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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0233100 |
| Transcript ID | LotjaGi1g1v0233100.1 |
| Related isoforms 3 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Disease resistance protein (TIR-NBS-LRR class); TAIR: AT5G36930.1 Disease resistance protein (TIR-NBS-LRR class) family; Swiss-Prot: sp|Q40392|TMVRN_NICGU TMV resistance protein N; TrEMBL-Plants: tr|A0A072UCJ6|A0A072UCJ6_MEDTR Disease resistance protein (TIR-NBS-LRR class); Found in the gene: LotjaGi1g1v0233100 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:54798454..54809506) extracted from Lotus japonicus Gifu genome v1.2.
CTGACCTTATAATATAAATACTATCATTATCCACATTGTGCCTCCCAAACCCTACCAGCCACCACTTCTCCCCTTAAACC CTAGCAGCCACCATGCGACTCTCAAACCTTAACCGCGATAGCCACCAGCCCACCACTTCTCCTTTCTTCTTGCTGTCAGC ATGGACTTCCGATGAGCTACGCCACCACATCCGCTTCTCTCTTCCCCTCGTCGCAACGACCCTCTAAGTCAGCGCCAACC ACCACTTATCCTCTGTTGCCTGCTTCACCGTCATCAGGTTCGAGGAGGAACCTTCACGCGCTTCTTTTCTTTTACTGCAT CTTCCTTAGATCTGAGTATGGAAGTTGAAGACGATATCAACAGATCTAGGTTTCTTCCATCTGTTGCACTTTCATTAGCC TCAGATCTTTTGCACAAGTGAGTAAAGCTCGACGAGGACAGACGAGAAGACAAAGAAGACACTCACGAAGATGAGGAGTT GAAGAAGACGCTTGCTAGCAGTTTGCCTTACTATTTCATAGTGTCACAGGGGATAAATGACATTGAAAAATAGTCCAGGT GTTCTTATTTGAATGAAAGTGGTACTTAACACAACTATTGTGCTTTGTTTTAATTTGTGAAATTTTGTACTCATCACTGG AAAGCAAAGAATTTCTTCCTCTTCACTATTCTTTTCCTCATCGGTTACCATTTAACCGATCTGATTAACCCGTACCCACA ACACCCGAGGTCCGACCAAACCGACGCTTTACACGGACGGTGGCAGACCTGGGTTTTTGGTGATTTTCACCGAACAAAAC CGACGCCAGCGGCCAAAACCAACTGTAACCGGCCAATGGACAACCCTAGTTTCATGCCTCATTAGAGAGGATTTCTGAAA CTATGGGGTTCACATGTTTTTTTGCCCCTTCCACTTGTTTTCCATTGTGATCCAAACAATAAAAAACTCCCCTTTTCATG TGTAATCCTTCCATCTAACTTCCTTCCTTTCATATTACCGAGAAACAAACGTAGAACAAGAGAAAATTACATTCACCTCT CGTGAAGTATTCTAAATTCATTTTTTTGGTTGAAGCATTCTAAATTCTAATACTTCATTGAGCATCCTTTGTAAAATCTA ATTGACACAATTTACCCCTTTTCTAACGGGAGTAGACGGTGACCGACTAGCAGACCTTCACCATTTCAGCACTCACCTCC ACCAAGCTCCTTGTCGTCACCCTCCTCCCGGAGCTTCTTGGCCAAAACCTGTCACCGGTCCTCCACAGCACCACCCTTCA CCGCCGCAAACAACCACACCGCGCCTCGGAGTCGGAGCTGTCATCACGTCGCACCTGACTTCGTATTCACACAACAAAAC TAAATCGGGTATGAAATAATTGCCTTCCTTAACCTCCTCCTATTTTAATTCACACACGTTCCTCCATTCTACCTCTCTTC ATTCATTCCCTCTCTCACATTCCATTGCTTTTAATTTGGTTGTTGCAAAGTTTCTTGGTTGTTAATTTTTTGGCAATCGA AACTTGAAAATGCTAGAATACCTCCAATAGAGATTGTCTCTCTCTGATAACGATAAGGAATGTGAGGGATTTTGAATTTT CACAAATTACAGGGGTGTGGCTGCAATTTCCACTAACAATAAATATATGAGAGATGTAATTACTTTAAGACGACTAGTTT GACTTGGACTGTACGAGAGTTGCCAATAAAAAGGTGTAAGGTGTGGCGTTCCAATAACGTGTAGCACGTTCTTGGGCGTG CTTGGGAGAGACATGTCCACTTAATATCATCTAAGAACTTCTGAAGATCAGTCTCATGACGGTCGGTATGGAATACATTA TGAAACCAAAATGAAAAGGCGTGGCTTCATCTTACCTGTTTCCTCTGCTCTGCATATTTTCTTTCAACTCCATCCATGTT TTCCTTAAGATCTGATCCCTGTCCAGAGTGGATCTACGATGTCCTTTTGAGTTATTGTGTTAATGATGACTCTGCTAAAT