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| Field | Value |
|---|---|
| Gene ID | LotjaGi3g1v0461800 |
| Transcript ID | LotjaGi3g1v0461800.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | lectin protein kinase family protein; TAIR: AT4G03230.1 G-type lectin S-receptor-like Serine/Threonine-kinase; Swiss-Prot: sp|Q9ZR08|Y4230_ARATH G-type lectin S-receptor-like serine/threonine-protein kinase At4g03230; TrEMBL-Plants: tr|A0A072TI06|A0A072TI06_MEDTR S-locus lectin kinase family protein; Found in the gene: LotjaGi3g1v0461800 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:87696437..87708185) extracted from Lotus japonicus Gifu genome v1.2.
TTTTTTTTTCCAACTTACATTCAACCACAACATCATGAAAAATAAGATCAAGAATCATGATTAATATAATGATGAATATC ATGTCATTGCCAATGAATTTTTTTTATTCCTGGATGCCTCAGTCAATTAATAACTCACCCTCTACATATAAGAGAAAGTT GAAAGAATATGTAATTATCAACATGAGACTTGAAAAAGGCCAAATTAAAAAAAGTGAAACATTTCTGATATATAATATCC AAGTATCAATGTTCAAAAAAAAAAAATCCACGTATCAAACAGCTTTTAGTACAAAGCATGTTTTGTATTAAATCGCATGA CCCGCATGCAAGTCTCTCCGATCTACTACCTCAGACTGCGCCAGAACAACAATTAAATTCAAGGGAGAAAAAAAAAACAA ATTTGTTAATATTGAACATTCAGAATAGGACCTTGGAGCTGGAAGAACAGGTGAACACATAGCAGTACTCGAGTTCGCAG CTCCTTGAAAAATGGAGGAGTATCTATAGATTCATTTAGGAAGCTTGCAGATGTTCATTCCAAAGGCAATCCAAATTTGC ACATGATTCAGTATAATTCTTAAAAGAATGATGACAACTAAAATAGGGTAAGCAACAAAAATGACACGAAAATGATAATC GTTGATGCTTATCCAAGTTATCATCAATAGAAGGCAGATTTGAATTGCTATTTATATTTCCAGAAAATCCAGTAGACTGA TAAGCCATTCCAGGATCAGTATTAGCATGGCCATTAGCATGTCTCAAGCTTTCACAAAGTACAACATCCATAGCTACGCC ATATAAAGGCCAATTAGTAACGTTAGGTTACCAAGAAAAAATGGTTATCACAGCTTGAAAAGAGTTACATTTTTATAGAA TCAACAACCTTACTTCTAATATTATAATATTAGAACCTGTTGGACTTCTTCAGCTTGAAAACTAAAACTCTTATCTATCA AATGAGGTACTTTCAGAATCAAATTATAAAAAAATTGGCTCAAGTTTTTGGAAAGTTGTGATAAGACTTGTCCTCAGTAA CATTTTTGTTTTTTTTTTATGCTAGTAACATTTTTGTTTAGTTTATATAAAGGGGTCTAATGGTCGTATTGTAAGAGGAT GCATATTACATGGCAGAGTTCTTTTGTTTCTTTTGGCAAATAGCTCACAGAACATATTTTAGTTATCAAAACAATATACG CTTTCTTCTACTTCCAACCTGGGGTGAGAAGTGTTTCAAGTCTCATTCTTCTGTCAACATTTTAGTAGCCCATCCAAACT AATTGGTGCTAAATAAAGTGGAACATTAGGCCCACAGCCACATAGACAAAAATGAAGTTCTTCATGTTCCCTTATGAATC ATCATTTAATCCAGAAAGAAACTTTATCATTTCCTCAATTGGTGCATGCTACATGAGAAGGTAGATTTGGACATGCTACA TGACATGATACTCCTCAATGAAAAATACTAAATAGACATAAAGCTAATGCGTAGTGGTTAGCTAACAAATAATGATGACC CTTAAACGCACTTAATGCATAATAACTCATGACCATTCGTTTCTGTAACTGTCAAACCTTTAATTAAAAGTGACTTTATT ACTAACAGTAACTCCCATTTAAGTGATTTAATAGTGCTCAAAACAGAAGCTGAAAAATGATTAAATATCATGACTATTTT