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| Field | Value |
|---|---|
| Gene ID | LotjaGi5g1v0018400 |
| Transcript ID | LotjaGi5g1v0018400.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Disease resistance protein (TIR-NBS-LRR class), putative; TAIR: AT5G17680.1 disease resistance protein (TIR-NBS-LRR class); Swiss-Prot: sp|Q40392|TMVRN_NICGU TMV resistance protein N; TrEMBL-Plants: tr|A0A072UMY5|A0A072UMY5_MEDTR Disease resistance protein (TIR-NBS-LRR class), putative; Found in the gene: LotjaGi5g1v0018400 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr5:3554554..3567720) extracted from Lotus japonicus Gifu genome v1.2.
CGCGTGCTTCCACAAGTCTAAAGCTATCAATAATTCAAAAGTCTAAGTCTTGCTTTTTCCAACTTTCACTTTACTTACCT GATACCCTATTCTATGCATTGAAGAGATATCATCAAATCATTCCCAAATCCCAGAAGCCAATTGAACTTCTTACCACATA AACTTTCATCATTTCCACTGGATTGTTAAGAGTTCTGGCGAAGAAGATCAAAGATTGAGGAACGCAAATAGAGAAAAAGA CATAAATGTAAGTTCCTTTCTTATAACCTGCAACTTGTATTCTGCTTTATGTAGAATTTACACATGATTTTTAGAAGATG TGATATAGTCATACAGATATAATTGAAAATCAAGAGAAAGCATGGAAAACTTTTCCTGTATTATGAAATCTGAAAACTTA AACTGGACTGCTTGATCTAAGAGCTAAACCTTTAGTTAGAAGTTTAGACAAAACTAACTACTCCTCTCAATATAACGGTT ACAACCAACTGTATTTAACAGCATATAACAAACTTAGCAACTAACTGTTAAACTACAGCTTGTTAATGGGGCGGATCCAC TCATAGGCAAGGTGTGGCTTTAGCCACACCAGTTTTTTCTTTTTTTTTTTCGTAAAAAAATTTATATGCTTGCCAAAAGA AAAATCCTCAATAGTTTAACCAAGCTCTCTCTCTCTCTGTTCATGCCTCTCTCACGCAAGGTCTTTCTGTTTTCTCTGCC ATATGAACTGGTTAGCTAAAAAAAACATGAAGAGTAGCTATTATGTTCAATGTCACCAACAAGTTGATTTTACGCTTTCT CAGTTTTCAGTGTTTCGCTGGCGCATTTGTGTGGGTTGAATATCCAAAAAAATCTAGTTCACGTTTAAATCTAATATCCA GCCTACAATTCTCAACAATTTTCATCTTCATTATTGTTGTCTTCATTATCTTCTTCATCATCCTCTAACTCTATTTAGCT TATTTCAATAATTTTTTTATGGAAGCTTACAAATTAGAACTTACAGAATAAATTATAAACTATGTTGACATAAATTTTCA CCCTTTAGGATGTGATTAATTAACTTATTTTCCAAAATACAATATGTACAGACTTTACTTGCATATACAAATAAAAACTC ACTAAAAAGGTCCTGTAACCAGAGTCAAACAAGATATATAACATGAATACTCTTCCTACATTATTAGTACCCAATAATGG AAGAAGCAGACATTGATTTCTTTATCAATTGAAGAGAAGGTTACAAACTTACAATTCTACAATTGAGGTTAGGAGAGACA GTTTTTTTGCTTATCAAAAAAAAGGAGAGACAGTTTTTGACTTTTTGTCTTTACCTTATGTTGCTCACTTCACTAGTTAG ACAAATTACAGAGTTGTTATAAATCTCCCTTCTCTTCTCCTTCAATATATATTACAATTGATTATAAACTGTATACACAA ACCATTATAAACTATATCTGTGTCCACTGGATTCTTGTTAGATACATGATCAGATGACTTAGTTCCTAATCCTTCTTCCT GTTATTGAGAAATCATCAATATATTTTATATGTATGTGTATAATATAATTATATATGTGTATTTATAGTTGTGTTCGTTG