CTTTTGCATCACTTCTCTACACCACTCTCACAGAGGCTGGAGTTGATGTTTTCAAGGACGATGGCAAGCTTAGAAGTGGC GATCAGATATCATATTTCTCCTCAGTGCTTCATGCAATCGGAGTTTCTAGAATTTCCATCATTGTTTTCTCAAGAAACTA TGCTGCATCTCAATGGTGTATGGAAGAGTTGGAAAAAATAATGGAGTGCCGCAGAACCATATCTCAGAGGGTAATCCCTG TATTCTATGAAGTAGATCCCTCTGATGTATTTATGCAAGAAGGTGCGTTTGGAGAAGGTTTTGAAGACAAATTGATAAGT TGGAGGGCAGCTCTCAGTGAAGCTAACAACATATTAGGACTTCACTCAGTGGATTCAAGGTAATCAAGTTATATTTTGCA TTTGGTTTTGATTTTTGCTCTCCATATTTATGCTTTTAGGCTCTGATTGGCATATCTAGCTGATCACCACCCGGAAGCGG TAGCATGTCCTTCCCATCAAATGTTTTTCGCGAGATTCGAATTCGTGCACTCATTCTTACGTGAGTTTAACTTGCTTATC ACTAGACCAATACCTTGTTGATATTTTATACTAATTTAAAAATAATTATTACTTTAAAAATAAGGTTTAAGCTAGTTGAA ATATCTTGTCAAACAAAGCCTTTGTTACTATTATTAACAATGTGATTTTTAAATGAAAATTGTTTTGTTCACACTTGTAA TAATTGCCATGAGACTAATCTCTCAACCCCACAGTCAGCGCTCTAAGCGCTAGGGGACCAAAGAGTTATTTTCTTGCATT TTCTTTTCTTTTGAATGATGGACTGAAGCACCCTAGTGCTCCATATTAATATATTTGGCTTATAAAAAAAGAGAAAAGAG AATAATAAGAGTGTGAATATATCATTACTCTTTTTAAATATCCCAAAATATATACCTCCTTCTTCTAATTTTTTTCATGT TACAACCTATTTTATTTTTTATTTTCATTTTCTTCTTATGTTTTTTGCTCATTTGGGACCGGGCATTTTTTAATATTTTT CTGGGCTGGGGTTGACATGATAATTTGAATTCAAAGAATGTATTTCCTACAGTGTTCTTCACTTCTTTGTTCACTTAGAA TAATTAAATAGTTAGTTTTATATGATTATTATACAAATGATTTGATTTTACATGTAAAATACAATTGGGAGAGAGAACTT TTTGTCCACTGAGTTGGGATTGTACATGTTAAGGCAGACTTGCTAGCAGAGAATTGCTCTTTGGTTCACATTCTGTTAGA AATCATACGTTAGATCCACACACCACCACAAAACCCTAAGCTTAAGGTGAAAGGTGGGTGTGATCTAAGTTATATATACA CTCTTTCCTTTTCTAATCTAGGCAATGTGGGACTCGTTTGAGTCACCACTTGTTATTTTCTATTACATTCTATAGGAGGG AACACGACGAGATCAACAAAGTAGTTGAAGATGTTATGGAAGATGTTAAGGCAGACTTGCTAGCCTTCAGACAATCGAAG GATCTAGTGGGGATAGAATCTCGTGTGCAAGATGTGGTTCGACTGCTGAACAGCCAACAATCACAACATCCACAAATACT AGGGATATGGGGTATGGCAGGGATAGGTAAAACAACCATTGCCAAAGAAGTTTTTTCTCGAATTGGTCATGGTTTTGAGG CTCTTGTATTCCTTAATAATGTCAGGGAATGCACACTAGAACATGGGTTGCTTTCTTTACAGCATAAGCTTCTTTCTACA ATCTTCGAAACAGAAGAACTACAGCTACATTCAATTGAATCAGCAAAAAAGATACTGCGGGAAAGACTTCATGATAGAAA AATACTTGTTATACTTGATGACGTGAATGAGCCAGAGCAGCTAAATGCTCTGTGTGGAAGTCGTGACTGGTTTAGTTCGG GCAGTGTTATAATCGTCACCACAAGAGATAGGCGTCTACTCAAGACGCTTGGAGTTGACCATGTGTATAGAGTGCCAGAG CTGGACCAAATTGAGTCTCTTGAGCTTTTTTGTTGGCGTGCATTCAGCCAAGCAAGTCCTGGAGAAGATTTTGTTGAACT TTCCAGAAAAGTAGTTGCTTACTCTGGGGGATTGCCACTAGCTCTTAAAGTCACTGGGCGCACTGTGTTTGGAAGTGACG CATCAGAGTGGAAGAGTCTGTTACCCAAACTCAAAAGAGATCTCGATCACAAACTTTACCGAGTTCTAAAAAGTTGTTTT GATGATTTAGACGAGACAGCTAAAGTAGTAGGCCTTGATATAGCATGTTTCTATAGCGGGATGGACCGAAATGAAGTGAT ACAGATGTATGCATTTTCAGCAGAAGTTGCATTACAAGTTCTTCAAGACCAAAGCCTTTTAATTATTAATGAGAATAACA AGCTCAGAATGCACGTTCTGCTGCAACATGCGGGAAGAGAATTCCAAAAGGAGAAGGTGTTGCAGAAGGTTGCTCTGGTA CGTATAGGTTATTGTGTGTGTGTGTGTGTATCTTCAACAAGAAGAAAACTGCTAACTAACACTATATCTAAATGCTCTTT GATATTTTATTTTTAATTTCAGGGAAAAATCTACGACGTGTTCTTGAGTTTCAGAGGGAAAGACAGTCGCCCAAAATTCG