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| Field | Value |
|---|---|
| Gene ID | LotjaGi2g1v0108600 |
| Transcript ID | LotjaGi2g1v0108600.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | 3'-5' exonuclease domain-containing family protein; TAIR: AT5G35910.1 Polynucleotidyl transferase, ribonuclease H fold protein with HRDC domain-containing protein; Swiss-Prot: sp|A9LLI7|RP6L2_ARATH Protein RRP6-like 2; TrEMBL-Plants: tr|I1MW66|I1MW66_SOYBN Uncharacterized protein; Found in the gene: LotjaGi2g1v0108600 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr2:37435511..37450908) extracted from Lotus japonicus Gifu genome v1.2.
TCCGGTTCCCGGCTCAACCGGTCGAACCGGCCGGTTCGAGCCGAGTTTTATAACTCTGCAGGTAGGTACGTTCAAAGACA GCCGCAATACTGAAATTTTCTCACTTGTTTTCACATAAAAGGAAAAACGGAAAATAAGTTGTGGGGTCCCTTTCAAGATC CTAAAACCCTAACTCAACACAGACTCCAAAAATCCCTAATCTCAAACATTCATAATCTCTCGACGCCATGGACGTGGATC ATGATCCACCGCACACCGCGGCTGAGGCCCAGACCCTACAGTCGCTTACGGCGGGCCCTCTCTCCTCATCAGTGGCCAAG CTCGCCGCTTCCTCGCGGTGCATCCCTTCTGAGAGGGACTTCTATTTCTACCGCAACTTCGACGACTTCAAGGTCCCGCT CAAAGAAATCGCGCGTGAATCGCACTCGATGCTCGAGGCCATTGGCGCCGCGGCTCAGGTGGCGTTCCCCGCTGACGACG ACGCTGCTTACGACTGGCTGGTCAGCGTGAACGACGACGTTCTGGAGCGGTTTGACGTCTCCACCGATGAGTTTCGGAGG GTTCGGAAAGAGGAGGAAGCGGCAGCGAGGTCGGGTTCGGTGGTGGAGGACGGGTTTGAATTGGTTTCCAGAAGGAAGAA GAAAGAGGAAAAGGTGAAAGCGGATTCGGAGATGAGTCCCGCAGTGGCGGACAGCGTTAAGGTGGCGGTGAAAGATAAGA AGACTACTGGGCCGAAGCCTAAGGTGCCTTTTCATATACCGACCATTAGGAGGCCACAGGATGAGTATAACATTCTGGTT AATAATACCAACATGCCTTTTGAACATGTTTGGTTGCAGAGGAGTGAGGATGGTGACAGGTTTATTCATCCACTGGTTAG ATCCCTAGACTGTCTGTGTTAATATAAATTTGATGTTTTGTTTTTGTGTATTGATTCACAACTGGTTAATTTGACTTCAT TGGCAGTTGTTGTGATAGTGATAGTTCTTATAAGATTTTCCTTGACATTTGATAATGTCACTTCAAATTTTTGCTTGCAT GACCTTTTCAATCAAGTGGAGATACGATTGAAGTTTCATTTTTTGGTGGGATGTTTGTACTCTCCAGAGCAATCGTGCAG ACTCTACTATTTGCTGGGGTTGTTATGCTTTAAAGCAATAGCTTGGGTTGAATGATATTTTCCTTGTCATGTTGATACCC TTTCATTTTCGTCCTTTTAATATGTAGTAGTATTGGGTTGTTGATTTAATGAGCGGGATGGAGTCTTTCGAAACATAATT CACCCAATGGCGTTGTGGATGTAACTTGATATTGTGAATGACCATCAACATTGATTTTCTTCTTCCTGTTTGTTTTGGGA AATTTACGTGAAGTGGAAAAAATTTAAGCTATATTTGGAACTAATTCACGGCTCGTTCCATAGTATACATGAAGTTCATC AAACCAGCAACTCGCTCGCAGTTGTTCTGTGGTCTTACTGAGCTGTATTCTTTTTATTTTGTCGTCTTCTCTACTTTCTC GTATTAATCAATTTACTTATTTGTCGTTCTAGGAAAAGATCTTTGTATTGGATTTTGTTGATAAAGATCCTGGGGATGTT CTGCCAAAGAAGCCTCCCCCAATAGAAAGCACTCCTTTCAAGCTTGTGGAGGAAGTCAAAGATTTGAAAGACCTGGCTGC TAAGCTGCGTTCTGTTGATGAATTTGCGGTAAATATGATCATGATTCATGAACTTTTACTCAGAAATTATTTCCATAACA TGATAAAAAATTGAGAATCCCTTAGTGACTTGAGAACTTAATCTTACGCAACAGAATTTTTTGGCAGTCCGCTGTTAAAC CTCTGTTTATCCCCTTTCAGATTAGGTAAAGAAAATTTTAAGAGTTATTCAAATATTTTGCCTGTTGAACAGTTCTTGAC AACTGACTTTCAGATTCCCTTAGAAACTTCTTATTTTGGATAAAATGTAAATTGGATGCTGGACTGTGTCGCCATTCCTT GGTTAAAGGCTCATCTTTCATTGAATTTACAGGGGTTTACTTGCATATCAATGCCAGAGATTGATTAAGGATGAGATTTC AACATAGATTTTCTGTCTAGCTGTTATCAAAAGGCTTGCTATTTTGTTGAGTTTGACATTGTTCAATATGGGCTCGATAA