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 | LotjaGi1g1v0163800 |
| Transcript ID | LotjaGi1g1v0163800.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Wall-associated receptor kinase-like protein; TAIR: AT1G21270.1 wall-associated kinase 2; Swiss-Prot: sp|Q9LMP1|WAK2_ARATH Wall-associated receptor kinase 2; TrEMBL-Plants: tr|A0A072VEB7|A0A072VEB7_MEDTR Wall-associated receptor kinase-like protein; Found in the gene: LotjaGi1g1v0163800 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:30903499..30916640) extracted from Lotus japonicus Gifu genome v1.2.
CAATTTACAAGACTGCTTTTTTCCGATCTTGGGATAACAACGTGTGAAAAGTATCTTTAATCCAATAATTCATAAAATTA ATATTACATACTTCAAAAACATTTCTTAAATCTTGCAAAAATATTATTTCAACGATTACTTTTTTTTGATCTTTGCCTTT GTTCCACTTTTCAACCATTACGCGGAGGGTGCAAGCTAGTACTGTCTATATCATCGTTTTCTTTATTTCATCGTTATTCG GCATTTTTCAACACAACAGCCAAATATCTTGTCAGGCTACCTTTCAATATTAAGTTTTTTCCACGATCATTCATACCTAG TCAGGGCAGGCTACCTTTCCAAGTCAACACATCTTTATTAGCAGCCAAACTCTGAATTAATACACAAAATCGATCTTAAG CATTTATATATACATGTGAAACCCTCTGGCAATGGTATAACAATTTTGTGATCAAAGACAATGAAACTGAAGGCAAAACA CACGCACCTGAGGTTGTTAATAGTATCAATAGCCGTGGTATTAGTAGCTGTTGCAGCAGATGATGAAACACCCCTTGCTT CACCACCAAAACAGGCCCTATCTGGCTGCAACTACACTTGTGGAGACATCGAAATTCCATATCCTTTCGGGATTGGAATA TCATCTACAGACCAAAAAACCTGTTACTTAGACTCCAAGTTCAGTCTCAAGTGCAATAACTCGAGATTGTACTGGGGCAA CGTGCGAGTTAACAATATATCCATCGACCTGGGGGAGATGGATGTGTTGTTTAACATCTCTAGGAAATGCTATAGGCAAG ATGGAAGCAGTTTTTGGTCCTACCCCTGGCTCCACACGGCTAGCTTCAGCATTTCAAGCACTGAGAACAAGTTCATAACC GTTGGCTGCAACAATTATGGCTATCTCAACAGCAATTACAATGATGAGGTGTACTCGACTGGGTGCCTAACAAGATGTAA TGGTGGCAATAGAATGATCAACAATGGGACGTGTTCTGGGATAGGGTGTTGCCAGGTGGATATTCCTCCCAGAATGAGGA ATATCACCGTGCAAGCGTTCGCGTTCGGGTTCTCAAATTCAACGGAAGAGTGGTTGGGGAGTTGCAGCTATTCATTCGTC GCGAAGAGCGGCTCATATAATTTCTCTGTGCAAGATTTAGTAGATTTGCCTTACCCGAATTTCCCCTTGGTTATTGACTG GACCGTAGGGGATAAGAGCTGTAATGTTTCTGAGAAGGGAAGTGATTATGTGTGCAAGAAGAATAGCTATTGTGATGATG AGGGTGTGGATGTTGGTTACCGGTGTAGATGCAAACCTGGATTTGAGGGAAATCCATATCATCCTGATGGCTGCATAGGT ATTTTTTCTTGCTAAATATTAATTTGTATACTTTGCTTATGATTCGATTTCGATATTCATATTTGCAATAAAAGAGTAAC ACTTATCCTAAATATCATTAGTTCACATAGTATTAGGGTGATTTAACTCAAACTTTACTTGGAGTCATTTAGACAACCAT AATTATTATATAATGATCATAATGCCTGGTCAAATTGTAAAGAACAACCCCACTGCCGGGCATACATGTAAAATACTAAA ATAATGACAACTCGCAAGGGGATCTTTTCAATGATTACCCCAAATATGCTCGATCCATCCTTTTCTGTATTAATGGTACT CTTGGCTTATTAATGATCCAATCATGAATTAATTAAGGAAAAATAAAACTTTGAATTCCTAAGAGAGAAAATTAAATGAC GCACAAGCAATAAAGTTTTATTACACTTTCGGCCTGTCGGGTGGGATGTTAGCACACAAGAGATAGAGATAGAGATATTA