GTTTTCTTTTATTTTTCTTATATAGACAGTTTTATTTGAGTTTGGTTTTTGTGGGTAGCAGGTCGGTGTAAGCAAAACAG AATTGTTGCTCTGTTATTTTGGTTTTTGATGGTTTCATTGCTCTGTTATGTTTAGCCACACTGATATATAAGTTCTGGAT CCGCCCCTGCTTGTTATACATGATTACATCTCACATCACATACTCACAATTTCTTAATTTCTAAACAGATCGTCCAGCAT CGACTTTTGCTATGGATATCAACAGAATCCAAAGCAGCTCTTCATCACCTTTGTTTAAATGGAAATATGATGTGTTTGTG AGCTTTAGAGGTGAAGACACAAGGAACAACTTCACTGATCATCTTTTCGGTGCTCTCCAAAGAAAAGGCTTTGTTACTTT CAGGGATGACACTAAGCTCAGAAAAGGAGAACAGATATCCACTGAGCTTCTACAAGCAATTGAAGTATCCAAGATTTTGA TTGTGGTATTCTCAGAAAACTATGCTTCTTCCACATGGTGCTTGGAAGAACTGGCAAAGATTGCTGACTGCATTGAAGTG CCAGGACAAACTGTTCTGCCTATTTTCTATGATGTGAGTCCATCTGAGGTGCGAAAACAAACCTGGGATTATGGAAAAGC CTTTGCAGATCATCAAGAAAGGTTCAAAGAAAATTTAGGGATGGTTCAAAAATGGAGGGAAGCTCTAACACAAGTAGCCA ATCTCTCTGGCTGGGATGTGAGGGATAAGTAAGTAACCCTTTCTGTTTTTGCAATGAGTTGATCAAGGGGGTTGTTATTA ACACCCAAAAAACCACACCATGAGTAATTTCCTAAAATGCAATGATTCATTGTTTACGAAATTTGGTACACCTTTTTGCT ATTAACATATGGGAATTAAAACTCGGTAGTAAAAACCCAGTAGCACATTAAAATTACCTGGAAAACCCGGTAACTCACCT GCTGGATTTTCGAAAACCTAACGGGTTTTAGAACCTAGAATTTAAATGTATATATACTGGAAATTCAAAAATCTTGTAGA TGAGATTTTAAGATACTGGATTTTCAAAAATCAGGTAGATATGGAGGTTATGGATGAGAACGTGGAAGAGGCGGGAGTAG TTTTGGAATTTTAAAAAGAAGGGGGTGTATTTGGGTGTTGGGGGTGTGAATAACGACCTAGTTGATCAAATATCAACAAA ATTCAATGGTTTTCCATTTAACTTTTTTATTAAAGATTTCTTAGAAAAGTTTTAATTAATTACAGAAGCACTTATATATA TATATATTATGCTTTTTAATGATTTTGTTTGTTTTTAATAGAAAAGAAATTGTTAAGAATTCTATTAAATTACATAAAAT ATTTTTTCTTTCATATACATTTGTAGTTGTTAGAATATAATATTAAACCATTCATATGACCCTTATCTAATAGCTTAAGC TTTTGGGATAATTGGTCACTTGACATGGTATCAGAGCCTCTATGACTAAGTGGTTTAGAGTGCGATCCTTGCCGCCCCCA TTATTCTTATAAAAAGATAAATTTCAGCATATTGTATAGGTGAACCTGTGTATTGTTCATGCTTCAAGCCCAAGTAGACT ATTGTGTGAGGTGTGTGTTATAATATAACAAGACTTAGACCCGCGCGTTGCGTGGTTAGAGAAATAACTTTTATTTAGCC ATTGCTTTTCTTTGATGGAGTAGAAAGTCACATATAAAATAAAATACTATAAATGTGTCAATAATATTTTTTAAAAAAGG TGCCAAAAAAATTAAGGAACTTTGATAGCGAGTAATGTGATTGTAGATAACTCTGTTTTCGTGTATGTTAAGTATATTTG AAGATTTAAAAGTATAAAAAAGAAAGGTAATTGTCATTTAGAAATCCTATGATGGACACAATATTTATGTAGTTTAAAAG AAATATGACATTTAGAATCTTGAAAGGTATCAGAAGATTTGTTAGAAAACCTTTATTCTTTTTCTAAAAATTTTGAACTT TTTCTTAATCTATTTTTGGGTATTTGCTCATGATTCTGGTGCGGAAGATTAGTAGCAAGACGATCTGCATGAAAACATTT GTAAATATTAGTAGAAAGTAAAGGGCTGAACTTGTGTCTTATTAAAAACAACTCTAGTTCAACTTTTTCTAGTTCACAAT TACTTATAAAAACATGAGTCATTCATAAACTGAGAGCAAAATGGTGGAAGGGTTGTAGAAGAAGAAAGAGCATATGCCTT CAAAATTCATAATCAAGTAACAAAATTTGACAATATGATGATACCTCCCCTAGAGATGTTTCCTAGTGCCCATTAGTTGT