDHVQNSDSGSMTFCSKAESSSQKTSPFHEIVAYAPEQLSC SSLGSSPDDNSSDGIKLDENEVWQFRLAYATTWPGMVLAIFPYLDRYFLASAGNVFYVCGFPNDTPRRVRRYAMGKTRFM ITSLTAHFTRIAVGDCRDGILFFSYHEEGKKLEQLYCDPSVRLVADCILMDDNTAVVSDRKGSIAVLSSDHLEDNASPEC NLTLSCAYFMAEVAMSIRKGSYSYRLPPAYDVLPGDNGPGDTLRNTIIASTLLGSIMIFIPLSREEYELLEALQARLVLH HLTAPVLGNDHNEFRSRENPVGVPKILDGDMLTQFLELTSMQQNTILSSELPDKAKPSLKPLLPPHVSVNRVVQLLERVH YALN
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 | 1 | 22 | 22 | - | – | |
| PANTHER | 22 | 1361 | 1340 | 0.0 | – | |
| PANTHER | 22 | 1361 | 1340 | 0.0 | – | |
| Gene3D | 36 | 335 | 300 | 8.9E-10 | ||
| Pfam | 108 | 664 | 557 | 1.7E-95 | – | |
| Pfam | 932 | 1317 | 386 | 4.1E-35 |
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 | 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). | ||
| 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. |
Expression pattern of LotjaGi1g1v0743000.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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