ACAAATGAACTCAATCAATTTTATTAACAGTAGTCCATGTATTTATAGTGCTGGAATACACTTGTATCAGTACATGGTTA CAAGGCTAAAACAAGCCACTAACTGTAACAGCTAATTCCTAATCCAAACTAGAAGCCCACGTGCTACTCATGTGCTTGAA TTAACACTAACACTCTCCCTTAATTCAAGCACCTGCACACACACAATTCAGAAAGAAACTACACCAAGTTCTCTCCTCAA TTTCACAAATTGATCAGATTTCACAGACTTGGTTAGTATATCAGCAACTTGGTCTTCTGTTGCACAGTAAACCAGTTCTA GCTTTCCTTTTTCAACTTGTTCTCGAATGAAATGGAAGCGGGTCTCTATATGTTTACTTCGACCATGAGATACTGGATTC CTAGCAAGATTGATAGCAGATTTGTTGTCAATTTTCAACTTGACTGGCCTTCCTAAGCTCACACTAAGTTCTGTCAGCAA AGAACTAATCCAGGCAGCTTGGCAAGCAGCAAAACAACCTGCAATGTACTCTGCCTCACAAGAAGAAAGAGCCACCACTG GTTGCTTCTTGGAGGTCCAAGAGATTGGAGCTCCTTGAAACAAAAACACATACCCAGTGGTGCTTCTTCTGTCCAACTTA TCTCCACACCAGTCAGAGTCAGAAAAACCAACCAATCTATCACTTCCTTGCTTCACATCAGTAGGAAACCAGATTCCATA TCTCAAGGTTCCACTAACATACCTCAACACCCTCTTAGCAGCCAACAAATGACTTCTCTTGGGTTCATTCATGAACCTAC TTAGCATTCCAACAGCAAAGCTAAGATCCGGCCTACTATTGCAAAGGTATCTTAGAGAACCAATTAGCTGTTTAAATTCA GTAGCATCCACATTGCTCTCACTGGTCAAGCCTTCCAACTTCAGATTAGTCTCTGCAGGTGTTTTAGAAGAATTGCATTG TGTCATGTTAAACCTACTCAGAACCTCCTTTGCATACTTCTGCTGATGCAGAATCAAACCACTATAAGTATAGAGAAACT CCATGCCTAGAAAGTAGGTTACTTTCCCTAAGTCAGTCATCTCAAATTCTGACTTCAGAAAGAGTTTGAGCTTTCCAATT TCCAGTTCTGAACTACCAGTTATTAACATGTCATCTACATACAAACACACAAGCAATACCAATTCACCTTTGGCCTTCTT CACATAAACACCATACTCCACTGAACACTTTGTAAAGCCATGTTCCAAGAAAAACGAATCTATTTTTTTGTTCCAGGCCC TTGGAGCCTGTTTCAAGCCATATAATGCCTTGTGCAATTTATACACCATGTCTTCTTTCCCTTTCACTTCATAACCAGGT GGTTGGGACACATAGACTTCCTCATTTAACTGACCATTCAGAAAAGCCGACTTGACATCAAGGTGATACAAGTTCCACCC TCTGCAACAAGCCAGAGCAATTACCAACCTTATAGTCTCAAGTCTGGCCACCGGTGCAAACACATCAAAATAGTCAAGTC CAAACCTCTGAAGAAAACCCTTTGCCACAAGCCTTGCTTTGTGTTTCACCACCTTTCCTTTGGGACTAAGCTTGACCTTG AAGACCCATTTAACATCAATAGTCCTTTTATTAGGAGGTAGCCTTGATAAAGTCCAGGTGTTATTCTTTTCAATGGCCTT CAGTTCCTCAGACATAGCATTTCTCCAAACTTCTTCACTCATTGCTTCCTGATAGCTAAGGGGTTCAGCATCAGCCAACA TCGCAAAATGAATCAAATCACCATCTTGATTTACTGCAGTATCTGAGGTTAACTCACACTCAGCTAGTCTTGGAGGTAGT CTCCTTGATCTCTGAGGTCTCAAGGTCTGTGCATTCATCTGTGAACCTTGCTGACCAGCATTGACAGGTTCAACATGTAT GTTAGTTGCATCTGAACCAATATCACCACTCTCAGAATCAATATTAGTATTCTGAATTTCAGCAGCAGCATTATCATCAT ATTCTTCTTGATCATCAGTCTCTCCCGGACTGGTAACATCATCCTCTGTTTGAAGTGGGAAAACAGTACTACTCTCACCC TCTTTTTCCCAATTCCAGGATTCAGACTCTCTAATGATAACATCCCTACTAATTATGAGCTTTTGTGTTGCTGGACTGTA TAACCTGTAAGCACCACCGGAGTGATAGCCTACAAGAATCATAGGCTCACTCTTAGGATCAAGCTTACTTCTTTTGGCAG ATGGAATGTGCCTATAGCACAGGGACCCAAAAACCTTCAAATGACTCACACTAGGCTTTGTTCCAGTCCAGATTTCTTCA GGGACCTTGTCCGTCAACCTCTTTGTAGGACATTTATTTAAAATGTAAGCTGCTGTAGAAATTGCCTCACCCCAAAACAT