GGTGTCACTCTTTTCACCATCATGAGCAAATTCCATAATCTCAATCAAACAAACAAAATGCAAGTAAGATACCCCAAAGG ATAAAAAAAACAATTTTACAATGAAAATGTAGAGTATTTGTGTAACAGGAATAATAACTACAAGATAGCATATTTTATAA TTCAAAATTAGACACATACCAAAGGGATGTCCAGCTTTATAAGTAATATTGAAAATAAAAACTAACAATGTATTCCCAAA ATCAAATAAGCAGTATCATACCAAAGAAATAAGGTAGTCACACTCCTTGTCTGACAAAAAAAACCTTTGTAGAGAAAGAC CCTACAGCAACAGGGACAAAACAACATCAAATGTTGAAATATTAAAAGCAATGTGAGTAAAAAACTGCTAGTATAAGTGA AAAAAAATATAAGATCCATTTCAAAAAGAAAAAATATAAGATCTGCATAACTTAATGGCTAAGGGGAAGTTCTAGAAAGT ACCTGACCTTGGTTGCCAAGAGATTTGGAAAACACGAGAGGGATCAACTCTGTTAGAAAAATAAAGAGAGTCTCCTTAAA GCCCCAACTCAGAATCATGTTTGTTCCTTAATTCCTTGCTAGTGCAAAATTAACAATGGCAAAACCAGTGTAAAGCAATG TACTTTTATATATAGATTGTGAGAAGCAAAATTGGTGAAAGAGATAAATGGAGAGGAGGAGGAGGAGGAGCAGGGTAAGG AAAAGGGAAAGGGAGGGCATTGGTTCATGAAGAAGGAGTGGTCGTGCAAAAGTGTTTGTAATTCTTTGTATATCTGTGAA TGTGATATGAAATTTGCAATTCATTGTGATGCGAATCGTTGCTAGTTTGTGAAGAGGATATTGATTGACAGTTTCAAAAT AAATGTTTTAGGTGAAAATTGGAAACGGTTGCTGGGAAAATAAAAAAGTTTTGTAAATTAAGAGTGGGGAAAATAACGTA AATGTTTCATGGGTGGACCGATCAATTAGGAGATGAGAATGGGAACAACACTTGATAAAATGGTAGAAGATGACACATAG GATAAAATGCTGAGGTGGACACTTTGACAAAGAGTGAAAACGTGAGGTGTCAATGTCACATTACGCGCTTCACAATTCCT ATATTATAATAGATATAAAACATTCATGTGACTCTTACCCAATAGTTTAAACCTTTGGGATAATTAGTTATTTAATATTA TGGGTTGTCATTTAATGATATGTTGTTTCTTCCTTTGGTCTTAAGGCCACAATATGCAGAGATTGGAAAAATCGTTCAAA AGGTAGCGTGCATATTAGCTCAAAAACATTTAAAATTACCGCATGATATAGTTGGGTTGGACTCACGGGTAGAAGAACTT GAAAAGCTTCTGGCTTTGGACTCAGATGATATTGGAGTTGTAGGGATTTGTGGAATGGGTGGAATAGGGAAGACAACTCT TGCTACTGCTGTGTATGACAGAATCTCTAATCAATATGATGCATCATGTTTTATTGATGATATGAGCAAACTTTATGCAA ACTACGGTCCCATTGGCGCACAAAAGCAACTTCTCTGTCAAACTCTCAGTGAAGAAGAAAATCTTCATATATGGAATCTT CCTAAGGCAAATAATTTGATTCGAACAAGGCTTTGTCAAACAAAGGCCCTCATAGTTCTTGATAATGTTGATCAAGTTGA TCAATTGGATAAATTGGGTATGGAACGAGATTTGCTGGGTAAAGGGAGTAAAGTCATCATAATTTCTAGAGATGAACATA TCTTGAGATCATATCAAGTGGATGAAGTTTACATGGTTCAACCTTTGAATGATTACAATGCTCGTCAATTGTTTTGCAAA AAAGCTTTTAAATGTAATGATGTAGTGAGAGATTACATGGAATTGGTATGTGATGTTCTAAGTTATGCTAACGGCCATCC TTTAGCAATTAAAGTATTGGGTTCATTTTTGTTTGGTCGTGATGTTCCTGCATGGAGAAGTGCATTGGTCAGATTGAAAG AAAATCCAAGGAAAGATATAATGGATGGGCTTCGAATTAGTTACGATGCATTGGAGAGCACCGAAAAGGAAATATTCTTG GATATTGCTTGTTTCTTTGATGGCAAAAATGAGGCATATGTGAAGGAATTTCTAGATTTTCGTGGATTTTTCCCTCAAGT TGGTTTAAGAGTTCTCATTGATAAATCACTCATAACTGTTGAGAAGAGGCTTATTAGGATGCATAAATTGTTGAGAGAGC