Your browser is unable to support new features implemented in HTML5 and CSS3 to render this site as intended. Your experience may suffer from functionality degradation but the site should remain usable. We strongly recommend the latest version of Google Chrome, OS X Safari or Mozilla Firefox. As Safari is bundled with OS X, if you are unable to upgrade to a newer version of OS X, we recommend using an open source browser. Dismiss message
| Field | Value |
|---|---|
| Gene ID | LotjaGi3g1v0090600 |
| Transcript ID | LotjaGi3g1v0090600.1 |
| 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|G7LF48|G7LF48_MEDTR Disease resistance protein (TIR-NBS-LRR class); Found in the gene: LotjaGi3g1v0090600 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:10266696..10278911) extracted from Lotus japonicus Gifu genome v1.2.
TTTGCGTTATTGCCTTGTCTCTTGCAGCATCAAGCATTGACTTCAGTTTAGTCCTTCCTTTCATCGAAACCGAATCAATG GCGTCTTCTTCATCCTCCTCCAATCCCCAATGGGCCTACGACGTGTTCCTCAACTTCAGAGGCTCCGACACTCGCACCAG CTTCGTCTCTCATCTCTACGCCGCACTCTCAAACGCCGGCATCAACACTTTCCTCGACCAAGAGCTTGCCAAGGGAACGG AGCTGCAACCTGAAATCCTGCGAGCAATCGAAACCTCTCACATGTCAGTGGTTGTTTTCTCCAAAAGCTACACTGAATCA TGCTGGTGCCTTAACGAGCTCGAAACCATCATGGAATGTCACAGGGTTCATGGGCAGGTGGTTGTTCCTGTGTTTTACGA CGTTGAACCCTCGGTTGTGCGTCATCAGAAGGGTGCTTTTGGAGAAGCTTTGGAAACACTCGTGCGGAAAAGGTGTTCAG GGTCAGGGTTGAAATATGTGCGGTCTTCTTGGAAGACTGCACTCACTGAAGCTGCAAATTTAACTGGCTGGGATGTCACC AAGTACAGGTAATATAAAATTTGAAACATGTTCTGTTTTCTTGGATCACTTTAGGCTTTATATGTGAGTTCTTAGGAGAG TGGAGGGGAAGAAGAGAAGGTAAACTCTCTTTGAGTCAATGAATAAATTATCCCAAAAAGTTAAGCTTAAGCTATTGGGT AACGGTTACCTGAATGATTTACACTACTTCATCCGTCCCCTATTATAAGACCCTTTATTGTCAGACAGTAATGAGTCTTA TAATAAGGGACGGAGGGAGTATTATTTTTAACACCGTCCTCACACAAGAGCTCATTTGAGCTTACCCGTTTGGACTTGAA GCGCAGATAATGCACATGTCCACTGCCACAAAAGCCCACAAAACCCCCTAATTTGAAGGAATTCATAACACATCTAGAGT TTCTCTGCTAGCCAGTGCAAGCTCAAATATACAAAAATTAATCATTTACTAAAAGAACACTTGGATATTAAGTGATGAAA GAAGGGAAACACCCATGTTAAAGGGGACAAAATGGTGGTCTATTTATAAACAAGTGAAAGAATGTGGTGTTTTGATTAGG TGATAAAATGTTATCTGATTCAAAGAGAAGCTGAAATCATCATTGTTGTGTTTGTACTAGAACAATTGTTAGGACAACCT TAGGGTGGTTTCAAAGACATTCAATTTGGTTTGATCTCCTTATTCTACAAGTCAAAGTCCTTTTCTGAACTCTGTTGTTC CCATCATTATGGGTTCAAATCCCATTCATTGTTCATTTGTTTGTTTGACACACTGTTCCGCATGCAAGATTAAATCTATA TGGAACTGGAGTGAAGATTAAGCAGATTGTTGGTCTGATGTAACTCTCTTAACTAATATTACTCGAGTTCTTGTTGCTAA AGTAAGAGTTTTGATTTTATCTGTTGCATTAGAGTACAGGCCAGATATTGGTTTCATTTTTTTTATACCGTAAAACAGAT