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| Field | Value |
|---|---|
| Gene ID | LotjaGi3g1v0459600 |
| Transcript ID | LotjaGi3g1v0459600.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Diacylglycerol kinase; TAIR: AT2G20900.2 diacylglycerol kinase 5; Swiss-Prot: sp|Q9C5E5|DGK5_ARATH Diacylglycerol kinase 5; TrEMBL-Plants: tr|A0A072UKH9|A0A072UKH9_MEDTR Diacylglycerol kinase; Found in the gene: LotjaGi3g1v0459600 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:87426091..87438308) extracted from Lotus japonicus Gifu genome v1.2.
CAGCATTCACAATCACAGATTCACACTCAAACATTATTCCACATTGGGTCCCCACACAGATCCCAAAGCGAATAGAAGAT ACCTCCCCTTAATTAATCAATTGCAGATCCAAATTCCAAAGTCAACTTGTGCGCTTTATCTTCTTCAATCCACATCGTTT CTGCATCAACCTCTCCAGGTACATTCATCCATCTATCTCCATTTCAAATCCAATTTCAACCATTTTCCCCTATTTCTCAA TCACAACCCTCTCTTCCTATGCATCCAAATTCACATTCATCAAGTTTCTAAAACTGGATTACATTAACCAATCTCGTTTA GCTCAGATTTTAACTTTCCAAAACTAATTTTACGACCTCAGTAAAAAATTAAATCCAAAACCAGAAAAATTTCAGTTGTC ACATACATTTTTCAAAACCACACATTCATTTATTTATTCAATTTATTTTACTTCCAAACACAATTAATTATTTTCATTAT TTTTTTTACTGCAAAATTAGTTTTGTAATTATTTGTTAATCCCTGTTTGGATTTGTTAATCAGTTTTGCAGCAATGGCTT CTGACTTCTTGAACAACTTTAAGATTCCTGATTACATTTTTGTACCTGAGTCCAAGGTTGACAACGATGGTGGACATGTA CCTCAATGTCCGGTGCTGGTTTTTGTCAACTCCAAGAGTGGTGGTCAGCTCGGAGGGGACCTTTTACAAACATGCCGTAC GGTTCTTAATCAAAAACAGGTATGTAGCACACTCATAATTCTCGTATGTTTGAGGTGTTTCAGTTTTCAAAATCTTCAAG TTCATGAACTGTCTGAAGTTATTGGAAATGTGGGTTTATCAAATTTTGTTAAAGTGGGCTAAATGGAGCATTTAAAATTT CAGGTTTTTGATTTGGGGGAACATGCTCCTGATAAGGTGCTGAGGACAATCTATGCTAATTTGGAAAGACTTAAGATCCG AGGCGATGAGTTTGCTGTAAAGATCATGGAGAGGTTGAAGTTAATTGTGAGTTATATAAATCTTTGATGGGTTGGTGTTT GTTTCCATGTTTGTGTTGTTGGTATGGTCTTTGTTTTGAGTTTCTGATGTGTAGCTTGTTGTCCTTGCCTTTTAGGTTGC AGGAGGAGATGGAACAGCAGGTTGGCTGCTTGGAGTTGTTTGTGATCTCAAATTATCTCATCCGCCACCGATAGCTACTG TTCCATTGGGCACGGGGAATAACCTACCTTTCGCGTTTGGTTGGGTAAGGAATTGCAGTTTATTTCAATAGCCACTGTCT TGGTAGTATAAGATTAATGACCTACAGTTTTCCTTGTTTGCCTGGATTCACTTTAAGAGGGAACATATAATTGTGCTAGT