TGGGAAGGAGCATTGTTCGAGAAAAATCACCCAAAGAACCAATAAATTGGAGCAGGTTGTGGGACTACAAGGATCTGCAA AATATTTTATTAGAAAACAAGGTACATAGTTTTTTTTTATAAAATCCTAAGTTCTCATTTTTATAGAATTGATAGGCAAT CAAAATATTTAACATTTTCTTTTCTCTGCAATCCTTTAGGAAGCGGAAAATCTGGAAGTCATAATCGTGAAGAACTTTTC ACCAGATACAACAATGAGGGCTCATGTTGATCAAAAAAAAAAATAAAAAAATGAGGGCTCATGGTTTATCAAAAATGAGT CACCTTAAGGTGCTTGAGCTTTGGAATATAAATTTTTCAGGAAGCCTCAATAATCTTTCTAATGAATTAGGATATCTTTC TTGGTATGAATATCCTTTCACATGTTTGCCATCAGAATTTCAAACTGACAAACTGGTTAAATTGGAGCTACGCCGTAGCA ATATCAAACAACTATGGGAAGACTCAAAGGTACCGTAAATTATTGTTCTTATTCTCTATTTAACTTTTCCTTAGATGAAC TGACAAAAAGATAAGTTACCATTTTTGAGTTAAACTCATCTCTTGATATGCCCATTTTTGCAGCCTCTGCCCAGTTTGAG ACGTATTGATCTCTCTAACTCGAAAAGTCTTATTAAGACGCCAGATTTTAGAGAGATCCCAAATCTGGAGCGGCTAGATC TTGAAGGATGCGTAAAACTTGTGCAGATCCATCCATCCATTGGAATTTTGAAAAAGCTTATTTTTTTGAACTTGCAAAAT TGTAAAAATCTGGTCAGTATTCCCAATAGCATTTTTGGAATTTGTTCTCTTAAAGATCTAAATCTCTGTGGCTGCTCAAA ATTACTTAAGCTCTTAGATAAAACAAAGGATGGAGATCATTTGAAGAGGCTTGAAATAAAGGAAAGAACTATCCAACGAC TGTCAACATCATCCATCTACAAAATTCTTAAGTTTCCTTTCCATTCTCGGAGGCATGGAGATGCATTTGGTTTATTGCAA TTGCCTGATTATGCTTGTCTCCCATGTTTGCAATATCTTGACCTAAGCTTCTGCAATCTACTTGAGATCCCTGATGCTAT TGGGTTGTTACATTCTTTAGAAAGATTAAATTTAGGAGGAAACAGTTTTGTGAAACTACCTTCTAGCATCAAGGAACTTT CCAAACTTGTAGTTTTGAACCTGGACTACTGTAAGCAACTAAAATACTTGCCTGAGCTCCCATCAAGAACTCTCTTGCGA ATAAGAAGCGGAACATTTTATTCATGGTTTTATATTTTTGAGTGTCCTAAATTGTGTGAGATGGATCGCTGTTATAGCAT GGCTTTTTCTTGGATGATACGAATCCTAAAGGTACATACTCTATCATCTGTTTCCCTATTTCTCGTTTTGTTCTCTTTTC TGTGCAAGTAGACTAACACAGACTTATTTTTCTCTTACCAGGCACTTCACATGCAATCCTCTTCCGCCCTTGGTCATGTT GAAATTATTATTCCTGGAGCTCAAATTCCAATGTGGTTCTCCAATCAAAATATAGGTCGTTCAATAAGGCTGGATCCTTC TCCCATTTTGCTTAACAAAAATTGGATAGGTGTTGCTTGCTGTGTAGCATTTGTGGGGCATCATGATCCAACTAATTTGA GTGATGACATAGGTTCTCCCATTCTTTGCGGTTTCCAAACGAAATTGAATGGGTACTTTTCCCCCATGCAAGCACAGGTT GGGAAAGATCTGATCACAGATGGATTAGATCACATGTGGCTACTCTTTTTCAGTCGAGAGGAATTTTTTAGGATATATGC AACAAAAGGAATACATGATCTTCTTGATGGTATGAAATTTGAAACCGATGTTGGGCATCCCAAAGGTTTGCATTACGAGG TGAAAGAGTGTGGGTATCGTTGGGTATTTGAGGAGGATCTGGAACAATTAAACCCAGAAATGATGTATAGTGGAAATTCA TTAGATCGGAAGCAAAAGTTCATAGCAAATCATTAGCTGTGTTGTATCACTGAGACGTTTAATAATCCATTTGAGGTAAG TCTTTATACATAATAAGAGCACTATACATGTTATACAATTATAATAATTCACAAGCACTCTGTTTCTTATATGCTAATGG CATATGATATGGTGATTTTGCTTAATCTTGTCTATTTCCAGGCTGGAGTCAATTTTAACTGTGAACATTGTTCAAGTCAT