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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0125400 |
| Transcript ID | LotjaGi1g1v0125400.1 |
| Related isoforms 3 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Ribonuclease E/G family protein; TAIR: AT2G04270.1 RNAse E/G-like protein; Swiss-Prot: sp|F4IV66|RNE_ARATH Ribonuclease E/G-like protein, chloroplastic; TrEMBL-Plants: tr|I1MB77|I1MB77_SOYBN Uncharacterized protein; Found in the gene: LotjaGi1g1v0125400 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:19791651..19803965) extracted from Lotus japonicus Gifu genome v1.2.
CATAATTCCACAAATATTTACAGAAGGCGCCAAGCTACCACATTATCCCTTGCTGCGGCTCTCTCCGTATATTTTATCCA CACCATTTTCCACTCTCTGTTCTAACACCATCATCATCGTTTCTGGGTTTCTCAAGTGACGAACCATTGCCACTTCTCAT GCCCACTATCACACTTTCGCCAATTCGGGGTTCATATCCATGGAAGCCATTGCTGAAGTTGGTTTTGCGCACCACCACCA TCACCTTTTTCGCTGGAACAGTCCCTTCCTCAACCCTTTAACACTGCTACCAAAGAGGTTCCTATTCCTATTCCTATCAA TTTTAGTGGGTGGTTGTGCCCAGAAAGAAAAATTGAATGTATGCCCAGTTCATGTTGGGGTGCCATTACTTTCATGCTGT GATGTTCTAAAGTTTTTTTCTTGATAGGAAAAATTCTTCCTTTATAGCCCTTTTGTTTACTTTAGGTTATGCTTGCTTGT AGAGGTGGAAAACAGAAGTGGGTAGTGAAAATGGAGTTTGGATGGTAAAAAGTTTGGATTTTTCACTCATTATTGCTTGG TAGAGAGTGGGAATCACTTTGAACTTAGTTTAATGCTATTGTGGTAGCCAGAATTTGTAGGGTGACTTGCACTTCCCTAA CTTTTGTAGTATGAGGCAAATGTGAGGTGATTTTCTTTCCTGATTTTTTACCATGCCACTTTCCAACTACTTAAATATTC ATATTCTTTATGTTACCATTTAGTCTTTAGATATGCAGAAAATTGTTAATGGATAGATTCTAAGAAGGTTTTCATGTATA GTTGGCAGAAATTGAGTAGCCAAGTAACTATCTTAGCTAGGTCCTTCACTTTGTGAACAAAAAATAGCCTAGCTGAAGCT TTTAGATTCTACACACCTTCAATTTTAGTTTGTCTCTCATCATTTGTTCAACTAGAAAGTGTTGATTTGATTTATTGAAA CAAATTAGGGTTCTTACTTACGGAAAATATACTTGCACTGCACCCCTTGCATTTCCCGCTTAATATAGCAAATTGTAATG TATTGTCATATTGATTGCTGGTTATCTTAACCTATTTACTTATAGGATGATGGAAGATAAAAAATACATAATTTATGCTT TTGTATTTGGAAGTTAAGATAATTATGGATAGATCAATAATGATGATTAGTACCTAGGAGTGGTGATGATATATCATTAT GTTGATGGAAATGTATTCTTTACAGTGTTAATTGTCTTTGGTCTGAGTTGGACTTATGTATTATAATATTGTTATAGGCA CATATGTCATCATGTACAACTGCACAGTGTATTCAGACTCACATGCTGCATGAAAAACCATAAATCAGTTAGAAGATTAG CTGCATTGTCAACAGAGAGAGGTAACTTAAGCATCTTTTCGTGATCTCTTATTAATTTATTTTCTTATTACTTGATTTTT ATATATATGGTTGTCTCCTTAGTCCTTTCTTTAGGCTACATATTTCTTGCTTTAATTTATTTTGTTCGATCCTTATCCCA AGTCCCAACTGTATTGTTCAAGAATTAACATCTAAATCATGTCATTTTATTTAAATTATACAGCTTAAATTGTACTGGTA GAATCTGATTCAATTTTGGCTTTACAGAAGAACACAGGGTCAGGACTCAACCACTCAGGAGTTAGATCATGTACTTCTTG