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| Field | Value |
|---|---|
| Gene ID | LotjaGi6g1v0133200 |
| Transcript ID | LotjaGi6g1v0133200.2 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Disease resistance protein (TIR-NBS-LRR class); TAIR: AT5G36930.2 Disease resistance protein (TIR-NBS-LRR class) family; Swiss-Prot: sp|Q40392|TMVRN_NICGU TMV resistance protein N; TrEMBL-Plants: tr|A0A072UH68|A0A072UH68_MEDTR Disease resistance protein (TIR-NBS-LRR class); Found in the gene: LotjaGi6g1v0133200 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr6:38438439..38449612) extracted from Lotus japonicus Gifu genome v1.2.
GTCTGACATGACACATAAATAGTGTAGAATAATGCTGAATAGTGTATAAAAGTCTAAGGCATTGGAGTTGCTCTTAGTCG GCTTATAGCTTATAAGTAAGGGATTGCTATGAGAGTTTAGGCATCTAGTATATAGCCGACGATGAAGGCGACCAAAGAAC GATCAGGACCAAAGGGGAGCAAAAACAAACCGAAGCCGGCATGACCTGCGGTCAGTGAGGAAGATTTGGATGATTTGGGC ATTACTACGAGGTCGAGAGCAAAACGCATATGGAAGCTGGGCAAAGAACTGGGTCTAGTGTATGGTGGTTCTGAGGAGGA GGTTATGATCAGTGGTTTGGAACAACAGTTGCTTGAGAATCATCCAGAGGCCGCAAATTGAGTTAAAGGTAGTGATGACA GATTCCTGGGGGACATAATGTGGGCACGGGTTTCATGGAGGTCTCGTGTTTTGGTGGCCAGCGTTGCCTTGTTCAGCTTT TGCTGATTTTCTGAAATTTTGCGGATGGATCCGCGCAAGGTGGTTGTGGATTTTTAGGATAACAATGAAGGATTTGTGGC TGGGTGTTATGGAGATCAAGACTGTTCCATGGGATCCTGGAGGATATTTTTACTTTTCAGTGACAGATTGGTGGTGGATT TTCAGATTTCACAAGTGGTTGCTTTTATATTCACCGTACAAGAAAACAAAGTGCAGACCCAAAACTTGAAGAAATATCAG CAGCAGTGTGGTGGATCTTTGGAATTATTGTTCAATTCTATAGTGTGAATTCAGTCCTTCACCTTGAGGACAAGGTGAAT CTTCAGGGGTGGAGTATTGTTAGGAAGAGGACTCCCAACAAATACATCTGTTCGGAACAGACACATCCGTTCAGGAACAG ATACGTCCATTTGGGAATAGGCACATCTTCGCCAACAGACGCAACCATTTGGTGAACAATTACATCTAGTTAGGAGTAGT TATGGTGTATCTATAAATAAGGATCAGATCTAAATGATTTGGTTATCCTTGGGATCATTGGGAAATTGGAATTTGGGACT TGGGAGAGAACTGGACTCTCAAATTTCTAGTGTTTATGTAATTAATTCTATCTAATTTTCTGGTTCCTATCAGTATCAGC TACCACATCAGTAAGCTTTAATAAACAAATCAGCATTTCAACTGCACAATCTGGCAGTCCAATTGAGGGGAAGTTGATAC GTGAGGAAACAGAGAAGAGTTCAATGAAGACCCCATTTCTTCTCACAATGGTTCATCTTGGTTGAAGAAAGGGGAAGATC ATATACAAGTCATGTGACCGTCTTACGTGTATGCCGCATCACTTATACACATTTGGAAGCTAGATTTGAAGTTTTTTAAT TTTCGACGAAACACTGATGTCAGAACTTAATTTAATTGCTACATCATGTGAACATTGAGGACTCATTCACTCATTTTAGT AAAAAGGAGCTAATTTGCACATCGTGATACTCTGGAGGCTAAAAGTGAAATTAGTCCATTAATTATATATGCTTGATGTC ATTCTTAATTTCATATTAAATAATTGATTTTGCTTTTCTCTGATTCCTAATTTTAATTCCTGCAGTTGTGATGCTGTGGG TAATATTGTGGGTTCTGTTCGTATGGTACTAGATAGTAAATTTTTGTCCCGCCCACTCCAAGCTGTAGGGTTAGATGTTC