GATTAGTATTGGGCCTTGGATTGCCATGAATGATCTGCAGCTAGTTGTCATGATTTGGAGGGGGAAAAGGTACATAATCT ACTTGGACATAACTATCTATGTTTTTTTTTCCAAATTGGATATAACTAACTATCTTAAATCAAATATTTCTAACAATATT CAATAGATTAGTTGAAGTTGTTATCGAGCTCCTTTTATCATTTTACGGGCGTAAATTATTTGGTATTCCGTTCGTAATTT TTTTAATATTTATGGAAGGGAATGAAAGACTTCTACATTTCACATTTCAATAGTAACAGACTAAATGTAAGATGCCTTGA GAATCTATGCTACTGAGAAAAAGTTAAAATTGACATTTCTTTATTATTTTAAAAGAATATGTGTACACAATGATGTTTGA GTGTCTTTAATCTTTATGGTACCTGTTTAGCACATTCACCTTTTGTCTTTAGGCACCCGTTTAGCACAAAAATTATTAGT TTATCACCATTTGTCTCAAACCAGAACACTATCATAGACCACCAAACTTTTCATCCCCAAGTACTTGAACTTGAAGATAC CGGAAGAGGTTGGAACAACACCAGACACCATAGTAAAAGTAGACATCAACTTAAAAATATTTTTATAAGGAACTCAAAGA AGAGACAGACAATAAATTGTGGAATAGAACTTCATAATGAAATAACTTTGTTTTGGTAAAAATGAAAAGAAGAAAAAAGA CTTGAGGTTTGTACCAGAACCTGAGATTTTGTGCTGACTATCTTGATGCCCTCTTCGTGTTGTTTATTTTTTGTAACTTT TAGGACGTTTACTACTAGAGCTTTTCATCAACACTTTGGATGAACACTGCGGCAAAATCTATTTCTTGAGCTAATAGTTT TTCCATTTTTTGACAGCTCCTAAATCACCTAATAAATTTGAATCATTTGAAGGAGTTTTACCAGTGGGATTCAAAGAGAG GGTTCAAGGACGAGGGGTTGTGTGCATAAGGGTAGGTATAACTCGTATAAGTTATGGTGCAGTCTTTCATATGGTGCTCT CTGATGTTAACAAGTTCCAAGGTGTTTTTACCTGACATAGTTAGTCAAATTATGAAAGCAGGATTGATAAGCAGCATCTT AAAAGTTTGTGTTGAAGTGGAGAAAGCTGAAAAAGATGGACAAATGAGAGTGCCTGCAATGCTCTGAAAAGTGAGGTCGG AGAAATCATACTAGGTCGAGAAGACTTTGCAATCTGAAGTGTGTGTATAGTGATATTTTATATCACAGGCTTCCAAGCTA TACTCGGGTCATTTCCTAGTGTCATGTATGACAGTCAATTTACTTTTGTATCTGTAAAAGTTAAGATGCAAAAGTGTGCA GAAACTTTCAGTGAATAAAGATGTATTGTGTTGATATGTTGAGGATTAAGTGTATTTATTGGTGTTTGTATTTATTGTGG AAGAGGGCCTTGCATTTCTTCAGTTAATTAATATCCACCCCTTTGTCAGCAGAAATTATTCCTTTACAATTTTATAGATT AACTTACAACATATTAGCCAAGTGCTAGGAAGGTATGAAAATCATAATTACTTGCATGGTTTTGATGCTATTTGGAATCA TATCTGTGAGTTGACTTGGTTGTGGTCTTTAGGTCTCAAAGTGTTTGAGGAGTACCTAGTGTTATTTAGGGACAGCAATG GCCAGCTTCATTGTTATGAAGATCGATCCCTCCACAGGTGAGTGAGTGACTTGCAATTCATAATGACTGTAGTGGTAGGT TGAATTTGCTATCAAGTGCCATCTGGGATCACATGAACATCCCCTAAGGAAGACACACGAGGAATTCATTATTTATTTAG CTAAAGATGCAATACAGTAGCTCCACTATTTTGAAACTATGTTTATGTGGATCACTTTCATAGTAGCTTTGCTATTTGCT ATGGGTTAACTCTGTTGAATTGATTTCTGAAGTTCTTTGCCTTGCATTGCAAATTAATGTTTTTTTGTGTCTGTAGGATG CTAATCTAAGCGCAGAGTTGGTTCTTTGGTCTCTCACTTCCAAAATTATGCTTCTTCTGTGGTATTTCCTTTTAGAATAT GATTTTAGCTCTATAAAACTGTTAATTGGTTTTTAATCTGTTCTACTGGGTGCTCTGTCCTTTGTCGAGCTGAACATTCA ATTTGCACTGCTAGGCTGATCATAGGACAAATGCGCATTGTGCATTAGCTGTTTAGCTAAGTAAACTGTAAAGAATCACG