ATAGCCTGTATTATTTATATTATCAACCGGCGCATCACATTTTATGAATGCTTACATATTCAAGATCAAGTGTGTTAAGT CATGCTAGAATAAATTCTAAAATATTTGTTTTTCGGAGAAGCTATACTTTCATATTTATTGATATTTTTACTCTTTAAGT TTGTATATGATTATCATGATTGTTTTGAAACACGTTTCTTGTGTTTTTTTAACTTCTTTGATTAATTTTTTTTTTATAAA ACAAATAATAATACAAGCACCCTCAAGCTCCTGCCTTTCAAGTTTATTTGTATGTTTCATAAATGAAGTTGTTAATGTAG CCATTGACCAGCCTTCATGCAATAACTTGAACTTTTAGCATACTGTCAGGGTGCCATTTTTTTGATGTTCTACTTTTAAC AGTAAGTTATTCAGGTTAAGCTGTTAAGGTAGTGTATGCTTAATTTGTATAAGAAATATGATGCGGTAGCTGATTTTATT TGTTTATGTTTCTCATGTGATCACAATCTGTGTTGGATATGGTGTTCTACTGCTCATTGTGAGGATATTGTTTAGTGTCT GTGTATCTTGTTAATTTTAGTGTTGAGATATGGAGGTGTAACTGCAACCCTTGAATTTTTTTTTCTGGGTGCTGTATATT TCTTTTAGAATATAATATAATATAATACCATTTATGTGTCATCACTCTTCACCCAACAACTTAAGTTTTTGGGATAGTTG GTTCATGACATGGTATCACAGTCTCTATGACAAGTGGTCTAGAGTTCAATCCTTGTTGCCCTCCATTGTTCTAATAAAAA AGTTGAACTTCAACACATGATAGGTGGACATGTGCATTGTCTATGCTTCAAGCCCAATAGGCTCTTCCATGAGGGGGCAT ATTAGAATATTGTATAAACCATTCACGCATCTTTATCCAACAGCTAATGCTTCCGGAATAATTGGTTCATGTCAGTTTTC ATTGCATTTGATTGTCGGACTAATATTTTACCTCTCCCGTAACGTAACCGTAGTCACTTCCCAATTCCCCTTTTGTTGCA TTATTCTGAATTTTGTTTGTTTGTCTTGACTTGAAATTCTTAGGTAGATTTGGAGCATAATCAGTACCGTTCATTCCAAG GTTTGACGTGCCTGATGCAAATCTCAACAAGGACTGAAGATTTTGTTGTTGACACGTTGAAGCTTCGCATTCATATTGGG CCCTATCTTAGGGAGGTCTTCAAAGACCCCACCAAGAGGAAGGTTTGTTGTACTTTGGTTTTCCTGTTACTTCAACATAC ATGCCTCATTTTGTTAACAATGTTCATGGTTAATTAGGTCATGCATGGTGCGGATAGAGATATTTTGTGGCTTCAACGGG ACTTTGGCATATACATTTGTAATTTGTTTGACACTGGCCAGGTTTGTTTAAAAAGTGTTGATTATTCAATACCGAGATTA ATTCCCTTTTGACTTGTCATGGAAACAAATTGTTGAGTCAGTTATACTGTTAGTTTTTTTTTTTTTTTTTGGGTGAAAGA TTTGTTTTGACTTTTTGATGCTGCGTATCATGCAGGATTTTAGTGTTTAGCTGTTTAGGTATTCTAGATGAATTGATTTG TTCGTTGACATGAAAAAAAAAAGAGAAACGGTTTTGATTTTTCTTCCATCGACTCTCCTTGAATGAACTATGTTCTTTGG TTCCATATTATCAGTTACATTTATGGCTATATTCCTCTCTTTCTCTCTGTTTACTTTTTCTTAGAACAGAAGAAGACTAA CCTACTTTGACTGCATTTCTTAGGCTTCAAAGGTGTTAAAATTGGATAGAAATAGTTTGGAATATCTTCTGCATCATTTT GTGGAGGTTACTGCAAACAAAGAGTACGTTGTCTTCAATTTTGTCAGTTTAATTTTTTGAATTAGCCACCCCCTTTTCTT GTTTGAGCTGATGCTTTACTCCTCTGGCATGATTTTCCTTTTTCCCCTACCTACATTCTGGAAAATTTACAAGTAAACTC CTTGCAGATATCAGAATGCTGATTGGAGACTTCGACCTCTTCCTGATGAGATGATAAGGTACAATTCTATTTTCAATTTA TCACATTTGATCCTCCCTTTGTTGATCTCCAAAATTTTGCACACGTTCAGTTCCAGGAATGAGTAATCCAGCTTTGTAGG ACTGTTCTGTTAACAAAGAATACATGGATTCTAGCTGTCTTAGGTTAGACTGTTTACCATATCCCTTGTATTTAGGTGTG GCTTACCTTCAATTGACTTGATACTTAAGAATTTGGTGTATATTTTAAGAAGAACAATCACTGTTTCTTGATCTTATAGG CATATGTTTCATGATCCGTAATGAAGCTTCTGTTCTGTAGTTAGCACCTTCAGGCTTCAACACTGGTGATGTGTGTGTAG TTAATAAATAGCATGGTATAGTGGTGTATCCAAGGCTTGTCAATCCTGTATAGCTGAGCATTGCAGCTTGCCCAGTGTTG TTAATGGCAGATTGCAGAAAATAGTTGGAAGCCAAAACTCCGCTATTTATGATAGCGGATAGTGTTGCAGGCAAAAAGCT AAAGACGCATAGCGAATTAAATAAGTAAAATTTGTATAAAAACAGCTTGTCACAACAGAATTTATATTAGTCAGCCATGC TGTTAACACAGAGAATGTGAAGTTTTAACAGAGAACAGACCAAGTTAACAACAAAAGAGAAAGAAAACTGAAAAACATTA AAGAGAAAATAGAAATCAGAAACGAAAAGAGGGGAATAAACCGAAAAATAGAAAAGAAAACAAACCTGATTTTAAGTTTA