TTAAAATAATTGATTCTTGTAGTGATATAATTACCTTTGTTGTACAGCTGAAAAGTAAATAATTAGCCTGATGGATTAAC AAGTTCATAGGTCATATTTAATATGTTACTGTAAACACGTTCATAAGCTGCAATGCAGCATGCCACTTAAAATTTTCAAT TATTGTTAAATGATTGGAGCTAACTTTATGACTAGGGGTCAGTTTTTATTTTTAATTAAATGAAGTTAAAAGTATCTGAA GTTAACTTTATTGGAGAACTAAAGGCTGCAACTACAACCATAGCAGCCATTTTCTTGGTGTTAGCTACATTAATCCTGAG TTTCTTTTTTCTTTTTAAATTCTTGGAGTTGTGTTCATGTTTCTCTTAATTTTTTATGAGGTAAGGATACTTTTTAAATT TGCTACTTCGCTAGCTATCAAATATGGTCTCTCTCAGTAATATACTAGTATGCATTTTGTGTGGGTGTGAAATCTTCCTT TTGGTATTAATGTTCAATATCATGCTTTCTCAATGTACTTCCCTCCAGTTTAGAATGAATTTTGAATCTGGGAGGTCTGA TTTCTCAGGCAAGCCAACCACTAGTGTTGATGAGCTATGCAAGATTATTTGGACTGTAGAAGCGGATTTGGAAGATGGTC ACCTTCTGTACATAACTGGTGATCCTGCTGAATTAGGCTGCTGGAAACCAAACATGGCTATGCTAATGTCTCCTACGGAG CACACTAATATATGGAAAGCTGAATTTCAGGTAATTTTACCTGGCTGTCAAATTTAATCATATATTTATTCAGTTGTATG GAAAGAAAAGCTGAAAAAAGTTTAGATGAGAAGATGTTTCTACATTCAAATTAACTTCTCGTATTTATATTGCCTGGAGC TGAGTTCAGCTGAATATGTTTTTTTTATACAAAGAAAGAAACATATAAAGAAAACCAACACAATATATTGGAAATAGTAG ATAGGATCCTTCCCCATTAGAGAAGGATCATATCTCTAAAGCTTGCCCTTATTACTGGAAATCCTCAACAGAAATACCCT TTAAAAGCAAATACTTTCCTGTCCATTGGAGTTGCTGTTGGTACCTGTCAGTACAATGTAGTCTGTATTCTGTAATAAAT GTGATAAGAACCTTGGGAGAACCATACCACAAAAGCTAGCCGTTGTAGTTGGATATTTTGCTCAAACTAGAATCCCATCC CATACTTCCAATGTGGGACTCAAGTCCCCATACCTTTTGCAACACCCCTGCCACTCGTTTCTTTTGCGGCTGAGAGGCAT GATACCAATTGATAAGAACCATGAGAGAACCATACCACAAAAGCTAGCCGTTGTAGTTGGAGGGCTCAATGCCTTATAAA CCCCACACTAGAATCCCATACTTCCAATGTGGGACTGAAGTCCCTTACCTTCAAACTGGATCCTAACAAAAGATATGTGA CTGGTTGCAGCAATTTTGGTTCCTCCTGATCAAAATATTCCTTCCATTATGAAGCTTCTTAATCTTGGAATACTGTATGA ACATCAAAATACACAATTTTTTTATTGACTGCAGTGACTCAGTTTTAATATGATACTTGCAGGTTGCTTTTGGATTGAAC TTCAAATATAATTATTTCATTAAGGGCAAACCAAGGTCTTCGAGTGACATTCTGTGGAAGCCTGGACCAGCATTTTCTCT GTCAGTACCTCTAACAATCCTTGATGACAATAAAATTGTGGTGAGGGACTTATGGATTAGGTCTGATTCCCAAATGTTTT CTGCTCATTTGTGGAGCTCTTGCTCAGAGGAAATGTATCTTCTTGAGCAACCTTCTATATCTTTCCTTATCAAAGGTATT TCCTTCATCTTTTACACTATAGAAATACTTTCTTTTCCTAATATGTTTCTGAACACTCAAACAGTGGTTTGACAGATGAA GGAAGTAATAAAAGTATCCTTGAAAATGATGTCCTAAAGTCCGAGACAATACGTTTGGAAGATCTATTATTTCATGACAA TGAGGACATGATGATTGCGAATGATAAGGATTCACATTCTACTACTATTCTTTCTGAGAATTACCAGCCTCTTGAAGAAC CCTGGCTACTCCAGTCAACCCCTTCCGTTATCTCTGAGGATAAAATGGAATCCATTGAATCTGAATCTGAATCTGATGAT ACTGCAAAAGAGCAGGTGAAGCTAGTAGATACAGAAAAGTTGTTACCTGAAGAAAGTAGTAATATAATTTCAAAAGACCC TGTTTCCACCATTATACTCATCAACTCATCAATATGTACCATGCAAAGAATTGCGGTACTGGAGGATGAAAATTTGGTTG