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 | LotjaGi3g1v0205300 |
| Transcript ID | LotjaGi3g1v0205300.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Disease resistance protein (TIR-NBS-LRR class), putative; TAIR: AT5G17680.2 disease resistance protein (TIR-NBS-LRR class); Swiss-Prot: sp|F4I594|RLM1A_ARATH Disease resistance protein RML1A; TrEMBL-Plants: tr|G7JKN6|G7JKN6_MEDTR Disease resistance protein (TIR-NBS-LRR class), putative; Found in the gene: LotjaGi3g1v0205300 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:30107344..30120429) extracted from Lotus japonicus Gifu genome v1.2.
ATCAAAGAGAATGAATGGCCAAGATGCAATTTCTCTTATGAATAGTGCTGTTCTAACAGCCCATTAAGTATATGTAGATG ACTTTTGATAAAATTATCTCTAATATTTTCTTGGAAACTTCATTGAAAAAGCAGTACCACAAACACGGTGGGAGGGCGTG AATGTTCAAACTAAAGATAAGTTTGTCCCAAAAAGTCAATTATTGTAGAGTCAACTGAAATTGCTTCTTCCTTCTCTATT AAGTTGCAGATCTTGATGAATTGATAATACTCCAACTCCTTCTATTAGTATTGTTGATGCTAAATTACTGTACGGTCAAG TGTGAAATTGCTTCTTCTTGTTTCTATTAAGTTGCAGATCCTGACATAGAAGGCAAAGTATTCAAGGTTAGTTATTTGTT TGTTTACTCAATCCACTGAGCTTGCTTGCTTACTTGCTTGTTTATACAGATTAAATTCATTATTGGTCATGCTTATTTCT TGTCATAATTTGATGAATTGATGATACTCCAACTCCAACATATATGACTATAGCATAAGGTGAAATATTCAAGGTTAGTT GTTGGTCTACATTTATCTCAATCAATATTTTTGGCTAAAGATCCACTGATCGGATCAGCTTGCTTGCTTGTTTCACTCAT TTTAACAAACCACTCATTTGACTTTTCCATTTCTTTTCTGTCTTTCTTTTTCTTTCCACTTCCAGTTACCATCTAGCAAA TATTCAGTGTTAGAGAAACAAAGAAAGATCCAACGACACACTCTGTCTCTTAATTCGGAAATTGAATATGGTGTATTTCT TTTTCTTTTGGTCATTTCTGTTAGTGCTGTTTTCATTTGTCACTCGGTTACTTCTCAAACGGAAGGGTGTAGCAGTAGTG TCAGACAACGCTCCTCAAACAAACTGGTATGATGCTGTGGACACCCAACAAGAAGAAAAGTATGATGTTTTTGTTAGCTT CAGGGGCGAGGACATCCGTGACGGTTTTCTCAGCCATCTAGCAGTGGCTTTTCATCAAAAGAAAATAAATGCCTTTGTGG ATGACAAGCTTCAGAGGGGTGAAGAAATATGGCCATCACTTGTTGGAGCTATTGAAGGATCATTGATTTCAGTGATCATA TTCTCTGAAAACTACGCTTCTTCAACTTGGTGTTTGAAAGAACTGATCAAAATACTTGAGTGCAGAGACAAGTATGGACA CACTCTAATACCAATTTTTTACGGAGTAGATCCCACAGATGTACGACATCAGACAAGGAGTTATGTATCTGCATTTGCTG AGCATCGAAAAAAATTTGATCCGACCATGGTGCAAATATGGAGGGATGCTTTGAATAAATCTGCTAATTTATCGGGAATT AAGTCATTAGATTTTGGGTAAGCTTTTACTATTTCTTTCCAATAAATGTTTAATACTTTCTTGCTTCTTCTTTTTTTGAC AAAACTGCACAGTTTGGTAGTATCTTATAGGATAATGATATATACACACCTCTTATTTTATACACTTCATTTCCACCTAT TTTTATTTCTATCTCTCTCCTCTTATCATCTATCACATCTTATACTTTCTCACTCTTACTTTTTCTTTTCTTCATATCTC TCTCTTCCTCCACCTCATTCCACCTCATTTTGAGGTGTGAATAAATAATCTATATATATATATGTAAAGCACACTTGTGT TTTTGCATGCAATTAATGTATTAAACCATAAAAGCTCACATACTTTTATATTAAATACATTAAAAAATAAAAATTTAATA AACTAAAAACTAAAAAAAATTGTATTATAAAAATCTATTCAACTACTTATATTAAATAACAACATTCATAGACTTAAAAT