TTTCACATCTCCATACCTCTCTCGAAAATGCTGGAATATATGTTTTCAGAGATGATGATGAAATTCGGCGGGGAGATACG ATCTCAGACTCATTACTGCGAAGTCTCAGACAATCTAGAATTTGTATTGTTGTTCTGTCAAAACATTATGCTAATTCAAA ATGGTGCATGCTAGAGTTGGAGAACATAATGGAATATCGCCAAACCATGGGTCTGGTGGTTGTGCCAGTGTTCTACGAGG TAGATCCCTCAGATGTACGTCATCAAGCAGGTGAGTTTGGAAAAGCTTTTGAGGATCTTATAACAAGAACCTCACTGGAT GAAGAAGACGACACTGTGCAAAATTGTAGGACAGCACTCCTTCAAGTTGGTGGCATAGCAGGTGTTGTCATCATAAATTC CAGGTAGTTTAGTTTTAGTTTTTTATCTATATATTTAACCTTATGAAAAAAAATTAAACCTGTGTTTTGATTTTTGTGGT ATTTCAAATTGTCTAACATTGGAATATCATCCAAAATAATTGAATGTCTCTCGGAAGTGATTTTTGTGCAATGCCATGAA ATAAAATTTAATTTTAGTGTACTGTTTTACTTTTATAGTGATTCTTTTAATTACTCCAACACTGCTTCTACCATGAACCA CAACTTGGCAGCTCTTTCTTCTTTCCCATGGTTCTCGTTTTATGCAATGGCAAATTGGCAATCACTCAAAGTCAAATAAG TTGTCTTTTCTCTCACATGTTACCCCTCAACATTATAAATTGAAAGTTGAAACGAAATTAGATTTGATGTGTGAAAAACT TAATAATAAGTGTCAATTGTTTATTAGAGAACAGTACCAACAAAACATATGGTACTGTACGTAAGTTTTGTCCTAGATCC ACCTGAATAAATAAGATGTTCACGTGGATACAAGCGGAGCTGTCAACTTTTCTCAATTAGATCTCCTCTTCTTTTGTATT TTATGACCACCCCAGTTTGTATAATGGTAATATGATCATTTATGCACTAATTCTAGGGTTCATATTTTACAGGAACGAAA GTGAGGATGTCAAGAAAGTAGTTGAAGATGTTACTGATTTGCTTGGCAAGACAGACTTATTCGTTGCTGAGCACCCAGTG GGGGTAGAAGCTCGTATTCAAGATGTGATTCAACTTTTGCATAGTCATCAATCCAAAGCTCCTTTGCTACTTGGGATATG GGGGATGGGGGGGCTGGGCAAAACAACCATTGTAAAAGCTGTTTATAATCAAATTCGTCGTGATTTTGAGGCTAAGAGCT TCCTCCTAAATGTCAGAGAAGTTTGCGAACAAAATAATGGTATAGTTTCTTTACAACAGAAGCTTCTTTCTGATATCTAC AAAACAACCAAGATAAAGATAGATAATGTTGAATCAGGAAGAGTGGAATTGAAGAGAAGACTTAGCCAGAAGAAAATATT TCTTGTGCTTGATGATGTCAATAGATTGGACCAACTGGCTTCTTTGTGTGGAAGTTGTGAATGGTTTGGCCAAGGAAGTA GAATTATCATCACAACCAGAGATGAAAATATAGTCAGCAGGGCATTTGGAGTTGAGCTTGTATATAGAATAAAAGAAATG GATGAGAAGGAATCTCTTGAGCTTTTTAGTTGGCATGCATTTAAACAACCAATTCCTGGAGAAGGCTATGCTGACCTTTC AAGAGATGTAGTTGAGTACTGTGGGGGATTGCCGCTAGCTCTTCAAGTAATCGGGTCCTTTTTGTTGACTAGGAGGAGGA CTACAGAGTGGAAGAATGTGCTGGAGAAACTCAAAGTGATTCCCAATGGTGAAGTAATGGAGAAGCTAAAAATAAGTTTT GATGGTTTAAGTGATGATGATATTAAAGAAATATTCCTTCACTTAGCTTTTTTCTTTATCGGGATGGACCAACATGATGT AATTAAGATATTGAAAGACTGCGAGCATTTTGCAGAAATTGGAATAAGTGTGCTTGTACAACAAAGCCTTGTAACTATTG ATAGGAAGAACAGGATCGGAATGCATGATTTGCTACGAGACATGGGAAGAGAAATCGTCCGCAAGAAATCAGTAGATGGG GGCAAGGAGCCTAGTAGATTATGGCATTACCAGGATCTGGATTTTGTATTATCAAAAGATACTGTAAGAACTTCCTGCAT CTACTGTTTTTGTTTCTAAAATATCTAAACTCAGAGGATGCTAAATGACCTTTGATGACCCAGTTATTTCTTGTCCTATT TTCTCAGTAATTGTGAATATATATTATCTTTGATTGTGAATCGTCTTGTGCTACTTGGTTCCCAGTAACAGATTATGGGC TTCAAACCTCTTAGTTTTATTCAGTTGCACTAGTAGATGTGTCTCATTTTGTTCATTTTGTTTCGCAGAGAAAGACAGAT GTTCAGGGACTGACTTTGAAGTCTCCAGAAATGGATACAACTTATAACTTCGAAGCCAAAGCATTTGAGAAGATGGATAA ACTTAGATTGCTTCAACTTGCTGGCGTGAAAATTGATGGAGATTACAAGTATCTTTCAAAAGATCTTAGATGGCTTTGCT GGCATAGATTTCCTTTAAAATACACACCAACAGACTTTCATCAACAAAGTTTAGTTGCCATTGACTTCAAATATTCCAAT