AGTTATTATTGGAACCCGTCAAGAGTAATGTGCAATGTGATAGTGTATATGTTGGGGTAATCACAAAGCTTGTTCCCCAT ATGGGCGGGGCTTTTGTTAATATTGGGAATTCTAGACCTGCTCTTATGGACATTAAACAATACAAGGGGCCATTCATATT CCCTCCATTTCATCAAAGGACAAAGAAACATGAAGTTGATCTAAAGGGTAAAAATGACCACATCTATAGTGCTACCGATA TATCTGATGGAACATCAGACATACATTCTGAGGATGGTTGTTTAAATGCTGTACATAATGACTATGATGAGCATGAAGGA GATGAAGATTCATATATTTCAGAAGTTCTTGAGGAAAATGTAAATGGTAGCATGGTAGATGATGAAGTAGAAGCTGACTT TGAGGATGATATAGAGGGAAATGATGTGCATATGGAAGTAGAAATGAATAACAGTTCTCTTTCTTTTGGCATGAATGGCT CTGTCAACTCTCATACTTTGCAAACAAAAAATACAGAGAGAGTAACCCGCGTGGCTTCGGGAGAAAACAAATGGACCCAA GTTCGCAAGGGAACCAAAATAATTGTCCAGGTTGTCAAAGAGGGCCTTGGTACCAAGGGTCCCACTTTGACTGCTTATCC TAAACTAAGAAGTAGATTCTGGGTATGTGTTTTTTTATGTTAGCTTCTTGTGTAAGGTTTTATTGTGTATCACTGTTGGT CTTTCTCATAAATTATCTAAACTGTATTTCATCTGAGTTAGACTCTCTGACTTGTAGGTTTTGATTGCACGTTGTGATAA AATTGGAGTCTCCAAAAAGATTTCTGGTGTTGAGCGCACAAGGCTGAAAGTTATCGCAAAGCGATTGCAGCCTGAGGGTT TTGGCCTCACTGTAAGAACTGTTGCTGCCGGTCATTCTTTTGAAGAACTGCAGAAAGACTTAGAAGGTTTGCTTTCGACT TGGAAAAATATAATGGAACATGCAAAATCTGCAGCTCTTGCTGCTGATGAAGGGGTGGAAGGAGCTGTTCCAGTTATTTT GCACAGGGCAATGGGTCAAACTCTCTCAGTGGTCCAGGATTATTTCAATGAAAATGTTAGTTCTGTTACTAATTTTAAGT GATTCTGTTGATCTTTTAACTTGTGCTGTCTATTTATACTAAAAAGAAAATCTACACTTTTTTTTGTCCTCTCCTGATTA CAATTTACCATGGTGTACTCCAGGTTAAGAAAATGGTAGTTGACTCCCCAAGGACATTTTACGAGGTACGATATCAGCTA ATTGCAGAAGTTTTATTATTACAACTGCAGCATATTTATTTTTGCATGTGAACAGTATTGGTTTTCTTCCCCCAATACAG AGACAACCAAGAATAGTAGGGTAATTATTCACTGTGGGAATTAGTTTGTGAACCCATCTGTAGGATGGCTTGGCAGCTGT TGATTTACCATTTTCTGTTAGCAGTGCCATTCAAAAGCCTGGAAAAAGTGAAGAATTGTGGCGTGCATCGTACATGTTTA CAAGACTTAAATTTCTTTAATCTATGTCCTATGTTAGCATGCTGATTGTCTGATCCAGTTATTTGTAGGAAAATATTACT ATATGAATGGAATAATTATTTTTTGCGATTGCAAAACATATACCAACACTAATTTAAGATTCAACATAGAAACTTCTGTT TGGTGATTTCAATTTTTTTATTTGATTTCCAGGTAACAAATTATCTACAGGAAATAGCACCTGATCTTTGTGATCGAGTT GAACTATATGATAAAAAAGTTCCCCTTTTTGATGAATTCAAAATTGAAGGAGAACTTGACAATATCCTCAGCAAAAGGTA AATTTTTGTTGCTTCTTTTGTTGATAACCATCCATGCTTATATAGTTATATTGTACATTGTCCCTTGTCCTTATAATCGT CTTTAAAAAAATGCATGAAATGGTGTTAGAATATCCTCAAACTATTTTAGATAGTATCTTTAACGTATCTAATTTTAGAA TATCTTAAAAGATCTTCACCAGCTTGAGTGGGAGTGCGGAAATCTGTGATAATTTTAGGAAAAAAGTATTATATTTATTG GAAAGTTGTATAATGAATTATTTCCTGTACAAATTGTGCGATTAATCCATTAAATCAAGTAATCTTTGATTTTCCTTTTT GCCTAAAATAGTAAAGGCCTTATGTATATATTCTGTATGATTATTTTTCAGATTAGTGCAATGAAAATGAATTCATTCAA TCCTAAATTCTGTGAGGACAAAAAATCACCTTGTAATTATAAAAGGCATTCTTAAATTAGAAAGCGGACAGACACTTATA