TAACTTGAGCTTTGCATTTGACAAATTTAAAAAATCAAAATAAAAAAAATAATATTTATTAATAAATAATTCAGATAAAA TACTTTTAAAATAAAAAAATTTCTATCAATATATATCTATCTATATTGTACTTGGGGCTCTTATTTACCAAAGTAATTAT ATATATATATATATATATATATATATTTGGTTTTTTCAAAAAAAAAATATCTATCTATCTTCTATATATATTAGTAAAGC TCACTTGAGCTAAGTATTAAGTATAAATACACATATGTATTAAACCATAAAAGCTCACATACCTTTATATTAAATACATT AAAAAATAAAAAAATTAATAAACTAAAAAGTGAAAAAAATTGTATTATAAAAACCTATTCAACTACTTATATTAAATAAC AACATTCATAGACTTAAAATTGACTTGAGCTTTGCATTTGACAAATTTAAAAAATTAAAATAAAAAACAAAATAATATTT ATTAATAAATAATTTAGATAAAAAAATTTCTATCAATATATATCTATCTATATTGTACTTGAAGCTCTTATTTCCCAAAG TAATTATTTATATATATATATATATATATATATTTGGTTTTTCTAAAAAAAATCTATCTATCTATATATATTAGTAAAGC TCACTTGAGCTAAGTATTAAGTACAAATACACGTGAGAACCTACATACATTAGTAAAAAAAATTGGTGTTTTAATGAGAT AGCTTAGTGAGTGAATGAACGGGTAGTGGAAACTTGTGCACTAATGATTTCAGTTTTAAACTTAATAAATATCAAATGTA TAAGCAAAAGAGTAACATCCATGCCAAAAGTGTAACAAACCACAAAGTTATATCTGCAAATGATTTTAGCACAGTACCTT AAATTAAAATCAAATTTAATGTTAATTTTAAACTAATATCAATTTAATCCAAGAAAAAAAAACTATTAACAATAAAGCAT ACTTCCGCCAAAATTAATCTTGATATCAATTTAATCCAAGAAACACACATTACTTAGTGATATATCCCCGTCGCAGATGA TTGGAAAATAAAACTGTGAGTTTCACATATATGGTAATTTACTAAACAATTCTTCTCATTCAATTGAAATCATACAAATA TATCATCATTTCTATATTTATATGACACAAATCAGTAACAAAGTGTGAGCCACATAAATTTATATATTGCACTAGAAAGA TAAGTGTAAAATGTAGTACTCACTACATTCTTGATAAGAAATAGGAATCTTTCACTCCTCAATATTGTCATATTATGGAA AAAAAAATAGCAACTTAATCATTCAAAGGGAACAAATGACGTCCATCCTGCAGTTAGATAGAATCTATTTTTATGTTCGT GAAAGTGATTTTAAAAGAACTTCTATGCCACCAGCAATGGTAAACAACCACATCAATCTTAATAAAAAAAATTAGCACAA CTGATAACATCATTGCAACGACTAAAACAATATTAGAAAAAAAAATAGTAGACTACCACGTTCATTTCAATACTAATCTA ATTAAGTAATTAAATTTCTTTTATATAAAAAAAAAACTACTCTCATTTCAATCTCAATAGAAATTTACCTATTTTTTCTT CCGATGAAGCAAAAAAAAAAAATCTACCTGTTTGATCATTTTTTCCCTTATTAGAGAAAGAAAGTGTGAGAATATCATAA CTCAATTATATTTAATTATACATATATTCTAAATATTCTTTTAAGTAATAGCTTTCTTACCTTTCTGCAAATTTAAATAT TACAATTAAAAAATACAAATTAAAAATGAACCCGTGCAACGCACGGGTTTAATTTCTAGTTATTGATATCTTATATTGCA ATTTTTTCTGTTACCTTATCAGTTACTGCTTCCACATTTATTGGTCAGTTTCAAGGTAGGACTTTGTTTGTTCATTGAAT TTAGTAGTTAAATTAGACCCCAGTAATACAGTTAATTTAGTCCAATTTCCAATTGGTAAATAGAAAATGGTATCCGTTCT CATATAATTTTTTGGTAAACTCGTTCTCATATAAACACTTTAAGGTTGTTGCACAAGTATTAAAAAATAATAATTAATGT TCTTATTTTATTAAAATTACTATGTAACTTTCTATTATACTATTTATCTCTCTTATTAATTCTAACTTTTTAATTTTCCT ACCACCAATAAATGAAGGGTACAATTGGTAAAGTATAATTAATGCTCTCTTAAACTTTGTAAAATGGCAGATAATTAGGA ACAAAATTTAGCTAGAATGGAGAAAGTACATTTTCCTTATGGATTTCTTGATAAGGACACTTTATTTCGTTGGGACTTGA CCCTAATAATGAATTTCCACTAAGAAGAAAGGAAAAGAAAAGGAATTGTTACATCATGGGTGTTTAACACCCCACTAAAT