TTATTATTGAACTTATTGCATGTTTACCATTTACTACATTGCAAATAACCACCTACTTTAACTTGTATATCTAAGATTTG TGGTTCCTGTACTGGAAGCTGTGGAAATTTTTGGTTGAACCTGTGCACTTGATGATAAAGAATATATCAGAAAAGTAGAA AAGAAAACAATGATTAAAGAGTGAGGGACATTTTTGCTGCTTTACAGGGTAAGAGGAACCCAGGGACAGATCGAAGCTCG GTTGAAGCATTCTTAGGTCAAGTCTTGAAAGCTAAGGAAATGAAGATAGACAAGTAATGAGTTTTGGGCCTATTCATTGA TCTTATAATTGGGATTATTTTCTTATTTTTTTGCCAATATGACTTACATTTCGTCTATTATGATGCCTTGTGCTTTGTAC CTTTGAGAAAGAAGTTCTGGTGTCTTTATAATTGAGTAAAATCAATCTAAAATTGACTAGTTCATGATTTTAGCCCTGAT TTGATTTTGGGGAGAGGCTAAATAACAGTATTGTTATCAGATAGCTGCATTACCGGTTAGTGTAGACATGTTGATTTTTC ATTTAAATCCAAAATGAAAATTAATGATTTCCTTTTTTATTTCCATCTTGTTGACACTACAGAAATCTTCTTTTATGACA TGTTCAAATAATTTTTTTGTTCATTGTTCTGTTTATGGGGCTTCTTTAGTGGCAGCATTATTTTACTGTCTACTTTATTT CCTAGGGTTACAAAAGGTGGTCTTAGTGTGGGGAGGGAAATGGTAACCCAAAGTGCAAGCAAAGTGGCTTGGTAGGATTC AATCACAGTATCAAGCAGTCCCCAAAGGGACTCAGTGGGGACTCAGTGCCACCTGAGCTTTGGTTCTTGGGCTACTTGCA GGGCTTTGTTTACTGTTTGAACTCTGAAGTTTGGAATTTGCGCCTTATACTTCCTAATTCCAGTCCTTAATGCCCCTTAG TCCAAAGAAAATATATATGAATGGTTTTAAGAACTGCTATCTGTTCATGTTCTGTATTCAGTTTCTGCATATATTTCTTC TACAAAAGGCTGTTTTGCTGATAATTTTTGTTTGTCTTTCTAACCCTTAAGCTGGCATATTCTCATGAGGATGAGAGCTC CAAAAGAAGGTACCTGTGATCCGATTCCACCACTTGAGCTCCCACATTCTTTGCATGCCTTCCATCGTGTATCTGAAGCC GATGAGCTTAACATGGTAAGACACAATTAACATGACTACTTAGTTTCTTTTGCTGGATCTTTTTTCCATGATACCTTCAG TTTCATAGGCGATATATATTTTGGCATAGCATCAATTGGTTGTTAACTTTTTTGAAGATTAACCAGATGAATATTTGTTT TTCACTATCAATGACATGAACCTACTTACCTACCTAATCATGGGACAGTGCAAACAACTAGAACAAATTTTCTGCAGATT TTATGCACTTTCTACTTGGTTTTCATAGTGCATTTACGGAAATTAAAGGGGTGATAAAAGTTCTTTTCTAAGATGTTTTG TTTTAATTTTGAATCATTAGAAGGTTGTTTTCTTTACTGTTTGACATGCTTCCTCTTTTCTCTGTTTCTAACTGCTTCTC AGGAAGGCTGCCACACTTTTCGTGGGGGATTTTGGAATTACTTTAGCATGGGTGAGAACACTTCTTCCTGGGTTCTTTTG TTCCTGAACTTTTATGTTGTGGAATGTAGATTATATCTATATAAATCAATTTTCCACTTAAGGATTAATTGATTTATAGC ATGTTTGGGTCAACTTTTCTCTCATCAGAATCAATTTTCAATTACTGTTTCTCTTTATCAGTTTGAAATTCATTAATGTT TTGGATATTTACACTATATCAGGGGATTTTTTATTTTCTGTCCACCTTACTCCAATATTTGTTTAATTAACGGTTGACCT