GTGTGGTAGTCCCTTCTGATTGAGCATGCTTCTGGCCATTTCCACAAGACTCCTATTCCTTCTTTCTGCAAGTCCATTGT GTTGGGGTGTATAGGGAGGTGTGATCTCATGGATAATGCCATTCTCTTCACAAAACTGCTTAAAAGCTAGTGAAATATAT TCACCACCCCCATCAGTTCTAAGAGTTTTAATGACCTGGCCACTTTGTTTCTCTGAAAGTGCCTTAAACTTCTTAAAGAT TGTCAGTGCCTCACTTTTTGTGTTGATCAAGTATACCCACAACATCCGGCTGAACTCATCAACAAAGGATATAAAGTATT TACTACCACCAATTGAACAAACCTCAAAAGGACCACAAATATCAGAAGCTACTACTTGCAATACATGCTTGGCGCGCATA GGAAGACTCTTAGCAAAAGGTAATCGGGCTTGTTTTCCAGTGAGACACACACTACATACTTTCTCAGGAGCTAGAAACTT AGGAATTCCTAACACAATTCCCTTAGACCTTAGTTCACTAAGACTCCTAAAGTTAAGGTGCCCATACCTTTGATGCCAAA GCCAAGCTTCACTAGTGGGAGATGTGGTGAGAAGACACTCAGCCGTTGCAGTTTTGATGGTAGTTTTGAAAGTTCTATTT TTTGACATTGTAGACACAAGGACGAACCTCCCCTTTGGATCAAACAACTTGAGTGTACGTCTCTTAATTTTTACCGAGAA GCCCTTTTCAATCAGTTGTCCCACACTTATCAAATTGCATTCCATGTCGGGAACAAATAGCACATTCTCTATGAATGCAG ATTTTCCTCCTTCCATTTCAAGTGCTATTTTTCCTACACCCTCAGTCATCATTTTGTTGCTGTCTGCTAATCGAACCACT GTTTTCCTTGTAGCATCAAATTCAGAGAACCATCTTTTGTGCCCAGTCATATGATTGGAGCACCCAGTATCCAAATACCA AACTTCAGAATCCTTACCCCTCTCACAAGTTGTAGCCATCAACATTACAGGATCTGAGTCTGAGTCATCTTGAACCAAGT TAGCTTCTTCTTCAGCCGTCTTGGGAGTTTTTCCTTTACTGGAACTACCTCGAAATTTCTTGCACTCATAGGCATAGTGG CCAAATTTTTCACACCTGAAACACTGAACTTGACTTCTGTCAGTACTCTTTTTCTTTCCACTAAACTTTCCATTATCACC TCCTCTTTTGGAAGATGATTCTGGCCTATCCTCATGATCAGATTTCTCTTTGCTAGAGAAATTTTCCTTCTGGGACTTGA ACTTTCCCTTCTTCCACTTCTTCTTCTTATCATCAAAGGATCCCTTCTTGGATTGGGCCATCAATGCTCGTTCAATCTCA GTTTCTGCTTCTCTATCAGTGACCCGTAATTCACGAGCCTCAAGTGTGCTCTGCAGATCTTCCAACTTCAATTGGCCAAG ATCCTTTGTCTCTTCAATTGCAACCACAGTCATATCAAATTTTGGGGTTAATGTGCGGAGTACCTTCTCAACAATCGATT GCTCAGTAAAATCCTCACCATTACTCTTCATTTGACTGGTGAGAGATCCCAATCTTGAAAGGTAATCGGCAATGGATTCA TCAGATTTCATCTGCAGCAATTCATATTGACGTCGTAAAGACTGGAGTCGCACCTTCTTTACCTTTGAATCTCCGCCATA ATACTTCGTTAGCAAATCCCATGCTTCTTTGGAGGTTTTTGATTCTGAGATTTTGTCAAAAACCTTTGAATTCACGCACT GATGGATGTAGAAGAGAGCCTTTAGATCATTCTTCTTTGCCACTTTGTGTGCAGTTCGCTGAGCCTCCGTTGGATTCTCC CCTAACTGTTCATAGCCACCATCAACATAATCACCCACTTCCTGGAAGTTGAAGATGACCCGCATCTTGGAACACCATTG ATCCCAATTCTTGCCATCAAAAATTGGAAGGTTTGCTGGGATATTTCCATTACTCCCCATCATGAATCAAAGAAACGTGT AGTGAAACAGTAGGAATCACAATTGCCCTGCCGCTGAATCAAGATTGATTGCTCCGTCGCCAAATCGTAGTGTCTCCATC GCCGAATCGTGGTTGCTCAGTCACGATGCAACCCGCTGCAACTCTCCTCACAGAGCCACACAAAGAAAAACAATACCCAG GTCCTCGAGCTGAATCACGGCTGCACCGTTGCCAAGTCACGGTTGCTCTGTTTGCAACCCGCTGCAACTCTCTCACAGAG CCAATACAACGAAGAACGATGCCAAGAACAAGAACACCTTTTGTTTTTTTTTTCTGCGTTTTTACCCACTGGACCGTTAA GAGCTCTAGATACCAATTTGTTAGCACACAAGAGATAGAGATAGAGATATTAACAAATGAACTCAATCAATTTTATTAAC