GTGCTGAAGATTTAATTGACAGATTTGGAATGAGGAGAACAACAGTTAGCTTTGTTGGAATATGGGGAAAGGGAGGAATT GGTAAAACATCCATTGCCAAAGTCATTTACAACAACATTTTCCACAGTTTTGAGGGTTCAAGTTTCCTTGCAAATATTAA GAATGTATGGAAGCAGGATAATGGTGACGATTATCTACGAAAACAACTTCTTTCTGACATCAATAATACAACAGACATGT CAGTAGGTAGCACTGAAATGGAGAAAATGTTATCTCACAAAAGGGTACTTGTAGTACTTGATGATGTGAGTCAGCTAGAC CAACTGAAATCTTTATGTGGAAGTCGTGACAGGTTTGGTGTTGGGAGCACAATACTGATTACAACCAGAGAAAAGCAAGT ACTTGATCTCTTTGAATTGGACGTTGTATATGAAATGAAGAAAATGGACACAAGTAAATCACTTGAGCTTTTTAGTTGGC ATGCATTTAAGCATTATAGTCCTCCTAATGATTTGATCCAACTCTCAAGAAAAGCAATTTATTACTGTGGAGGACTGCCA CTGGCTCTCGAAGTTTTGGGTTCGTTGTTACATGACAGAACAGCGTCAGAGTGGGAATGTATATTGAAGCTGCTTAATAG AAATCAAAGTAATGAGGTACTAAATGTCCTAAAACTGAGCTATGATTTTCTTGATGATGATATTCTTGATGATGATGAGA AGAAAATATTCATTGAAGTTGCTTGCTTCTATATGGGAAAGGACAGACACAATATCACACAATTATTGGATAGCTGCGGA CTTGCTGCCGAAACTGGGATATGTAAACTTATTCAACGGGGCCTTCTAAAGGTTGACCAGAATAACAAGCTTGAAATGCA TGATTTGGTGCAAGAGATGGGAATAGAACTGAATCGTTTGAAGCCAAAATCTAAATGGGTCCATGATGTGTTCCTGAGCT TTCGAGGTTCAGACACTCGCAGGTCTTTCACTTCTCATCTCTATGCCGCTTTACAAAATGCTGGTATTGAGGTTTACATG GATGACAAACTGAAAAGGGGAGAAAATATCTCATCCTCGTTGTTGCAAGAAATTGAATGCTCTAGAGTTTCTATAATCAT TTTTTCAGTAAACTATGCAAATTCAAGATGGTGCCTACAAGAGTTGGAGAAAATCATGGAATGTCATAAAACTATTGGTC AAGAAGTTGTACCTGTATTCTATGATGTGGAACCGTCCGAAGTACGCAACCAAGTTGGATCTTTTGGAAAAGCACTGGAA GAACTTGTACAAAAAACCTCAGCTACGAAAGAAATGATTATCAGATGGAAAAGAGCACTCGCTGAAGCTGCAAACTTGTC CGGGTGGAATCTAAATAGTTACAGGTAATCAATTTTTTCTTTCATTAGTAGAAAGAGGTAAACAAAATTAATCTTTTAAA CATGTGAGAATGCATCACCATAGTCCAACTAATTTTAAAATTGTTGGTATTTGCCACAAATCATGCTTTTAGACAATCAA CTTTTCCATTGAGGCCAATTTTATTGTTGATGCAATGACACCTAATGATAGAGTTTCAAATGGACAAAAGAACGAGCTTC AATTGTCTATGGTCTCATGAAATGGTTCAGTGTATCATTTGTAGTCTAAGCAGTATAGATGAGAGCTAAAGGACAAAATA TAGGAAAGACAAAAATAGTATCTGAGATCATGTAAACATGTTGATTGTTGAAGATTAGATTGGAAGGAAATACCTTTACA AATAGCAATATCGGTAGCATCCTGTAGTTAAAAGTTCTACAATAGGAATTGATTAATAGTTGCATATGCTCATAAGAAAT TTTGATAAATTTGCGTAATGTGAGAAAAGGCTTCATTTTATTAGACGGACCAACTAAAGGCAGTAACGATCTAGGAGAAT CTCATACACAATAGGATGCTTAGAAACTAATAAAGGAGAAAGATTCCTCAAAGAATGTAACAAGTTGCATTAGAGAGTAG AGCATTGAGAAAAGGTAAAGAGAGAGATATATGAGAATTGTTACATGTTTTTATACTACATGGATTCATAACAATAAAAA CAAAGATACCATAATCATAAGAAGTATTGGTTTGTCAGCATAAATGTTTTTTAAAGAGAGTATGACCATCCTGACTCTGG GTGTGCCTTCTGTTAACAAAGTGAACTTTTTATCTATCGAAGGAGTCAAGAACAAAGAATGCCTAACACAGAAGACCAGT TAAATAAGTGTGTGAAAATTCCTCCTCCCAATAGGCGGACCATTGGTATTTATATTATGGTACAACCCATTGGGTCATTA