ATTGATAGAGCAGAGTATTGAAAAGAACAAAACTTGTCGAACAAAACAGAAGAGCAGGGCACGGAAAACTAACCTTAAAG ACAAGAGAAAATAGAGAAAGAAGAAACAAAACATGGGAAGGAAGAATAGTGAAAGAAATGAAAAACAAAATATAGCAAAA AGTGGAAAACGTAAAAGAAGGAAAAGAAAGAGAAAAAAAGAGCATGGTGAAACTAAAACAGAGCATGATGAAACTGAAAC AGAGCATGACAAAACTCACTGGATACTTGTTGGAGAAGACAAATCAGAGCCATTGGGGATGTTAGATCATCCATTTTATG GGGGAAGAAGAGGAAAGACATTGATGGAGGAAGAAGAGTGAAAGCCTCAACTACGCAAGTGAAGTTGTGGGACGTAAGTA ATGCGGTGACTTATAGAATCCTTATAGGTTTCATAGTGAGAAAAAGCTCATGAGCTTGTTTTTTTTTTTACGTGAAAAAA ATACAATGGAAGGAAGTACCAAAAAAAAGAGCATGGCGAAACTAAAACAGAGCATGATGAAACTGAAACAGAGCATGACA AAACTCACTGGATACTTGTTGGAGAAGACAAATCAGAGCCATTGGGGATGTTAGATCATCCATTTTATGGGGGAAGGAGA GGAAAGACATTGATGGAGGAAGAAGAGTGAAAGCCTCAACTACGCAAGTGAAGTTGTGGGACGTAAGTAATGCGGTGACT TATAGAATCCTTATAGGTTTCATAGTGAAAAAAAGCTCATGAGCTTGTTTTTTTTTATGTGGAAAAAATACAATGGAAGG AAGTACCTCTATTTTCGCGAGTTCTGCCAGTCTTATATCCGTCGTTGCGATCGCTTTCTTGCCGATAACGTTTCTTCTAC ATAGTGGCGAAGCTTCGGAGCGTTATGCTATAGCCGCTATTTAATATCACTGGGCTGGCCCACAAAACTGCTATAGTGGT GTAGTGGGATGGCTTGTACAACAAAGAAGAAGATGGAGGTAGAAGGGCGAGGAAGAAGAGGAGGAGAAAAAAGGCTGAAG GTGGACAGCACAAGTCTTCATTCGACTTTCAAGGTCTCTCTAGGGTTATAAGAATGCAAAAAACCATAAATACCGGCACT AATAGAACTGAAAAAACCAAAAATACCCCCAACTAATGGAACTGTAAAACAAAAATTACCCCCAACTAGTAGCCGTTAGT TTTAATTGTGAGGGCATTTTTGACTTTCTGGAACCTTCGCTTTTGCTCGAACCCTAATCTATGTGTGGCAAAATAGCGGC ACTATGGCTGCGATTCAGGGCGCGTTCTCACTCGCAACCACCGTGATGGCTATCTGCGCCCCTACAACCACCCTGTGCAC CTCAGCACCCAAAAAGCGCCGCTTTCACAAGCTTTGATTTATTATCTTGGCCACAATGGAAGTGGCATTGCATTGTGTAT TGCGACCATGCCACAGTGAAGGAAGCATTGTTTTTTTGTAGAGTGGTGCTAGTTTGCTTAATAAGATGACAGTATGATTA ACAGTGTGATAAATCCTTGATTTGCCTCTTTTTGAACTACCCCTCTCAAATTTTCAAGGTGGTTTTTGAAATTCCAGACA TTACCTGCATCAAAATTAAAATAGGGTTCAAAGCCCTTAATTATTCGGGGAATGGCGAACTAGGTTATTTCTTTCTTACT TGCTTCATTCCTTCGCACCAAATGTAGTACTTGATGACCCATTGTCAAAAGTATCATAGTATGTAGGCTTTTTCTATTTT AAAATTGTTATTTACTCTGAGTCTCACTTTTGTTTTGGAATTGAGATTACTAGCTTGTTTCATATTTCCTTCTCTACGAT TCACCATCTCTTTAATCTTCAGTTTCCTCCCAATCTTTTACCCTATATTCTTCTCCCTTCCCTCTAATTTTATTTGACCT ATAGCACATCTTACAAATGATACACTGCTGAATTTAACCTGCAGTATAATAAGAAAATTGAAATCGTCGCAACTCACAAG CATTGCTGATATATTACTGTGTCTAGTTCCCCATTCCCCCTCTCCCCTCCAAAGAAATGTCTAACCTTTGAACATAATTT TAGCTTGATATTTACTCCTGCACTGTCATGGGCTAGCTAAATAGTAATTAGTAATTAATACAGTCTAATGAATTGTTTCT AATGACAGATATGCCAGAGAAGATACTCACTATCTGCTGTATATATATGATTCAATGAGGATCAAGTTATTTTCCTTGCC AAAGGAGTTTGACAGTTCTGATCCTCCTCTGGTGGAGGTAACTATTTACTACCCCCAATAAATTGATGTCAGATTGCTTG CATTAAGTTAACCATCAAATTGATTTGGTTGACCACTTGACCATTAGTCTTGTCTTGCATCCATTTTATGAAGTTGACAA CTTTATTCTGACTGGTTTATGTTCCTCTGTGTTCTGTGTTCTATGACTTTGTATGAGTCCTTTTTCTCCAAGGTCTAGTA ATTTTTGACGGCCGCAGGTTCTTTGCATTATTAGATATTTAGATTAACTGATTGCGGGGGGTAACATTTCGGTTCCTGAG CTCTGCTGCTTTCTCATTTATTTCTGTTCATTTTGGTACGGTGCACGTTTGCAAAAGCTTATATTTATACCAAGGGAATA ATGGTTTATCTTTTGTCACGAAAACTCTCTCAAATGACAGATGAAGTCTCTCCCAAAATTGACTAATCCAATCATGCACA TAGTGGTAGTTTTTAGCTGCTTCAATCTTGTGTTATTGACTAGATGTCATGTTGAGATCAAACTATAACTTGACGAGCAT TTCATCTTTCAATCTGGGTGCTCCTTTTTTCCCTTAGACTATAGTCCAAGCTTAGGAGGTTTCTTGTTCAATAAACAATC