AGTTTGCATGAAATAGCTGAAAGGAAGGTTTTAGAAATTTCTCAAACCCTTCCTATCTTTTAAATACCTTCCACTCCCCT TTTATCCCCTCCAAATCTCAACTCACAAAAAGACCCTTAGTGTTTGAAATAGAAGTTTATTTGAGCTTATTTTGTGCGAA CTTATTATCTTCAATAATCTTTGCGGATTCTGTGTGTTGAATAATTGTTACATAATGAAGGAATGAAGGTGAACTAGTAA AGAGAATTGTTGAGGACGTTTGGACAAAACTAGACTACACATTCTTGTCTATTACTGAATTCCCAGTTGGATTGGAATCC CGTGTGCAAGAAGTTACTAGGCTGGTTGAGAACCAAACAAGCATAGTTCGTATGGTAGGGATCTGGGGGATGGGAGGGTC AGGTAAGACAACCACAGCCAAATCCATCTTCAATCAAATCCATCGCAACTTCATGTGTAGAAGTTTCATTGAAAACATTA GAGAAGTTTGTGAAAGTGACAGTACCAGAGGACTTATTCATTTACAAGAACAACTTCTCTCTGATGTCCTGAAAACAAAG GAGAAGATGCATAGCATTTCCATGGGGACAGCTATTATCGAGAAAAGACTCAAGTCGAAAAGGGCTCTAATCATACTAGA TGATGTTACCACATCTAAGCAGTTGAAAGCCTTGTGTGGAAATCGAGAATGGTTTGGATCGGGAAGTGTAATAGTTGTTA CAACTAGAGATGTACGGTTACTTAATTCGCTTAAAGCTGATTATGTGTATAGAATGAAGGAAATGGATGAAGATGAGTCC CTTGAGCTTTTCAGTTGGCATGCTTTTGGAGAAGCAAGTCCAAGAGAAGACTTGATTGAACTCTCAAGAAACGTGGTTGC TTACTGTGGAGGGTTACCACTCGCTCTTGAAGTCCTTGGATCTTACTTGAATGAAAGGACAGAACAAGAATGGAGAAGTG TGCTATCAAAACTGGAGAGAATTCCCAATGATCAAGTGCAGGAGAAACTCAGAATAAGCTATGATGGTTTAAAGGATCAT TTGGAAAAGGAAATTTTTCTTGATATATGTTGTTTCTTTATAGGTAAGGACAGAGCCTATGTGACAGAGATACTAAATGC ATGTGAACTTTATGCTGATATTGGAATAACGGTTCTCACTGAGAGGAGCCTAGTTAAAGTTGACAAGAAAAACAAGCTTC GAATGCATAACTTGCTGCGAGACATGGGAAGAGAAATTGTCCGTGAAAGTTCAGAAAAAGAGCCTGGGAAACGTAGTCGA TTGTGGTTTCATGAGGAGGTGCATGATGTTTTGACAAAAAATACTGTAAGAACTTTCTCTACATATATTTGAAACCTTTG ATTGACCTCTGTAATCTTATCATCATCATGTGACGCTGTTTCTGAATTGTTTTGCTCTTATAACTATTGACTAAAAATTG TTGGGAACATGAGAGTATGTTTGCCTGGTCATATGTTCAGATCAAGATCATATATCCCTAATTGGTATTCCAATTATATA TTCCCCTAGTGAAAATTTTTCCATGTCAATTGAAAAAGTGAGGGACAGTTACCAATTTACACGACGGTTTATATTTGACA TATCAAAATTTTATTGGTTGAATAGAGAACGAGACACAGTTTGGGGACAAAAGATTTTTATCTGTCATGTTTACTAGAAG CAGCGCCGCGCTACTTACGCCTCTTTAGCTTTATGTATAACTTTCTAACAAGGAGAGGTAGAAGGTTTCCCTTACTTTTC TGTCTGTTTTGCTTCACATTCAGGGAACAGAAAAGGTTGAGGGATTGGTTTTGAAGTTGCAAACAACAGAAAGAGTTTGC TTCAGTACTGATGCTTTCAAGGAGATGAAGAAACTGAGACTTTTACAACTTGATCATGTTGACCTCTCAGGAGATCATGC ATATCTTTCAAAAGAATTAAAATGGGTCTATTGGCAAGGATTTACCTTAAACTCTATACCTGATGACCTTTATCAAGGAA ATCTCGTTGTTATTGACTTAAAATACAGCAATATAAAACAAGTTTGGAAGGAAACCAAGGTATAGTATTAACATTTTATT TTAAAAGTCAATTTTATTGACATTGGCACTTGTAGCCAACTTTTTTACCCATTTTCTTCCCTAAGTTTTATTTTAAACAT TACTTGCAGTTGCTGGAGAAGCTGAAAATTCTCAATCTCAGTCATACTTGAAAAAAACCCCTGACTTTTCAAGGCTCCCG AATCTAGAAAAGCTCATTCTGAAGGATTGTCCAAGTTTGAGAGAGGTACACGAGTCCATTGGAGATCTCAGTAATCTTCT