ACCTGAACTTACATGCAAGAGGTGAGTAGAACAGAGGAGAAGAGGGTCGAAGTGAGTAGAACAGAGGTAACACTTGATGA AGAAAGGTCGGAGGTCCTGTCCTAGTGGTTGGCGGCTGGTTTTGGGCCGAAGAGAGGGAAGGTGTGAAGATAGAACAAAG GAGAAAGAGGTCGAATTGGGTAGAAACTATGTTGTCAATCCCAATTCGTCCCAGCCTCAAAACTGGGATAATGGGATCTG GAAGAAAAACACCGCTATCGGGATCCTGAAAAGCGGGATCCCGAAAAGTGGGATGGCTAGGATAGCAAAATTTTGTATAC ATTTTGTATTATTTAAACCATATATATACATACTAAATCAATGATATACATGATAGGAACAGACGTGAAGAGGGTCAAAG TGGGTGGAAGAAGAGAGAGAGATCGAACAAATCAAATTTCTAGGGTTTTTTTCGTTTTGAAACCCGGAAATACCCGTAAA TAAAAACCTCCAACGGTTTACATTTGGGGAAATTTTTTGAATTTTTTTTATAATTTTATCCTGGTGGGATCCTGCTGGGA TTGCCGGGACAGTGAACAGGGATGGGATGGGATCCCGCTGGGATTGACAACTTAGGGTAGAAGAGAGGAAGGATTGAACA AAATCAAATTTTTAGGGTTTTTCCTTTGGGGAAACTCGGAAGTACCCCTAAATAAAAACCCTGAATGTTTACATTTAGGG GACGGCATTTTCGGAAAACGGGGGGCATTTACTATCTCGTTGGGGTCCTGCCAGATGGCCGGGATCCCAGCCGTGACGGC TAAAAGGGTTAGGATGGAAACGTTAGTCCCAGAGCATGGCTTGGATGGGATGGGAATCAGGGATCCAGCTGGGAATGACA ACTTAGAGCTCAACTAGGGCTTGACTTTGCAAATACCTCAAGGTTGCAGTAGTGACGTACGACCACAAGAGCAGGTATGG AGGGTTTGGAACTGCAGCAATGGAGGCTGCTCCAAGACACTGTAACAAAGGCAGTAACAACAGCAATGAAGGCTGCTCTA ACATTTAGGGATGAGGGAATCTGTGGAGTTTACCTCTCTAATTCTCACTATGCCTAACTCAACCGCAAAACTAGCTTAGG GGTGAGGGAATCTGTACCCTTTATATAAGAAATATTTTGACCATATATCTAGTCCATGTGAGAACTTTACAAATTGGGAG CTCTAATACCAACTTGCAATACACAGTCTCAATTTTACTTCTGATAATATAATCTGCCCAAAACTAGAAATAAGGAAAGT ACAGATATACAAATAAAATTATAAGTAAGATGCAAAAATGAAGGAAATAAGGGAACTCAAGTAATCCAACAGTTTAGTTG CCCTATGTGTATGCATATTTCATACTTTTTAAATTATTATATTTTGATTATATCGGTATAGCAGCAAATCATCTAGGTAT AACACATACGATAATTTTGATCAACAATACTGCATAATTGAATCCATATTAATGAATATTGCGTATTTGATAACTATGGT CATTAGTAGTCTATGAGATAACCTTTGTCCCAAACTTAAGATATAACAAAAACTTGCTTGAAAATTCAATTTCCTGTTTT TATTTTTGTTTCTCATATTGAAGATCCATCGTAAATTCCTCTCCCCCTTTTGATTGATGGCACTGTTAATAGTAAGAATT ATTAATAGATGATTATTTTATCTCATTGGTAATCTATGTATTTGACAGGACTGAAATTGAGATGATTGGTGATATTCTTA AAACTGTTACTGCAAGACTAGATGACAGTGCATACTTGGTTGTTGCTGATCACCCAGTGGGAGTGGAATCTCGTGTGCAG GACATGATTCAATTATTAAGTGGTAAATCAAATGAGGTTCGCATAGTAGGAATCTTGGGAATGGGAGGAAGTGGTAAAAC AACCATTGCCAAAGCCATTTACAATGAAATTAATCAGAATTTTGAAGGCAAATGCTTCCTTCCAAATATAAGGGAAGCTT GGGACCAACATGATGGCAGAGTTGCTTTGCAAGAACAACTTCTTTCAGGCATCTTAAGAAATAGAAGGATGAAATTACAT AGCATTGAATTAGGAAAAGCAATAATAAAGGAACGTCTTTGCCACAAGAGGGCACTTGTTGTACTTGATGATATAAATAG TTTGGACCAACTAAAAGCTTTGTGCGGGAGTCGTGAATGGTTTGGTCAAGGAAGTAGGTTAATCATCACAACTAGAGATG AGCATTTACTGAAAGTTCTTCAAGTGGTTCATATATACAGAACCCAAGAAATGGATGAAAGTGAGTCTCTTGAGCTTTTT AGTTGGCATGCATTTAAGCAAGTTGCTCCACCAGCAGATTTCATTGAACTCTCAAGAAGGGTTGTTGCTTATTCTGGAAG