TCTTCATGATATCAAAATATTGATTTTTCTCAAGTCAACCATTCAATGTTATGAAAAATCATAATATTATTAAATTAATT GAAGAAAAAAAGGCTAAACGGTAAATAGCAGTCTGTTTGTCTATATTCTTATGTAGTTTCAACTGATCTGGCCTTCCTGG AAACTTTATAATAAAAATTCTTAATGTGCAAGATTTCTTTTTGTTGATCACTTTATAGGGTTCCACTTGCTAATGGAGGT TCTCTAATCATCGAACAAACTGAGGCATTAGTTTCTATTGATGTGAATGGAGGACATGGGATGCTAGGTCATGGAACTTC ACAGCAGAAAGCTATTCTAGAAGTCAATCTTACAGCTGCAAAACAGGTAGGTCGAGGCCACACTCTATTACCATTTATCT GCACATGACATAGGCTTTAGCAAGACAAATTTTGTATTTTCTGATGTGTGCAGACAATTACTGTTATTCCTTTTCATGAA AATCTGTTTACTCTTCACTACTTTCTTTTTTTTATCTTATGATAATATATATATAGTGAGCATCCATTAATATGGAGTGC AGAGATATTTCTGCAATGTCAATGAATTCTTTTCCGTAAGAATTTCAGGGACATTTCAAGAAATTAAATATTTAATTTGG AGTTAAAATCTGGTCTATTATCAGCATAAACTTTATACGTTATCAAGTGAAAAGAAATGTCGTGTCAAGATAAGACATTT TACTTTCAGCGGTACTCTTAAGTGATATGTGGTGGCATAGAGTTCTGTCTAACTATTTTTATACTGTCACAGGATATAAT TTAAATCCTTTGCTGAATTACTCAGTTGGTTTAGAGTGAGTAGTGATTAGCGATTCTCTGTTTAGATTAAGTAGTTATCC ATGTTCCCAGCGTGAATGCGTCACAGTTAGACAAATAGTGTTCTAGTAGCAGTTTACTGAAATTAAATACAAAAATATGT GATATTGTCCATGCTTCAAGCCTAGAGGGTCTTGCATGAGGGGAGATGCTAAATATCAGCCATTTATAAGCCTTCAGTTA ACAATTTATGCTTTGTGAGAGTTGGTCTTGGCGCTCTGCATTCAGGATCTTACTTAATTTGCTTCTGGTCTTAGAAGTTA ACTTTATCTCTGTAAATTTCATATTGATTAAGTACATTAGTTAGTAGCCTATTATTTTCAAAAGGGAAGGGTAAATAAGG AGCTATATGCAACCGGTAATTTAAATATTGCCCTTTTCTATTTTAATTCGTTAACCCACCTCCTAAGTAAAATGACAAGA GAAGTGCCAAGAGTAAATAAGAGGGCAAGAAAGAATACCAATACTTGCCACATGGCATACACAAATTAGAGATTTCTTAT TTACTCTGTCAATCTTGTAAAGAAACATTTGATGATTGATTAAGAAAGAATACCAATATTTGCCACATTGATGATTGATT ATATTTCATTTTTATGTTTTCTTAAGCTAAAGTGTTGATTATCATGGAGTTATATTTCAATTGTATATTGTTTGTTTTGT CTTGCAACATTAATTCATAAAGTGTTACAGATTGCAAGGGAGTTGCGAGTACGGGATATTGGTGGCATCATTGTGGTAGA TTTCATTGATATGACAGACGAAGGTAAATAGAAATCTCCCACTTGTTTGTGCAAATGAAGTTTATATTAAGTACTATGGG AAGAAGGTCTCTCTTGGATGTAGTTTTAGAATATTTTAATATCACTGGTTGGAGTTTTAGAATCACTGGCTTATGCTTTA CATAATACTATGTCATAGTTTCATGGACTGGGAGCTCTGACTAAGCCATCTAGCCTCTGAAATGACATATTCCTTCCAAA CAATCTTCTATATGTTGTACATTTAAGTTTATGCAATGGTATTTAGCTTACGGATGAAATAGCTAATTTTTGTGCCACTC TGCAATGACATATCCCTTGGTGTTAGTCACCAATATATTTGATTATTGAATTTGGATTCTTCTTAATCAGTAAATAAAAG ATTGGTCTATGAAGAAGTCAAGAAAGCCTTTGAAAGGGACAGATCAATGGTGAAGGTCTCTGAACTATCAAGACATGGAC TCATGGAAATAACAAGAAAGAGGGTAAAGGCAGATATGCCACTTTTACTTCTTTTTCTTTTATTTTACTGATCGTCATCC TTCATACTTCTTCAATTCACACACGAAGGAATGTAGATTTATGAAAAGCATAATGCATGAAATACAACTTAAGTTGCATT CTCCTCTAATGATTTTTGGCACACCACCCAGTTAAGTTTAGTAGGATTAAATAAGTTATAAATGTTTTACCAATGTTTGA