AAAACTTCCAACCAAGTGAGTTAATAATAACGCCATTGATTTTTACTCATAGTATGTCTCTTGTATAGGAATGAAGCAGA GCTGCTTGAAAAGATCATCAATGAAGTGTTGCATCAGTTAAGGAGGTTGAGTAAGCACACACCTAACTCAAATGGACTTG TTGGAATCGGAAAATCAATTGCTGATATAGAAGCCTTGCTGCTTAAAGACTCAAAAGATGTCCGTAAAATTGGAATTTGG GGTATGGGAGGTATCGGCAAGACAACTATTGCAGAACAAGTGTTCAGTAAAATATGTTCTCAGTATAAAGGTACCTGTTT TTTGTCAAATGTAAGAGAAGAGTCAACAAAACATGGAATAATTTATTTGAAAGAAAAACTTTTCTCCACACTATTAGCAG AAGATGTGAAAATAAAGTCGCCAAATGGATTGTCTGATGATATTCGGAGAAGGATTATTCGTATGAAGGTTCTCATTGTT CTTGATGATGTGAATGATTCAGATCAGCTTGATCGGCTTGAATTATATGGAACCGTTGATAAGTTTGGACGGGGCACTAG AATAATTGTAACAACTAGAGATCAACAAGTGCTCATCGCTAACAAAGTTGATGATATACATCACGTTGGAGAATTGACCT CTAGTGAATCACTTGAGCTTTTCAATTCGATTTCCTTTAACCAAAGTCACCTGGAAACACAGTTTCATGAAACATCAAAG AAACTTGTTGATTATGCCAAAGGCATTCCATTAGTTCTTAAAGTTTTGGGTAAGCTTCTTCATGGAAAAGGTGATGAAGT GTGGGAAAGTCAGCTAAACAAGCTCAAGCAAATGCCAAGTCCAGAAGTTTATGATGTACTGAGATTGAGTTATGATGATC TAGACCGCAAAGAGCAAAGGATTTTTCTGGATCTTGCGTGTTTCTTTAAAGGATTGGATTTTAAGGTGGAATTACTAAAA ACTTTATTGAAAGATTGTGAAAGTGACAATTCAGTGGCTCATGGGTTAGAAAGGCTGAAAGATAAGACTCTTATAGTTAT TTCTGAGGATGGTGTTGTATCTATGCATGATCTTATGGAAGAAATAGCTTGGGAGATTGTTCGCCAAGAATCTAAAGACG ACATTGGAAGCCAAAGTCGATTGGGGGATGCAGATGACTTTAACAAAGTATTAGAAAATGACAAGGTAGTAGTGCCTAAA TTAAAAATAATATATTTTTGATAAACATTTTATACTTTTGTAAGAAATGTGACTTTTAATGATATTTAATCTTCTTTCTA CATTGATGGCAGGGGAATGAGGTTGTTAGAAGCATACGGGTGCACGTGTCAACAATGAGGTTAAGCTCTCAGATATTTAC TAAAATGAGCAAACTACAATTTCTAGATTTTTATAGTGCCTATACGATTCCATACCATGACGTTCTTCCTAAAGGACTTC AATCATTTCCAACTGAACTAAGATATCTTCGTTGGTGGCATTACCCTTTGAAATCCTTGCCAAAGAAATTTTGTGCAGAG AAACTTGTTGTGTTGGACTTGTCACATAGCAGAGTGAAAAGACTTTGGCACGGTGTCCAGGTAATTTCAAACTCTGGCCT GAATTGGAAATGAAAAATTAACAACCCAAGCTCATCTTTGATATCTTCATTTGTAATATTATATATGTTGCAGAATCTAG CAAATTTTAAGGCTAGTTATACAATATAACTCCCAATTCTTGAAGGAGCTTCCAAACTTTACCTCATTTAAGATGTCTTC ATTTTGTGTAAATTTCTTGCAGAACCTGGTTAATTTAAAGCAAGTTAACCTATCTGGTTGTATGTCCCTGAAGGAGCTGC CAGACTTTTCAAAAGCCACAGATCTTGAAGTGCTTGATGCAAGTTGTTGTATGAAGTTAACTGCTGTGAAATCATCCGTG TTTTCTCTTGCCAAGCTTGAGAAATTGGATCTTAGTTTCTGCTGGTCCCTCACCAGCCTTACAAGCAATGCTCAATTAAG CTGCCTCAGTCATCTCAACCTAGAAGGGTGCCGTCATCTAACAAAATTCTCAGTGACATCAGAGAATATGGTAGAACTAA ATCTAAAAAGTACCAGAATCAAAGCATTGCCCACATCATTTGGATGTCAAAGAAAGCTTGAAACTCTATATTTAGATAAA ACTAGAATTAAGAGCTTACCATCATGCATGGTGAATCTCACAAGACTACGATATCTGACCCTAAGAGATTGTGAGAAGCT TCAAACAATTCCAGAGCTTCCACCGTCCCTTGAAACTCTACTTATCGACGACTGCAGCTCATTGAAGACAGTGTCGTTCC CTTCAACAGCTGCTAAACAATTCCAGGAGAACAGGAAAAGGGTAGAGCTCTTTTATTTTGAGAGGTTGGATGAAGATTCT CTGATGGCTATTGGGTTGAATGCGCAAATCAATGTGATGAAATTTGCCCAGCAACATCTATCTGCATTGAAGCTTGATTT