CAGGAATGGATGCTCAAGTGTCTTACGCATTTCATTCTGAACGAAAGATGAATCCTGAAAAATTCAAAAACCAGTTGACT AATCAGGTATGAGTTGTTTCTTCACTTATTATACTAAGGCGGAAACTCTTTAATGGAAAGCATAGATAACTTTGCATTCT CATCCTCTTTTTTCTCTTATTTTTAAAAGAAAACAAATATTTCCTGATTTCAATCTTCATTTTAGAGTACTTATCTTAAG CTTGGATGCACTCAAGGATGGTTTTTTGCTTCTCTATCCCAACCTGCTTCCAGGTCAGTTCATTAAGATCTCTCATTGAA TGGAAAATGGACTTGCATATTGTGCTTTATCTTTTGGTTGTTTTCACCCCCTCAATTTTCATGAAATTTAAATGCATACA AATTCACACCTGAGACATTCACTACTAGAATTATATATTTGAAATCCAGTTACTTATAGTTGACTTGACACCATACAAAT GGTACTCTGACTTTATATATTAGGCTATCTTGATTTATTATTTTATTTTAATTTTTATGAAGTTAACATGTATATCTTGG GTAAGCTTAGTTTTCTCTGTTACTGAGTCTCTTTCCAAATGAGTATGATTTGATGATTTATTAGTGCATTGCTTAGACAA TTTAGCAGGAGAGAAAAATTATGCATTGTTAGTAAGAGACATACATCAAAGGTGAAAATTGGAAAATATAATTTTACCAT AAGTCTCATATTACCTCTGATCCATCATATAAAATGATGGGGAGATAGAGGCAGATGTAAATCATAGGATCTAAACAGGA TAAATGAAATGGAAGTAAACTCAATATTGAAAAGTTGTGAATATTGCTATGGATGAGTGGTTTTACAAGACATTGATCAG TGCGATTAATAGATAGAAAAGATGGTTATTTGTATCTTAAGTGGTTTGAGACTTTGAGCCATAGAGGCGATATGTAGAAG CATCGGTAAAGAGGGTTGACTTGATGGAGAATAGTTCAATAGTTAGATCAAGTTAGAGGTAAATAGTCTATCTTTCAACT TGATACATAATAGAGAAGTATGGCGTGAATGATCCATGTAGTTGACCTAACCTAGTGAGAAAAGACTTTGTTGTTATTGT TTTTGTTGTTTTTAACATGTTATGAATTGCTTAGACAATTTAAGATGATCAAATGAAATATGATTTATTCAAGTTATTTT CATGACTTCTGAGAAAAATGTTATTAACATTTGGAAATTTCAAAGTCTTGACAGATAGCAGAAATTCAATCTCAAAAACA TAGGCTCCCTAATTTAGTCCTCATATCAACTTCCCATATGATGCTGGAAGAAAAACCAAAAGAAAAAGGTGTCTCCAGCT CAAATTGAGCTCATTTATAAGTATTACCGACCACATACCAGGCAGCCTCCTAACCTGTTTAACGTAGTTATTTGTTATAG GCTTTGGTTACACAGGTCACATTGGCCGGTTATTAGAACTAATGAAGCATTACAATTATTGATTGTATCAGGATAGGATT ATTCTCTGTATTATTTTAAAAGACCAACTTTAATTGGTAATAGCCAATAAGATTATTAAAAGGAAAACTAAATGATTTTC TAGTATATTCGGTTAACTTATTCCATTGATCAAAATGGAATGTGGACAACAATGCAGGAATCATATTTTCATCCGAAGTA ATAATTAGGGTTCTTTTTTCCTTTTCTGTATAAATTGTAAAATTAAAAAAATATGAAGGGTTGTAAACAGTGCTTGCCTG CTTGGTATAGGAAACTGAGGCAGGCTTAGCAATTTGAAATGCTATGTATATTTGGATGCTAGAATTGATAAGCATGCATT ACTACACAAAACATAATTTGTCATTTGTCTGCTTGAATAAATATAACTTGATTTTCTAATGCAGGAACACAGGACAACTT