AAACGGAAGAAGAGAAACAAAGCTGATTTTCTTAATTCTTGAAGATATATGTATATATGAGCCTCGAACTTACACTGGCC ACATGAGCTTTCAGGACAATAATTGGGTAGTGACATCGTTGTTGCTACCATAAAAGGTCTTTTGTTCATAATTTGCTCAG TTTATTATCCTCTATACACTAAATAAGGCTTTTTAAGTGCGTCGAAATAATAGAACTAATTAACATGAAGAAGATATGAA TACATGTCGTAAGGATCTAATTAACATCCCTGAAGAGAACTTGTATCCTATATGAATACGAATACATGAAGGAAACACAT GTATCAATGATTCATAGATTATGTAGACCAAAGAAGGAAATAAGTCTTTCTACTCACCAAAAAACAAAAGGCTACAGACA GATGAATTCGAGAAACGGGAAACGGCACAGCAGAAGAGCAAAGCTTATGACACTGAAATCCTAGAAGAACATAGTCGACA AAACAACACATTGTGTAAGAACAAAGTAGTAAAAAAGCAAGGAGAACAAAGACGGAAAAGGTGAGCAAAATCAATATGTA GCCTTAAAATTAGTCACTTCGAGCAAAGGTGAGCAATAAAGTGCCAAATAGAGAAGGAAAAAAAGGCAAATCACCTCATC AAGGTATAAGCCAATTTAGAAAGCCTCGCTAGCGTTCTGCAAGACATATGCTTGTCAACCAACATAATTAAAGAGGCAAA TGGAAAGCAAACTACGTAATAACAATAAAAAGCATATCAGGTTTATATCAGACCTTCAAAGACTTGCACATGTCAGGTGC ATATATCATCCTTGTTTAAAACACATGCTTCTAGTCATAATTAGACATCAAAACTATTAAATATAAATTAGTATGTAGCC TTAAAATTAGTCACTTTGAGAAATATTACTCACTTAGTTTTTTCTTCCTATCATTCTAGTCATAATCAGCTTCTATCTTT CTCGTTATTTTCATGATTTTAATGCCAAAACTTTGTGATGAGCCTATTTCAATTCAGCTTTGTACATACATTTGAACTTT TCTATTTCTGATATCTTATTTGATCCTCAAGTATTCCATTGGTCACTTTTAAAGATTTCAACTCTAGTTCAAACTGTAAA TTTTTTTTTATTCTCGACATTTTCTCAATACTAAAATCACTCTTCTTTGGGCGTTAATTATACAATGAGGTTGTTGTTCC TCTTATTCAAGAGTATCTCCCTTTTCCGTTCTTCAATCTCTTATTTTTCAAAATTTTCTCCTATACAGTTATCTATATAT TTTAGACAATATACAAATAGATTTCAAAATTCCAATGTTAAATCTCTCAAATCTGCCTCATGTTATGCTAGCTCTAATTG ATTACATAGATAGAAGAGTTATATTTATCTAGATTAAGGGATACTGAGAGTACATTCTATTTATTTGTCTGCAGGAATCC TAAGATTTTCTAATCAGTTATGTATTTAATTGCTTGCAATATTAGAAAGAAAAATAATTCGCAACTTCGACTCACAAACT CCAATACAGTAAATGCTGCATTTGAAAACGAAGGCGTGAAATAGGTAACTTAGCGCATATGTATCAAATGGTCATTGCAT GTGTAGTTTACCTCTTCAGAAGATTTGTGATCAGTACTTGCTTGGGAAAATCCAATCCTTATAAAGCACAAATGACATCT CCATAGAATTTCTTAAATGGCAAAAGTGTTGCTTCTAGAACGATACCTGCATTGATGTGGATTAGTTATGCAAGTTCATT TATCATCATGGTGTCATGAAAGTAAGGAGATGATACTTTTTCATCAAAAAAAAAGAGACAATAATTTATAAATAGGCTGA AAGGACGCTCAACTTTCTCTTTACAGTTATAATGAAGGGATAAAGGACCACATCAGTATGCAATATGTGAAAGTACAAAG AAATGTATATTATAAATAAAAGTTGTATGTCTGTGTTCATCTACATAACCTTTAGCCAACTGCAGCATATTTACATTTGT CCTCAAACTTATGGCAGGGAGCTAAATTTTATGTCAGAAGAGCCAGATATGGATGGCATGAAAGAAGAGGTAGAAGTGTT CTTGAATCCTATAAGAAAAGCAGTATCTTAAATTCTAAATGAGTTTGATTTTTAAGGAATTGAACCACTATCTACCCAAA TCATAAAACAATCATTTTGATTGGTGTCTAAAATCCTAAAGTTGCAATTGCAACAGTTAGATATGCAATCCAAGACCAAA