TGTTGAAAACTATGATGATTACTCTCGTAATTATGATTCTTATCAGGCTGTGCATGCATTTCCAGGAAGCAGAGTACCAG AGTGGTTGGAATATAAGACAATGGGAGATTCAGTAATTATTGATCTCTCTTGTCCTCCAACATCCCCTCTGTTTGGCTTC ATTTTCTGCTTCGTCAATGATAAGTGGCCAAAGTATGATGAGTGGCTAAAGTATGATGAGTTTCCAAACTATTATAAAAA ATTCAAATTGAAATTCACTATTAGTGCTGGGGAAGATGATGCTGGTGAAGATAAAAAGGACAGCATTGAAGTTAACATGT ATTTAAACTCAATGTACACTAGAGGAGATCATGTGTGTGTGATGTACGACCAAAGATGCTCTCGCTACTTAAGTAGAAGA TCACAAAATCTGTCAAGGTTCCAAATCAAGGTTACACCATGGTGGCTTCCCGATTTTCTTAATGAAGAGTCAGAAGAGAG GATGGAATTAAAAGGGTTTGGGGTGAGCCTAATAAGCACCTTCAAATATGACAGCTTCGTTCGACAAATGAAATTGCGTG ATTCTGGTGGATGCAACAGGATATTTTAAGCTACTCTACTGTAACCCTAGCAGAAGAATAAAGATAACAGAAAATTGGAT AAAATTTGAGAATATTCATTGATTTCAGAAGTCACTGAATACAAGATATTTAAAGAGTGTTTCCTCTGGCCACAGCTGGC CTTACAGTTGTCAGCATCCTAGGTATTCAACTGATTTCCATCATTCAGGAATAACATAATTGTTCCACCATTTGGGCCTC ATGGTAGTCCTCTTGGGCCTGTGGATATTAATTGCATCTGTGGGATCCAACCCGTTGATCAAAGGGCTATCAATCCCCTG GTCCTCAAGAGGAGACTTGTCCTCAAGTCTAGGTAAGTCTGCAGCATTGGTAGTCACGGGATCCTCAATGTGTGGTGCTG ATGGCCTTGGCGTGAGAGGTTGGGTGATCTTCTGCTGGGGACAGCTGGCGAGTGTTAAAGGAGAGTGAGCCGATGATGCG TGAGGGGTACGCGCCGGCTCTTGCTGGGCGGGTGTAGTGGACGCGCGCGTGACGGTAGCGTGTTGGGAACCGGGGACCTG TTGACCCTGACAAGGCGTGGAAAAACGAGTTTGGGTCACTTCAGAGTCATTAAGTGCAGTCCCAACCATCTCTCCTTGAA CATTTTGAATGGGACTTTCACAAAGAGGAGGAGAAGTCGCCGGAGATGGTGCTAAAGCGGGAGTGTCCTCCGAAGCGAGA GCTACAGCGGCGGGGACGTCAACCAGGATGTCGCGAGCCAAAGGTGGGAGGGGCGCGAAATTCGCTTGGGGGTCACCGTG GAAAGCCTTGAGCAGGGATACATGGAACACGCGGTGGAGCTTGCTCGACGGGGGAAGGTCAAGTTCGTAAGCGACTGGGC CGACGCGAGTGACCACCTTGAAGGGGCCATAGAAGCGCTTGGCAAGCTTATTACTCAAGCGGTGGGCAAGGCTCTTTTGG CGGTATGGTTGAAGCTTAAGAAGAACCCAATCACCTACAGCAAAGGATATGTCTCTACGACTCTTGTCTTTCTGAGTTTT CATGCGTTGTTGGGCTCGAAACAAGTTGGCTTTAAGTGATTGTAAAATTTGTGATCTATGTTGCAAGGACTCATCAAGCG TGAGGATGGAAGAGCTGCCGGGGACATAGTCCAGAAGAGATGGCGGAGTGCGACCGTAAACCGCTTGGAATGGCGTCATA CCGGAAGCGGAATGGAAGGTGGTATTGTACCACAGCTCAGCAAGGTGGAGAAAGCGGAACCATGAGCGGGGTTGCTCGCC GGAGAAGCAGCGGAGGTATGTTTCTAAACCGCGGTTGACCACCTCGGTTTGACCATCGGTTTCGGGATGATAAGCCGTGC TGAAACGCAGCTTAGTGCCGTATACCCTGAACAAGTCTCTCCAGAAATGACTGAGAAAAATTTTGTCGCGGTCAGACACA ATAGAGCGAGGAATCCCATGAAGTCTGCAGATTTCGCTTGAGAAGCGATTGGCAAGGGAGGTTGCGGTGAAATGTGGAGG GAGCGCGATAAAGTGAGCATACTTGGACAATCTGTCCACAACCACCCAAATCGTGGTGTGACCCTGTGATGGAGGAAGAC CGGTGACAAAGTCCATGGAGATGTCCTCCCAGACTTAGGCAGGGGTAGGTAAGGGTTGGAGCAAACCTCCTTTCTTGGCT GGTACGTATTTGTTGTATTGGCAAGGTAAGCACTGTGTAATGAAAGCTTTTGTGTCCTTGTAAATTCCAGGCCAATTGAA CGAGGACATGAGCCTAGCTAGAGTGGGTTTGAGGCCCGAGTGACCAGCCGCTGGAGTGGAGTGGTATTCGGTTAGGATAG