TTCCCTTAACAGTTTTTATTTAAAGTTTTAAACTATATGAACTTTTACTTATGTTGCAATCATGAATTACTGATTTGACC TGTGTGACATTTTCTTGCTACAGATTAGGTGTTTTTGGACAATATTTTGACTTAAATCTTTAATCAAGTTGTGATACGAC ATGACTAAATGTTTTGTTCAATGAGCTTTATTTGTGGTCTGACGGGCTGGAATTCCTGTTACAAATAGGTTTACAAGCGC AGTTATGATGTCTGCATGCAGCTATATGAGAAGGAACTTTTGACCGAGAACTCTTACCTTCATATATATGGGTATTAAAC TTTTGACAGAGAATTCTTTCCGTCATATTGTTTGTTACCTTTCAATTGATATATTTTCATTAATTTAGCATTCCATGTAA TTATCAAGTTTTACAAGCTTTAGGTAATTTGGATATATAATTTATTATACTTTTTCTTATCTCTTGCATGTAAAAATTTC GTGGTTTAATTCTCCTTTTTGCATATAATGGGTGCCAAGAAATGTAAAACAAAACCAAATGACTGTTTTTGTGCAGGTTG CAAGGGGCTGGTTTTAATGCTCAACAGCTTGCCATTGTTTCAGTAAGCTGCTCTTTAATTTCTTATTTGTTGTACCAATC TTTACTTGTACAGGGAAAAAAAGGTTGTTGGTTTTTAGTTTGTCCAACAACCATTACTGTGGTGCCTATGGAAAATGGTT TCTACTAAGCAATCCTGTTCATGAATTGTGGTGGATGGTTTTTGAAGTATTTTGGTCAATTCTATGATCCTAATCTAGAA TTCTGTATATTTCATTTTGAAATCCAATTTAAACATCGTGGAAGCCATGGTTTCCTTTTGAATCTCAATTTCCCACAAAT ATGGTAAACAATTCCCGACCTTTTACCTCATAGAATTATTTAGATTAATCTCTTTTGGTAAGTCTCTTAAACAATGTGGT CCATTCTTCTGATGGTCTGACCACTACCACCTCCATTTTCAAAACCTCAATTGTGATTATTGCCATGGTAGTTGAATCGT GAATCGTATTGTGAATCAGAAGATATATCTTTTGACTCGTGAATCGTATGGTCTTATGCATCGTGCGATACAAACACAGA GAGAAATCAAAAGATGACAAAGTGAAAGTGTTCATCTCCTTCAAAATCATCAATAACATGACAAATGCAAAGTGCTTCCA TACTTGTTAAACTATGCTTTGATCCTACAACTTAATAAACTTCAAAGTTCAAAATAATCAGGGGAGGAGTCGCGATTCAG CGATTCATGATACGATACAAACAATTCATGATACGATTCAAGCGATTCATGATATGATACAAACAATTCAAGTGCGACTC AGTGAGAAATCGATTCACACATACGATTCGTATCGCTAGACCTCAAAAACGTATCGTATCGGTGTATCGTACGATACTTA CTACCATGATTATTGCTGCCATTGTTAACCACCTTCGTTACTGTTTGTAACACACTATCACCTTTGCACAATTACTTTTA TGATAGTGCTGCATTTTCCAAACACTGTGCCATCATCTCTGTCATTACTCCCTTTAGAATAGTTAACTTACTGAATGAAG CGTCCAATTTGGGCTGCTCACCAAAACAACTACGATGGCCCTCAAAGCATACTTGCCATCAGATTTTATTCTGTGTTATT AGGTTTTTATTTAAAGGCATTGCACTGATTGCATTGTATTCACTTCAGGTTTTCTTATTCTTAAGTTGCAACAACTATTA TAGTTCTTATACTCTATTTATTACTTGGCTTGCAGGGGCTGTGTGAATGGCGGGACATTGTTGCTCGTGCAGAAGATGAG AGTACTGGATATGTACTGCCAAACAAATCCGTTCTTGAAATTGGTAAGTGAAACTTGTCCAAACTTTTGTATCTTCTTTT TTCTAAATGCAGCAGTTTAGCTATTATACATGCCAGCTTATTTTGTTTTACTTGTTTAAAAGCTAAACAGATGCCTATCA TTCCAAGCAAGCTACGACGATTGGTGAAATCAAAACACCCATATGTGGAACACAATCTTGATACTGTCGTCAACATCATT AGGCATTCTATTCAGAAAGCTGCTGCTTTTGAAGTAGCTGCTCAAGAATTGAAAGGAGTGCATGCTGCCACTGTAAGTAA TATGTTCAACAATGTTCATTTTTGAATGACTGGGCACGAATTAGTCTGTGTTTTATGCCTGCACTGTCATATGCACTTAC AATCGAGCATTGATAGTCTTGACAGGATAATGAATTGGTCTTTATGACGACTAACACACATGATATTAATGCGCGAGTTT TTTGAGTTATCTTAGGTTTATATATTTATTTAGGGTTATTATTATTATTATTATTATTATTATTATTATTATTATTATTA TTATTGGGTTCCTTTAGCGCCGCATGCATAGTTTGCAGTCCTGGATAGTGGCCAACCCCAAAATCATTATAGCAGTTGGC CACTATGTTGACTTTGATTCAGGTACAGTGATGTTGGAGTGCTGGCTGTTCAGCTTTTCGAAGCCCATCCAAATATGATC CATAAGACTTTATACACGCATAACCTTATTTCCTAATTTTCTAAACTGAGGTATAGTACCCCAATACACTATTCCATTCT ACTAAGTTTCTTTCTCCAAAAACAGTGTCCTGATATAAAACATTTCAATAAAGAAGATCCAGCAGAAGATACTCTTGTAA TGCCTAATCACATTCATGTAGCCTCCATCTATAAGTGTATAAGGGTAGAATAGGATATGTAAATATCGCCAGCTGTCACA