TCTAATAAACTTGAAGGACTGTGCAAGCCTTAGAAATCTCCCAAAGAAGATTTATCAGTTGAAATCTTTGAAAACTCTCA TCCTTTCGGGTTGTTCAAAGATTGACAAACTGGAAGAAGATATAGTGCAAATGGAATCCTTGACAACATTGATAGCAAAA GACACAGCAATAGAAGAGATTCCCTATTCAATAGTAAGATCAAAAAGCATTGGATACATATCCCTGTGTGGATATGAAGG ATTAGCACGTGATGTTTTTCCCTCCCTCATTTGGTCTTGGATGTCACCGACAACAAATGGCGTGCGTACTCCAACATTTG GGGGCTTGTCATTGTCTCTAGTTTCCATGGATGTACAGAATAATATTTTGAGCTACCTATCTCCTTTTATTAGCAGCCTT TCGGAACTTAGAAGTGTTTGTTTACAATATGACTCGGGGATTCAACTAACTCAAGAATTAAGAAGATTTCTTGATGATCA ACGTGATGTAAATGTCATTGAATTGGAAAGTACATCAATTGCATCAGCCTTAGATCTTTCCTTGAGATCGCTTTTCATTG TAATGGGAAGTTGTAACATGGTCATAGATACTCTTTGCAAGAGCATATCGCAGGTTCCTTCTCTATCCTTCACATTTATT AATGCCATATTTTCATGAATCAAAAACATACAAGTTTTACACAATTGACTAAGCTTTTTGGTTTATGTCACAGGTATTGA CAACCAATGGGTTAGATGATTTTCCTCTGCTGGGCGACTCTTATCCACATTGGTTGACTTATACAGGTGAAGGAAATTCA GTGCTTTTCACAGTTCCTCAAGATATTCATTGTCACATGAAGGGAATGACTTTGTGTGTTGTTTATTCATCAACTCCTGG AAACACGGTAGTTGAATGTATTATTAGTGTCTTGATTGTCAATTACACAAAGTGTAGCATCCAAATATACAAACGAAACA CAACAGTGTCCTTTAATGATGAAGATTGGCAGGGAATACTATCTCATCTAGGATCGGGTGATAAAGTGGAGATTTTTGTT ACTTCTGGTCATGAATGGGCTGCTAAGAAGATAGTTGTTTATCTGATATATGATGAATCAATTGACATGGAAATGGCTTC CCATATATGGCCCTACTCAACTCAATTAAAATTGCCTTCTTTGGAGAATGCATATGGTCTTGGATCAAAAAATTGCATGG AAAAGGTTCCTTCTCTGCAGCAAAGGAAAGAGCCTAAGAAAAGTTTGTTTGTAAGATTCATAAAGAAAATTGTAATGTGT AACTGTCATAAACCAATTATTTCAGAAGTTTAGTTCTTAAGTGAATATACATAAATGATTTTATATTATATTTGTTCTAT AAGTAAGAGCCTTATGAAGAATCATTATAATGAACTGTCTATATAATTTAAATTATTAGGTATGTTGCGTCAACATGCAA GTTCCATGTTGTTTAAGTTAGTGAAGGATGAGGAGTCCAAAACCATATATAGACTCAAGCTTACCCTACAAGAAAGACTT GATTTAAAATCCAAAGTTAGCGTTTGGAAGTGTGTTCATACCTTGGTGGGGGGTTTTGGTTGACAAGGCTAAGGTGGGCA GCGGTGGGGTTGGCGTTCAGCAATGGAGGTCGAGGCTTGGGGTTTTAGTGATGGAGGTGGCATTCACGGTTTGGGTTGGT TGGTTTGAGGGGGGTTTGACACTTCTGTATTTAGGAAGGAGAGCATTAACCTCCCCGGCCACAACGGCTTTCGAGACTCT TTGGAATTTCTCATTTATTTCAAGGTACGAACTCCTCTGGCACACTAAACTAAAGGCTCACGCCTCCGGTCAAGCCAATT TCAACCTCGAGGATAAGAGCCAGATCCTTCACCCCTCTCTGCCACCTACTCGGCGTCTATGAGACCATTTCTTCCTTACT TGTACTGTGAGTAATACTAATCTCCCCAATTTCTCCTTATTTTCTTTGGGTGCATTTCTATTATTAGTTGAATGATTTTG ATTGTTGTTCCTGTAGCTGCTCACTTTTTGTTGTTTTGATCCGTAGAAATTAAGAATAGTAATGATTTATTCATACTTCA TTGCCTTCGCGCTTTGTTTGTCCTTTATATCTCGGCCCAAGAAAGCACTGACAACAACAAAAAGGAAGGGGTCCATGTAG CTGCTGCGTCTGCCCCGTTCTTAGAGCATCTCCAATGGAGTCCTTATTTACCAAAGTGAAAAATAAGGAGAGAAATAAAT AATATAAATATATTGGGTACCGTGAGTCCAGTCAAAAGTAAAATAAGATCTCAACCACTAGAGTGAAATGTGCATAGAGA ACTCATGAGTGTCTTAAATTCTATTTGACAATCTGAGCCCACAAAAAGTGAGTTAAATCCCAAAATAAGATCACTAGAAC