ACTACCGCTAGCCCTTGAAGTTCTTGGCTCTCATTTGTTTGAAAGGGAAATTGCTGAGTGGGAAAGTGCATTGTCGAAAC TTGAAGTTATTCCCCATGGTCAAATTCAAAAAAAATTAAAAATAAGCTATGATGGTTTAAGCGATGAGATGGAGAAAGAT ATATTCCTTGATATATGTTGTTTCTTCATAGGTAAGGGCAGAAACTATGTTACACAGATTTTAGATGGATGTGGACTTCA TGGGGAAATTGGAATTACTGTCCTCATTGAGCGAAGCCTTTTAAAAGTTGACAAGAATAATAAGCTTCAAATGCATGATT TGCTCAAAGTAATGGGAAGAGAGATTGTACGTGAGATGTCACCAAAGAATCCCGAGAAGCGCAGCAGGTTATGGTTTCAT GATGATGTTGTTGATATGATGACAAACAACACTGTAAGAACTTTCTCATATATCTACATTGATAGGCAGATTGTTTCATA CATTTTAATACATATTATGGAAAGTAAAAGTGTGTCAATATGTTGAATGGACCATAAACTTGTTTACTCATCATAAACTA AAAGAAAAGAAAAAAAAACTATTGCGTAGTATTGTTTCCTAACTTTTAATTGTGATGTCTTTTTCATATTTTAAACTTTG ATATTTTGCTGTTGTGCATTACATTGTTTTTTTATTTTACAGGCAACAATAGCTGTCGAGGGACTGGCTTTAAGTTTACC AAAAAACAATGATGATGTTGTTTTTGGGACTAAAGCTTTTAAGAAGATGAAGAAACTCAGATTGCTTCAACTTGGTCATG TAAAACTTACTGGAGATTTTGAATATTTCTCGAAAGACTTGCGTTGGCTCTGCTGGCCTGGGTTTCCTTTAAGATACATG CCTGGGAACTTTTGTCTTAAAAAATCAGTTGCTATTGACTTGAAGCACAGCAATCTGCAATTTATCTGGAAGGAGCCTCA GGTGATTAATTAAAACAAATTCGACAGTCCCTCTTGATCAACATAATAGCTGGCATCTAATTCATTTTTGTTTTTTATAT TTTCAGTTGCTTGATAGGCTGAAATTCCTCAATCTGAGTCATTCCCATTACTTGACACATACACCTGATTTTTTAAGACT ACCAAATCTTGAAAAGTTAATGCTGAAAGATTGTCCAAAATTATTGATGGTTCACCCAACAATTGGAGATCTTAAATATC TTATCCTGCTAAATTTGAAGGACTGTAAATCCCTCATTGACCTCCCAAAAAGTGTCTATAAGTCGAAATCTCTGAAATCT CTAGTTCTTTCCGGCTGTTCAAAAATTGACAAGTTGGAAGAGGACATCATGCAGATGGAGTCATTGACAAATCTAGAGGC AGATGACACTGCTATCACACAGGTTCCCGATTCTCTAATGAGATTAAAAAATATCAAACATGTGTCTCTGTGTGGCTATG AAGGATTATCAAGTCATGTATTTCCTTCTCTAATTTTGTCTCTAATGTCTCCACGTAATCTTATGTGTAAAGTTTTTGGG AGCATTTCATCATCACTTCAAAGTCTTTCAGTTGGTTTAGCTAGCATGAATCCTGCAGAAATGGAATTAAGACCAAGAAC ACCTCAGATAACATATACAGAAACTCACACATCAATTGATTTTCAGATCTCCATTCACACTGCAAAGTCTGAAAACTTGA CAAGTTCTCTTGTTATTCAATCAGGAGAGTGCAGCAAAGCTAAAGCCACTGATAGTGATTCTTTTACAGAGAGTATTTCT CAGGTTTCTTTCTCTCTCTCTTAGTCTCTTAGTAATTAGAGCAGTACTGTCATTATACATCATTTTCCTCATATTGGATG GCTAAGAAGCTTCAATAAACATATAAATATTAGAAAAGTTTTGTTGATATATTGGGTATAAATACATAAAAGAATTAAAA GAGTAAGTTAGTGCTTACGGTTAGTAAGGCTTGTAAAGCCAGTTCTAGTTACATATTTAGTAGTATATATACATGATCTT CTGTAACAAAAACCAAAAACTTATTGAATGAGAATACTTGATTTTGTGATCTTCTATTTCCAATGTTACAATGATAAAAT GGAAAATGTCCTTCCAATCTGGATGGATAATTAAATGCATGCAATGTTTCTAAATTGTTGGCATGAGTTGTATCCCTTGT TCTAAGAGAAAACCAATATTAGCCTTTGATAGTGTACTTCTTAAAATAGAGTCCTTGATTGTCTATTTATATATAGCTAT ATATATAGCTGCTACTACAAAAGATGAATGAAAATAGAATATGCAGAAATTCTCGTGATGACATATATAGCTGTTACTCT