TGACAGCTGGACACAGCTGTAATGACAGCTGTTATCAGTTAGACAGTTAGGATTTGTTAACTGATTAGTTAGCTTGCAGA GCAAGTTATTAGTACTCTATATAAGTCATCTACTCACTATTGTAATACTCAGCATAATGAAAATAGAAATTCAGTTACAG TTTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTTTCCCTTTCTTTGTTTCTATCATGGTATC TAGAGCTTAGGTTCAATGGCAGAAGCTTCTTCTTCCACGCTTCCCTCATCTTCTTCTTCCACGCTAACCTCGTCTTCTTC TTCTTCCTCACATGAGAAAGCTTTGACTCATGCTGTCATCAAGTTAGATAACACAAATTTCTACTCCTGGAAACAACTGG TTGAAGGAGTGATCAGGGCTCACAAATTGCAGAAGTTCATTCAAGATCCACTGCAAATTCCAGATCAGTTCTTGACTGAA GAAGTTCGATTGACAGAAACAGTTAATCCACCATACTCATAATGGGAGCAACAAGATTCTATTTTGTTTACTTGGTTGCT TTCAACACTATCTGCCTCTTCTTCCTACAGTGGTTCAGTGTCGACATTCATGGCAGATCTGGGAGGAAATCCACACTTTC TTCAACGCACATTCCCAGGCTCAATCCACTCAACTGCGTTCAGAATTGAAGACAATCACAAAAGGAACAAAGACTGCTAC AGAATATCTCAAGAGAATCAAGACTTTTGTCAATACACTGACTTCGATTGGTGAGCCTGTTCTGTTTTGCGATCATCGCC ATCTTTGATGGACTTCCAGATGAGTACAGTGCGTTGATGACTGTGATTTACAGTCGTGACACCTTTTTCACCATCTCTGA AGTTGAGGCCATGGTGATTGCTCATGAAGCACGCTTTGAGCGAATGAAGAAGAAGCACCATGCAGATTCCACTGCATTTC CTTTTCTTGCTCAAGTTCCTTCTCAGATTCCTACGCCAGTAGCGCAGCCACCACGAGTGGCTAATCCTTCTCCACCGGCG CCGTGCCAGCCACCTTCAGCGTCGCAATCTGCGGTGCAGAGTGATGAGCACGATCGCGAAAATGGAGGAAGCGCAAATGG CAACTATGGAGGTAGCTATGGCCGTGGACGTGGTTGCGGGAGAGGCCGCAGCAATCTCCAGTGCACTTTTTGTCACAAGT TTGGTCATGATGTCAGTTCATGCTGGTTGAAGCCTGCGTCAGCATCGAATGGCTTGAATGGTGCTATTGGTCAATCCAAT TTTGGAAATTCGTCTACTGGACCCAATTTAGGGTTTTCTGGAGCTCAATTTGGGAACTTGGGGTTTCCTAATGCTCAATT TGGGGGTTTTGGTCCCTACACAAATTCAGGGTTTCCTGGAGCAAATTTGGGATTTTCTGGACTCAATTTAGGGTTCCCTG GAGGAAATTTGGGATTTCCTAATGCTCAATTTGGGGGTTTTGGTCCCTATCCTGGACTTGGAGCTGGAATGCCCAATCTT TTTGGTCCTTGGTGTGCACCTTCTACTGTACATGGTGCTTGGGGCTCAGTTTTCTGGCAGACCACAACAACAGTCAGGAG CTATCCCAGGGGTTTTACACTTTTACTCCTCCTACTGCACCACATGCTACCACTCAGCACCACCTCAAGCAATGCTTGCT ACTGTTCCTTCTCAGGTTCCTTCTACTCAGCTGCAGTAACAGTACAATGGTTTCCTGACTCTGGTGCTACCCACCATGTC ACCAATAACCCTGCTGTGTTTGTTGATAAAAGTTCAGTGAGCAATTCAGAACAGATTTACATGGGCAATGATCAGGGATT GCCTATTCAATCCATAGGTTCAGCTTTTCTTCCCTAAACTTTTAATCCTAAAGCTGTTCTTATTCTTAATAAACTGCTGT TAGTTCCTTCCATTACAAAGAATCTTGTTTCTGTTAGTAGGTTTGCTAGGGACAACAATGTTTATTTTTCCTTTCATGCT ACTTACTGTTGTGTTCGCAATCAGGACACCTCTGAGCTCCTTCTCAAAGGAAGTGTGGGTGAAGATGGTCTCTACTCATT TGATAGACCTCTCACTCAAGCTTCTTTGTCTTCCCGTCAGTCTTCTTCAGCACTTTCCTTTCAGCATCACCAGGCTGCCC TTGTCTCACAGCCTCGGGTCAATAAAGCAGTTTTTGCTACCAGCAGTAGTTTACCTTCTTCCTATCATCCCAACAAGCCT CCTATACTGTCAATGAACTGTGACATTTTAAATGGATCGTCATTTGGATCCACAACTAAGCTTCTGCTATGAATCTCCTG TATAGAAGTTCAAAGAATGTGAAAACTCTTGAGAGAGATCGAGAGAGATTGAAGAAGAAGAAACTTTGATATATTGAGAT TTCAACTGAATGAAGATACAACACTTTAGCTATTTATAGCTAGATTAGACACTAGCTAATTATCTAACAACCTAACAAAC TCATGCCAGCTTACAATAAACTTCTATAGTATTACAATATAGTCCTTGTACTACTACTTATTACTAATAGTGATCCTGTG AACTTTTACAGAAGTTGTGTTAAAAATGATGATTGAGCTAGCTTAGATTATGTACATTAGTTAACTACTTTATTTAAAAT CCTGCTCTAGATTTTGTGGGAATTAAGGCCTCCTTTGGTGTTTTAATTATGTGGGAATTAATTAGTACTTAAACGGCTTT GTTGGTTGAATTTTTAATTTTATTTGGTTTTAACTTCTGATCAGTTGATTAAATTGTATGACATCCACTATACAGGCATC