CTGGAACAAGTTTGGAAGAAGTCCCAGGTACAAGTTATAATTCTTTTTTTTATACTTTTAAAGATAGAGTTTAAACTGTT GGACGTCTTTAGATGATTTTTTTCTTTTTTCATCAAATTTTCCTATGCTGTTGTCAACAAATATTTTTAAATTTGTTTTA TGTAGTTGCTGAAGAAGCTGAAATTTCTGAATCTTAGTCATTCTCCTAACTTGAGACAAACTCCAGACTTTTCAAACTTA CCAAATCTTGAAAAGTTAGTACTTAAAGACTGTTCTAGTTTGTCTTCGATTTCTCATACTATTGGAAATCTCAATGAACT GGTTCTGCTAAATTTGAAGAACTGTACAAGCCTTCATTCACTTCCAAAAAGCATCTATAAGTTGAAGTCATTAAAAACTC TTATTTTGTCTGGATGTTCAAAAATTGACAAGTTGGAAGAGGATATAGAACAGATGGAATCTTTAACCATCCTGGTTGCA GATAACACTGCAATAACAAGAGTTCCCTTTGCTGTAGTGAGATCCAAAAGCATTGGATATATTTCTTTGTGCGGCTATGA AGGATTCTCACGTGATGTATTTCCATCAATTATACGATCTTGGATGTCTCCAACTAATAATATTTTATTCCAAGTTCAAA CATCTTCTATGGGCATGTCATCCCTTGATATCTTGTATGAACAAAACAGTAGTTCATCAGGTCTATTCTATGCTCTAAAG GATCTTCAGAAGCTTCGACGCCTTTGGGTGAAGTGCGACTCAGAAGTTCAGCTGAATGAATGTGTAGAAAGAATTTTGGA TGCACTAAAAATCACAAATTGTGCGGAATTAGAAGCAACACCAAGCACATCTCAAGTCTCAAACAATAGTTCTGCTTTAC TTGATTGTCACAATCAAGTTCGCATTTCAGGGTCAAAACTTTCGTCGACTTCTCTTTTGATACAAATGGGAATGAACTGC CGTGTCTTCAATACTCTTAAAGAAACTATTTTACAGGTTCTCTCTCTGTCTTTCTTCTTTTTACAAGCATAATAGTACAA ATGAGTTTATTTTATACATCACAATTTTAAAATGTTTTATAGACTTACTCATGTTGAATAATTTAATTTTATACATGCAT GTACACTGTACAGATGTCCCCCATTGAGTCTGGTTTACTTCCCAGTGACGACTATCCTGATTGGTTAACATTCAATAGTG ATTGTTCTTCTGTAACTTTTGAAGTCCCTCAAGTGGATGGGCGCAACTTGAGGACAATCATGTTCATTGTCTATTCTTCT TCCCCAGACAATATCACATCAGAAGGCCTGAAAAATGTGTTGATGATAAATTGCACAAAGAACACCATTCAGCTCTATAA GAAAGGTGCATTAGGATCCTTTAATGAAGAGGAGTGGCAGAAAGTAGTATCAAACATAGAACCTGGTAACAAAGTGAAGG TGGTTGTCTTTTTTGAGAAAGAATTCATTGTGAAGAAGACATCAGTTTATCTCATATATGATGTGCCAACTGACCAAAAG ACAGAACACTGCCATGAGCCAGATAAGAGTGTTCCTGTTTCCGGTGGTGATGAAAATGTTAGTAATAATAGGCTAAATTT AGGCTCATTCTATATGATATTTTTTCATATTGTTATGCAAGTAAGCATTGATTCAACTCTTTCTTCAAAATAGTGTTAAA AGTTTTCCTACTCTTTATATATTTGTCTCAGGACTTTTCTCAACCTGAAGGTAGCAACGCTGATCCACCTCCTTGCTTAA AGAAAAAGAAAATCAAGCATAAGGATACTCAAAAACCAATTCCTAATGACATTGTTGAGAAATTTCCAGAGGTAAACTCG TTAAATTTATCTTTTAAAATATTTCCAATTTGAGCTTTGAACTTTGTTCTTTTTACTTTTTTTCAGTATAAAACCACAGA ATCCTTCTTCTGTAAAATTTCAAACTCGAATTCCTTCTTCTATTTCTTTTTCTTTGAGCTCTGATGGCAGTTTGGAAGTT GACCATTTATTTTTGGCTTTGGCTTTGTAGATACCTGGAGGTGAAGCTGTATATGTTTATAGAGAGGCTGATCGAAACGT TCCCCCAGGTCCAAATTTTTCTTTAAACTCTGAACCTTATGATTTTGTCAATTATGAACCAGTCACATTAACTCCTAAAA TTCCTGTAGAAACTCAAGGTCCTCAAATTCCTCCTTCTGGTATTCCCACTCGAACCAACATAGAAGTTCCTTCTCCTCCA ATAGAAAATCCACTCAAAGAAGCTGCTGTTTCTGAAAATGAGCCTCTTCAGAATCCATTTCCAAAGATTGTTAATCCTTC AGGTCCAACTTCTGAAGCTCAAATTCTTGATACTTTGAATGAACCAACTGTTCAACAACAAGAATCTCCTCCATGTCCCT CTTTAAACATAAAAGATTATGAAAAGATGCTTGAAGATGACCCCTTTCAACTTATGATGAAAATCATTTCGAAAGAGATT CATTTCTCTGACACTAAACAAATTAGCACCAAGACTTCTGAGTCTTCAACATCTACTCCTCTTCCCATGTTGATCAACCA ACTGAAGGAGCTTATATTTTCAGTGGACTTAATCGAAGCATTACCGTCGAACACCTTTCTGAGCAATCAAATTCGGAAGG TAATGGATGAGATTGAGGTTCATCAAGATAAACTCAAAGCTTACCGAGATATAGGAGTTGGAAATTTCTGTTATTGGTAC