TGACTATTTTGAATATATAATCCAAGTGTAGAGTGGTCTCTCCCATCTCTTCTCTGTATATTTTTCTTTCTATACATTTC AATCATTGTTTAGTAATTATACTACGCCCTTTAATAAAATATACTCCAACATTTATCTGAATAAAAAAAGTCCATTGGTT GCCTAAGAATGTGATCGACAACTTGCAAGACGCTGAGGCGGCTGAGCTGGGCGAGCACGAAAGATAAAGAGTGGTATTAT TGACCCATTGCATCATCACTCTGTAGTTTGCTTTCTATATTCATGGAATCCATGGGTTGTCTCTACGACGTGTTCATCAA TTTTAGGGGTGAGGACTCACGAACGAGCTTGGTTTCTCACCTCTATGCTGCCCTCTCCAATGAGGGAGTCTCCACTTTCA CCGACAAGAAGTTAACCAAGGGAATGGAGCTGGAACCAGAACTATTAAGAGCAATTTCTCAGTCTCGGATATCTATCGTT GTTTTCTCCGAAAACTACACTGAATCCAGTTGGTGTCTCATCGAACTTTGCGAAATCATGGAATGCCGCAGAAAGAGTCA CCAGGTGGTTCTGCCCATATTCTATGGCGTTGACCCTTCAGTTGTGCGTCATCAGAAGGGTGATTTCGGAAAAGCATTGG AAGAAAGTGCTGCAAAAATACGCTTCACCGTGAAACCATTGTTGCGAAGTTGGAGGACTGCGCTAACTGAGGCTGCAAAT TTGTCTGGTTGGGATGCCAGCAATTTCAGGTAAATCATATATGTAACTTTCTAATTTCTTGCTTCTGGTGGATGAAATGA AACCTTGTTAGATTGATAATTCTGTTAGTCGTTGAGTATAGGCCTCCCAATTTATAATATGGTATCAGAGCTTATCCTAG ATCCATTTGTTGTTTGTTGTGGAGACCTTCCATATTTGGGTCACCCGTTGTTGTTGATTCTAGAGTCCTAGACGTTTGGG GTGTTAGAGAAGTCCCACATTGACTAGAGATAGAGCATAGATAACCTTTATAAGGGTAGTGCAAGCCTCAACTCTGGAGC TAGCTTTTGTGGTTGAGTATAGGCCTCCCAATTTCTAATAAATTCGAACTGCAAATTTTTATTTTAACTTCTTTTTTTTA TTGAAGGAGTGAATCTGAACTAGTGAAGAAAATAGTAGAGCAGGTTGTGAAAAAACTAGACATCACACTCTTGTCTATTA CCGATTATCCAGTTGGATTAGAGTCCCACGTGCAACAAGTAGTTAAGTATATTGAAAGTCAATCAAGCGAAGCGGTTGAG TTTATTGAAAGTCAATCAAGCAAAGTTTGTATGGTAGGGATCTGGGGAATGGGAGGGTTGGGTAAAACAACCACAGCTAA AGCCATCTACAATCAGATTTATCGCGTATTTGAGGATAGAAGTTTCATTGAAAATATTAGAGAAGTTTGTGAAATGGATA GCAGAGGGCATATGCATTTGCAAGAACAACTTCTTTCTGATGTGGTCAAGGCAAAGGTGAAGAAGATACATAGCATTGCC ATGGGGACAACTATGATTAAGAAAAGACTTTCTGGAAGAAGGGCACTGGTTATACTTGATGATGTGACCACATCTGAGCA ATTAGAAGCCCTGTGTGGAAATCGCAAATGGTTTGGACAAGGAAGTGTTATAATTGTTACAACTAGAGATGTAAGGCTAC TTGATTTACTTAAAGTCGACTATCTTTATAAAATGGAGGAAATGGACAAAAAGGAGTCCCTTGAGCTTTTAGTTGGCATG CTTTTGGAAAAGCAAGTCCGGGAGAAGACTGGATCGATCTCTCAAGAAGCATGGTTGCTTACTGTGGAGGGTTACCACTA GCTCTTGAGGTCCTTGGATCTTACTTGAATAAAAGAACAGAAAAAGAATGGGGAAGTGTATTGTCAAAATTGAAAATAAT TCCCAATGATCAAGTGCAACAGAAACTCAGAATAAGCTACAATGGTTTATAAAGGATGATATGGAAAGGGATATATTTCT TGACATATGTTGTTTCTTCATTGGTAAGAACAGAGCCGATGTTACTGATATACTAAATGGCTGTGGACTTTATGCTGATA TTGGAATAACTGTTCTCATAGAGCGGAGCCTAGTAAGAGTTGACAAGAATAACAAACTTCGAATGCATGATTTGGTACGA GACATGGGTAGAGAAATTGTTCGCGAAAGTTCAGCAAAAGAGCCTGGGAAGCGTAGTCGATTGTGGTTTCATGAGGATGT CCATGATGTTTTGACCAAAAATACTGTAAGAACATTCTCTACATACAGTTTGAAACCTTTTATCATCCTTCAAAATCTTT