AAACGCGAAGGTTGTCCACATCCGGAACAAATAAACCGGCCTTGTAATAGAGTAACCCTTGTTGTTCACGGAAGTCAGTA AGGAGTAGCTTTTCTTTGAGGAGCTGGTTACCAGGTTGTGATTTGTAAAATGTCCGGAGTTGGTCCAAGAGTGCTGGAAT GGGAGTAGAAATGGCAGCTAGGAGTGAAGGTGTGGTAACATGGCAACGGGACAGAGCGTCTGCCACGCGATTCTCCACTC CAGGTTTGTAGAATATTTCATAATCAAATCCCAGAAGTTTGGTTGCCCATTTGACCTGTTCTGGAGTTTGAAAAGTTTGA GTCATCAAGTGCTTCAAACTCTGTTGATCAGTGAAGATGCGGAACTTGTGGCCTATCAAATATTGACGCCATTTTTTTAC TGCCTCTGTGACAGCGTACATCTCACGCACATAGGTGGATTGATGTTGCATTTGGAGAGTGAGCTTCTTGCTGAAGAAGG AGATGGGGTGGCTCTTCTGAGAAAGCACAGCGCCAATCGCAACTCCGGAGGCATCGGTTTCAATGTCAAAAACCGAAAAG AAGTCCGGTAAGATCAACACGGGAGCGGAGACCAAGAGATCCTTCAGGTGAGCGAATGAGGTTGCAGCTGAAGAAGACCA AGGAAGGGCTGATTTGCCTTCGGTGGTGTCATGTTTCAACAATTCAGTAAGTGGGGAAGCGTGTGTGGCATAACCTTTGA TGAAACGCCGGTAAAACCCGATGAGGCCTAAGAACCCACGCAAGTCAGTGAGGGTCTTTGGTACGGGCCAATCCACGATA GCTTGGACCTTGGAAGGGTCGGGGCTAACACCAGTGGCTGAGATGATGTGCCCTAAATAATGCACCGAAGACACCCCAAA AGTACACTTGGAGAGCTTGGCATAAAATTTGTTGGTGAGGAGGATATCCAACACAGCACGCAAGTGATCGAGGTGGGAGG ATAGCGAGGGGCTGTACACAAGGATATCGTCAAAGAAAACGAGCACGAAACGCCGCAAGTAAGGACGCAAGAGGTCGTTC ATGGCTGATTGGAAGGTGGATGGAGCATTGGTGAGGCCGAAAGGCATCACTAAGAACTCGTAGTGGCCATCCACGGTCCT AAATGCTGTCTTGTGTGTATCTTCCGATGCCAATCTGATTTGATGAAAGCCTGCGCGTAAGTCCAGCTTGGAGAAATGAG TGGCACCACCAAGCTCGTCTAGCAATTCATCAATGGTGGGTATAGGAAATCTATCCTTGATGGTGATAGAGTTTAGGCTG CGGAAATCGACACAAAAACGCCAAGTTCCATCCTTCTTTTTGATAAGGAGCACCGGTGAAGAATATGGACTTGTGCTTGG CACTACGATACCCTCTTGGAGCATGTCGGTGAGGATGGTGGTCATGGCCTCCTTTTGCGAATGAGGGTAACGGTAGGGTC GTACATTCACCGGGGGGAATTGGGTATAAGGTTTATGCGATGGTCATGGGTACGGATCGGTGGTAAGCCGTGTGGTGTGG AGAAAATGGGGGAGAACGATTGGAGAAGTTCCCACAGGGCAGGGTTAAAGTTGGCGGGAGGGGTTGAAAGGTTTTCAAGG GACATAAAATAAGGGGTGGATGGGAAAGCGGGTGTGGGTAGGAATGTGATGGCATGGGCTTCAGCGATTGTATCAGTGTG GATGAGACGTTGGATATGGTGAAATGTGGCTGGGGAGGGTGGAAGTAGAGGTTGGCCAGTAATTGTGCATGTTTTACCGT TGACTTGAAACTGCATGGTGGGTATAGCAAAATCAGACAATACCGAACCCAGGGTGCCAAGCCAATCCAATCCTAATACC AAATCCGCGCCCTCAAGTTCCATGACAAAGAATGGGACGACAAAAGAGTGACCCTCATAAAGCATCTCAACGTTAGGGCA AATTCCTGAGCAATTGAGGTGAGCACCATTGCCAACCATAACTGGGAATGAGGGAATTGGGGACTCTCGCAAGCGCAGAA AAGAGACCATGCGTGGTGGGATAAAATTATTAGAACTACCCGTATCAATGAGCACGACCACGGGTTGGCCATTGACGATA GCCATAAATCGAAGAGACTTAGGAGAGGGCTTACCATTGCGCGCTTGGTCAGATAGCTGGAAGTGTAAGCCTTCCGCGGG GGCTGGTAGTTCGGTGACTGACAATGCATCAGATTGGAGTGGGTGGGACACGGGAGGTTCCTCTGGGTCAGATGGCTCAT CGTCTTGCAGAAGCAGGAACAATCGGGGTTGGCACTTGTGGCCAAAAGTATACTTCTCGTCACAGTTGAAACATAAGCCT TGGGCCCGGCGTTCGTGTTGTTGAGCAGCGGTAAGGCGTTTGATTGGCAATGAAGAAGAAGGTGTGGGTCGGGTAGGATG GGAGGAAGACGCTGTGGGGCGAGGGGCAGAGGGGGAAGGAACCACCGGAGCAGTCACTGAAGAGAAATGTGGTAGAGGGG