AGTAGTCCATGTATTTATAGTGCTGGAATACACTTGTATCAGTACATGGTTACAAGGCTAAAACAAGCCACTAACTGTAA CAGCTAATTCCTAATCCAAACTAGAAGCCCACGTGCTACTCATGTGCTTGAATTAACACTAACATGGGAGGGGTAGCTCA CTTGGTTGAGCTAAGAGTAGAAATAAGTGTTGGAGATAGAGGTCCAGGGTTCAAACCTTGAGGATGATAATTTATAATTA CTAGCAATTAACCACCAACATTGTCTATAAAAAAAAACACTTTCGGCCTGTAAGTGTTTAAATTAAATAAAAAACTGATT TTCCACATATTTAAAATCTAATTAATTGACTATTTTCCACATATTTAAACTCAATTGATAACCTTATGGGGCGTTTGATA GACAAGCATCTCAAAATATTCCCGGGAACGTGAGGTTGGGAAAGCAACATTCCCATGTTTGGTAGAAGTTTCAAATTTTT TATTCCTAGGTATGAAAGATTCTCAGGCAAGTAAACTACACATGATTTTTTGAATTTCATTCTCATCTCAAAGAAGGGGA ATACATTGCCATGGCAATGTGGAAGTTATTTTCCACTAACTCTCTCTTCTACTACTTATTTTTTATTTTTATATTTTTTT TATTAAATGATTTTGAAAAACATGTCCGGGAATAACATATACTAACCAAACACATTTTCATTTTACCCGAGAATGACTTT GCCGGTAATGAGATTCCTGAAAAACAACATTTCTGGAAATATTTTTGTAAAACTTGTAACAAAGTAATTTCTCAGTTTGA TGAAATAGTTATTTCTGTTATGAACTTGCAGATATCGACGAATGTAAGTCATCGAACAATATATGCATTGATGAACATCA TTGTCTAAACACCAACGGAAATTACACATGTTTCTGTCCTGAGGGGGAAACCGGAACTGGAACAAAGGAAGGGAGTTGCC AAAAAAGTGATGTCCGCACCAAGGTTATCATTGGTAAGGATCAAGATCCTCTCAATTGTAAAAAAAAAAAAAAAAAAAAA AAACTTGACCATATTGATATTTAGTAGTGTGAACATGATCAATAATTTCCCTCTACATATTTTGAATGCAGGAGTTGGAG CAGGATTTATAGTTCTATTTGTGGCGACTGCATTGTTGTACCTAATGTACCAGCGAAGGAAACTAATCAAGTTAAAAGAG AAATTCTTCAATGAGAATGGCGGTTTCATTCTACTGCAACAATTGCGTGCAAGAGAAGATTCCTCCCAATCAGCTCAAAT ATTCACAGAAGATGAACTCAAGAAAGCCACCAGCAACTATGATGAGGGTTTAATCATTGGTCGAGGAGGTTATGGTATAG TTTTCAAAGGAATTCTATCGGATAAACGAATCGTTGCGATCAAGAAGTCCAGAATTGCAGATAAGAGTCAAATCGAGCAA TTCATTAATGAAGTGGTTGTTCTGTCCCAAATCAATCATAGGAATGTGGTCAAACTCTTGGGATGTTGTTTGGAGACTGA AGTTCCTTTACTAGTTTATGAATTTGTTAGCAATGGTACCCTTCATGATTTTATTCATAGTGAAGGAAAGGTGGATAATG TAACATGGAAAACTCGTCTGAGGATTGCGGCCGAGGCAGCTGGAGCATTGTCATATCTACACTCAGCCGCCTCGGTACCG ATTATCCACAGAGATGTAAAGGGTGCCAACATTCTTTTGGATGACGCTTACACTGCCAAAGTGTCAGATTTCGGAGCTTC GAGATTGGTCCCACTTGACCAAACTAATATAGCCACAATGGTGCAGGGGACAATTGGATACTTAGACCCGGAGTATATGC AAACACAACAACTAACAGAGAAAAGTGATGTATATAGCTTTGGTGTAGTGCTTGTAGAGCTTCTAACAGGGGAGAAACCT ATCTCTTTTGACAGGCCGGAAGAGAAAAGAAGTTTGGCGATGCACTTTCTATCTTGCTTGAAAGAGGATCGCTTGTTTGA AGTTGTTCAAGTTGAAATCATGAATGAAGAAAATAAGCAAGAGATCAAGGAGGTTGCTATTCTTGCTGCAAGGTGTTTGA GGCTTAGAGGGGATGAAAGGCCTAGCATGAAGGAAGTGACTATGGAGTTGGAGGGATTAAGGCTAATTGAGAAGCACCCT TGGACCAGTAAAGAACAAGATTTAGACGAGACTCAATACTTGCTTGGCAAGGCATCATCTAGTATTTATGAAACTGGTGA TAGCAGCAACTTTGGATATACTACTGGGTACGACAGCTTGAAAGATAATGTCCCCGTTGCATTGAATGATGGAAGATAAT TGGGACATGTAAACTACATTCTGTTTCTTATTACCTTAAAAGTTTTGGTAATATTATGTGATTAACTGTGAGTTTCATCT