ACAAAAGTAAAATTCATGAAAAGACATGGTCAATGGGAAGACTTGGACATTCCTCCCAGGTAAATCATTTTATGTACTAT CTATATCTTTTGCGAAACATACAAAAGTGAATTTTTAGTGGAACAAGTCCTGCATTTTAAACTAGCCAAAGATCATATTA GGCGAGAACTATTTCTCTGAACATTGCTTTAATGGCTTTCTCAGTTAAAGGGCAGAGCAGTATTTATCCTTGAGCTAGTT TTTTGGTAGAGTTAGGTTTAGTTCTAAGATTATATCAGAGCCTCATAGATCCGTTTATTAGATCACTCACAAATACTCAG TCTTGCAAATTTCGCGCTCTAGATGCTTGGCCATGGGATAAGAAGGTCTTACATAATCACATTGACCAGATATATGACTA AAAAAGTTCTTATAAAGGGTACAACAATCTCAATCCCTAAGATTGCTTTTTGGATAGAGTTAGGTCTAGTCTGAATTTTA AGAGTCACTCTTGTTGGCCACTCAGTTATTGATGTCTTTCGCAGTGGCAACTTATGAATAGATATTTATAAAAACAGCCA TATAATTACAAATCAATTTACTATTTGGATGAACTGACCGTGTAAAGAGTTTTACATAGACATTCAATTCAATCATATTT TGGCATGTTTCTTTTTTATTTTATTTTATTTATGATATGGGAAAATAGTAAATATGATTGGATGTATGTATCAAACTTTT TTACACTCTCCGTCCATAGTTATTAAACTCTTACATTTTTATTCTGATACTCTCCTGTCTCCTTGCTTTGTTTACTTCTT GAATAACACCTAATATGACTCCTTCTATTGTATATACAGCATCCGGTCAATTGTATGTCTTAACTTGCCCAGCTTTTCTG GTGGATTAAATCCATGGGGCACACCGAACAGGAAAAAGCAGCGTGACGTAAATTTCATATGCTAATTCTGAAATAATTAT TTATTTTACAAAATATGTTTTCTTGTTACTTTTGAGGTTCAGTACTAGACCACTAGTAAACAAACATCCAGTAGTTTTCT GCAAGTTATTTTACTTTTTTTTTCCCTACAACTAAGGTTTCTTGATTGAAAACAGAGAGATTTGACACCACCATATGTGG ATGATGGGCTTCTAGAGATTGTTGGTTTTAGAAATGCGTGGCACGGGCTTGTTATGCTTGCTCCAAATGGTCATGGAACT CGTCTTGCTCAGGTATGCATAAAATGTTGGGCACACGTTTGATTCGATGGTGTCATTCTCAGACTGCAGATTTGTGCAAA AATGGCTTAAAAGTTTGTATCATCTTTATAAAATAGCTAAACATATAGTAGGATTTAGTTGTTAATTTTCCCTTGATCCA TTAGGCACACAGAATCCGGTTTGAGTTTCGCAAAGGTGCGGCAGATCATACATTCATGAGGATCGATGGAGAACCATGGA AGCAACCTCTTCCAGTTGATGATGATACTGTTGTGGTAGAGATTTCTCACCATGGCCAGGTTAACATGCTTGCCACTCAT ATTTGCAAGTCTAAAAGTGTGTATGACCCGTCATCTCCACATCATGATGATGAGGAAGATGACAGTGAAGATGAAGAAGA TTCTTTAGCTGAGGAATTTCGGAAGTTTGGTGCAGCAGATACATTTAAAATCCCAGATGAGGTTGATCTTTCTCAACTTA GTTAGGTCCTTCACTATTAAGCCATTCTTCAGTGTTATGTGGTTGACAATTACTAAACTAGTTAACCCCTTCCCAAAATT TGTTATTACTTCAATTGATGTAACAACCAGTTAGCTCAATTCTAGCACTAGCAGCATTGTGGCTGAAAATATGATAACTC CTTTGAGATACAATAACTGATTCATCCTCAACATATTTTGCCGTTGAAATACATAGATTTCAAGTAACTCCCACGACCTT