AGATGTAGTACCTGTCTTCAATGGAACTGAAAGTACCCTCCATAAACAAAATTCGAAGGTTGGGAATGAAGTTAGATGAA GTATTAGAATTGAATGCAACCGGTATTAATATCTCTAAGAAGTAACCATTTGTTCTTTTAACCTATAAACAGGAATCATT TCAGCATCAAGATACAGATATACAAATAAAACTTAAGTCCAATAGCCTCACATCTGAGCTCCCAAGGGACAGTCTCACTG TTTCTGAGCAGAATAAGGATGCTAATACTGGTGCACTCTCTACGTTAGAGGTTAGAAATTTTAAACTACTTTCTATGTTA TTTCCATGTTTGGCCTCCTAGTGAGCAGTATCAATCTAATTTTTGCTAATTTGTTGATAGGGAAATGGAGCAACAGTTCA GGTGCTAAAAAAGCCTGCTGGTGCTTTTGGGGCACTGCTGGGAAATTCAGCTTCAAAGAGGAAGCATGATCCTGATAAGG TGTGCTTTCCTCATAAACATTTGCTGTATGTAAATTTGTCCTAACCCTATTTCTGTCTCTAATTTTTATAGTTCTTTTCT GGGATTTCTTCTTAGGGCATGGAAGAGATCAAACTAGAGCAGATTAGATCTTCAGTCAGTCTTCCCTTCCATTCATTTTT GGGTAGCAGTGAGAAGTCAAAACCTATAGTAGAAGCTCCTAGTTTAGCATCAGAAATGTCAGACCTACACAAACCTGCCT CTGATCCAGTTTCCACCTCCACTCTAGATGAGATCATATTGCTAGACTCTGATATAGCTGCGGAGGATTTGGAGCAGAGT AACCTAGAAGACCCAATTGAGAACAGGGAGAACCGATCTACTGTGTCAACTTCCGGAACAGAGGATGAAGATGTGCCAAT GTCTCTCTCCGAATTGTCATCAAACTTTCAGAAGTGCTTTCAGTCAAACAATCATAATACTAAAACCAGACAGCCCCAGA AAACTGATCCAAGTGGCTTATTTCAGTTAAAGCCATTTGATTATAAAGCAGCAATGAAGTTTGGGGAAAATACAGCACGT GCATCTTCCCGGAGTGGTGATGGTCATATAGAGATAGAGGAGGACTCAGGTGGCAAGAAGAAGCGTTCAAACAGAGGACA GGGACAATCAACGGATGATCTGAATAAACCACTGCCGCAAGGTAGAAGACGTCAGGCGTTTCCTGCTTCTGGGAACCGTA GTGCAACGTTCCGCTGATACAATGAAAATAAGTGCTATTTAAAATGATAACATACAGTTGCTAAATAAAGAATACAAGGG GAGCTTAAAATTCTAAAAGCCATTAATTTACATCGTAGGGTAGTATGAAAAATCTAAAAGTTCTACAAGCCAGTTTCATC TATATTTGAATTTGTAATTTAATTTATACATTAGGTGATTTTACCATATGGTCCATTTATGTTTTTATTATCTTACATTA TTATTAGAGGCTAATTTTTTTTAATGACGTAAAATATGAACGAATAAGTCTTGCCACAGTGAATTGAAACTAAGTTTAAA TATCAGGATAGACATTTGTTTTTATTTTTATTTTTATAAGCAATGAAATTTATATATTGAAATGAACTATAAGGGGTACT TCAACCCAATACAAGTAGAGATAGAAGAGAAATAATGGCAATCCACCCCTGACCCCCTCCTTTGTTAGGGACCGTTTTCA ACCGGATGAATTATTGAACCGGTTGATGCATCGATTCACATTTCAAGGTTTGTCAGACTGTGGTCAAATTTGTATTAAGT TGTTGCGTTCTAAGGTAAGCTTAAGTGAGAAAAGGTACAAAAAGCAAACCCTAGCAGAGCACTAAAATAGTCAAGATGTA ATCAAAGGGTATATATTCTCATTAAGTGTCAAAAAGTTTTTGGTACAAGGTGATGATGACCTTCCCTTTTATAGAGGGTA TGGTCATGATATTGACTTTTCCTACATTTGGGCCTGAC
CDS sequence (LotjaGi2g1v0108600.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGACGTGGATCATGATCCACCGCACACCGCGGCTGAGGCCCAGACCCTACAGTCGCTTACGGCGGGCCCTCTCTCCTC ATCAGTGGCCAAGCTCGCCGCTTCCTCGCGGTGCATCCCTTCTGAGAGGGACTTCTATTTCTACCGCAACTTCGACGACT TCAAGGTCCCGCTCAAAGAAATCGCGCGTGAATCGCACTCGATGCTCGAGGCCATTGGCGCCGCGGCTCAGGTGGCGTTC CCCGCTGACGACGACGCTGCTTACGACTGGCTGGTCAGCGTGAACGACGACGTTCTGGAGCGGTTTGACGTCTCCACCGA TGAGTTTCGGAGGGTTCGGAAAGAGGAGGAAGCGGCAGCGAGGTCGGGTTCGGTGGTGGAGGACGGGTTTGAATTGGTTT CCAGAAGGAAGAAGAAAGAGGAAAAGGTGAAAGCGGATTCGGAGATGAGTCCCGCAGTGGCGGACAGCGTTAAGGTGGCG GTGAAAGATAAGAAGACTACTGGGCCGAAGCCTAAGGTGCCTTTTCATATACCGACCATTAGGAGGCCACAGGATGAGTA TAACATTCTGGTTAATAATACCAACATGCCTTTTGAACATGTTTGGTTGCAGAGGAGTGAGGATGGTGACAGGTTTATTC ATCCACTGGAAAAGATCTTTGTATTGGATTTTGTTGATAAAGATCCTGGGGATGTTCTGCCAAAGAAGCCTCCCCCAATA GAAAGCACTCCTTTCAAGCTTGTGGAGGAAGTCAAAGATTTGAAAGACCTGGCTGCTAAGCTGCGTTCTGTTGATGAATT