TGTTAGTTGGTAAGCAAGTAAGTTAATTAACTTCTCTAAGATAAGTATATAACACTTGTACCATAGATATTTTTGTGAGT AATATTCATTTCATTCATAAACTATTAGGACTAGTTCCTTGTGTGTATACTAACTTATTGGTTGAGTTAGTTTAGCATAG ATTGCTAGAGTTTGTTTTAGTAGCTTCCTTTGTACGTTTCAATAACAAAGAGTATAAGTATTCAACACTAACTAATTAGT TGAATATGAATATACTCATTCTTCTCATATTCTTTCTACAAGTTTTCTCTGTTTTTGTTCTATCTTCATCATGTTGAATG AAGATTATTCTTGAGTTATGAAAAACCAATGAAGATTTTGCATAACTTTTCCTGGCTTAAATTTGGGCATTATGGGAAAA TATAGTAGTAATTTTAAAGATTTTGATTCTTCCTTCTTGTATCGTCTAACATTACATTTTGGACATGTCTTAAGTGATTC ATATTCAGTATGAAATAAAATGCAATTATTATGACAAGCATCTAACTTCACATAACTCATTCCAATTGAGCATAACATTT TCCAATGCTTGACTCAAATCCGCCCAAACCTGACATCTTCACCCGAACCCCCCCGCTGCTCAGCCCTAACAGCATCTGTA AAAAGGGGGAACTAAATAAAAAGGGGCTAAGATGAAAAAGAAAAAAGTCCATGTATATATTAATAAGGGAGTGGAGAGAC GATGAGTGCAGAGAATATGTACTAGCAACGAACACGCCAACATTGGTGTTAAAAGATGGCATTTGACACATAGGGCTTAA TCTTCTTACTACTTATAAAAATCACCTCATTTTCACCCATACAACTTATATTCTCTTTATCCAAACTTATAAAAAATCAT CTCATTTTTCGCTTATATTCTTTCCGCTTATTTTCACTTAGTCTTCTTGCTAAGTGCTAAGCCAACTGAACTTACTTAAA AAACAATTAAGTACATAAAATAAGTGAACCTCCCCTTACCACACCATAAGACACTATTCAGCTAGTTGATCGCTCATGAA TCATTTATGTTGGTACTTTCATTCAAATCTCTACACCTACTTTCTTAGTTACGGACCTAGCTAGACATAGACAGTCTTCA ATTCCCAGTGAGTCAAGTGAACTTACTCCCCCCAAGTTGATAAAGAAAAAACAATAAAGTACATTAATAAGTGCACCTCC TATGGCCACACCAAAAGACGGCTGGGCGGCAAGTTAGACTGTATTTATTTTTCAGTTAGAAATGTCCGCTATATACAGTG TATGCAGCAAGTCAATTTTCAGTTCCAACTTCTAAACCTCTGCAATCTAGTTTGTGACCAAAGGCAATGGAGCTGAAGGT TTTCCTCACACAAAATTCCCCTTGGTTCTTGATTGGACAGTAGGGAACAAGGGCTGCAATGCTTCAAAGAGTGGTACCGA CTACGCGTGCAAGAACAATAGTCTCTGCGTTGATGAGGACATAGATTATGGTTACCGATGCACATGTATGTCAGGTTATG AAGGAAACCCATACCATCCTGATGGCTGCATAGGCAATTTATTCTGCTAATAATGAAGACTTCCTTTTTTTGTGTAAAAT GTTGATACAAAAATTAGAACTTATGCCTCATTCAACCTACGCAATCCTTAACCACTTTCTCAACCTTAGGGGCTTGCCAT AACACAATTGAAAATGCATCATTGGACACAGATTCATTTACTTCAATGATATCTTTTTTTGAGTCGCAGATATTGATGAG TGTAAGAGGTCGGGTCATACATGCATGGATGAAAATCACTGTCGGAACATCAATGGGTCTTACCAATGCTTTTGTCCTAA GGGGCAATCAGGAGATGGAACTGAGAAAAGAGGGTGCCACAAACAGGAAGTACTTACCAAAGTTATAATTGGTAAGAAGA TAAGGGCATCCATTTAATATTATTTCAGTCTCTTGTGTCTTGCATTTCAAGTTCTCGTAGTTATGTTCATTGAGCAAGGA TGTTGTTTAGAGAATAACTCATTGATTGGGTCAAAATATTTGGAATGCAGGAGCAGGTGCAGGGCTTATTATTCTATTTG TGGGGATTGCCTCCATGTACTTACTATACCAGAAAAGGAAACTAATGAAGCTAAAAGAGAAATTCTTCCGTGAGAATGGG GGTTTCATTTTGCAACAAAAACTCCATGCAAGAGAAGATTCCTCCCAAACAGCTAAAATATTCACAGAAGATGAACTCAA GAAGGCCACCAACAACTATGACGAGAGCGTAATCATTGGTAGAGGAGGTTATGGCATAGTTTTCAAGGGAATTCTACCAG ATAAACGGATTATTGCGATCAAGAAATCCAAAATAGTAGATAAGAGTCAAATCGAGCAATTCATTAATGAGGTGGTTGTT