GTCGGAAGAAACGCTGCTGTCCTCCTTTTTCTTCTTTAATTTTTGCTTCAATTTGCTTAGCAAGACCAATAGCCTGTGAA ACTGAATATGGTTTGAGGATGGCTAACTCACGCTTAATTGCAGGTATTAAGCCAGAGACGAAGCAATCACGCATGGCTTC TGGGGACAAACCAACAACCTGGTTTGAGATGCGCTCAAACCGAGTCTGATACTCAGCAACCGAAGATGAAGACTGTTGGA TCTTAAACAACTCTTGCTGGTGGTTTTCGTAGGCGGAAGGGCCGAAGCGAACGGAAAGAGCCCTCGTGAAAGCCTCCCAA GTGGAGAGCTGGTAGTTGGAGTGCATCCAGCGGTACCAGCTGAGGGCATCGCCTTGCATGTAGAAGGAGACCAACTCCAA GCGTTGTGCAGGCGGTGTTTGATGCAGCTGGAAAAATTGTTCAGCGTGGAACAACCACTCCAAGGGGTTGGTGCCATCAA AAGAGGTGAGTTGCAGTTTGAGGTTTTTAGGTAGGGTTTGGGGGTTTGTGAGTGGCGCGGGAGGGAAACCCATGGGAGGT TGCAAGAACCCGGGATGGTGAGTGTATGGGGCTGAGGTGTGGGTGGAGGGTGGGAGAGAGGTGAAGTAAGGTTGGGAAAC CAAAGGCGAGGGCGGTGAGGTTTGTGAGAACGGCAGAGTGGTCGGTGGAGGTGTGAAAGGAAGAGAGGAATAGGTGTTGA AGGGGGTGGAGGAGGAGGGGGTGGAGGTGGTGGTGGTTGCTGGATATGCAGCTGTGAAACCTTAGCAAACAGGTCATCCA TGGCAGACTTCATGTCTGCTTGCAAAGAAGAAGTGATGGAAGCAAGCTTGCCATCAATGGCAGCCAAGATCTCGGGTGAG ATGGAGGGATCCGTCGAAGGCATGAGATCAAGGATGAAAGCACCAAAAATGGTGGATGCAACAGGATATTTTAAGCTACT CTACTGTAACCCTAGCAGAAGAATAAAGATAACAGAAAATTGGATAAAATTTGAGAATATTCATTGATTTCAGAAGTCAC TGAATACAAGATATTTAAAGAGTGTTTCCTCTGGCCACAGTTGGCCTTACAGTTGTCAGCATCCTAGGTATTCAACTGAT TTCCATCATTCAGGAATAACATAATTGTTCCACCATTTGGGCCTCATGGTAGTCCTCTTGGGCCTGTGGATATTAATTGC ATCTGTGGGATCCAACCCGTTGATCAAAGGGCTATCAGATTCAAGGGGTATCACTATTCATTAATCAAATGGAATAGATT GTGCGTGGTATCATACCTCTTATTTGTAATAAAAAAATTGATATAGATGACTATCTTATTTATTTCAATATCAGTAGAAC CTAATTGATTGGTTTCAATTTCAACATTCAAGAGTATCTATTACTACAGATTACTTGCATTTTTTTTTGTTACAAGATTA CTTGTAATTTACATACACGATAATTTAATATTTCGATTTTTGTATC
CDS sequence (LotjaGi3g1v0205300.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGTGTATTTCTTTTTCTTTTGGTCATTTCTGTTAGTGCTGTTTTCATTTGTCACTCGGTTACTTCTCAAACGGAAGGG TGTAGCAGTAGTGTCAGACAACGCTCCTCAAACAAACTGGTATGATGCTGTGGACACCCAACAAGAAGAAAAGTATGATG TTTTTGTTAGCTTCAGGGGCGAGGACATCCGTGACGGTTTTCTCAGCCATCTAGCAGTGGCTTTTCATCAAAAGAAAATA AATGCCTTTGTGGATGACAAGCTTCAGAGGGGTGAAGAAATATGGCCATCACTTGTTGGAGCTATTGAAGGATCATTGAT TTCAGTGATCATATTCTCTGAAAACTACGCTTCTTCAACTTGGTGTTTGAAAGAACTGATCAAAATACTTGAGTGCAGAG ACAAGTATGGACACACTCTAATACCAATTTTTTACGGAGTAGATCCCACAGATGTACGACATCAGACAAGGAGTTATGTA TCTGCATTTGCTGAGCATCGAAAAAAATTTGATCCGACCATGGTGCAAATATGGAGGGATGCTTTGAATAAATCTGCTAA TTTATCGGGAATTAAGTCATTAGATTTTGGGAATGAAGCAGAGCTGCTTGAAAAGATCATCAATGAAGTGTTGCATCAGT TAAGGAGGTTGAGTAAGCACACACCTAACTCAAATGGACTTGTTGGAATCGGAAAATCAATTGCTGATATAGAAGCCTTG CTGCTTAAAGACTCAAAAGATGTCCGTAAAATTGGAATTTGGGGTATGGGAGGTATCGGCAAGACAACTATTGCAGAACA AGTGTTCAGTAAAATATGTTCTCAGTATAAAGGTACCTGTTTTTTGTCAAATGTAAGAGAAGAGTCAACAAAACATGGAA