GGGACAACAGGATTTAACTAACACAAAAATGGTGTGAAACATACCCTGCAGACACTGTAAACCAATAAGCCACCAAAAGA AGCAAAAGAAAAGCAATATTACAACACCCGGACATTTGGAAATAGATAGGACAACTCTATCAAGATAAAATTAAATAAAA CAATGAATTTAATTTGTGTAAAAATAAACAGACAGCATAAAGAACAATGTAAAAAGGAGAGACAAAATTATGAAAACAGT AATCATAAAAATCACCTAGAAAAGTCTATGGGGCAACGGCCAAAGTGGCGTCATGGAACAACCGCACGGTGGAGTTGCTT CTGTCGTGCCCGGCTTGATGGAAGCTCTCGACAGACAGGGTGCATATGGAAAGGTGAGGAGGTGGCTATTGATGGAGGTA AGAAGGAGGAGGTGACTATGATGGTTCTGTCTGGAAATTGAACAGTCATCAAAGCTGTGAAGGGAGGAGGGGATCTGGAG ATTTCGAGAGTGAAAGGGAAAGCTGTGAAGGGGTAGGAAATTGCCTATTGATAGAGAAGGATTAGAGTGAAAGAAATTAC TTTTCCGATAGATGAAATGGAAGAGTGAAAGCTGCGGTGAGATTGCAATTTGCAGTGGAAGCAACGACATGTCACATCCA TCTCTTCTCTATTCATTCCTAAAGAAATTGCTCTTTACCTTCACCAAACCTATCAAAGAGAGAAATAGGAGTGGTGGATT CGTTAAAGAAAAAGTAAGAATTCATTCAAAATTAATTACCTGTTAAAGTATGGGCCAAACCCCCTAGAGAAGAATTGAAA CACAAAATAATCAGAGAAGAATTCAATCAAAGTCAGTTACCTGAAGATCGCTCTCGAGCTCGTCAAGGAATGCTGAAGCA GATCAGACTGAAGAAACACGGAACGCCTGTTGCGGCCACCGGAGCGGCAGTGATACGGTGAAATTGGGGTTTTGTAACAG CTATTCCGTCTGAATTCCGTTTACACTGCAATTCTCCGCAATATTGCAGCCGCACCAATGGAGAAGGTAGAGAGCAATAT ATTTTCTCCACTTCATAAATTCTGTTTCTTTCACTCACATTGACCGGTTTATACCCCTTTGTGCAGAAGCAAAGTGGCAA AAAGCTTCCTGCAGATAATTTTCCTATCAAGTTTTAACATTTATCATGATTGATATTCATGGTTGTTTACTACAAGTCTA GAACCATTGTTATGCATAGCTTGTAACAAATATTTGTTCTTAAAGCTATTGAACCAACAGCCCAAGTCTTCAAATTCAAT TCCAATTCATCCCTTGGTGTAGCCAGATGAAAAGTTAGACACAGTTTCATGAAAAAACGCATCGATGATGATTGCACCAG CTAAGTAACCAACATGAAACTCTCTTGTACTTAGCCAGCCACAAACATCACTACTGCTCACGAGAAATCAATCATACTCA TTCCATACTCAAAATACCACAATTGCCAAGTCCAATAACCGTAGTAATGTGGCATCTTTCCAAATTGTACAAATTGAATA AACTACACCATGTAGAGAAAAAGTATGTGAAAAATAATATCAGTCACCACAAAATTATGAACGGGGGTACCGTGGGAGAG ACAAAGATATTCCTACCACAGATTTTTAGTGTTCACTAATCAATGAGACTTGCCCGCTCAAGGAGCAACCTTGCTCAAGA TACAGGCGGCGGCGCTTCAGGGAAAAGATGGAGGTGTCTTTGATCTGTTATGAGCAACTTCGGAAAACGGCGGTAGAAGG ACGTTGACAGTGTTGAACGTTAATGGTGACTGCCAAGAACGTGACAACGATCACTAGGGTTCCAAGAGAAAGGGAGCCAT AATCAGAAAGAAACAAGGCCATAAGAAAACGGCTAGAACTAACAAGCGGAAGCAAAGTACGAAAAATAAATCCAAAGAGA TTTGGAAAGCCCCGTGAGGGGGCTGAGCCATTGCCACGATTTAATCTGAACCTGCTCCAGAACTTGGGCTTTATCCACCT CTCCTCCATTAAAAATAACTCTATTACGCATACACCATAGTGACCAAACTACTCCCAACCAGATTGCAATTACACCTAAT TTTTGAGCTTTATCACTCCCAATTGAGGCAAATTGCAGTAAATGGACCTCTGGATCAGTAACCTGGGCTGTGGATATACC CAGCCAAGCGTAGCAGTCATACCATATCAGCAGTACAGTAGGGCACGTAAAAAGCAAGTGAGAGCACGACTCCTCCACCA GGCCACACAGCGGACAAAGAGCTTCATCAGCAGTATGAATTACTTGTCTCTTAAGCAAATTATCCCAAGTTTGGATTCGG