TTGTCCCAAATCATTCACAAAAATGTGGTCAAACTCTTGGGATGTTGTTTGGAGACTGAAGTTCCTTTACTAGTTTATGA GTTTGTCAGCAATGGTACCCTTCATGATTTTATTCACAATGGAGGCAAGGAAGAAAATGAAACATGGAAAACTCGTTTAA GGATAGCAGCAGAGGCAGCTGGAGCTCTGTCATATCTGCACTCGGATGCCTTTGTACCCATTATCCACAGAGATGTAAAG GGTGCCAACATTCTCTTGGATGACACTTACAGAGCCAAAGTGTCAGATTTTGGAGCTTCAAAATTGGTTCCGCTTGACCA AGCAGATATAGCCACAATGGTGCAGGGAACTCTTGGATACTTAGACCCAGAGTATATGCAATCACAACATTTGACAGAGA AAAGTGATGTATATAGCTTCGGGGTAGTGCTAGTAGAGCTGCTAACAGGGGAGAAACCTATTTCTTTTGACAGGCAAGAA GAGAAAAGAAGCCTAGCTATGCACTTTCTATCTTGCTTGAAAGAGGACCGCATGTTTGATCTTGTTCAAGCTGGAATCAT GAATGAGGAAAATAAGCAAGAGATAAAGGAGGTTCCTGTTCTTGCAGCAAAGTGTTTGAGACTTAGAGGCGAGGAAAGAC CAAGCATGAAGGAAGTGGCTATGGAGTTGGAGGGATTAAGACTAATGGAGAAGCACCCCTGGACAAGTAGAGAACAAGAT TTGGAGGAGACTTGATACTTGCTTCACGAGGAAGCGTCAAACATTTATTATGAATGTGGTGACAGCAGCAGCCTTCAGAA TACTGGGTATGATAACAGTAGGGATCAAGTACAGCTGGTTGCCTTGCAGGGTGGAAGATGATTATGGCATAGAATGATTG TACACGACACTGCCTTTGATATCAAGGTTCTGTTACAATATATGGTAATCTTTAAAAGCAATCCGTTATTTTTCCTTGAA TATGTGTGTGAAAAATCCTATCTTGTATTTTCTAAGTACTTAATAATAATCCAGCAGTTCAATTTTTTTCTTAACTTAAA CAATTAATATAACAGTTAGCGAGGGATTACCTCTTCAAAATCCTCGTGTTCTGACTTCTCAGCAGATTCTTATGAGCCAT CAAGCAAATGTTGGCTTCTTCAGAATCATCTTTTTCAGCCTTGGAAGATTCTTCATACAAATCTTCCCAACACTAGAAAA AAACTAAAATAAATAAAAAGAAAAATTAGTGGTAATCACTTGCCAATGTATAACCACCACAAAGTGTAAAGAGTAAACTT CGCAATACATCACATGAGGATAGAATCTAAGATATGATTTAGCAGTGAGGTCACTGAAATATATGAAAGCGATTCTAAGA TATGATTTAGTAGTGAGTAGTAATATTGCCTTCATGTGAAGTTTGCTTGGGTTAGCCAAAACTCCCCTCTAGCTTCAGAA ACTGCACTGGCTCAAACCTAACTTTCACCAGCGAACCCCTTCCTTTCCACATCTATACAATTACTTATGCATGTGAAAAT ACAATGATAAAGTATAATTGACAAATAGGAGTGAATACAAGGAATATTTTAAAGAACCTTCTGCACCATAAATGTAGGTT GACCCATTGACCTACTGTTGTGGCTCTAGCACCATGGAGAAAACGACCATGATGAAGCACAGCTTGTCCAGGGACATGGG CATAGTCAAATATCTCCTTCTA
CDS sequence (LotjaGi1g1v0163800.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGAAACTGAAGGCAAAACACACGCACCTGAGGTTGTTAATAGTATCAATAGCCGTGGTATTAGTAGCTGTTGCAGCAGA TGATGAAACACCCCTTGCTTCACCACCAAAACAGGCCCTATCTGGCTGCAACTACACTTGTGGAGACATCGAAATTCCAT ATCCTTTCGGGATTGGAATATCATCTACAGACCAAAAAACCTGTTACTTAGACTCCAAGTTCAGTCTCAAGTGCAATAAC TCGAGATTGTACTGGGGCAACGTGCGAGTTAACAATATATCCATCGACCTGGGGGAGATGGATGTGTTGTTTAACATCTC TAGGAAATGCTATAGGCAAGATGGAAGCAGTTTTTGGTCCTACCCCTGGCTCCACACGGCTAGCTTCAGCATTTCAAGCA CTGAGAACAAGTTCATAACCGTTGGCTGCAACAATTATGGCTATCTCAACAGCAATTACAATGATGAGGTGTACTCGACT GGGTGCCTAACAAGATGTAATGGTGGCAATAGAATGATCAACAATGGGACGTGTTCTGGGATAGGGTGTTGCCAGGTGGA TATTCCTCCCAGAATGAGGAATATCACCGTGCAAGCGTTCGCGTTCGGGTTCTCAAATTCAACGGAAGAGTGGTTGGGGA