TAATTTATTTGAAAGAAAAACTTTTCTCCACACTATTAGCAGAAGATGTGAAAATAAAGTCGCCAAATGGATTGTCTGAT GATATTCGGAGAAGGATTATTCGTATGAAGGTTCTCATTGTTCTTGATGATGTGAATGATTCAGATCAGCTTGATCGGCT TGAATTATATGGAACCGTTGATAAGTTTGGACGGGGCACTAGAATAATTGTAACAACTAGAGATCAACAAGTGCTCATCG CTAACAAAGTTGATGATATACATCACGTTGGAGAATTGACCTCTAGTGAATCACTTGAGCTTTTCAATTCGATTTCCTTT AACCAAAGTCACCTGGAAACACAGTTTCATGAAACATCAAAGAAACTTGTTGATTATGCCAAAGGCATTCCATTAGTTCT TAAAGTTTTGGGTAAGCTTCTTCATGGAAAAGGTGATGAAGTGTGGGAAAGTCAGCTAAACAAGCTCAAGCAAATGCCAA GTCCAGAAGTTTATGATGTACTGAGATTGAGTTATGATGATCTAGACCGCAAAGAGCAAAGGATTTTTCTGGATCTTGCG TGTTTCTTTAAAGGATTGGATTTTAAGGTGGAATTACTAAAAACTTTATTGAAAGATTGTGAAAGTGACAATTCAGTGGC TCATGGGTTAGAAAGGCTGAAAGATAAGACTCTTATAGTTATTTCTGAGGATGGTGTTGTATCTATGCATGATCTTATGG AAGAAATAGCTTGGGAGATTGTTCGCCAAGAATCTAAAGACGACATTGGAAGCCAAAGTCGATTGGGGGATGCAGATGAC TTTAACAAAGTATTAGAAAATGACAAGGGGAATGAGGTTGTTAGAAGCATACGGGTGCACGTGTCAACAATGAGGTTAAG CTCTCAGATATTTACTAAAATGAGCAAACTACAATTTCTAGATTTTTATAGTGCCTATACGATTCCATACCATGACGTTC TTCCTAAAGGACTTCAATCATTTCCAACTGAACTAAGATATCTTCGTTGGTGGCATTACCCTTTGAAATCCTTGCCAAAG AAATTTTGTGCAGAGAAACTTGTTGTGTTGGACTTGTCACATAGCAGAGTGAAAAGACTTTGGCACGGTGTCCAGAACCT GGTTAATTTAAAGCAAGTTAACCTATCTGGTTGTATGTCCCTGAAGGAGCTGCCAGACTTTTCAAAAGCCACAGATCTTG AAGTGCTTGATGCAAGTTGTTGTATGAAGTTAACTGCTGTGAAATCATCCGTGTTTTCTCTTGCCAAGCTTGAGAAATTG GATCTTAGTTTCTGCTGGTCCCTCACCAGCCTTACAAGCAATGCTCAATTAAGCTGCCTCAGTCATCTCAACCTAGAAGG GTGCCGTCATCTAACAAAATTCTCAGTGACATCAGAGAATATGGTAGAACTAAATCTAAAAAGTACCAGAATCAAAGCAT TGCCCACATCATTTGGATGTCAAAGAAAGCTTGAAACTCTATATTTAGATAAAACTAGAATTAAGAGCTTACCATCATGC ATGGTGAATCTCACAAGACTACGATATCTGACCCTAAGAGATTGTGAGAAGCTTCAAACAATTCCAGAGCTTCCACCGTC CCTTGAAACTCTACTTATCGACGACTGCAGCTCATTGAAGACAGTGTCGTTCCCTTCAACAGCTGCTAAACAATTCCAGG AGAACAGGAAAAGGGTAGAGCTCTTTTATTTTGAGAGGTTGGATGAAGATTCTCTGATGGCTATTGGGTTGAATGCGCAA ATCAATGTGATGAAATTTGCCCAGCAACATCTATCTGCATTGAAGCTTGATTTTGTTGAAAACTATGATGATTACTCTCG TAATTATGATTCTTATCAGGCTGTGCATGCATTTCCAGGAAGCAGAGTACCAGAGTGGTTGGAATATAAGACAATGGGAG ATTCAGTAATTATTGATCTCTCTTGTCCTCCAACATCCCCTCTGTTTGGCTTCATTTTCTGCTTCGTCAATGATAAGTGG CCAAAGTATGATGAGTGGCTAAAGTATGATGAGTTTCCAAACTATTATAAAAAATTCAAATTGAAATTCACTATTAGTGC TGGGGAAGATGATGCTGGTGAAGATAAAAAGGACAGCATTGAAGTTAACATGTATTTAAACTCAATGTACACTAGAGGAG ATCATGTGTGTGTGATGTACGACCAAAGATGCTCTCGCTACTTAAGTAGAAGATCACAAAATCTGTCAAGGTTCCAAATC AAGGTTACACCATGGTGGCTTCCCGATTTTCTTAATGAAGAGTCAGAAGAGAGGATGGAATTAAAAGGGTTTGGGGTGAG CCTAATAAGCACCTTCAAATATGACAGCTTCGTTCGACAAATGAAATTGCGTGATTCTGGTGGATGCAACAGGATATTTT AA