CAGGTTCGACCAAGTGTGACATTCATGATTAGTGAGCCATGTGCTTGTTGCCATGCCACGGGCAGGGTTGAAGCTTTAGA GACGTCCTTCTCAAAAATTGAACAGCAAATCTGTCGGTTTCTCGTAAGTAGACATTTTCAATCACAGAATTTGGTAGTAT CAATAAGATCATGGAAAAAACAAGGGTTCAAGTCAAGAAAGGGAGCCTTGGCGCAACGGTAAAAAAGTTGCTGTCATGTG TCTTGGTCACAGGTTCAAGTCCTAGAAATAGCCTCTTGTGTAAAGAAAACAAGGTAAGGCTGCGTACAATAGACCAAATG GTCAGACCCCTTCCCAGACCCGCGCATGCGGGAGCTTCGTGCACTGGGCTTCCCTTTTAATAAGATCAAGGGAAAAAAAA GACTAAAAGCCGAAGAGTCGAAGGCATGAAAAGCTCTATTTGACATTTCCTTAAAGGCTTAGAGTCAATAATGTTTCATC TATTTTGTAAGATTAACGTTAGGGTCTCTTCATTGGCCTTCCTTTGTGCATCTTACAAGCTGCAAGATGTTTTATTCTTC CTTTTATTCTTAGTTACTGCCAACTTATTTCTCTTAGTTCTGCTCACTTCCCCTAGCATTGTTAGGTTGTTACTCATTGT AGTGAATGTGATTTTTTGTATTTCTTCTCATTCATATCCCAGGCAACCATGGACTGTAAGGCTGACCCTGGAAACCCCAA GTCTTGGCCAAAATTTATTCTGAGGGTTGATCATCATATGTGCGAGTACTTGACTTCAGGGAGAAAGACAAGACTTGCAA TATTGAGCAGTTCTCTCAAAGTCTGGATTCTCTTAAAGGTATAACTGATCAATGGATACTTTGCTTAAATGATTGTCACT ATGCTTATGCTGTTATACAGCTGTCATTAAAACAGCTTAATTAAGCGCTTATTATAATACACGCTTATCGTATAAATGTT TATTCGTAAGCTAATTTGAGAAACTTATTGAAATAAGCTTGAAGTAGGTTAGATAAGCATAAGCTCTTATTCATAAGCTA ATTTGAGCAGCTTATGAAAATAAACTCAGAACAACTTGTAGGTAAGTCATAAGCTATTTACATAAGTTCTCCCAAACACT TGCATAAGCGCTTATGCTATAAGATAAGCTCAAATAAGCTCTTCCAAACAGGGTCTAATTTATCAGTTCAGTTTACTTTA ATCTCATAAAATACCTGTTATTGCTCAAGGAGTGCTGTATGGAGGAAAAGCCCCCACGGCAAGGCCGGCCCAACACCAAA TGAGGCCTAAAGCGTATTTTAATTTTGGGGGCCTTGAAACATGTTTGATCTAATATAAAATTTTGTTAATTTTAATTTTG GGGGCCTTTTTTACTTAAGAAAAAACAAAAAAAATTGGAGGCCTAAAGCCCTTGCTTGGGTGGCTTTACCCTTGGGCCGG CCCTGCCCCACGGCCATCATATATAATAATTATAAAGTAATGGCATGTGTCTTAATTACTTCTTTTTCCATATTTATCAT AAATGATTCCATTGATTGAATACTGTGATTGTGGCATTACTTAAGCCACTTTCTCTAGGGATTACCGAAAGAGGGGGAAA ACACTATTTGTGCATGTATGGGTGATTGCTGCATAGTATATTCTTGTAATAGAATATGTTTGGTAGGAGTTAGCTAGCTT TGGAATAATAACTTATGAAATAACGAGTTTAGGAAACAAGAATTTCACTTAAAAAGTAATTTTGGGTATAATTAGCAAGA GATGCCAAGATTACCTTTGTTTGGAAGTAACTAGAGTTGATTTTCAACTTCACTAGACACTACACTGTATTTAATGGGGT TCTTCTACAGAGTGAATTCTATGTTAGGAATGCTTCCTAGATTTTATCTTTCATGAGCTATCAAGACACGCCAGAACAGT TGAGCTCTTTAGAAAAGCTAGACTGGATCTTTATTTACCAGTTTTATTCATATAAGAATTTTGGTGGCAAAGCTTCTATG ATTTTGGATTGATAAAGGCATTACTATGGAAGTGATTGATGTTTCAGTTATTTCTCAGAGGGTCATGGTTGTCAAGTCCT GCATTACTGCGCACTGATTAGCTGTTTTGAATCCTTCAGGTTGCTAGAGGGTTCACTAGAGGAGCATTCGAGGTCAAACC ATTTGCAGATGACAAAGTGGGGAAAAACCAGAATCAGGTTGCTCTTTCAATTTTAAGATCCTCAGAGGCCAGAACCAAGA AGCCTGGCCAAAACCTGACTCTTGTTCAAGTAAAAAAATCAAAGGCTAGGGGAAAGTAAATAACTCTTTCTTGAAATAGG