GTTGCAGCTATTCATTCGTCGCGAAGAGCGGCTCATATAATTTCTCTGTGCAAGATTTAGTAGATTTGCCTTACCCGAAT TTCCCCTTGGTTATTGACTGGACCGTAGGGGATAAGAGCTGTAATGTTTCTGAGAAGGGAAGTGATTATGTGTGCAAGAA GAATAGCTATTGTGATGATGAGGGTGTGGATGTTGGTTACCGGTGTAGATGCAAACCTGGATTTGAGGGAAATCCATATC ATCCTGATGGCTGCATAGATATCGACGAATGTAAGTCATCGAACAATATATGCATTGATGAACATCATTGTCTAAACACC AACGGAAATTACACATGTTTCTGTCCTGAGGGGGAAACCGGAACTGGAACAAAGGAAGGGAGTTGCCAAAAAAGTGATGT CCGCACCAAGGTTATCATTGGAGTTGGAGCAGGATTTATAGTTCTATTTGTGGCGACTGCATTGTTGTACCTAATGTACC AGCGAAGGAAACTAATCAAGTTAAAAGAGAAATTCTTCAATGAGAATGGCGGTTTCATTCTACTGCAACAATTGCGTGCA AGAGAAGATTCCTCCCAATCAGCTCAAATATTCACAGAAGATGAACTCAAGAAAGCCACCAGCAACTATGATGAGGGTTT AATCATTGGTCGAGGAGGTTATGGTATAGTTTTCAAAGGAATTCTATCGGATAAACGAATCGTTGCGATCAAGAAGTCCA GAATTGCAGATAAGAGTCAAATCGAGCAATTCATTAATGAAGTGGTTGTTCTGTCCCAAATCAATCATAGGAATGTGGTC AAACTCTTGGGATGTTGTTTGGAGACTGAAGTTCCTTTACTAGTTTATGAATTTGTTAGCAATGGTACCCTTCATGATTT TATTCATAGTGAAGGAAAGGTGGATAATGTAACATGGAAAACTCGTCTGAGGATTGCGGCCGAGGCAGCTGGAGCATTGT CATATCTACACTCAGCCGCCTCGGTACCGATTATCCACAGAGATGTAAAGGGTGCCAACATTCTTTTGGATGACGCTTAC ACTGCCAAAGTGTCAGATTTCGGAGCTTCGAGATTGGTCCCACTTGACCAAACTAATATAGCCACAATGGTGCAGGGGAC AATTGGATACTTAGACCCGGAGTATATGCAAACACAACAACTAACAGAGAAAAGTGATGTATATAGCTTTGGTGTAGTGC TTGTAGAGCTTCTAACAGGGGAGAAACCTATCTCTTTTGACAGGCCGGAAGAGAAAAGAAGTTTGGCGATGCACTTTCTA TCTTGCTTGAAAGAGGATCGCTTGTTTGAAGTTGTTCAAGTTGAAATCATGAATGAAGAAAATAAGCAAGAGATCAAGGA GGTTGCTATTCTTGCTGCAAGGTGTTTGAGGCTTAGAGGGGATGAAAGGCCTAGCATGAAGGAAGTGACTATGGAGTTGG AGGGATTAAGGCTAATTGAGAAGCACCCTTGGACCAGTAAAGAACAAGATTTAGACGAGACTCAATACTTGCTTGGCAAG GCATCATCTAGTATTTATGAAACTGGTGATAGCAGCAACTTTGGATATACTACTGGGTACGACAGCTTGAAAGATAATGT CCCCGTTGCATTGAATGATGGAAGATAA
Protein sequence (LotjaGi1g1v0163800.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MKLKAKHTHLRLLIVSIAVVLVAVAADDETPLASPPKQALSGCNYTCGDIEIPYPFGIGISSTDQKTCYLDSKFSLKCNN SRLYWGNVRVNNISIDLGEMDVLFNISRKCYRQDGSSFWSYPWLHTASFSISSTENKFITVGCNNYGYLNSNYNDEVYST GCLTRCNGGNRMINNGTCSGIGCCQVDIPPRMRNITVQAFAFGFSNSTEEWLGSCSYSFVAKSGSYNFSVQDLVDLPYPN FPLVIDWTVGDKSCNVSEKGSDYVCKKNSYCDDEGVDVGYRCRCKPGFEGNPYHPDGCIDIDECKSSNNICIDEHHCLNT NGNYTCFCPEGETGTGTKEGSCQKSDVRTKVIIGVGAGFIVLFVATALLYLMYQRRKLIKLKEKFFNENGGFILLQQLRA REDSSQSAQIFTEDELKKATSNYDEGLIIGRGGYGIVFKGILSDKRIVAIKKSRIADKSQIEQFINEVVVLSQINHRNVV KLLGCCLETEVPLLVYEFVSNGTLHDFIHSEGKVDNVTWKTRLRIAAEAAGALSYLHSAASVPIIHRDVKGANILLDDAY TAKVSDFGASRLVPLDQTNIATMVQGTIGYLDPEYMQTQQLTEKSDVYSFGVVLVELLTGEKPISFDRPEEKRSLAMHFL SCLKEDRLFEVVQVEIMNEENKQEIKEVAILAARCLRLRGDERPSMKEVTMELEGLRLIEKHPWTSKEQDLDETQYLLGK ASSSIYETGDSSNFGYTTGYDSLKDNVPVALNDGR