Protein sequence (LotjaGi3g1v0205300.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MVYFFFFWSFLLVLFSFVTRLLLKRKGVAVVSDNAPQTNWYDAVDTQQEEKYDVFVSFRGEDIRDGFLSHLAVAFHQKKI NAFVDDKLQRGEEIWPSLVGAIEGSLISVIIFSENYASSTWCLKELIKILECRDKYGHTLIPIFYGVDPTDVRHQTRSYV SAFAEHRKKFDPTMVQIWRDALNKSANLSGIKSLDFGNEAELLEKIINEVLHQLRRLSKHTPNSNGLVGIGKSIADIEAL LLKDSKDVRKIGIWGMGGIGKTTIAEQVFSKICSQYKGTCFLSNVREESTKHGIIYLKEKLFSTLLAEDVKIKSPNGLSD DIRRRIIRMKVLIVLDDVNDSDQLDRLELYGTVDKFGRGTRIIVTTRDQQVLIANKVDDIHHVGELTSSESLELFNSISF NQSHLETQFHETSKKLVDYAKGIPLVLKVLGKLLHGKGDEVWESQLNKLKQMPSPEVYDVLRLSYDDLDRKEQRIFLDLA CFFKGLDFKVELLKTLLKDCESDNSVAHGLERLKDKTLIVISEDGVVSMHDLMEEIAWEIVRQESKDDIGSQSRLGDADD FNKVLENDKGNEVVRSIRVHVSTMRLSSQIFTKMSKLQFLDFYSAYTIPYHDVLPKGLQSFPTELRYLRWWHYPLKSLPK KFCAEKLVVLDLSHSRVKRLWHGVQNLVNLKQVNLSGCMSLKELPDFSKATDLEVLDASCCMKLTAVKSSVFSLAKLEKL DLSFCWSLTSLTSNAQLSCLSHLNLEGCRHLTKFSVTSENMVELNLKSTRIKALPTSFGCQRKLETLYLDKTRIKSLPSC MVNLTRLRYLTLRDCEKLQTIPELPPSLETLLIDDCSSLKTVSFPSTAAKQFQENRKRVELFYFERLDEDSLMAIGLNAQ INVMKFAQQHLSALKLDFVENYDDYSRNYDSYQAVHAFPGSRVPEWLEYKTMGDSVIIDLSCPPTSPLFGFIFCFVNDKW PKYDEWLKYDEFPNYYKKFKLKFTISAGEDDAGEDKKDSIEVNMYLNSMYTRGDHVCVMYDQRCSRYLSRRSQNLSRFQI KVTPWWLPDFLNEESEERMELKGFGVSLISTFKYDSFVRQMKLRDSGGCNRIF
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 |
|---|---|---|---|---|---|---|
| Phobius | 1 | 3 | 3 | - | – | |
| Phobius | 1 | 20 | 20 | - | – | |
| TMHMM | 2 | 19 | 18 | - | – | |
| Phobius | 4 | 15 | 12 | - | – | |
| Phobius | 16 | 20 | 5 | - | – | |
| Phobius | 21 | 1093 | 1073 | - | – | |
| Gene3D | 44 | 211 | 168 | 1.8E-60 | ||
| PANTHER | 47 | 1083 | 1037 | 0.0 | – | |
| PANTHER | 47 | 1083 | 1037 | 0.0 | – | |
| SUPERFAMILY | 48 | 190 | 143 | 3.66E-38 | ||
| ProSiteProfiles | 50 | 188 | 139 | 25.553 | ||
| SMART | 51 | 188 | 138 | 2.4E-43 | ||
| Pfam | 51 | 230 | 180 | 6.9E-44 | ||
| SUPERFAMILY | 209 | 479 | 271 | 1.83E-59 | ||
| Gene3D | 212 | 380 | 169 | 3.1E-28 | – | |
| Pfam | 238 | 452 | 215 | 6.1E-31 | ||
| PRINTS | 250 | 265 | 16 | 7.9E-22 | – | |
| PRINTS | 325 | 339 | 15 | 7.9E-22 | – | |
| Gene3D | 385 | 473 | 89 | 4.0E-5 | – | |
| PRINTS | 420 | 434 | 15 | 7.9E-22 | – | |
| SUPERFAMILY | 456 | 545 | 90 | 3.26E-7 | ||
| Gene3D | 579 | 734 | 156 | 2.7E-25 | ||
| SUPERFAMILY | 581 | 843 | 263 | 2.38E-42 | – | |
| PRINTS | 712 | 728 | 17 | 7.9E-22 | – | |
| Gene3D | 735 | 860 | 126 | 6.2E-21 |
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 LotjaGi3g1v0205300.1, 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…