AATTGTCCCATTTTGCACAGACGAGTTTAGTTTATGCTTTACATGGCTTGGGGAGAAAAACTAAAGTTGCAGGGCCGAGG AGCAAAAACAATCTGTTTTCACTTTTGAGAGTAAGTTAGAATCAGGCTGCTAGAGCTCAGCTTTTAGGCGGAAAAATACC ACCCCAAACTTATCACAGGAGCAGTTTTGTTGTAAAGAACGACGCATTACAAGTAGCAAAAAGTGAGATATCAAACAAAA GCCATGGAAGAATGAGAAAGAGAAAATAGTTTACTCCTGCAGTCAGTAGGTATTGGTATTGGTCAGAGTAAGCATTTTTT ACACTAGTAATCTGCAACAACAATGGAGAGATTGACATACTGTCCTAGCTGCGGAAAAGGTAGCTTCAGCATGTTTGGAT TTTCATTATATGGCATAGAATTGATTCTGTATGCAAGAAGCTGAGTTGCTTCTCATTTTATGCTTATTTCAGAATCAAGA TTCTTGTTTAATGTGGGAAACCAATTAGCTTCCAAATATGCAATAAGAGTAACTAGTAGTGTCATCATGAAGAACAATGC ATGAGCAGAGCCATCTGAAGGCAATCCTTTGTGCTTCTGTATAACCTTTGAATTTGTTTTGATAGAGATACTCTATCTAT GAACGTTATCTTAATATTATTTACAATTTCTCTCAATATGGTCTCTTTAAACTCGTCAGAGTTTTGTTTTTTATCGAGCT CAATGGTGTATTGTAATCCATATAGTCAATCTCATGGGGCCTTTGTTGTTGTATAGATTTATGCCCCCCCCCCCCCCCCC CCCGGAGGTTTATTGTGCAATACTAAAATATTTTGACAAATGTCTAATAGCCCACTTCAGAATAGACAATTTGGTGTCTA AATTAGTGGTGTTTACTTCATTTCAATTAATAGCTTGTTTACATCATCTTTTTTTTATTAGAATTAATGCTGACACTCAA AATTTACTCAAAATCTTCTCTCCGTAGAATAATTTTCAAACATGCTATAAATGTGTATTTGGGAACTAGGTAAAGAGATC CTAAATGGATGTTTCAGCCAATGGAGTTTCCAAGTTCTTTTTAATTTTTCATGAATCGCCCCTTATAAAAGTAGCCTGAA GAGTGTGTTGTCAAGATAAGCGAAAGAATGATTATATTGTCAAAAAAACGTGAGCCATGATTAAGTATCTCGAGCGTTAA GGCATAAAAGGAAGTGATCCACAATGAAAACTTAGCAAGGAGTTGCTGTATTATGTGCATTGAATTCACCTACTCCTCAC GAGTGACCTGTGTCCCTCAAAGTTATAGTGAAAGCTTAACTAACACTCACCATTTTCTACTTAAAATGTTTAACC
CDS sequence (LotjaGi1g1v0125400.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGAAGCCATTGCTGAAGTTGGTTTTGCGCACCACCACCATCACCTTTTTCGCTGGAACAGTCCCTTCCTCAACCCTTT AACACTGCTACCAAAGAGGCACATATGTCATCATGTACAACTGCACAGTGTATTCAGACTCACATGCTGCATGAAAAACC ATAAATCAGTTAGAAGATTAGCTGCATTGTCAACAGAGAGAGGCAAGCCAACCACTAGTGTTGATGAGCTATGCAAGATT ATTTGGACTGTAGAAGCGGATTTGGAAGATGGTCACCTTCTGTACATAACTGGTGATCCTGCTGAATTAGGCTGCTGGAA ACCAAACATGGCTATGCTAATGTCTCCTACGGAGCACACTAATATATGGAAAGCTGAATTTCAGGTTGCTTTTGGATTGA ACTTCAAATATAATTATTTCATTAAGGGCAAACCAAGGTCTTCGAGTGACATTCTGTGGAAGCCTGGACCAGCATTTTCT CTGTCAGTACCTCTAACAATCCTTGATGACAATAAAATTGTGGTGAGGGACTTATGGATTAGGTCTGATTCCCAAATGTT TTCTGCTCATTTGTGGAGCTCTTGCTCAGAGGAAATGTATCTTCTTGAGCAACCTTCTATATCTTTCCTTATCAAAGATG AAGGAAGTAATAAAAGTATCCTTGAAAATGATGTCCTAAAGTCCGAGACAATACGTTTGGAAGATCTATTATTTCATGAC AATGAGGACATGATGATTGCGAATGATAAGGATTCACATTCTACTACTATTCTTTCTGAGAATTACCAGCCTCTTGAAGA ACCCTGGCTACTCCAGTCAACCCCTTCCGTTATCTCTGAGGATAAAATGGAATCCATTGAATCTGAATCTGAATCTGATG