CCTAGCATTGAAATAGGCCACTGAAATTTACATGGACAGTTCACTTTCCCCGTACTTTATGTAGGGAACTACTGAGTTAG AGATATTCACGATGCCTATGTTTGTACACTGTTAATTAGCATTTTTAATCATAGTCCTCCTGTTAGAAAATAGAAGTTGT GAATTGTGATTGTTAGGCATGTAGTTTTCAACTGTTCTTGTCATGGCTCCCATCAGGTTTGTCCATATTTGGTGGCATGC ATCCTTGCCTTGGATTTCCACAGATACACCTTGCATGTGACTCCAGTGGTCCTTTCAACTAGTTAAAGTCTGCTCTTCTG GCTCTTCTAATTATGTGGTTTTAATCATAAAATATGTACTGGTGGAAATTTGGAATCTATCAAGTCAATGTCACTTTATA TTTTTAAAAAATCCTATGCTCTAATTTTGTTCTGGGAAGCAAAGAAAGCAAAAGCGTGGGCTTCGTACGGGTACAAAGTG GAAATCCACAGTGAAACAAAATGTGGGTGGACAGAAGCATCTTCCCATAACTTTTGTGACTTTCCACTGCAATTCTGGTT TTATTTTGGATTTGTACTGTGTATTCAAACATACACTAAAATTGTCTGTTCTTGTTGGAAGAGTCCCTGATGTCAAAAAC ATTTTGTATGCCAACTAGAGAATAAGAAAAGGTAATTGTTTAGTCTGAGCTTGAAAGAGAGGAAATGTCAAAGATGGCAG GCGCTATCCGTGAACCAGAAAACTCAGTGCTGTCTTGCAAAGTTCCAGCTTCATTGTCCATATTTTTTCTCTGATAGAAA GCCCGTTTAACAGAACCCAACAACCTTTATTCTCCTTCTCGTGCTTTTTTTTGCTTTAATGTTTTTTACACCCTTTACAA ACATGATAACTATCTTTCTCTTTCACATGCATTGTTGGTTGCTATGCTTTTCTCAGCTGTGTTTCGCAGGAGACACTTTG AACGTCGGCCAGGAGATAACAGGAAATGGAACTGTTCTTGTTTCAGCTGCAAAAAAGTTTGAACTTGGCTTCTTTTCTCC TGATCTAAATGTTACTGGCGGTAAAGGAAGATACTTAGGGATATGGTATTACCGAGAAGAGGGCTCAGGACTCTCACCAG TGGTGTGGGTTGCCAACAGAGACAACCCCGTAGCTGATGATTCTATTGGTGTTTTCAGAATCGCAGACGATGGGAATCTG GTTGTTTTAGACACATCCGGTATACGCTACTGGTCGGCATCCAACCTTACAAACTCTTCTTCAGCTACAAACAGGAGTGT GAAGCTCATGGATTCTGGGAACCTTGTGTTACTAGATGAACATGTGGGAATGAAACTGTGGGAGAGCTTTGAACACCCAA CTGACACGTTCCTACCCGGTATGAAGATGGATAAGACTTTGGAGTTGACTTGCTGGAAAAGCCTTAGCGACCCGGGAAGG GGGAACTTCACTTTCAAGATGGATAAAAAATGGGAGAACCGTTTTGCGATTTTAAACCAAGGACAACTTTACTGGCAGAG TGAAGAACAAGGAGACGGAGTGATGAATCCAGAGTCAAATCCTGATGACATAAGCAATGATGTTTACAACTTATTGACCA ATTTCAAGGAGCTTAAAAATAAAACAGTGAGCAGCTACGACAACACGAGGCTGCTCCTCAATTCCACAGGCGTGATAAAA GTTCTTTATAGGGTCAATTTCCAAAGTGATATAGTTTGGTGGTATCAGCCTAGAACAACATGCTTGACATATAATGTTTG CGGGAACTTTTCAAGTTGCAACGACGACAATGATAAGTTATGTACATGTTTGCCTGGATTTGGTCGCAGGTCGCCTCTGA ATGATTACACAGTAGGGGGAGATACTTCTTCTCTACTATGTACCAGAAAATCAACATCATGCGGAGCAAACACAAATACG TTCTTAAACTTGACCATGATGAAAATAGGTAGCCCTGATATAAAAGTCTCTGCACAAGACGAAAATGAATGCAAATTTCG TTGCATTTCCATGTGCTCCCAGACTCAGTGCCAGGCTTGTTCATACGTTCCAATACCTGTACAGCAGCGTGGTCTTAATC TCTCCCCTTGTTGGATCTGGACACAGAATTTAACTACTCTTAAAGAAGAGTACCTTGGTGGAGATGATCGCAAACTCTTT GTCCGGGTAGCCAAATCAGACATAGGTAACCAAGCTTTTCAATATCTGTCATGGTTATGGTAACAACAAAACCAACCAAG ATGTGCTACATGCATCACACATGTTATAATGTTCATGTTGGGATACCAAGTCTGAGTAACAAGTGCTACATTGGATGAAA