TCAGGATCATAGAACTTTTTGATTGTTATTGAATTGCTTTTCTTGTCACATTTGCCATGTCATGTTCCTTACAACTGTTG TTTGGCTACGCTGCTGCAGCATTATGTTTCTCCTTATTTATCTACACGTACATGCAGGCAACAAAAACTGTTGAGGGACT GGTTTTGAAGATGCAAAAAACCAACAGAGTTTGCCTCAGTGCTAATGCCTTCAAGGAAATGAGAAAACTGAGACTTTTAC AACTTGATTGTGTTGACCTCTCTGGAAACTTTGGTCATCTTTCCCAAGAACTGAGATGGATCTATTGGAAAGGATTTACT TTGAAATATATACCCAATGACTTATATCAGAGAAATCTAGTTGCTATGGACTTGAAGTACAGCAGTATTAAACAAGTTTG GAAGGAATCCAAGGTATAATACTAACATTTTATTGAAAAAACTTGATGACAAAAACTATTATTACCAGCATTTTCCCATT TTCTCCTCTAATTTTCTTTGAACAATTATCTTCTTGCAGTTGCTGGAGAAGCTAAAAATTCTCAATCTCAGTCATTCCAG GTACTTGGAAAACACCCCTGATTTTTCCAAACTACCGAATCTAGAAAAGCTCATTCTAAAGGATTGTCCATGTTTGTCCG AGCTCCACCATTCAGTTGGAGATCTCAGTAATATTCTTCTTATAAATTTGAAGGACTGTACACGCCTTAGCGCTCTCCCA AGGAAGATCTATCAGTTAAAATCTGTGAAAACACTCATCGTTTCGGGTTGTTCAAAACTTGACAAGTTGGAAGAAGATAT AGTGCAGATGGAATCCTTGACAACACTTATTGCAAAAGATACAGCTATAAAAGAAGTGCCCTATTCAATAGTAAACTTGA AAAGCATAGGATATATATCCCTATGTGGATATGAAGGATTAACACGTGATGTTTTTCCTTCTCTTATTCGGTCTTGGATG TCACCAACAATGAATCCCCTATCTCGTATTCCACTACTTGGGAGCATGTCATTGTCTCTAGTTTCTATTGATATACAGAA TAACAGTTCAGACAATTTATCATCATGGCTAAGCAGCGTATCAAAACTTCGAAGTGTTTTGATACAATGTCACTCAGAGA TTCAACTAATTCAAGAGTCAAGAAGAATTCTTGATGATCAATATGATGTAAATTCTACTGAATTGGCATCATCATCATCA TATGCATCACAAATCTCAGATTTTTCCTTGAGATCACTTTTGATTAGATTGGGAAGTTGCCACACAGTCATTGATACTCT TGCCAACAACATATCACAGGTGACTTCTCTATCTTCTCACATTTACCGATCTTTATTATTTATTTTCTAGATGCTATCTG CGCTTTGCACAAGCCTATATTAGTTTTTTATGGTAAAATAATGCATATTTTAAATTAAAATATAAGCTTTATTATAGTGC AATTTATGGCAGTTACTGAATATCACATAACAAGTATAAACACTATTCATGGGTAAATCATATTTTAACATGGTCCCTGA TTGTTCTTGTTCAAGAAATACACAATGCATTGGGTTTTGGGTGAAAGATGTGACGTCCTTCAATAATGTGGTTTACTCCT CATCCATTATGGTTATAAAAGATGGGGTTGTCTAGGATACACCACGTGTTCGGGTGGTGTGTCAGTACACGGTTTGTAAC TTGTAAACATACAATTTGTAATCACATGAAATAAGAATTGTGAGCAGAAAAAATTAAAAGCAAAATTATGAACAATATAT TAGCTAGCAAATAGCAATGAATTTGCTTCATTTGTAGCTAATTCACAACTATTTGGCAGTAATGTATCAGTGTACCACCC AAACAGGTGGTCTACCCTAGACAACCTATAAAAGATATATCATGCCTCCTCTGATGCTATAATAGTGAGAGACACCCTCA CATTATAACTGATATTACGGCCGGTAGTTGTGGCCCTGAGACGGACAATAAGATGATGACGGACACTTAAGGGGAGATTG TTGAGGCTTCAAGTGTGAATAGTAATAGTAATAGTAATAGTAATAGTAATAGTAATAGTAATAGTAATAGTAATAGTAAT AGTAATAGTAATAGTAATAGTAATAGTAATAGTAATAGTAATAGTAATAGTAATAGTAATAGTAATAGTAATAGTAATAG TAATAGTAATAGTAATAATAGGTCCCACGTTGGATAAAAAAAAGTGTTGAATATTATGTAAGTGAAAAGGCTCGTACACC AATTCCTTAGAGTTTTCAGTGAAAGATGTCTCATTTTTCACTAATGTGGTTTACTTCTCATCTAAAGTGGTTATAAAAAG