ATACTGCAAAAGAGCAGGTGAAGCTAGTAGATACAGAAAAGTTGTTACCTGAAGAAAGTAGTAATATAATTTCAAAAGAC CCTGTTTCCACCATTATACTCATCAACTCATCAATATGTACCATGCAAAGAATTGCGGTACTGGAGGATGAAAATTTGGT TGAGTTATTATTGGAACCCGTCAAGAGTAATGTGCAATGTGATAGTGTATATGTTGGGGTAATCACAAAGCTTGTTCCCC ATATGGGCGGGGCTTTTGTTAATATTGGGAATTCTAGACCTGCTCTTATGGACATTAAACAATACAAGGGGCCATTCATA TTCCCTCCATTTCATCAAAGGACAAAGAAACATGAAGTTGATCTAAAGGGTAAAAATGACCACATCTATAGTGCTACCGA TATATCTGATGGAACATCAGACATACATTCTGAGGATGGTTGTTTAAATGCTGTACATAATGACTATGATGAGCATGAAG GAGATGAAGATTCATATATTTCAGAAGTTCTTGAGGAAAATGTAAATGGTAGCATGGTAGATGATGAAGTAGAAGCTGAC TTTGAGGATGATATAGAGGGAAATGATGTGCATATGGAAGTAGAAATGAATAACAGTTCTCTTTCTTTTGGCATGAATGG CTCTGTCAACTCTCATACTTTGCAAACAAAAAATACAGAGAGAGTAACCCGCGTGGCTTCGGGAGAAAACAAATGGACCC AAGTTCGCAAGGGAACCAAAATAATTGTCCAGGTTGTCAAAGAGGGCCTTGGTACCAAGGGTCCCACTTTGACTGCTTAT CCTAAACTAAGAAGTAGATTCTGGGTTTTGATTGCACGTTGTGATAAAATTGGAGTCTCCAAAAAGATTTCTGGTGTTGA GCGCACAAGGCTGAAAGTTATCGCAAAGCGATTGCAGCCTGAGGGTTTTGGCCTCACTGTAAGAACTGTTGCTGCCGGTC ATTCTTTTGAAGAACTGCAGAAAGACTTAGAAGGTTTGCTTTCGACTTGGAAAAATATAATGGAACATGCAAAATCTGCA GCTCTTGCTGCTGATGAAGGGGTGGAAGGAGCTGTTCCAGTTATTTTGCACAGGGCAATGGGTCAAACTCTCTCAGTGGT CCAGGATTATTTCAATGAAAATGTTAAGAAAATGGTAGTTGACTCCCCAAGGACATTTTACGAGGTAACAAATTATCTAC AGGAAATAGCACCTGATCTTTGTGATCGAGTTGAACTATATGATAAAAAAGTTCCCCTTTTTGATGAATTCAAAATTGAA GGAGAACTTGACAATATCCTCAGCAAAAGGGTTCCACTTGCTAATGGAGGTTCTCTAATCATCGAACAAACTGAGGCATT AGTTTCTATTGATGTGAATGGAGGACATGGGATGCTAGGTCATGGAACTTCACAGCAGAAAGCTATTCTAGAAGTCAATC TTACAGCTGCAAAACAGATTGCAAGGGAGTTGCGAGTACGGGATATTGGTGGCATCATTGTGGTAGATTTCATTGATATG ACAGACGAAGTAAATAAAAGATTGGTCTATGAAGAAGTCAAGAAAGCCTTTGAAAGGGACAGATCAATGGTGAAGGTCTC TGAACTATCAAGACATGGACTCATGGAAATAACAAGAAAGAGGGTTCGACCAAGTGTGACATTCATGATTAGTGAGCCAT GTGCTTGTTGCCATGCCACGGGCAGGGTTGAAGCTTTAGAGACGTCCTTCTCAAAAATTGAACAGCAAATCTGTCGGTTT CTCGCAACCATGGACTGTAAGGCTGACCCTGGAAACCCCAAGTCTTGGCCAAAATTTATTCTGAGGGTTGATCATCATAT GTGCGAGTACTTGACTTCAGGGAGAAAGACAAGACTTGCAATATTGAGCAGTTCTCTCAAAGTCTGGATTCTCTTAAAGG TTGCTAGAGGGTTCACTAGAGGAGCATTCGAGGTCAAACCATTTGCAGATGACAAAGTGGGGAAAAACCAGAATCAGGTT GCTCTTTCAATTTTAAGATCCTCAGAGGCCAGAACCAAGAAGCCTGGCCAAAACCTGACTCTTGTTCAAGTAAAAAAATC AAAGGCTAGGGGAAAGTAA