AAGAAAGTGTTTAGCATTATTTTATATGTGAGAGAAGTAGAGAACTCATACCTCAATGTGGTTTTGGGTGAGATATGTGG TGTACAATCCACTTGTGTGGTTAGTCAAATGTGGAGATTTCATCGGCATTTTTAAGCATCTCGCGGCCCAACAGTTCTGT CATGATCTGTTAATAGCAATTGTAATTTATGACTGGGTTCAACAACATGACTTAGATCATCCTATAATGTGGTGTCACAT TAACTTTACACATTGATCATTTAATTCACTACCTCACATAATAATTTTGTAGTTTGATTGTTATATAATTTTCCTTTCAG TTGTGATTATGTAACAAATATTTGAAATTGTCTGAGTTAATTCCTGAAAGCATGTTTCCTAATGCCTGCAATATTGCAGC ACCAACTCCAAAGACTTGTGATGCTTGTGGCATAAACATAGTCCCTTATCCGCTGAGTACTGGAGGAAGTTGTGGAGAGA GTTTATACTTCAAATTCAGCTGCAACTACTCAACAGGGCAGCTTAGTTTCTTCACGAGCACCAACTCCAAGCGTTACCAG ATCACTCGTGTGGAACCGGATTCGAGGAAATTCTTCATCGAGGTCACTCGGGACAAACGTCACTGTGGTGATTTTAAAAA AGCTCAGAACGATAATCTGGATGTTTCTTTTCCGTTCAACTCGACCGACGACCCCTGCTCTGACCAAGTAGCTATTAGTT GGCAACCACCATCTGAACCCCCCACATGTGCTAATTCAAGTGATTGTAATGGTTGGAAACATTCAACTTGCAAAGGAAAT AGATGTCGTTGCAATGCAAATTATTATTGGCATGGAGATCTTTTAAGTTGTACAGAAAGTAAGTAACTTAGTATGTTGAG GATTTGTGTTAAATATAAGATAATTTATGTGTTTTCATCTAATAGTTGGAATATTGGAGTGCCTTATAATTAACATGTTA TAGATAATTTATATTATTTGTAGTAGTTAGAACTTAGAACAGTGCCTAGTTTGCTAAAGTTGATGATTAGTTAAGTTATT TTTGGTCGAATATGATTAGTTAATTAAGTGTTCGTTCTCCTAATGCTACTACAGAAGAGCCAACAAGAAAAGGAAACCCC AAGAGCACACTGTCTTTGATTCTTGGCATAGCTCTTCCTGGCGTGGTTATTCTGGCTTGCATATGTATTTTAGCTTATGT ATGCAGGCGGAAAATAGCACTAAAGCTCAAACAAGGTAGCAGATTCTTTTTCTCCTTTTAGTTGCTTTAAAATCTTGAAT CTGCACATCCAATCTCTGATTAAGGTTACAAATTTCTTTGACGAGTTCAGAAAGTGAAAGCATACAGAGACAAAGAGGGC GCTTTTATGACAGTGAAAGACATGTGAAAGATTTGATAGACAAGGAGGGATTAGAAGAAAAAGACAATGAAGGCATAGAG GTGCCCTATTTTGATTTTGAGAGCATACTAGTGGCCACGGATTACTTCTCTGATGCAAATAAGCTTGGGAGAGGGGGTTA TGGGACAGTTTACAAGGTGATAAACACAACTCCCTTTTTACCTTTCTTGCTAAAACAAAATTTGGGAATGGCAAATGGAG ATTTTTGTTTCAGGGTAAGCTTCAAGGTGGTCGAGAAATTGCGGTGAAGAGGCTTTCAAGTGTTTCATCACAAGGCATAC AAGAATTCAAGAACGAGGTTGTTTTGATTGCCAAGCTTCAACATCGGAACCTTGTTAGACTCTGGGGCTATTGCATAAAA GGAGACGAAAAAATTTTGATTTATGAATATATGCCTAACAAGAGCTTAGACGCATTTGTATTTGGTTAGTATCTAAATAT AATTATTAGTATCTTTTAATTTGTTTTAAGTCTTATAATTACTGATGAATTGTTTCAAATGGGAAATGATAATATTGAAA GATCCGACGAAAAGTGCACTCTTGGATTGGCAAATGCGATTTGACATACTTCTCGGAATTGCTCGTGGGTTACTTTATCT TCACCAAGACTCTAGACTAAGAGTAATCCACAGAGACTTGAAAACTAGCAACATTCTTTTAGATGGTGAGATGCAACCAA AAATTTCAGACTTTGGATTGGCGAGAATATTTGGAGGCAAAGAGACTGAGGCAAACACTCAGAGGGTAGTGGGGACATAG TAAGTTCTATGTGATTGTGAAGTTGAGCTTTTGATGATGCGTTTATGATAACATTATTAGTATTAATCCCTCAACTCAGT AATAGGGTTGTTTACACATGTCGATCTGATATACAAGTGGTTCTTTTTGTTTGTGGCAGTGGATACATGTCTCCTGAATA