TGCGGTAGATTTGGAGCATAATCAGTACCGTTCATTCCAAGGTTTGACGTGCCTGATGCAAATCTCAACAAGGACTGAAG ATTTTGTTGTTGACACGTTGAAGCTTCGCATTCATATTGGGCCCTATCTTAGGGAGGTCTTCAAAGACCCCACCAAGAGG AAGGTCATGCATGGTGCGGATAGAGATATTTTGTGGCTTCAACGGGACTTTGGCATATACATTTGTAATTTGTTTGACAC TGGCCAGGCTTCAAAGGTGTTAAAATTGGATAGAAATAGTTTGGAATATCTTCTGCATCATTTTGTGGAGGTTACTGCAA ACAAAGAATATCAGAATGCTGATTGGAGACTTCGACCTCTTCCTGATGAGATGATAAGATATGCCAGAGAAGATACTCAC TATCTGCTGTATATATATGATTCAATGAGGATCAAGTTATTTTCCTTGCCAAAGGAGTTTGACAGTTCTGATCCTCCTCT GGTGGAGGTTTACAAGCGCAGTTATGATGTCTGCATGCAGCTATATGAGAAGGAACTTTTGACCGAGAACTCTTACCTTC ATATATATGGGTTGCAAGGGGCTGGTTTTAATGCTCAACAGCTTGCCATTGTTTCAGGGCTGTGTGAATGGCGGGACATT GTTGCTCGTGCAGAAGATGAGAGTACTGGATATGTACTGCCAAACAAATCCGTTCTTGAAATTGCTAAACAGATGCCTAT CATTCCAAGCAAGCTACGACGATTGGTGAAATCAAAACACCCATATGTGGAACACAATCTTGATACTGTCGTCAACATCA TTAGGCATTCTATTCAGAAAGCTGCTGCTTTTGAAGTAGCTGCTCAAGAATTGAAAGGAGTGCATGCTGCCACTGCATCA GATGTAGTACCTGTCTTCAATGGAACTGAAAGTACCCTCCATAAACAAAATTCGAAGGAATCATTTCAGCATCAAGATAC AGATATACAAATAAAACTTAAGTCCAATAGCCTCACATCTGAGCTCCCAAGGGACAGTCTCACTGTTTCTGAGCAGAATA AGGATGCTAATACTGGTGCACTCTCTACGTTAGAGGGAAATGGAGCAACAGTTCAGGTGCTAAAAAAGCCTGCTGGTGCT TTTGGGGCACTGCTGGGAAATTCAGCTTCAAAGAGGAAGCATGATCCTGATAAGGGCATGGAAGAGATCAAACTAGAGCA GATTAGATCTTCAGTCAGTCTTCCCTTCCATTCATTTTTGGGTAGCAGTGAGAAGTCAAAACCTATAGTAGAAGCTCCTA GTTTAGCATCAGAAATGTCAGACCTACACAAACCTGCCTCTGATCCAGTTTCCACCTCCACTCTAGATGAGATCATATTG CTAGACTCTGATATAGCTGCGGAGGATTTGGAGCAGAGTAACCTAGAAGACCCAATTGAGAACAGGGAGAACCGATCTAC TGTGTCAACTTCCGGAACAGAGGATGAAGATGTGCCAATGTCTCTCTCCGAATTGTCATCAAACTTTCAGAAGTGCTTTC AGTCAAACAATCATAATACTAAAACCAGACAGCCCCAGAAAACTGATCCAAGTGGCTTATTTCAGTTAAAGCCATTTGAT TATAAAGCAGCAATGAAGTTTGGGGAAAATACAGCACGTGCATCTTCCCGGAGTGGTGATGGTCATATAGAGATAGAGGA GGACTCAGGTGGCAAGAAGAAGCGTTCAAACAGAGGACAGGGACAATCAACGGATGATCTGAATAAACCACTGCCGCAAG GTAGAAGACGTCAGGCGTTTCCTGCTTCTGGGAACCGTAGTGCAACGTTCCGCTGA
Protein sequence (LotjaGi2g1v0108600.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MDVDHDPPHTAAEAQTLQSLTAGPLSSSVAKLAASSRCIPSERDFYFYRNFDDFKVPLKEIARESHSMLEAIGAAAQVAF PADDDAAYDWLVSVNDDVLERFDVSTDEFRRVRKEEEAAARSGSVVEDGFELVSRRKKKEEKVKADSEMSPAVADSVKVA VKDKKTTGPKPKVPFHIPTIRRPQDEYNILVNNTNMPFEHVWLQRSEDGDRFIHPLEKIFVLDFVDKDPGDVLPKKPPPI ESTPFKLVEEVKDLKDLAAKLRSVDEFAVDLEHNQYRSFQGLTCLMQISTRTEDFVVDTLKLRIHIGPYLREVFKDPTKR KVMHGADRDILWLQRDFGIYICNLFDTGQASKVLKLDRNSLEYLLHHFVEVTANKEYQNADWRLRPLPDEMIRYAREDTH YLLYIYDSMRIKLFSLPKEFDSSDPPLVEVYKRSYDVCMQLYEKELLTENSYLHIYGLQGAGFNAQQLAIVSGLCEWRDI VARAEDESTGYVLPNKSVLEIAKQMPIIPSKLRRLVKSKHPYVEHNLDTVVNIIRHSIQKAAAFEVAAQELKGVHAATAS DVVPVFNGTESTLHKQNSKESFQHQDTDIQIKLKSNSLTSELPRDSLTVSEQNKDANTGALSTLEGNGATVQVLKKPAGA FGALLGNSASKRKHDPDKGMEEIKLEQIRSSVSLPFHSFLGSSEKSKPIVEAPSLASEMSDLHKPASDPVSTSTLDEIIL LDSDIAAEDLEQSNLEDPIENRENRSTVSTSGTEDEDVPMSLSELSSNFQKCFQSNNHNTKTRQPQKTDPSGLFQLKPFD YKAAMKFGENTARASSRSGDGHIEIEEDSGGKKKRSNRGQGQSTDDLNKPLPQGRRRQAFPASGNRSATFR