TATGAAGAATAGTCATCATGTCATCTTCAAATTTTGTTCTCTAAATTAAGTTGTTAAGTCCTCTTGTGATCTGCAAAACT AATCATTTAGTAGTTCATGTTTACTCTCGCGTGGTTTGCTACCCTCATTCCAATGGCTGTCTATTTCAATAAACATGGTC TTAGTTCTTGGTTTAGTCAAATCATAGTCAATGTATTTTTTTCTGTCTCCTCTATCTCCCTTTTCACTCCGGTGGCTAAT ATTCATTTAGAACAATTTATTTTCTTTCACTGATAATTGATCTTCAGGTCTTTTGCCTTTCATCTGTTCCCTGGAGTAAA ATGAGTGAACTTATGGTATTTTTGTTTAATTGTGTTGCATCAGTGTCATACTGTTCTAGTTGCTTCACCATATCAACCAA ACACAGCAGGAACCTTTAGTTTTTCTGATTTGAAATATTCAGAAGCTAAATAAGCTTCCAAGTCCAACCAACTGAATATG AGAATGTAATGATTTATCAGCTTGCATGTGCATTCTTTTGGAATAAAGTCTTCATCCTGAATCTTGTTTCATTTCTGTAC TTGTTCTTTATTCTGCATTTATCATCAGCATCATGTTCGTGGTCAAAGCATATACTGAATCAAAGCATGTGTTTGGTTTT TGAATCAAAGCATATTCAAGGCATTTTAGAAACAATGAAGGATGTCAAATGGGTCATAATAAGTTCTGAGTCTTGTAAGT GCTGTTGATTGCCACTGAAAATATGTTTTGTAATTATGATCAAGTTCAATGCATCATATTGTATTACCATCATTACTCTC CAGGTTTTTGACATGTTCAGTGTCATGCACACAAGCCAGAGAATATGCATTATGCAACATGTTGTGTTTATAAAACTTTG CTTTTTGAGGAATTATTAGAACAAATTATCACATTCCTTGATTGTTTTAATGATATGATTTGCTGATGTTACTATACAGT TTGTTATTAGTATAGTCAACTTTATCTTGGCTTGGACTTGGGGAGGAGTTTGGGGGAAAGCCATAGCATGTGGTAAATGG TTTGCAACAGAAATTTCCCAATACAATTTTCAAATTTTGAATCCATTGAATTGCGAATAAGGTGATTTCAACCTTACCTT GCTTGAATGTTTGAAATAAATACTTTATGAAAAAAAAAAATAGCCGCTTATGCTGTTTTTTTGTTAATTTCAGCGTTGTC ATATAGTGGAGTTAATCAAGAAAATTTACTTCAATCTGGTTTATGAGGGAACAAGAGGAAAATGGAAGGAATAAAATTCT TCCTAACTCAATTTTGACTCCCTGTTAAGAAAATTTGAATGAAAGGTAAATCATGTGGCTAAAATATCACTACTAAGCTT TGGAATACAACCCCTTGTGTAAAAAAAAAAACAAGGTAACAATGCGTGAAATAGATCATACGGTCGAACTCTTTTCGACC CCTTCCTCAGACCTCACGCATAGTAGGCTGAGCTTGGTGCTTGTTGTGGTATCTTAATTTAAATGAGGGTACGGTACCTT AAATGATGTAAAACCTCTTTATCTCCAATTTTTTTAACTTCTAAAAGCCTCTAGCATAATCATTTATGAGCATTTTAATA GATTATCTCATTATCTTGTCGTTCGCCAGACACTAATTTTCATATCTCACCCTTATTGTGGTCGATAACTCTCTTGTTCT TTCTTCGTATACAATTTCACTTCCACCACTAGTTTCTGACTTAAAAGAGCTACAACAACCGGCATGACGTCTAAGATTCC AACAAAAGTTAAAAGGTCTAATCATTTCACTTTATCTGCCCTTCAATTTCACAATTTCATCTAGTCAGGGTACCGTACCC AAAAGAATTTCAGGGTACCACATAATTTACCCAGGAGCTTTGATGCACTTGACTTCCCTTTAATGTTTTGGAATCTAAAA TTATATTTTAAAAGAAATGGCATGAAGAGTGCATTTATTAAAAAATCATTCTCCTCCCCTTGTAAACGAAACAAGGAGAT TGTTATTAGAATATTAGTATTTCTCTCGTCTTCGCTTTTTAAGAGAGCATAATGAGAATTAAAATCCCTTCCCTTCCCTC ATTTTAACCAAGCAAATCACCTCTTAAAAACAGAACAATCATGGAAGAAAATAAATTACTAAGCCTGTTCTGCTAGCAGA ATATTAAAACATCAGACTCTCCAAAAACCACTAACTTTACACACCATATTAAATCCTTAACCTTAAATATAAAATATCAA CTAACTCAGTTAAGCTCAATCCAAATATGATGCAATCTAAACAAGCAAACAGCGGTATCATTTTACGAGAGCAAACAATA AGATACTTGTATGATAAATTGATGAGTAGTAAGCTAGTAGCAACCATTATGCAGCAGGAAAGCAATTGATCATCAGTTAG TTTGGAAGGTAAATTATTTGTCTCGTCCAAAAGGAACAAGCACAATATGGCAGAGAATCAGATGCAACTAATCAGTGGAA GGAAATACTATGTATGAACCAATCTTGTTGTTAGTGTATATTCATCC