ATATATGTATGCCTTTCTCATGCTGTAACAGTGAGGGATAACCTCACACCATACCTTGTCTCTCGTGGGGCGAGGCTGTC CCCACCCCCAATTCCCGGGGTAAATTTTTACCCATCACGGTTCCCCATAGGTTCTTCCTTGTCTCTGTGTTTCTTAATGC TACATACTATGATTATATTTAACATTCACCTTTTGGAATTCAGAATGACACAATGAGTGGTACAAAAACTCCATTTGAAT GATTCAATAAATAACCGAGTATATATGTGCTTCATACAGGGATTGACATCCAATGATTCTAGTAATTTTTCCCTTCCGTG TGGTAATTATCCTTCTTGGTTAGCCTATAAAGGTGAAGGACCTTCAGTAAATTTTCAAGTGCCTGAGGTTTGTGATTGTT ACTTGAAAGGAATAGTTTTATGTGCTGTTTACTCATCAACACCTGAAAATATGGCAACTGAATGCTTTACTAGTGTCATG ATCAATAATTACACAAAATTGACCATTCAAATCTACAAGCAAGATACAGCCATGTCCTTTAATGATGAAGATTGGGAGAG TGTAATATCAAATCTAGATCCTGGTGACAATATGGAGATTGTTGTTGCTTATGGGCGTGGATTGACTGTGAAGGAGACAG CTGTCTATCTAATATATGGTCAGTCAATTACTGTAAAAATTGAGCCATCAATTACTATGCAAGTTGAATTTGATTCGTTA GTTAATGTGAGAATGGAGCCATCAACTGAAGTGAACTTGCTTCCATCACCTGATGTGAAAATAGAGCCATCACCTGAAGT GAACATGCAGTCATCACCTAGACTGAACATGCTGCCATCACCTAACAAGAAAATGGATCCATCAACTGAAGTGAACATGC AGCCATCACCTAATGTGAAATTGAAATCATCACCTAACATAAAAATTGAGCCATCACCAAAACCAAGTAAAAATTTCTTC ACAAGACTTGCAAAGAGAATGGGAGAATGTTCATGCTTGAACCAAACTTGAGCTTTCAACAGCAGTTTTTTATTGGGTAT GCCTTTGTCATTATATGGGATTTCCTTATCTAGAAGGGAGGACGGACAAAGCCATCTTCTGCATGCCAGGTTTATCTCTG CCTCCGAAGGTTCCTTTTACCAGGTTTGTCTCTATCATTGATGTTGATTTCTGTTCTAAGGATTCGTCCCTATTGTTGAT TCTATTCTTTGATTCTGACTTTTGATTGTTAATTTAAAATCCTTGTATCGTATGTTATATCTCATCAATGATTGATTATT TTGTTTATTTTATGTTATTCCTTCCTTATCGTCCTCAATTTTTCAAGCATTTTTGA
CDS sequence (LotjaGi3g1v0090600.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCGTCTTCTTCATCCTCCTCCAATCCCCAATGGGCCTACGACGTGTTCCTCAACTTCAGAGGCTCCGACACTCGCAC CAGCTTCGTCTCTCATCTCTACGCCGCACTCTCAAACGCCGGCATCAACACTTTCCTCGACCAAGAGCTTGCCAAGGGAA CGGAGCTGCAACCTGAAATCCTGCGAGCAATCGAAACCTCTCACATGTCAGTGGTTGTTTTCTCCAAAAGCTACACTGAA TCATGCTGGTGCCTTAACGAGCTCGAAACCATCATGGAATGTCACAGGGTTCATGGGCAGGTGGTTGTTCCTGTGTTTTA CGACGTTGAACCCTCGGTTGTGCGTCATCAGAAGGGTGCTTTTGGAGAAGCTTTGGAAACACTCGTGCGGAAAAGGTGTT CAGGGTCAGGGTTGAAATATGTGCGGTCTTCTTGGAAGACTGCACTCACTGAAGCTGCAAATTTAACTGGCTGGGATGTC ACCAAGTACAGGAATGAAGGTGAACTAGTAAAGAGAATTGTTGAGGACGTTTGGACAAAACTAGACTACACATTCTTGTC TATTACTGAATTCCCAGTTGGATTGGAATCCCGTGTGCAAGAAGTTACTAGGCTGGTTGAGAACCAAACAAGCATAGTTC GTATGGTAGGGATCTGGGGGATGGGAGGGTCAGGTAAGACAACCACAGCCAAATCCATCTTCAATCAAATCCATCGCAAC TTCATGTGTAGAAGTTTCATTGAAAACATTAGAGAAGTTTGTGAAAGTGACAGTACCAGAGGACTTATTCATTTACAAGA ACAACTTCTCTCTGATGTCCTGAAAACAAAGGAGAAGATGCATAGCATTTCCATGGGGACAGCTATTATCGAGAAAAGAC TCAAGTCGAAAAGGGCTCTAATCATACTAGATGATGTTACCACATCTAAGCAGTTGAAAGCCTTGTGTGGAAATCGAGAA