AATGATCTTACTTCAACCATAGATCAAATAAAAAATTCAAAACTCTTTATATTCCAACTTGAAGCTGATCAGGAGGAAAT TAGACAAAAGTTAATGAAAACTCGAAGCAAGTATGATGGTGCTATTGCTGCAGTTTTGATGGGGGCTTCGAGACGTTGTG AAATCAAGAATGAAATTCAATCACTCAAGCAACAAATTTCTGAGCTTGAGAAGGAAGATGCTTTGATTATTGAGGAAGAA CTTAAATGTGAGGATCAAAAGAGAAACATCATTGAGGAAATCAAAGTCTTATCTAAAGAGGCTCTTGAGAAAGGTAAAGA AACTGCTGCCCTCCAGAAAAAGAAGAAGAAGCATGAATCTGTACTTGAAGCTCTTCGAAAGACTTATGAAGAGATGAAGT TCAAGCAAACTTTTTAGTCTATAATCTGTGGTTTTCCTTTCTAAGAGTTGGTCTTGTGAATCTCTTGTACATATTTGAAG CCTATAACACTTTTTTAAATTTTTCTATAAAGCTTTTGATGGAACTGCCCTGAAACATTCTGGAAAAACAGATGTGAATT TACTTTGAAGAGCGTCCAATTTTAAGCTCCATCCTTGTTGGCCTACCAAAAGAGTTTCCAATTTGCATTCTGAGAGGCCA TCGGAGCCTCCAAATACTTTCATGGAGTGCAGTTACCTCCAATTTACACTTGAATCAAATTTGTTGCCGAAAGATGGCAA ACAATGATAACAACAACTAACAGAAGCACATGGATCCCATTTTCCCCCAAGTGCAATTGAAATAGGTTCCATAATAATTT CTTTGGAAATAATAGTATGCATTAAAAATCCTTCACTGATAAAATTAATGAGTACACTATAAGTTCTCCTAGAACTATGG GGTACCATAAAATACAATTTTTCATAATAAGGTTGATATCAATATAATGAATGACCTTACCAATGGGTGCACTAGCATAC ACAATAGGGAAAGCAAAACCTCAAATGAAATATATCAAGACTAGTGTGTTTCACCCGTGCGTTGCACGGCGGATTTTTAT TTTCAGATTTTAC
CDS sequence (LotjaGi1g1v0233100.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGTTTTCCTTAAGATCTGATCCCTGTCCAGAGTGGATCTACGATGTCCTTTTGAGTTATTGTGTTAATGATGACTCTGC TAAATCTTTTGCATCACTTCTCTACACCACTCTCACAGAGGCTGGAGTTGATGTTTTCAAGGACGATGGCAAGCTTAGAA GTGGCGATCAGATATCATATTTCTCCTCAGTGCTTCATGCAATCGGAGTTTCTAGAATTTCCATCATTGTTTTCTCAAGA AACTATGCTGCATCTCAATGGTGTATGGAAGAGTTGGAAAAAATAATGGAGTGCCGCAGAACCATATCTCAGAGGGTAAT CCCTGTATTCTATGAAGTAGATCCCTCTGATGTATTTATGCAAGAAGGTGCGTTTGGAGAAGGTTTTGAAGACAAATTGA TAAGTTGGAGGGCAGCTCTCAGTGAAGCTAACAACATATTAGGACTTCACTCAGTGGATTCAAGGAGGGAACACGACGAG ATCAACAAAGTAGTTGAAGATGTTATGGAAGATGTTAAGGCAGACTTGCTAGCCTTCAGACAATCGAAGGATCTAGTGGG GATAGAATCTCGTGTGCAAGATGTGGTTCGACTGCTGAACAGCCAACAATCACAACATCCACAAATACTAGGGATATGGG GTATGGCAGGGATAGGTAAAACAACCATTGCCAAAGAAGTTTTTTCTCGAATTGGTCATGGTTTTGAGGCTCTTGTATTC CTTAATAATGTCAGGGAATGCACACTAGAACATGGGTTGCTTTCTTTACAGCATAAGCTTCTTTCTACAATCTTCGAAAC AGAAGAACTACAGCTACATTCAATTGAATCAGCAAAAAAGATACTGCGGGAAAGACTTCATGATAGAAAAATACTTGTTA TACTTGATGACGTGAATGAGCCAGAGCAGCTAAATGCTCTGTGTGGAAGTCGTGACTGGTTTAGTTCGGGCAGTGTTATA ATCGTCACCACAAGAGATAGGCGTCTACTCAAGACGCTTGGAGTTGACCATGTGTATAGAGTGCCAGAGCTGGACCAAAT TGAGTCTCTTGAGCTTTTTTGTTGGCGTGCATTCAGCCAAGCAAGTCCTGGAGAAGATTTTGTTGAACTTTCCAGAAAAG TAGTTGCTTACTCTGGGGGATTGCCACTAGCTCTTAAAGTCACTGGGCGCACTGTGTTTGGAAGTGACGCATCAGAGTGG AAGAGTCTGTTACCCAAACTCAAAAGAGATCTCGATCACAAACTTTACCGAGTTCTAAAAAGTTGTTTTGATGATTTAGA CGAGACAGCTAAAGTAGTAGGCCTTGATATAGCATGTTTCTATAGCGGGATGGACCGAAATGAAGTGATACAGATGTATG CATTTTCAGCAGAAGTTGCATTACAAGTTCTTCAAGACCAAAGCCTTTTAATTATTAATGAGAATAACAAGCTCAGAATG CACGTTCTGCTGCAACATGCGGGAAGAGAATTCCAAAAGGAGAAGGTGTTGCAGAAGGTTGCTCTGGGAAAAATCTACGA