GTGTTAACATAAATATTCATTGTACAGGGATGGACTAGTGATGGATCCGGTGACTGTGACTGTTCTTTTCCTGGTGGTGA CACTAAATGGCTAACCTTCAAAAGTGAAGGTTCGTCATTGTTTTTTAAAATGCCTGACACTGGTAGCAGGTTGAAAGGAA TGACTCTCCATATTATATGTTCCTCTTCCCCTGTGAACATGGCTTCTGAATGTGATATTCTTAGCGTCTTGATAATGAAT CACACAAAGAACATCATTCTGTCCTACAACCGAGGCACAGCATCTTCCTTCAAAGATATAGAATGGCAAGGATTTTTGTC AAATCTTGAACCTGGTAATGACGTGCAGGTTGTCGTAGTTTTGGGGCATCCATTTACTGTGAAGAAGACAATAGTCCATG TAATATATGGTGAATCAGCTGATGACATAATTATGGAGTATTCTTCAGCCATTCCTGCACCAGGTAACAATTTTACAGTT GCGAATTATATCCTCTATTTTCACAAGACTTTTCTACATTTATTGTTGTGATTAATTTTGTAAAATGATGACTTTTTTGT TCATCTAAATTTAACATGTTTTTCATACTTCCATCATGCTAACATTGTATTGTACCCCGTACACCCAAGCCTCACAATTC ACAAATGGTTAACTTGTTTTGAAAAACTAATGTCTCAGGACATACTTAAGCTAATTAATACAAATTGTTTTCAAAAAAAA GTTCACATGCAGTGAATTTATAGGTAGAAATAATTGCTTAGAGGTTTCCTAACCAGACTGAATGACTGATTACAATTCAA ATTGAACATAAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGGAAAAAGGATAAGTTAAAAACTAAAAACAGAAAAGG AGAAGATTATGATCAGATAATTCTGATCTATCTCAATATCTCATCTTTCCTAAATATCCTAACAACTAATCTAATCCTAT CATAAAATATTGATATCTTTGTTTTAAGGTTTAGTATAATCAAGTATAAGAAAAATAAGTGTGGTAAAATTAAATTTAGT ATAATTATATCAGAGAAATCAGAAACCTGATTCTTAGGAAAATCTGGGTAATTGAAATGCCTCCATAAATCTTCCACAAG ACCGAAACCCAAGAACAATCATTCAACATGATGAAGAAGGTAGAGAGATAACAAAGAGAAAACTTGTAAAGAGAAAATGA AATGAATATGTATATTTTCCAGATTAGATTGAAATGTATATATATTGTAAGTTTTTACTTATTCAGTTTTTCTCTAATGT CTAAGGTTTTTGTTTTTTCTTCTTCCTTTTTTTCTTGATCTAAATCTAAGAGACAAAGGACATACTTTTTGATGGTGGGG TTGCTTCTTTAAGTAAGCCATGTGGTTTTATGGTCTTGCACAGAAGATATTTGTTATTTTTCCACTCCTACTTCTGATAG TTTCATTTTGTGCATTGCTGTTGCTATTGCTCAAATCTGGTTTTGGTGATTTTCTCCAACAGCTCTGGATGTGGTTTTCT TCTATTTTTTTTTTATTTTAACTGAGACAGATTATTGGAGTAATGTTTGGAAATCTTATGTATTTAATATATTTTCTCTG GATTGTTCACAACTCATAAATAAGCATTCTATTTTTTTTTTCTGACATCAAGCAAATTAACCCCTTATTTTTATCAGCAA TATGATTATAAAATGAATGGATTGTAAGCCATTGTAATTTAGATAGTTTACTCTATCGAATGCTTGAATTTAATTGTTTT ATCACCTCTTTACAGGACGAAAAAGGATGCTATAAGAAGTCTGGACCGGTTGAGGTAATTAACTGCTTCAGTTTCTTTTT GCCATTTCTAATTTTTTTGTTTGATGCAAGAGAGGGCTTTTGGCCATTTCTATTTAGTTGTTCTATTAATTTCGAGTTTC ATAATTTATTACATTGGAGTTTGATTGTATATTGCAAAGCTCACAAACCAGTCCTTTTCTCTGTTGCATTCCTTCTTACA ACTTGAATGATAATGTAGGCATACTAGAGGAATCAGAACTGGAGAAATCTTGGGGCATTTTTCATTGGCAACCTGGTGTT TATATGCTCATCAAGCACAAGTTCTGGCTATTTTATCAGGCTCTCCTTCTCTGCAGGCAGTTCTCTCTCCACCATGTTAT GATTTTGAGTGCTTCCTCTTTGGCTTTGGGTTGGGTCAATTGTAAACTGAATCGACCATTAGCTTTGCTTAATGAGTTGA ATTTGATTGATTTTATCATGAGGGAGGTGGGCTGTTTTGGGGTAGCTCACATCTTTGGAGAATCCAACTGGCTTCTAAGC CAAGTGATCTTGTTATATCCTATATTCTGGGACTCTTGGGATATTTAATCACCTGTTTTAATATAATATAATATTTTCTC TTTAAAAAATTGTAGTTCGAACTTGGAAAGCAGATATAATTCAAAGATATTGCG