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 | 26 | 26 | - | – | |
| Phobius | 1 | 11 | 11 | - | – | |
| SignalP_GRAM_NEGATIVE | 1 | 25 | 25 | - | – | |
| SignalP_GRAM_POSITIVE | 1 | 25 | 25 | - | – | |
| SignalP_EUK | 1 | 26 | 26 | - | – | |
| Phobius | 12 | 22 | 11 | - | – | |
| Phobius | 23 | 26 | 4 | - | – | |
| Phobius | 27 | 350 | 324 | - | – | |
| PANTHER | 30 | 735 | 706 | 5.1E-241 | – | |
| PANTHER | 30 | 735 | 706 | 5.1E-241 | – | |
| Pfam | 42 | 144 | 103 | 1.2E-22 | ||
| Gene3D | 252 | 342 | 91 | 3.9E-11 | – | |
| SMART | 253 | 299 | 47 | 2.0 | ||
| SUPERFAMILY | 299 | 336 | 38 | 1.92E-7 | – | |
| CDD | 300 | 335 | 36 | 8.5639E-8 | – | |
| ProSiteProfiles | 300 | 343 | 44 | 11.631 | ||
| ProSitePatterns | 300 | 326 | 27 | - | ||
| SMART | 300 | 343 | 44 | 1.6E-5 | ||
| Pfam | 300 | 342 | 43 | 1.1E-6 | ||
| SMART | 303 | 343 | 41 | 0.36 | ||
| ProSitePatterns | 317 | 328 | 12 | - | ||
| TMHMM | 351 | 373 | 23 | - | – | |
| Phobius | 351 | 373 | 23 | - | – | |
| Phobius | 374 | 755 | 382 | - | – | |
| Gene3D | 397 | 498 | 102 | 1.5E-29 | – | |
| SUPERFAMILY | 405 | 693 | 289 | 6.88E-79 | ||
| SMART | 423 | 705 | 283 | 3.4E-42 | ||
| ProSiteProfiles | 423 | 705 | 283 | 40.131 | ||
| Pfam | 425 | 690 | 266 | 2.9E-49 | ||
| ProSitePatterns | 429 | 452 | 24 | - | ||
| CDD | 429 | 696 | 268 | 3.8909E-89 | – | |
| Gene3D | 499 | 718 | 220 | 2.4E-57 | – | |
| ProSitePatterns | 544 | 556 | 13 | - |
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 kinase activity | Catalysis of the phosphorylation of an amino acid residue in a protein, usually according to the reaction: a protein + ATP = a phosphoprotein + ADP. | ||
| Molecular function | Calcium ion binding | Interacting selectively and non-covalently with calcium ions (Ca2+). | ||
| Molecular function | ATP binding | Interacting selectively and non-covalently with ATP, adenosine 5'-triphosphate, a universally important coenzyme and enzyme regulator. | ||
| Biological process | Protein phosphorylation | The process of introducing a phosphate group on to a protein. | ||
| Molecular function | Polysaccharide binding | Interacting selectively and non-covalently with any polysaccharide, a polymer of many (typically more than 10) monosaccharide residues linked glycosidically. |
Expression pattern of LotjaGi1g1v0163800.1, 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…