CDS sequence (LotjaGi5g1v0018400.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGATATCAACAGAATCCAAAGCAGCTCTTCATCACCTTTGTTTAAATGGAAATATGATGTGTTTGTGAGCTTTAGAGG TGAAGACACAAGGAACAACTTCACTGATCATCTTTTCGGTGCTCTCCAAAGAAAAGGCTTTGTTACTTTCAGGGATGACA CTAAGCTCAGAAAAGGAGAACAGATATCCACTGAGCTTCTACAAGCAATTGAAGTATCCAAGATTTTGATTGTGGTATTC TCAGAAAACTATGCTTCTTCCACATGGTGCTTGGAAGAACTGGCAAAGATTGCTGACTGCATTGAAGTGCCAGGACAAAC TGTTCTGCCTATTTTCTATGATGTGAGTCCATCTGAGGTGCGAAAACAAACCTGGGATTATGGAAAAGCCTTTGCAGATC ATCAAGAAAGGTTCAAAGAAAATTTAGGGATGGTTCAAAAATGGAGGGAAGCTCTAACACAAGTAGCCAATCTCTCTGGC TGGGATGTGAGGGATAAGCCACAATATGCAGAGATTGGAAAAATCGTTCAAAAGGTAGCGTGCATATTAGCTCAAAAACA TTTAAAATTACCGCATGATATAGTTGGGTTGGACTCACGGGTAGAAGAACTTGAAAAGCTTCTGGCTTTGGACTCAGATG ATATTGGAGTTGTAGGGATTTGTGGAATGGGTGGAATAGGGAAGACAACTCTTGCTACTGCTGTGTATGACAGAATCTCT AATCAATATGATGCATCATGTTTTATTGATGATATGAGCAAACTTTATGCAAACTACGGTCCCATTGGCGCACAAAAGCA ACTTCTCTGTCAAACTCTCAGTGAAGAAGAAAATCTTCATATATGGAATCTTCCTAAGGCAAATAATTTGATTCGAACAA GGCTTTGTCAAACAAAGGCCCTCATAGTTCTTGATAATGTTGATCAAGTTGATCAATTGGATAAATTGGGTATGGAACGA GATTTGCTGGGTAAAGGGAGTAAAGTCATCATAATTTCTAGAGATGAACATATCTTGAGATCATATCAAGTGGATGAAGT TTACATGGTTCAACCTTTGAATGATTACAATGCTCGTCAATTGTTTTGCAAAAAAGCTTTTAAATGTAATGATGTAGTGA GAGATTACATGGAATTGGTATGTGATGTTCTAAGTTATGCTAACGGCCATCCTTTAGCAATTAAAGTATTGGGTTCATTT TTGTTTGGTCGTGATGTTCCTGCATGGAGAAGTGCATTGGTCAGATTGAAAGAAAATCCAAGGAAAGATATAATGGATGG GCTTCGAATTAGTTACGATGCATTGGAGAGCACCGAAAAGGAAATATTCTTGGATATTGCTTGTTTCTTTGATGGCAAAA ATGAGGCATATGTGAAGGAATTTCTAGATTTTCGTGGATTTTTCCCTCAAGTTGGTTTAAGAGTTCTCATTGATAAATCA CTCATAACTGTTGAGAAGAGGCTTATTAGGATGCATAAATTGTTGAGAGAGCTGGGAAGGAGCATTGTTCGAGAAAAATC ACCCAAAGAACCAATAAATTGGAGCAGGTTGTGGGACTACAAGGATCTGCAAAATATTTTATTAGAAAACAAGGAAGCGG AAAATCTGGAAGTCATAATCGTGAAGAACTTTTCACCAGATACAACAATGAGGGCTCATGTTGATCAAAAAAAAAAATAA