CDS sequence (LotjaGi6g1v0133200.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGTACTAGATAGTAAATTTTTGTCCCGCCCACTCCAAGCTGTAGGGTTAGATGTTCGTGCTGAAGATTTAATTGACAG ATTTGGAATGAGGAGAACAACAGTTAGCTTTGTTGGAATATGGGGAAAGGGAGGAATTGGTAAAACATCCATTGCCAAAG TCATTTACAACAACATTTTCCACAGTTTTGAGGGTTCAAGTTTCCTTGCAAATATTAAGAATGTATGGAAGCAGGATAAT GGTGACGATTATCTACGAAAACAACTTCTTTCTGACATCAATAATACAACAGACATGTCAGTAGGTAGCACTGAAATGGA GAAAATGTTATCTCACAAAAGGGTACTTGTAGTACTTGATGATGTGAGTCAGCTAGACCAACTGAAATCTTTATGTGGAA GTCGTGACAGGTTTGGTGTTGGGAGCACAATACTGATTACAACCAGAGAAAAGCAAGTACTTGATCTCTTTGAATTGGAC GTTGTATATGAAATGAAGAAAATGGACACAAGTAAATCACTTGAGCTTTTTAGTTGGCATGCATTTAAGCATTATAGTCC TCCTAATGATTTGATCCAACTCTCAAGAAAAGCAATTTATTACTGTGGAGGACTGCCACTGGCTCTCGAAGTTTTGGGTT CGTTGTTACATGACAGAACAGCGTCAGAGTGGGAATGTATATTGAAGCTGCTTAATAGAAATCAAAGTAATGAGGTACTA AATGTCCTAAAACTGAGCTATGATTTTCTTGATGATGATATTCTTGATGATGATGAGAAGAAAATATTCATTGAAGTTGC TTGCTTCTATATGGGAAAGGACAGACACAATATCACACAATTATTGGATAGCTGCGGACTTGCTGCCGAAACTGGGATAT GTAAACTTATTCAACGGGGCCTTCTAAAGGTTGACCAGAATAACAAGCTTGAAATGCATGATTTGGTGCAAGAGATGGGA ATAGAACTGAATCGTTTGAAGCCAAAATCTAAATGGGTCCATGATGTGTTCCTGAGCTTTCGAGGTTCAGACACTCGCAG GTCTTTCACTTCTCATCTCTATGCCGCTTTACAAAATGCTGGTATTGAGGTTTACATGGATGACAAACTGAAAAGGGGAG AAAATATCTCATCCTCGTTGTTGCAAGAAATTGAATGCTCTAGAGTTTCTATAATCATTTTTTCAGTAAACTATGCAAAT TCAAGATGGTGCCTACAAGAGTTGGAGAAAATCATGGAATGTCATAAAACTATTGGTCAAGAAGTTGTACCTGTATTCTA TGATGTGGAACCGTCCGAAGTACGCAACCAAGTTGGATCTTTTGGAAAAGCACTGGAAGAACTTGTACAAAAAACCTCAG CTACGAAAGAAATGATTATCAGATGGAAAAGAGCACTCGCTGAAGCTGCAAACTTGTCCGGGTGGAATCTAAATAGTTAC AGGACTGAAATTGAGATGATTGGTGATATTCTTAAAACTGTTACTGCAAGACTAGATGACAGTGCATACTTGGTTGTTGC TGATCACCCAGTGGGAGTGGAATCTCGTGTGCAGGACATGATTCAATTATTAAGTGGTAAATCAAATGAGGTTCGCATAG TAGGAATCTTGGGAATGGGAGGAAGTGGTAAAACAACCATTGCCAAAGCCATTTACAATGAAATTAATCAGAATTTTGAA GGCAAATGCTTCCTTCCAAATATAAGGGAAGCTTGGGACCAACATGATGGCAGAGTTGCTTTGCAAGAACAACTTCTTTC AGGCATCTTAAGAAATAGAAGGATGAAATTACATAGCATTGAATTAGGAAAAGCAATAATAAAGGAACGTCTTTGCCACA AGAGGGCACTTGTTGTACTTGATGATATAAATAGTTTGGACCAACTAAAAGCTTTGTGCGGGAGTCGTGAATGGTTTGGT CAAGGAAGTAGGTTAATCATCACAACTAGAGATGAGCATTTACTGAAAGTTCTTCAAGTGGTTCATATATACAGAACCCA AGAAATGGATGAAAGTGAGTCTCTTGAGCTTTTTAGTTGGCATGCATTTAAGCAAGTTGCTCCACCAGCAGATTTCATTG