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 |
|---|---|---|---|---|---|---|
| Pfam | 34 | 110 | 77 | 1.1E-5 | ||
| PANTHER | 107 | 862 | 756 | 3.2E-302 | – | |
| PANTHER | 107 | 862 | 756 | 3.2E-302 | – | |
| Gene3D | 161 | 449 | 289 | 1.5E-98 | – | |
| SUPERFAMILY | 180 | 418 | 239 | 2.09E-65 | ||
| CDD | 241 | 433 | 193 | 7.17991E-105 | – | |
| SMART | 245 | 414 | 170 | 1.4E-46 | ||
| Pfam | 248 | 412 | 165 | 3.6E-42 | ||
| SUPERFAMILY | 446 | 539 | 94 | 5.23E-19 | ||
| Gene3D | 450 | 545 | 96 | 7.9E-26 | – | |
| ProSiteProfiles | 464 | 544 | 81 | 15.723 | ||
| Pfam | 467 | 534 | 68 | 1.4E-9 | ||
| MobiDBLite | 731 | 761 | 31 | - | – | |
| MobiDBLite | 744 | 761 | 18 | - | – | |
| MobiDBLite | 775 | 794 | 20 | - | – | |
| MobiDBLite | 775 | 791 | 17 | - | – | |
| MobiDBLite | 810 | 871 | 62 | - | – | |
| MobiDBLite | 819 | 840 | 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 | 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. | ||
| Cellular component | Nuclear exosome (RNase complex) | A ribonuclease complex that has 3-prime to 5-prime processive and distributive hydrolytic exoribonuclease activity and endoribonuclease activity, producing 5-prime-phosphomonoesters. Participates in a multitude of cellular RNA processing and degradation events preventing nuclear export and/or translation of aberrant RNAs. Restricted to processing linear and circular single-stranded RNAs (ssRNA) only. RNAs with complex secondary structures may have to be unwound or pre-processed by co-factors prior to entering the complex, esp if the 3-prime end is structured. | ||
| Molecular function | Nucleic acid binding | Interacting selectively and non-covalently with any nucleic acid. | ||
| Molecular function | Catalytic activity | Catalysis of a biochemical reaction at physiological temperatures. In biologically catalyzed reactions, the reactants are known as substrates, and the catalysts are naturally occurring macromolecular substances known as enzymes. Enzymes possess specific binding sites for substrates, and are usually composed wholly or largely of protein, but RNA that has catalytic activity (ribozyme) is often also regarded as enzymatic. | ||
| Biological process | Nucleobase-containing compound metabolic process | Any cellular metabolic process involving nucleobases, nucleosides, nucleotides and nucleic acids. | ||
| 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 | 3'-5' exonuclease activity | Catalysis of the hydrolysis of ester linkages within nucleic acids by removing nucleotide residues from the 3' end. | ||
| Biological process | Cellular metabolic process | The chemical reactions and pathways by which individual cells transform chemical substances. |
Expression pattern of LotjaGi2g1v0108600.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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