CGTGTTCTTGAGTTTCAGAGGGAAAGACAGTCGCCCAAAATTCGTTTCACATCTCCATACCTCTCTCGAAAATGCTGGAA TATATGTTTTCAGAGATGATGATGAAATTCGGCGGGGAGATACGATCTCAGACTCATTACTGCGAAGTCTCAGACAATCT AGAATTTGTATTGTTGTTCTGTCAAAACATTATGCTAATTCAAAATGGTGCATGCTAGAGTTGGAGAACATAATGGAATA TCGCCAAACCATGGGTCTGGTGGTTGTGCCAGTGTTCTACGAGGTAGATCCCTCAGATGTACGTCATCAAGCAGGTGAGT TTGGAAAAGCTTTTGAGGATCTTATAACAAGAACCTCACTGGATGAAGAAGACGACACTGTGCAAAATTGTAGGACAGCA CTCCTTCAAGTTGGTGGCATAGCAGGTGTTGTCATCATAAATTCCAGGAACGAAAGTGAGGATGTCAAGAAAGTAGTTGA AGATGTTACTGATTTGCTTGGCAAGACAGACTTATTCGTTGCTGAGCACCCAGTGGGGGTAGAAGCTCGTATTCAAGATG TGATTCAACTTTTGCATAGTCATCAATCCAAAGCTCCTTTGCTACTTGGGATATGGGGGATGGGGGGGCTGGGCAAAACA ACCATTGTAAAAGCTGTTTATAATCAAATTCGTCGTGATTTTGAGGCTAAGAGCTTCCTCCTAAATGTCAGAGAAGTTTG CGAACAAAATAATGGTATAGTTTCTTTACAACAGAAGCTTCTTTCTGATATCTACAAAACAACCAAGATAAAGATAGATA ATGTTGAATCAGGAAGAGTGGAATTGAAGAGAAGACTTAGCCAGAAGAAAATATTTCTTGTGCTTGATGATGTCAATAGA TTGGACCAACTGGCTTCTTTGTGTGGAAGTTGTGAATGGTTTGGCCAAGGAAGTAGAATTATCATCACAACCAGAGATGA AAATATAGTCAGCAGGGCATTTGGAGTTGAGCTTGTATATAGAATAAAAGAAATGGATGAGAAGGAATCTCTTGAGCTTT TTAGTTGGCATGCATTTAAACAACCAATTCCTGGAGAAGGCTATGCTGACCTTTCAAGAGATGTAGTTGAGTACTGTGGG GGATTGCCGCTAGCTCTTCAAGTAATCGGGTCCTTTTTGTTGACTAGGAGGAGGACTACAGAGTGGAAGAATGTGCTGGA GAAACTCAAAGTGATTCCCAATGGTGAAGTAATGGAGAAGCTAAAAATAAGTTTTGATGGTTTAAGTGATGATGATATTA AAGAAATATTCCTTCACTTAGCTTTTTTCTTTATCGGGATGGACCAACATGATGTAATTAAGATATTGAAAGACTGCGAG CATTTTGCAGAAATTGGAATAAGTGTGCTTGTACAACAAAGCCTTGTAACTATTGATAGGAAGAACAGGATCGGAATGCA TGATTTGCTACGAGACATGGGAAGAGAAATCGTCCGCAAGAAATCAGTAGATGGGGGCAAGGAGCCTAGTAGATTATGGC ATTACCAGGATCTGGATTTTGTATTATCAAAAGATACTAGAAAGACAGATGTTCAGGGACTGACTTTGAAGTCTCCAGAA ATGGATACAACTTATAACTTCGAAGCCAAAGCATTTGAGAAGATGGATAAACTTAGATTGCTTCAACTTGCTGGCGTGAA AATTGATGGAGATTACAAGTATCTTTCAAAAGATCTTAGATGGCTTTGCTGGCATAGATTTCCTTTAAAATACACACCAA CAGACTTTCATCAACAAAGTTTAGTTGCCATTGACTTCAAATATTCCAATCTGGAACAAGTTTGGAAGAAGTCCCAGTTG CTGAAGAAGCTGAAATTTCTGAATCTTAGTCATTCTCCTAACTTGAGACAAACTCCAGACTTTTCAAACTTACCAAATCT TGAAAAGTTAGTACTTAAAGACTGTTCTAGTTTGTCTTCGATTTCTCATACTATTGGAAATCTCAATGAACTGGTTCTGC TAAATTTGAAGAACTGTACAAGCCTTCATTCACTTCCAAAAAGCATCTATAAGTTGAAGTCATTAAAAACTCTTATTTTG TCTGGATGTTCAAAAATTGACAAGTTGGAAGAGGATATAGAACAGATGGAATCTTTAACCATCCTGGTTGCAGATAACAC TGCAATAACAAGAGTTCCCTTTGCTGTAGTGAGATCCAAAAGCATTGGATATATTTCTTTGTGCGGCTATGAAGGATTCT CACGTGATGTATTTCCATCAATTATACGATCTTGGATGTCTCCAACTAATAATATTTTATTCCAAGTTCAAACATCTTCT ATGGGCATGTCATCCCTTGATATCTTGTATGAACAAAACAGTAGTTCATCAGGTCTATTCTATGCTCTAAAGGATCTTCA GAAGCTTCGACGCCTTTGGGTGAAGTGCGACTCAGAAGTTCAGCTGAATGAATGTGTAGAAAGAATTTTGGATGCACTAA AAATCACAAATTGTGCGGAATTAGAAGCAACACCAAGCACATCTCAAGTCTCAAACAATAGTTCTGCTTTACTTGATTGT CACAATCAAGTTCGCATTTCAGGGTCAAAACTTTCGTCGACTTCTCTTTTGATACAAATGGGAATGAACTGCCGTGTCTT