TGCATTGGATGGACAATTCTCAACCAAATCGGATATTTTCAGCTTTGGTGTTGTCTTGCTTGAGATTATCAGTGGGAAAA AAAACACAGGATTTTATCAGTATAAAGGAACTTTAAGCCTTTTGGGTTATGTATGTTTTATCCTTTGCTCTCAATTCTTT TTGTCACCTTTAGGAATTTTCATCACTGGTTTGATTCTTATCAGGCTTGGAAACTGTGGACAGAGAACAAGTTGCTGGAT TTAATGGACTTATCTCTAGGTGAAGCTTACAATGCAAACCAATTTATAAGGTGTACACATGTTGGACTCTTATGTGTACA GGATGAACCTGATGATCGACCAAACATGTCCAATGTTGTAATAATGCTTGACAGTGAAACTGCAACCCTTCCAACCCCTA AACAACCAACCTTTTTTACGCGTAAAGACTTATCTAGCACAGCTTCTTCAAGTTTGCAGTTTGATAGTAGCATTGTAGAA GGTCGATAGAGCAAGTAGAGGCTCAAGTTGGATACTAAGGATCAGAAGCTGGATTTTGATATCCTTAGTTCATTTTATTG CTTTTCATATATGGCGAGTTCAAATTCATGTATATAAGAACAATTATAAAATGTTAATTGTTTGTATCATAAGCAAGGTG CATAAGATGCCTTAGCATGTGAACACCTGATTTCTGAGACTATCACAGTCCCTTCACATTGTTCCAATTGTTCTTCTTTA ATCAGTTAAGAAGCATAATATTGTAGACAGAAAACTGTGCCTGAGTGGTTCAAGACCACCATGATAGTTCTCTCTAATTT CCTGTTATCATTGAGAAGTGCTATATTATTCTATTTCAGGATGACCTAAATGAGATATTCCAACAAAAG
CDS sequence (LotjaGi3g1v0461800.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGTTTTTTACACCCTTTACAAACATGATAACTATCTTTCTCTTTCACATGCATTGTTGGTTGCTATGCTTTTCTCAGCT GTGTTTCGCAGGAGACACTTTGAACGTCGGCCAGGAGATAACAGGAAATGGAACTGTTCTTGTTTCAGCTGCAAAAAAGT TTGAACTTGGCTTCTTTTCTCCTGATCTAAATGTTACTGGCGGTAAAGGAAGATACTTAGGGATATGGTATTACCGAGAA GAGGGCTCAGGACTCTCACCAGTGGTGTGGGTTGCCAACAGAGACAACCCCGTAGCTGATGATTCTATTGGTGTTTTCAG AATCGCAGACGATGGGAATCTGGTTGTTTTAGACACATCCGGTATACGCTACTGGTCGGCATCCAACCTTACAAACTCTT CTTCAGCTACAAACAGGAGTGTGAAGCTCATGGATTCTGGGAACCTTGTGTTACTAGATGAACATGTGGGAATGAAACTG TGGGAGAGCTTTGAACACCCAACTGACACGTTCCTACCCGGTATGAAGATGGATAAGACTTTGGAGTTGACTTGCTGGAA AAGCCTTAGCGACCCGGGAAGGGGGAACTTCACTTTCAAGATGGATAAAAAATGGGAGAACCGTTTTGCGATTTTAAACC AAGGACAACTTTACTGGCAGAGTGAAGAACAAGGAGACGGAGTGATGAATCCAGAGTCAAATCCTGATGACATAAGCAAT GATGTTTACAACTTATTGACCAATTTCAAGGAGCTTAAAAATAAAACAGTGAGCAGCTACGACAACACGAGGCTGCTCCT CAATTCCACAGGCGTGATAAAAGTTCTTTATAGGGTCAATTTCCAAAGTGATATAGTTTGGTGGTATCAGCCTAGAACAA CATGCTTGACATATAATGTTTGCGGGAACTTTTCAAGTTGCAACGACGACAATGATAAGTTATGTACATGTTTGCCTGGA TTTGGTCGCAGGTCGCCTCTGAATGATTACACAGTAGGGGGAGATACTTCTTCTCTACTATGTACCAGAAAATCAACATC ATGCGGAGCAAACACAAATACGTTCTTAAACTTGACCATGATGAAAATAGGTAGCCCTGATATAAAAGTCTCTGCACAAG ACGAAAATGAATGCAAATTTCGTTGCATTTCCATGTGCTCCCAGACTCAGTGCCAGGCTTGTTCATACGTTCCAATACCT GTACAGCAGCGTGGTCTTAATCTCTCCCCTTGTTGGATCTGGACACAGAATTTAACTACTCTTAAAGAAGAGTACCTTGG TGGAGATGATCGCAAACTCTTTGTCCGGGTAGCCAAATCAGACATAGCACCAACTCCAAAGACTTGTGATGCTTGTGGCA