TGGTTTGGATCGGGAAGTGTAATAGTTGTTACAACTAGAGATGTACGGTTACTTAATTCGCTTAAAGCTGATTATGTGTA TAGAATGAAGGAAATGGATGAAGATGAGTCCCTTGAGCTTTTCAGTTGGCATGCTTTTGGAGAAGCAAGTCCAAGAGAAG ACTTGATTGAACTCTCAAGAAACGTGGTTGCTTACTGTGGAGGGTTACCACTCGCTCTTGAAGTCCTTGGATCTTACTTG AATGAAAGGACAGAACAAGAATGGAGAAGTGTGCTATCAAAACTGGAGAGAATTCCCAATGATCAAGTGCAGGAGAAACT CAGAATAAGCTATGATGGTTTAAAGGATCATTTGGAAAAGGAAATTTTTCTTGATATATGTTGTTTCTTTATAGGTAAGG ACAGAGCCTATGTGACAGAGATACTAAATGCATGTGAACTTTATGCTGATATTGGAATAACGGTTCTCACTGAGAGGAGC CTAGTTAAAGTTGACAAGAAAAACAAGCTTCGAATGCATAACTTGCTGCGAGACATGGGAAGAGAAATTGTCCGTGAAAG TTCAGAAAAAGAGCCTGGGAAACGTAGTCGATTGTGGTTTCATGAGGAGGTGCATGATGTTTTGACAAAAAATACTGGAA CAGAAAAGGTTGAGGGATTGGTTTTGAAGTTGCAAACAACAGAAAGAGTTTGCTTCAGTACTGATGCTTTCAAGGAGATG AAGAAACTGAGACTTTTACAACTTGATCATGTTGACCTCTCAGGAGATCATGCATATCTTTCAAAAGAATTAAAATGGGT CTATTGGCAAGGATTTACCTTAAACTCTATACCTGATGACCTTTATCAAGGAAATCTCGTTGTTATTGACTTAAAATACA GCAATATAAAACAAGTTTGGAAGGAAACCAAGTTGCTGGAGAAGCTAAAAATTCTCAATCTCAGTCATTCCAGGTACTTG GAAAACACCCCTGATTTTTCCAAACTACCGAATCTAGAAAAGCTCATTCTAAAGGATTGTCCATGTTTGTCCGAGCTCCA CCATTCAGTTGGAGATCTCAGTAATATTCTTCTTATAAATTTGAAGGACTGTACACGCCTTAGCGCTCTCCCAAGGAAGA TCTATCAGTTAAAATCTGTGAAAACACTCATCGTTTCGGGTTGTTCAAAACTTGACAAGTTGGAAGAAGATATAGTGCAG ATGGAATCCTTGACAACACTTATTGCAAAAGATACAGCTATAAAAGAAGTGCCCTATTCAATAGTAAACTTGAAAAGCAT AGGATATATATCCCTATGTGGATATGAAGGATTAACACGTGATGTTTTTCCTTCTCTTATTCGGTCTTGGATGTCACCAA CAATGAATCCCCTATCTCGTATTCCACTACTTGGGAGCATGTCATTGTCTCTAGTTTCTATTGATATACAGAATAACAGT TCAGACAATTTATCATCATGGCTAAGCAGCGTATCAAAACTTCGAAGTGTTTTGATACAATGTCACTCAGAGATTCAACT AATTCAAGAGTCAAGAAGAATTCTTGATGATCAATATGATGTAAATTCTACTGAATTGGCATCATCATCATCATATGCAT CACAAATCTCAGATTTTTCCTTGAGATCACTTTTGATTAGATTGGGAAGTTGCCACACAGTCATTGATACTCTTGCCAAC AACATATCACAGGGATTGACATCCAATGATTCTAGTAATTTTTCCCTTCCGTGTGGTAATTATCCTTCTTGGTTAGCCTA TAAAGGTGAAGGACCTTCAGTAAATTTTCAAGTGCCTGAGGTTTGTGATTGTTACTTGAAAGGAATAGTTTTATGTGCTG TTTACTCATCAACACCTGAAAATATGGCAACTGAATGCTTTACTAGTGTCATGATCAATAATTACACAAAATTGACCATT CAAATCTACAAGCAAGATACAGCCATGTCCTTTAATGATGAAGATTGGGAGAGTGTAATATCAAATCTAGATCCTGGTGA CAATATGGAGATTGTTGTTGCTTATGGGCGTGGATTGACTGTGAAGGAGACAGCTGTCTATCTAATATATGGTCAGTCAA TTACTGTAAAAATTGAGCCATCAATTACTATGCAAGTTGAATTTGATTCGTTAGTTAATGTGAGAATGGAGCCATCAACT GAAGTGAACTTGCTTCCATCACCTGATGTGAAAATAGAGCCATCACCTGAAGTGAACATGCAGTCATCACCTAGACTGAA CATGCTGCCATCACCTAACAAGAAAATGGATCCATCAACTGAAGTGAACATGCAGCCATCACCTAATGTGAAATTGAAAT CATCACCTAACATAAAAATTGAGCCATCACCAAAACCAAGTAAAAATTTCTTCACAAGACTTGCAAAGAGAATGGGAGAA TGTTCATGCTTGAACCAAACTTGA