CAATACTCTTAAAGAAACTATTTTACAGATGTCCCCCATTGAGTCTGGTTTACTTCCCAGTGACGACTATCCTGATTGGT TAACATTCAATAGTGATTGTTCTTCTGTAACTTTTGAAGTCCCTCAAGTGGATGGGCGCAACTTGAGGACAATCATGTTC ATTGTCTATTCTTCTTCCCCAGACAATATCACATCAGAAGGCCTGAAAAATGTGTTGATGATAAATTGCACAAAGAACAC CATTCAGCTCTATAAGAAAGGTGCATTAGGATCCTTTAATGAAGAGGAGTGGCAGAAAGTAGTATCAAACATAGAACCTG GTAACAAAGTGAAGGTGGTTGTCTTTTTTGAGAAAGAATTCATTGTGAAGAAGACATCAGTTTATCTCATATATGATGTG CCAACTGACCAAAAGACAGAACACTGCCATGAGCCAGATAAGAGTGTTCCTGTTTCCGGTGGTGATGAAAATGACTTTTC TCAACCTGAAGGTAGCAACGCTGATCCACCTCCTTGCTTAAAGAAAAAGAAAATCAAGCATAAGGATACTCAAAAACCAA TTCCTAATGACATTGTTGAGAAATTTCCAGAGATACCTGGAGGTGAAGCTGTATATGTTTATAGAGAGGCTGATCGAAAC GTTCCCCCAGAAACTCAAGGTCCTCAAATTCCTCCTTCTGGTATTCCCACTCGAACCAACATAGAAGTTCCTTCTCCTCC AATAGAAAATCCACTCAAAGAAGCTGCTGTTTCTGAAAATGAGCCTCTTCAGAATCCATTTCCAAAGATTGTTAATCCTT CAGGTCCAACTTCTGAAGCTCAAATTCTTGATACTTTGAATGAACCAACTGTTCAACAACAAGAATCTCCTCCATGTCCC TCTTTAAACATAAAAGATTATGAAAAGATGCTTGAAGATGACCCCTTTCAACTTATGATGAAAATCATTTCGAAAGAGAT TCATTTCTCTGACACTAAACAAATTAGCACCAAGACTTCTGAGTCTTCAACATCTACTCCTCTTCCCATGTTGATCAACC AACTGAAGGAGCTTATATTTTCAGTGGACTTAATCGAAGCATTACCGTCGAACACCTTTCTGAGCAATCAAATTCGGAAG GTAATGGATGAGATTGAGGTTCATCAAGATAAACTCAAAGCTTACCGAGATATAGGAGTTGGAAATTTCTGTTATTGGTA CAATGATCTTACTTCAACCATAGATCAAATAAAAAATTCAAAACTCTTTATATTCCAACTTGAAGCTGATCAGGAGGAAA TTAGACAAAAGTTAATGAAAACTCGAAGCAAGTATGATGGTGCTATTGCTGCAGTTTTGATGGGGGCTTCGAGACGTTGT GAAATCAAGAATGAAATTCAATCACTCAAGCAACAAATTTCTGAGCTTGAGAAGGAAGATGCTTTGATTATTGAGGAAGA ACTTAAATGTGAGGATCAAAAGAGAAACATCATTGAGGAAATCAAAGTCTTATCTAAAGAGGCTCTTGAGAAAGGTAAAG AAACTGCTGCCCTCCAGAAAAAGAAGAAGAAGCATGAATCTGTACTTGAAGCTCTTCGAAAGACTTATGAAGAGATGAAG TTCAAGCAAACTTTTTAG
Protein sequence (LotjaGi1g1v0233100.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MFSLRSDPCPEWIYDVLLSYCVNDDSAKSFASLLYTTLTEAGVDVFKDDGKLRSGDQISYFSSVLHAIGVSRISIIVFSR NYAASQWCMEELEKIMECRRTISQRVIPVFYEVDPSDVFMQEGAFGEGFEDKLISWRAALSEANNILGLHSVDSRREHDE INKVVEDVMEDVKADLLAFRQSKDLVGIESRVQDVVRLLNSQQSQHPQILGIWGMAGIGKTTIAKEVFSRIGHGFEALVF LNNVRECTLEHGLLSLQHKLLSTIFETEELQLHSIESAKKILRERLHDRKILVILDDVNEPEQLNALCGSRDWFSSGSVI IVTTRDRRLLKTLGVDHVYRVPELDQIESLELFCWRAFSQASPGEDFVELSRKVVAYSGGLPLALKVTGRTVFGSDASEW KSLLPKLKRDLDHKLYRVLKSCFDDLDETAKVVGLDIACFYSGMDRNEVIQMYAFSAEVALQVLQDQSLLIINENNKLRM HVLLQHAGREFQKEKVLQKVALGKIYDVFLSFRGKDSRPKFVSHLHTSLENAGIYVFRDDDEIRRGDTISDSLLRSLRQS RICIVVLSKHYANSKWCMLELENIMEYRQTMGLVVVPVFYEVDPSDVRHQAGEFGKAFEDLITRTSLDEEDDTVQNCRTA LLQVGGIAGVVIINSRNESEDVKKVVEDVTDLLGKTDLFVAEHPVGVEARIQDVIQLLHSHQSKAPLLLGIWGMGGLGKT TIVKAVYNQIRRDFEAKSFLLNVREVCEQNNGIVSLQQKLLSDIYKTTKIKIDNVESGRVELKRRLSQKKIFLVLDDVNR LDQLASLCGSCEWFGQGSRIIITTRDENIVSRAFGVELVYRIKEMDEKESLELFSWHAFKQPIPGEGYADLSRDVVEYCG GLPLALQVIGSFLLTRRRTTEWKNVLEKLKVIPNGEVMEKLKISFDGLSDDDIKEIFLHLAFFFIGMDQHDVIKILKDCE