TGCATTCTGCTTTAGGGGTGATAGGCTCCAAAGCTTAAGCGTTAGTATTTATTTGTTACATTGTAATATTGGCTTTCAAA AGTCAAATAAACCTTTCTGCACGTCGTGATAATGATATGTTAGATGACTATCTGATGCCATGTTCGCCATAATTTTTAGT TCAAGTGTAAACAGATACAGATTCAGTCATTTGGATTTTGGAAGGAACTCAAGTCTTATCGACCACTCTGAAATGTATAA TTTGCACACTATAATTTCAGTTTAGAAGCTAAACTACACTCTGTACATGAGTATATCCAATTCATAGATGCAAATTGCAC AACTTTCTGCAAAAGGTAAATTTTTGAGATAGGAACCGAACATGTACCCCAGAAAAATGTGAGATATACTGAAATGTTAA CAACTTCAGTTATCTGAATATATGACTTCAGGCATGCATTTGAGAAAGAATACATGCCTACAATTCAGAAAATTGCTCTT GCCCCAAACATTTTGTAATGGCCTCATTAGCCTTTTGCGGCTCAGCCCTTTCTTCTTGCTTCTTCTTCTCCCTGAAGCAA AATGTTATTTTTCAAAGAAATCAAAACCTTGCGGAGAAAATATAACCATAACATCTACTAGAAAATATTTAAGGATATTT AGAGTATAACGTTGAATCTGTCATAAAACTGAAGAAATAGTACACAGGCCATGTATCTACCTCCAATTTCAATTATAAGT TAATGTTTTTAGCAAGTTATCAGGAAGTTTGTGATCTCATTTTTATTCCACAAAATGGACATTTAGAATAAAGAACCTGA TGAGCTAAAGAATTTCTAGATAATTTACAACTGCAGACTAAAGGCAGTGGATGGAAAAAAAAAAATACAGTCACGGATTA TATCATAGAGGAAAACCCAGAACAAGTGAGAACAACTCAAAAATTGTAAGGTCTGATGTTTACCTGTCAACATATTCCTT TAGCAGCTCTTTAGCTTGAACCAACTTAGAAAGCAGATTACGGTACACGTCCAAGTCCCGATCCACACTTCTTTTGTCGA CATTCAAAGCCGCACAAAGCTGTTGAATAGATACCAGATATTAATTTATAAATAATCATAACAAAAAGTTATTTAGTAGT AGAAAATAGATACGTTTACAACTTGACATTCGGAGCATCCTCCGCTATACCAGTGTCATATAATCTCAGATGCTAAATAT TTTTAGTTTTCTCTGTTATTTTGATGCCTGTAATGTTAACGTCGTCAACATTATTACAAAAGAATGGGGCATTCTCCTTC ATAAGTCATAGAACAATGAAATCATTTCAGTAGAAGCAAATCTATTCCTATATAGATAAAGGAAATGAAGGGATTCACGC CACCAATGAGGCCAGAACTAGGTGGAAGAGAGATCAGGATGTCAAGGTCATTTAATTCACTTCAGCTAATCCAAACTGGT CGGCAAGCCACAGGAGAACATCTAGATAAGTGAGTCTGTCTTGAATGTCCGGTTTTCTAGAACTGGTATAAATGAGAACC AGATTTGGTAGTTTAAACATAAAATTGCAAAAAGAAATATAATCAAATAAGCATTTGGTCTTTCAAAAAAAAAAAGCATT TGATAAGTTGCAATCAATATATCATGATGACTAAATGAACTAGGTAACCTTTTCCAAAATTGCTGGTTCCATTGCATTTC CCAGTTCAAGAAGACGAAAAAGGCCTATTGCGAAGAAACGACTATAACTGAAATCCCCCTTTCCTCCTGCTCTTTCTGCA ATATCCTTTAATGCCCCCTCAACTTCTCCTTCTCTCGATGAAAATTCAATCAGTGATGTTGAGCTTTGTGTCCGGGCCCA TTCTTCCAACTTTTGTGCATCTTCTCTGTAGAAGGCAATATAAAAGATTATTTGAAGTAAGATAAAGAATACATAAGTGC