Protein sequence (LotjaGi5g1v0018400.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MDINRIQSSSSSPLFKWKYDVFVSFRGEDTRNNFTDHLFGALQRKGFVTFRDDTKLRKGEQISTELLQAIEVSKILIVVF SENYASSTWCLEELAKIADCIEVPGQTVLPIFYDVSPSEVRKQTWDYGKAFADHQERFKENLGMVQKWREALTQVANLSG WDVRDKPQYAEIGKIVQKVACILAQKHLKLPHDIVGLDSRVEELEKLLALDSDDIGVVGICGMGGIGKTTLATAVYDRIS NQYDASCFIDDMSKLYANYGPIGAQKQLLCQTLSEEENLHIWNLPKANNLIRTRLCQTKALIVLDNVDQVDQLDKLGMER DLLGKGSKVIIISRDEHILRSYQVDEVYMVQPLNDYNARQLFCKKAFKCNDVVRDYMELVCDVLSYANGHPLAIKVLGSF LFGRDVPAWRSALVRLKENPRKDIMDGLRISYDALESTEKEIFLDIACFFDGKNEAYVKEFLDFRGFFPQVGLRVLIDKS LITVEKRLIRMHKLLRELGRSIVREKSPKEPINWSRLWDYKDLQNILLENKEAENLEVIIVKNFSPDTTMRAHVDQKKK
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 |
|---|---|---|---|---|---|---|
| SUPERFAMILY | 8 | 161 | 154 | 3.14E-45 | ||
| Gene3D | 12 | 182 | 171 | 5.7E-66 | ||
| PANTHER | 16 | 545 | 530 | 6.1E-186 | – | |
| PANTHER | 16 | 545 | 530 | 6.1E-186 | – | |
| ProSiteProfiles | 17 | 158 | 142 | 31.565 | ||
| Pfam | 18 | 166 | 149 | 2.3E-44 | ||
| SMART | 18 | 158 | 141 | 7.8E-49 | ||
| Gene3D | 183 | 350 | 168 | 5.0E-31 | – | |
| SUPERFAMILY | 187 | 446 | 260 | 8.38E-60 | ||
| Pfam | 201 | 424 | 224 | 1.0E-24 | ||
| PRINTS | 217 | 232 | 16 | 5.5E-16 | – | |
| PRINTS | 294 | 308 | 15 | 5.5E-16 | – | |
| PRINTS | 387 | 401 | 15 | 5.5E-16 | – | |
| SUPERFAMILY | 423 | 526 | 104 | 9.79E-12 |
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 | 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). | ||
| Biological process | Signal transduction | The cellular process in which a signal is conveyed to trigger a change in the activity or state of a cell. Signal transduction begins with reception of a signal (e.g. a ligand binding to a receptor or receptor activation by a stimulus such as light), or for signal transduction in the absence of ligand, signal-withdrawal or the activity of a constitutively active receptor. Signal transduction ends with regulation of a downstream cellular process, e.g. regulation of transcription or regulation of a metabolic process. Signal transduction covers signaling from receptors located on the surface of the cell and signaling via molecules located within the cell. For signaling between cells, signal transduction is restricted to events at and within the receiving cell. | ||
| Molecular function | ADP binding | Interacting selectively and non-covalently with ADP, adenosine 5'-diphosphate. |
Expression pattern of LotjaGi5g1v0018400.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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