TAAACATAGTCCCTTATCCGCTGAGTACTGGAGGAAGTTGTGGAGAGAGTTTATACTTCAAATTCAGCTGCAACTACTCA ACAGGGCAGCTTAGTTTCTTCACGAGCACCAACTCCAAGCGTTACCAGATCACTCGTGTGGAACCGGATTCGAGGAAATT CTTCATCGAGGTCACTCGGGACAAACGTCACTGTGGTGATTTTAAAAAAGCTCAGAACGATAATCTGGATGTTTCTTTTC CGTTCAACTCGACCGACGACCCCTGCTCTGACCAAGTAGCTATTAGTTGGCAACCACCATCTGAACCCCCCACATGTGCT AATTCAAGTGATTGTAATGGTTGGAAACATTCAACTTGCAAAGGAAATAGATGTCGTTGCAATGCAAATTATTATTGGCA TGGAGATCTTTTAAGTTGTACAGAAAAAGAGCCAACAAGAAAAGGAAACCCCAAGAGCACACTGTCTTTGATTCTTGGCA TAGCTCTTCCTGGCGTGGTTATTCTGGCTTGCATATGTATTTTAGCTTATGTATGCAGGCGGAAAATAGCACTAAAGCTC AAACAAGAAAGTGAAAGCATACAGAGACAAAGAGGGCGCTTTTATGACAGTGAAAGACATGTGAAAGATTTGATAGACAA GGAGGGATTAGAAGAAAAAGACAATGAAGGCATAGAGGTGCCCTATTTTGATTTTGAGAGCATACTAGTGGCCACGGATT ACTTCTCTGATGCAAATAAGCTTGGGAGAGGGGGTTATGGGACAGTTTACAAGGGTAAGCTTCAAGGTGGTCGAGAAATT GCGGTGAAGAGGCTTTCAAGTGTTTCATCACAAGGCATACAAGAATTCAAGAACGAGGTTGTTTTGATTGCCAAGCTTCA ACATCGGAACCTTGTTAGACTCTGGGGCTATTGCATAAAAGGAGACGAAAAAATTTTGATTTATGAATATATGCCTAACA AGAGCTTAGACGCATTTGTATTTGATCCGACGAAAAGTGCACTCTTGGATTGGCAAATGCGATTTGACATACTTCTCGGA ATTGCTCGTGGGTTACTTTATCTTCACCAAGACTCTAGACTAAGAGTAATCCACAGAGACTTGAAAACTAGCAACATTCT TTTAGATGGTGAGATGCAACCAAAAATTTCAGACTTTGGATTGGCGAGAATATTTGGAGGCAAAGAGACTGAGGCAAACA CTCAGAGGGTAGTGGGGACATATGGATACATGTCTCCTGAATATGCATTGGATGGACAATTCTCAACCAAATCGGATATT TTCAGCTTTGGTGTTGTCTTGCTTGAGATTATCAGTGGGAAAAAAAACACAGGATTTTATCAGTATAAAGGAACTTTAAG CCTTTTGGGTTATGCTTGGAAACTGTGGACAGAGAACAAGTTGCTGGATTTAATGGACTTATCTCTAGGTGAAGCTTACA ATGCAAACCAATTTATAAGGTGTACACATGTTGGACTCTTATGTGTACAGGATGAACCTGATGATCGACCAAACATGTCC AATGTTGTAATAATGCTTGACAGTGAAACTGCAACCCTTCCAACCCCTAAACAACCAACCTTTTTTACGCGTAAAGACTT ATCTAGCACAGCTTCTTCAAGTTTGCAGTTTGATAGTAGCATTGTAGAAGGTCGATAG
Protein sequence (LotjaGi3g1v0461800.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MFFTPFTNMITIFLFHMHCWLLCFSQLCFAGDTLNVGQEITGNGTVLVSAAKKFELGFFSPDLNVTGGKGRYLGIWYYRE EGSGLSPVVWVANRDNPVADDSIGVFRIADDGNLVVLDTSGIRYWSASNLTNSSSATNRSVKLMDSGNLVLLDEHVGMKL WESFEHPTDTFLPGMKMDKTLELTCWKSLSDPGRGNFTFKMDKKWENRFAILNQGQLYWQSEEQGDGVMNPESNPDDISN DVYNLLTNFKELKNKTVSSYDNTRLLLNSTGVIKVLYRVNFQSDIVWWYQPRTTCLTYNVCGNFSSCNDDNDKLCTCLPG FGRRSPLNDYTVGGDTSSLLCTRKSTSCGANTNTFLNLTMMKIGSPDIKVSAQDENECKFRCISMCSQTQCQACSYVPIP VQQRGLNLSPCWIWTQNLTTLKEEYLGGDDRKLFVRVAKSDIAPTPKTCDACGINIVPYPLSTGGSCGESLYFKFSCNYS TGQLSFFTSTNSKRYQITRVEPDSRKFFIEVTRDKRHCGDFKKAQNDNLDVSFPFNSTDDPCSDQVAISWQPPSEPPTCA