AACTCTCAAGAAGGGTTGTTGCTTATTCTGGAAGACTACCGCTAGCCCTTGAAGTTCTTGGCTCTCATTTGTTTGAAAGG GAAATTGCTGAGTGGGAAAGTGCATTGTCGAAACTTGAAGTTATTCCCCATGGTCAAATTCAAAAAAAATTAAAAATAAG CTATGATGGTTTAAGCGATGAGATGGAGAAAGATATATTCCTTGATATATGTTGTTTCTTCATAGGTAAGGGCAGAAACT ATGTTACACAGATTTTAGATGGATGTGGACTTCATGGGGAAATTGGAATTACTGTCCTCATTGAGCGAAGCCTTTTAAAA GTTGACAAGAATAATAAGCTTCAAATGCATGATTTGCTCAAAGTAATGGGAAGAGAGATTGTACGTGAGATGTCACCAAA GAATCCCGAGAAGCGCAGCAGGTTATGGTTTCATGATGATGTTGTTGATATGATGACAAACAACACTGCAACAATAGCTG TCGAGGGACTGGCTTTAAGTTTACCAAAAAACAATGATGATGTTGTTTTTGGGACTAAAGCTTTTAAGAAGATGAAGAAA CTCAGATTGCTTCAACTTGGTCATGTAAAACTTACTGGAGATTTTGAATATTTCTCGAAAGACTTGCGTTGGCTCTGCTG GCCTGGGTTTCCTTTAAGATACATGCCTGGGAACTTTTGTCTTAAAAAATCAGTTGCTATTGACTTGAAGCACAGCAATC TGCAATTTATCTGGAAGGAGCCTCAGTTGCTTGATAGGCTGAAATTCCTCAATCTGAGTCATTCCCATTACTTGACACAT ACACCTGATTTTTTAAGACTACCAAATCTTGAAAAGTTAATGCTGAAAGATTGTCCAAAATTATTGATGGTTCACCCAAC AATTGGAGATCTTAAATATCTTATCCTGCTAAATTTGAAGGACTGTAAATCCCTCATTGACCTCCCAAAAAGTGTCTATA AGTCGAAATCTCTGAAATCTCTAGTTCTTTCCGGCTGTTCAAAAATTGACAAGTTGGAAGAGGACATCATGCAGATGGAG TCATTGACAAATCTAGAGGCAGATGACACTGCTATCACACAGGTTCCCGATTCTCTAATGAGATTAAAAAATATCAAACA TGTGTCTCTGTGTGGCTATGAAGGATTATCAAGTCATGTATTTCCTTCTCTAATTTTGTCTCTAATGTCTCCACGTAATC TTATGTGTAAAGTTTTTGGGAGCATTTCATCATCACTTCAAAGTCTTTCAGTTGGTTTAGCTAGCATGAATCCTGCAGAA ATGGAATTAAGACCAAGAACACCTCAGATAACATATACAGAAACTCACACATCAATTGATTTTCAGATCTCCATTCACAC TGCAAAGTCTGAAAACTTGACAAGTTCTCTTGTTATTCAATCAGGAGAGTGCAGCAAAGCTAAAGCCACTGATAGTGATT CTTTTACAGAGAGTATTTCTCAGGGATGGACTAGTGATGGATCCGGTGACTGTGACTGTTCTTTTCCTGGTGGTGACACT AAATGGCTAACCTTCAAAAGTGAAGGTTCGTCATTGTTTTTTAAAATGCCTGACACTGGTAGCAGGTTGAAAGGAATGAC TCTCCATATTATATGTTCCTCTTCCCCTGTGAACATGGCTTCTGAATGTGATATTCTTAGCGTCTTGATAATGAATCACA CAAAGAACATCATTCTGTCCTACAACCGAGGCACAGCATCTTCCTTCAAAGATATAGAATGGCAAGGATTTTTGTCAAAT CTTGAACCTGGTAATGACGTGCAGGTTGTCGTAGTTTTGGGGCATCCATTTACTGTGAAGAAGACAATAGTCCATGTAAT ATATGGTGAATCAGCTGATGACATAATTATGGAGTATTCTTCAGCCATTCCTGCACCAGGACGAAAAAGGATGCTATAA
Protein sequence (LotjaGi6g1v0133200.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MVLDSKFLSRPLQAVGLDVRAEDLIDRFGMRRTTVSFVGIWGKGGIGKTSIAKVIYNNIFHSFEGSSFLANIKNVWKQDN GDDYLRKQLLSDINNTTDMSVGSTEMEKMLSHKRVLVVLDDVSQLDQLKSLCGSRDRFGVGSTILITTREKQVLDLFELD VVYEMKKMDTSKSLELFSWHAFKHYSPPNDLIQLSRKAIYYCGGLPLALEVLGSLLHDRTASEWECILKLLNRNQSNEVL NVLKLSYDFLDDDILDDDEKKIFIEVACFYMGKDRHNITQLLDSCGLAAETGICKLIQRGLLKVDQNNKLEMHDLVQEMG