Protein sequence (LotjaGi3g1v0090600.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MASSSSSSNPQWAYDVFLNFRGSDTRTSFVSHLYAALSNAGINTFLDQELAKGTELQPEILRAIETSHMSVVVFSKSYTE SCWCLNELETIMECHRVHGQVVVPVFYDVEPSVVRHQKGAFGEALETLVRKRCSGSGLKYVRSSWKTALTEAANLTGWDV TKYRNEGELVKRIVEDVWTKLDYTFLSITEFPVGLESRVQEVTRLVENQTSIVRMVGIWGMGGSGKTTTAKSIFNQIHRN FMCRSFIENIREVCESDSTRGLIHLQEQLLSDVLKTKEKMHSISMGTAIIEKRLKSKRALIILDDVTTSKQLKALCGNRE WFGSGSVIVVTTRDVRLLNSLKADYVYRMKEMDEDESLELFSWHAFGEASPREDLIELSRNVVAYCGGLPLALEVLGSYL NERTEQEWRSVLSKLERIPNDQVQEKLRISYDGLKDHLEKEIFLDICCFFIGKDRAYVTEILNACELYADIGITVLTERS LVKVDKKNKLRMHNLLRDMGREIVRESSEKEPGKRSRLWFHEEVHDVLTKNTGTEKVEGLVLKLQTTERVCFSTDAFKEM KKLRLLQLDHVDLSGDHAYLSKELKWVYWQGFTLNSIPDDLYQGNLVVIDLKYSNIKQVWKETKLLEKLKILNLSHSRYL ENTPDFSKLPNLEKLILKDCPCLSELHHSVGDLSNILLINLKDCTRLSALPRKIYQLKSVKTLIVSGCSKLDKLEEDIVQ MESLTTLIAKDTAIKEVPYSIVNLKSIGYISLCGYEGLTRDVFPSLIRSWMSPTMNPLSRIPLLGSMSLSLVSIDIQNNS SDNLSSWLSSVSKLRSVLIQCHSEIQLIQESRRILDDQYDVNSTELASSSSYASQISDFSLRSLLIRLGSCHTVIDTLAN NISQGLTSNDSSNFSLPCGNYPSWLAYKGEGPSVNFQVPEVCDCYLKGIVLCAVYSSTPENMATECFTSVMINNYTKLTI QIYKQDTAMSFNDEDWESVISNLDPGDNMEIVVAYGRGLTVKETAVYLIYGQSITVKIEPSITMQVEFDSLVNVRMEPST EVNLLPSPDVKIEPSPEVNMQSSPRLNMLPSPNKKMDPSTEVNMQPSPNVKLKSSPNIKIEPSPKPSKNFFTRLAKRMGE CSCLNQT
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 | 3 | 158 | 156 | 4.32E-39 | ||
| Gene3D | 7 | 187 | 181 | 2.0E-66 | ||
| PANTHER | 9 | 1063 | 1055 | 0.0 | – | |
| PANTHER | 9 | 1063 | 1055 | 0.0 | – | |
| ProSiteProfiles | 12 | 155 | 144 | 25.065 | ||
| Pfam | 13 | 187 | 175 | 4.6E-42 | ||
| SMART | 13 | 155 | 143 | 1.6E-43 | ||
| SUPERFAMILY | 183 | 446 | 264 | 4.83E-62 | ||
| Gene3D | 188 | 347 | 160 | 1.9E-27 | – | |
| Pfam | 203 | 427 | 225 | 1.0E-33 | ||
| PRINTS | 215 | 230 | 16 | 2.7E-23 | – | |
| PRINTS | 293 | 307 | 15 | 2.7E-23 | – | |
| Gene3D | 351 | 435 | 85 | 2.4E-9 | – | |
| PRINTS | 386 | 400 | 15 | 2.7E-23 | – | |
| SUPERFAMILY | 491 | 820 | 330 | 1.87E-29 | – | |
| Gene3D | 523 | 848 | 326 | 1.3E-27 | ||
| PRINTS | 624 | 640 | 17 | 2.7E-23 | – | |
| MobiDBLite | 1046 | 1108 | 63 | - | – | |
| MobiDBLite | 1056 | 1102 | 47 | - | – |
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 LotjaGi3g1v0090600.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
Loading expression data from ljgea-geneid. Please wait…