HFAEIGISVLVQQSLVTIDRKNRIGMHDLLRDMGREIVRKKSVDGGKEPSRLWHYQDLDFVLSKDTRKTDVQGLTLKSPE MDTTYNFEAKAFEKMDKLRLLQLAGVKIDGDYKYLSKDLRWLCWHRFPLKYTPTDFHQQSLVAIDFKYSNLEQVWKKSQL LKKLKFLNLSHSPNLRQTPDFSNLPNLEKLVLKDCSSLSSISHTIGNLNELVLLNLKNCTSLHSLPKSIYKLKSLKTLIL SGCSKIDKLEEDIEQMESLTILVADNTAITRVPFAVVRSKSIGYISLCGYEGFSRDVFPSIIRSWMSPTNNILFQVQTSS MGMSSLDILYEQNSSSSGLFYALKDLQKLRRLWVKCDSEVQLNECVERILDALKITNCAELEATPSTSQVSNNSSALLDC HNQVRISGSKLSSTSLLIQMGMNCRVFNTLKETILQMSPIESGLLPSDDYPDWLTFNSDCSSVTFEVPQVDGRNLRTIMF IVYSSSPDNITSEGLKNVLMINCTKNTIQLYKKGALGSFNEEEWQKVVSNIEPGNKVKVVVFFEKEFIVKKTSVYLIYDV PTDQKTEHCHEPDKSVPVSGGDENDFSQPEGSNADPPPCLKKKKIKHKDTQKPIPNDIVEKFPEIPGGEAVYVYREADRN VPPETQGPQIPPSGIPTRTNIEVPSPPIENPLKEAAVSENEPLQNPFPKIVNPSGPTSEAQILDTLNEPTVQQQESPPCP SLNIKDYEKMLEDDPFQLMMKIISKEIHFSDTKQISTKTSESSTSTPLPMLINQLKELIFSVDLIEALPSNTFLSNQIRK VMDEIEVHQDKLKAYRDIGVGNFCYWYNDLTSTIDQIKNSKLFIFQLEADQEEIRQKLMKTRSKYDGAIAAVLMGASRRC EIKNEIQSLKQQISELEKEDALIIEEELKCEDQKRNIIEEIKVLSKEALEKGKETAALQKKKKKHESVLEALRKTYEEMK FKQTF
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 | 5 | 148 | 144 | 1.7E-30 | ||
| Gene3D | 9 | 176 | 168 | 7.1E-49 | ||
| ProSiteProfiles | 12 | 122 | 111 | 21.009 | ||
| SMART | 13 | 155 | 143 | 5.1E-28 | ||
| PANTHER | 13 | 496 | 484 | 0.0 | – | |
| PANTHER | 13 | 496 | 484 | 0.0 | – | |
| Pfam | 22 | 183 | 162 | 3.6E-29 | ||
| SUPERFAMILY | 176 | 434 | 259 | 1.19E-61 | ||
| Gene3D | 177 | 338 | 162 | 2.7E-31 | – | |
| Pfam | 191 | 411 | 221 | 8.6E-29 | ||
| SMART | 206 | 344 | 139 | 0.079 | ||
| PANTHER | 503 | 1548 | 1046 | 0.0 | – | |
| Gene3D | 503 | 679 | 177 | 2.8E-60 | ||
| PANTHER | 503 | 1548 | 1046 | 0.0 | – | |
| SUPERFAMILY | 503 | 648 | 146 | 1.07E-38 | ||
| ProSiteProfiles | 504 | 647 | 144 | 28.052 | ||
| SMART | 505 | 647 | 143 | 6.2E-40 | ||
| Pfam | 506 | 670 | 165 | 4.0E-38 | ||
| SUPERFAMILY | 678 | 940 | 263 | 8.21E-63 | ||
| Gene3D | 680 | 836 | 157 | 5.1E-31 | – | |
| CDD | 685 | 842 | 158 | 0.00368792 | – | |
| Pfam | 688 | 911 | 224 | 1.8E-34 | ||
| SMART | 705 | 844 | 140 | 0.0012 | ||
| PRINTS | 708 | 723 | 16 | 8.6E-24 | – | |
| PRINTS | 785 | 799 | 15 | 8.6E-24 | – | |
| Gene3D | 844 | 929 | 86 | 3.2E-6 | – | |
| PRINTS | 879 | 893 | 15 | 8.6E-24 | – | |
| SUPERFAMILY | 986 | 1315 | 330 | 8.84E-29 | – | |
| Gene3D | 1015 | 1404 | 390 | 6.8E-27 | ||
| PRINTS | 1190 | 1206 | 17 | 8.6E-24 | – | |
| MobiDBLite | 1526 | 1559 | 34 | - | – | |
| Coils | 1758 | 1778 | 21 | - | – | |
| Coils | 1839 | 1866 | 28 | - | – | |
| Coils | 1895 | 1922 | 28 | - | – |
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 LotjaGi1g1v0233100.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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