IELNRLKPKSKWVHDVFLSFRGSDTRRSFTSHLYAALQNAGIEVYMDDKLKRGENISSSLLQEIECSRVSIIIFSVNYAN SRWCLQELEKIMECHKTIGQEVVPVFYDVEPSEVRNQVGSFGKALEELVQKTSATKEMIIRWKRALAEAANLSGWNLNSY RTEIEMIGDILKTVTARLDDSAYLVVADHPVGVESRVQDMIQLLSGKSNEVRIVGILGMGGSGKTTIAKAIYNEINQNFE GKCFLPNIREAWDQHDGRVALQEQLLSGILRNRRMKLHSIELGKAIIKERLCHKRALVVLDDINSLDQLKALCGSREWFG QGSRLIITTRDEHLLKVLQVVHIYRTQEMDESESLELFSWHAFKQVAPPADFIELSRRVVAYSGRLPLALEVLGSHLFER EIAEWESALSKLEVIPHGQIQKKLKISYDGLSDEMEKDIFLDICCFFIGKGRNYVTQILDGCGLHGEIGITVLIERSLLK VDKNNKLQMHDLLKVMGREIVREMSPKNPEKRSRLWFHDDVVDMMTNNTATIAVEGLALSLPKNNDDVVFGTKAFKKMKK LRLLQLGHVKLTGDFEYFSKDLRWLCWPGFPLRYMPGNFCLKKSVAIDLKHSNLQFIWKEPQLLDRLKFLNLSHSHYLTH TPDFLRLPNLEKLMLKDCPKLLMVHPTIGDLKYLILLNLKDCKSLIDLPKSVYKSKSLKSLVLSGCSKIDKLEEDIMQME SLTNLEADDTAITQVPDSLMRLKNIKHVSLCGYEGLSSHVFPSLILSLMSPRNLMCKVFGSISSSLQSLSVGLASMNPAE MELRPRTPQITYTETHTSIDFQISIHTAKSENLTSSLVIQSGECSKAKATDSDSFTESISQGWTSDGSGDCDCSFPGGDT KWLTFKSEGSSLFFKMPDTGSRLKGMTLHIICSSSPVNMASECDILSVLIMNHTKNIILSYNRGTASSFKDIEWQGFLSN LEPGNDVQVVVVLGHPFTVKKTIVHVIYGESADDIIMEYSSAIPAPGRKRML
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 | 1 | 160 | 160 | 2.1E-23 | – | |
| PANTHER | 3 | 325 | 323 | 0.0 | – | |
| PANTHER | 3 | 325 | 323 | 0.0 | – | |
| SUPERFAMILY | 10 | 253 | 244 | 1.33E-51 | ||
| Pfam | 33 | 247 | 215 | 1.5E-27 | ||
| SMART | 34 | 169 | 136 | 1.7 | ||
| Gene3D | 167 | 251 | 85 | 4.8E-7 | – | |
| SUPERFAMILY | 238 | 326 | 89 | 7.89E-7 | ||
| Gene3D | 328 | 502 | 175 | 5.2E-67 | ||
| PANTHER | 329 | 1312 | 984 | 0.0 | – | |
| PANTHER | 329 | 1312 | 984 | 0.0 | – | |
| SUPERFAMILY | 330 | 475 | 146 | 6.02E-39 | ||
| ProSiteProfiles | 332 | 472 | 141 | 27.708 | ||
| SMART | 333 | 472 | 140 | 3.1E-44 | ||
| Pfam | 334 | 494 | 161 | 3.2E-43 | ||
| SUPERFAMILY | 501 | 763 | 263 | 8.21E-63 | ||
| Gene3D | 503 | 663 | 161 | 1.0E-29 | – | |
| Pfam | 514 | 750 | 237 | 8.4E-26 | ||
| CDD | 524 | 656 | 133 | 0.00157862 | – | |
| SMART | 530 | 668 | 139 | 8.7E-4 | ||
| PRINTS | 533 | 548 | 16 | 7.4E-19 | – | |
| PRINTS | 610 | 624 | 15 | 7.4E-19 | – | |
| PRINTS | 703 | 717 | 15 | 7.4E-19 | – | |
| SUPERFAMILY | 822 | 1108 | 287 | 1.93E-28 | – | |
| Gene3D | 851 | 1125 | 275 | 4.8E-24 | ||
| PRINTS | 989 | 1005 | 17 | 7.4E-19 | – |
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 LotjaGi6g1v0133200.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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