Protein sequence (LotjaGi1g1v0125400.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MEAIAEVGFAHHHHHLFRWNSPFLNPLTLLPKRHICHHVQLHSVFRLTCCMKNHKSVRRLAALSTERGKPTTSVDELCKI IWTVEADLEDGHLLYITGDPAELGCWKPNMAMLMSPTEHTNIWKAEFQVAFGLNFKYNYFIKGKPRSSSDILWKPGPAFS LSVPLTILDDNKIVVRDLWIRSDSQMFSAHLWSSCSEEMYLLEQPSISFLIKDEGSNKSILENDVLKSETIRLEDLLFHD NEDMMIANDKDSHSTTILSENYQPLEEPWLLQSTPSVISEDKMESIESESESDDTAKEQVKLVDTEKLLPEESSNIISKD PVSTIILINSSICTMQRIAVLEDENLVELLLEPVKSNVQCDSVYVGVITKLVPHMGGAFVNIGNSRPALMDIKQYKGPFI FPPFHQRTKKHEVDLKGKNDHIYSATDISDGTSDIHSEDGCLNAVHNDYDEHEGDEDSYISEVLEENVNGSMVDDEVEAD FEDDIEGNDVHMEVEMNNSSLSFGMNGSVNSHTLQTKNTERVTRVASGENKWTQVRKGTKIIVQVVKEGLGTKGPTLTAY PKLRSRFWVLIARCDKIGVSKKISGVERTRLKVIAKRLQPEGFGLTVRTVAAGHSFEELQKDLEGLLSTWKNIMEHAKSA ALAADEGVEGAVPVILHRAMGQTLSVVQDYFNENVKKMVVDSPRTFYEVTNYLQEIAPDLCDRVELYDKKVPLFDEFKIE GELDNILSKRVPLANGGSLIIEQTEALVSIDVNGGHGMLGHGTSQQKAILEVNLTAAKQIARELRVRDIGGIIVVDFIDM TDEVNKRLVYEEVKKAFERDRSMVKVSELSRHGLMEITRKRVRPSVTFMISEPCACCHATGRVEALETSFSKIEQQICRF LATMDCKADPGNPKSWPKFILRVDHHMCEYLTSGRKTRLAILSSSLKVWILLKVARGFTRGAFEVKPFADDKVGKNQNQV ALSILRSSEARTKKPGQNLTLVQVKKSKARGK
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 | 69 | 180 | 112 | 4.5E-11 | ||
| ProSiteProfiles | 72 | 181 | 110 | 15.326 | ||
| SMART | 77 | 170 | 94 | 0.0018 | ||
| SUPERFAMILY | 77 | 179 | 103 | 2.7E-16 | ||
| Pfam | 82 | 165 | 84 | 6.1E-11 | ||
| PANTHER | 157 | 992 | 836 | 2.3E-250 | – | |
| PANTHER | 157 | 992 | 836 | 2.3E-250 | – | |
| TIGRFAM | 336 | 874 | 539 | 2.4E-105 | ||
| Pfam | 563 | 842 | 280 | 1.9E-84 |
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 | RNA binding | Interacting selectively and non-covalently with an RNA molecule or a portion thereof. | ||
| Molecular function | Ribonuclease activity | Catalysis of the hydrolysis of phosphodiester bonds in chains of RNA. | ||
| 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 | Carbohydrate binding | Interacting selectively and non-covalently with any carbohydrate, which includes monosaccharides, oligosaccharides and polysaccharides as well as substances derived from monosaccharides by reduction of the carbonyl group (alditols), by oxidation of one or more hydroxy groups to afford the corresponding aldehydes, ketones, or carboxylic acids, or by replacement of one or more hydroxy group(s) by a hydrogen atom. Cyclitols are generally not regarded as carbohydrates. | ||
| Molecular function | Starch binding | Interacting selectively and non-covalently with starch. |
Expression pattern of LotjaGi1g1v0125400.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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