NSSDCNGWKHSTCKGNRCRCNANYYWHGDLLSCTEKEPTRKGNPKSTLSLILGIALPGVVILACICILAYVCRRKIALKL KQESESIQRQRGRFYDSERHVKDLIDKEGLEEKDNEGIEVPYFDFESILVATDYFSDANKLGRGGYGTVYKGKLQGGREI AVKRLSSVSSQGIQEFKNEVVLIAKLQHRNLVRLWGYCIKGDEKILIYEYMPNKSLDAFVFDPTKSALLDWQMRFDILLG IARGLLYLHQDSRLRVIHRDLKTSNILLDGEMQPKISDFGLARIFGGKETEANTQRVVGTYGYMSPEYALDGQFSTKSDI FSFGVVLLEIISGKKNTGFYQYKGTLSLLGYAWKLWTENKLLDLMDLSLGEAYNANQFIRCTHVGLLCVQDEPDDRPNMS NVVIMLDSETATLPTPKQPTFFTRKDLSSTASSSLQFDSSIVEGR
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 | 30 | 30 | - | – | |
| SignalP_GRAM_NEGATIVE | 1 | 30 | 30 | - | – | |
| SignalP_EUK | 1 | 30 | 30 | - | – | |
| Phobius | 1 | 9 | 9 | - | – | |
| Phobius | 10 | 22 | 13 | - | – | |
| Phobius | 23 | 30 | 8 | - | – | |
| Gene3D | 30 | 165 | 136 | 3.2E-11 | ||
| Phobius | 31 | 607 | 577 | - | – | |
| ProSiteProfiles | 31 | 164 | 134 | 16.149 | ||
| SMART | 38 | 167 | 130 | 3.6E-25 | ||
| CDD | 39 | 167 | 129 | 4.23719E-25 | ||
| Pfam | 88 | 179 | 92 | 2.7E-27 | ||
| SUPERFAMILY | 88 | 188 | 101 | 3.66E-22 | ||
| Pfam | 258 | 323 | 66 | 4.1E-13 | ||
| ProSiteProfiles | 348 | 438 | 91 | 7.762 | ||
| Pfam | 448 | 536 | 89 | 3.1E-6 | ||
| Phobius | 608 | 632 | 25 | - | – | |
| TMHMM | 610 | 632 | 23 | - | – | |
| Phobius | 633 | 1005 | 373 | - | – | |
| PANTHER | 636 | 979 | 344 | 8.9E-131 | – | |
| PANTHER | 636 | 979 | 344 | 8.9E-131 | – | |
| Gene3D | 659 | 770 | 112 | 2.9E-35 | – | |
| SUPERFAMILY | 677 | 986 | 310 | 2.56E-81 | ||
| SMART | 695 | 939 | 245 | 3.1E-30 | ||
| ProSiteProfiles | 695 | 981 | 287 | 37.743 | ||
| Pfam | 696 | 895 | 200 | 8.3E-46 | ||
| ProSitePatterns | 701 | 723 | 23 | - | ||
| CDD | 701 | 967 | 267 | 2.6492E-92 | – | |
| Gene3D | 771 | 978 | 208 | 4.3E-59 | – | |
| ProSitePatterns | 816 | 828 | 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 | 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. | ||
| Biological process | Recognition of pollen | The process, involving the sharing and interaction of the single locus incompatibility haplotypes, involved in the recognition or rejection of the self pollen by cells in the stigma. This process ensures out-breeding in certain plant species. |
Expression pattern of LotjaGi3g1v0461800.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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