AATTTATTTAAATCCAGTGGATGTGAAAGGATATTTTCCTTCAAATGCATTCCTGAGATGCAACTAAATTAAGTATTCAC TCCACAGTTTACACACATGCAGATTAAAATTAATAATTTCTACTTTTTATTAATTAACAACAATCATCAAGGACATAAAA GATGCTTGGATGGTCGGTTATACTATACCTGACAATAAATTCACAAAATGTAAAAGAATATCTATTAGAATTGACTATTC ATGCAGGGAGTCATTCGATTATACCATCCTTCTCTTCAGAAATAATTTATGCAACTAATATGAGTATCCACTGGGTAGTA CAGCAAACAAAATGTGACAACAATCATCAAGGACATAAAAGATGCTTGGATGGTCGGTTATACTATACCTGACAATAAAT TCACAAAATGTAAAAGAATATCTATTAGAATTGACTATTCATGCAGGGAGTCATTCGATTATACCATCCTTCTCTTCAGA AATAATTTATGCAACTAATATGAGTATCCACTGGGTAGTACAGCAAACAAAATGTGACTCACAAATCACGAAATCATGCT GCAGGCAGAATCTACATTTCGTAGCTTCTGCTTGAATGTGATTTCGAGTGCCAAAATCTTGTCCGGGATCCCAAATGTGT CCTAAACACACCATTAGATTCATGGTAAGCTGATTTAACACAGTCTATGGTGGCTCACACTACAGCCATTAGTTTTCACT TTTCGGTCATTGAGTTGAAAGTATTGGAATAGAAAACACAGAAGGAAAACACACACACACATTCATGCTTCTAACCTGTA TTGCCCTGGGTCTTCCTTCAATGCCTTGATGTATGCTTGAAAGATGGCATCGCGGTCCTCATCACTAGGATACCCTTCCA TGAGTTGCTCATATACAGTGACGAAGCCAAGAGCAAATACAGGGTCATAGCGGTACGACCTCTTGAATCTCATCAAATGT TGCTGGACTATGAGCTCCTGCAGAACCGTGTTGTAGATACTAGGAATTGGTCGTTTATATTCCTTGAGAAAATTTAACTT TGTCTCAGAAACAGGTGGAGGGTCTGCAAATCAAATATTCAGACAACACATAACTAACTGATGATAACAAGTTTTATTCT CTGCTTTTATCTATTGCCTTTTTGGCGTATGTGTCTTTGAATGATGAAGGAACCTAATGTGGAAATATTCACACCATTTG ACACATTATGATCATGCCTCATGTATCCAGATGTATAAGAGGAGATGCTTTAACAGAATGAATCCTTTAATATGTAGTTC TAAGAAGGCATTCATTTTTGAAACCATACCACATGCTGGATATATTTCAACCGCATTCAGTAATGAAAGAAAGAGCTACA AAGAAATTCAGATTAATATTTACACAAAAAAATTCCAGGGATACCACAAGGTGGAATTGGTTGTGAAATTTCTCCCATTC TGCATTCCTACTTTAAACTTTACCAAATTCATAGGTAAACTCATAACCAACATAACAAATAATAATATCGTCAACTATCC TTTGATCTGAAAAAACAAAACTAGATGATATAATAAGGAAGATAGGTCAGAAATTTCAAGTCAAGTAGAACTTTTATTGA TAACAAGAGGTAGATCAACGGAATGCTACCACTGTGGTATAAAAGATCACTTGAAGAAAGATTGTCGGCACCACAAGAAT ACAAAAAAGCCTACTAATGGAACAGCCTCTCAAGGATGTGCCACTTCTACAAGACACCTCAAATGACGGGAAATCTTGTA TAGCAAAGAAGAAATTGGTCCTAAAGGCAGAATACAACTAAATGATGTAAGGACAATGGAAGCGAGTGCAACTTGACACA TGACCCCACACCAAATTTGGGTTTTTGCACTTATCAGCCTATCTCAAAAGGATTTATGTTTATGGAAAATGATCATGTCA TAGAATTTGGAGTTGGTTATATTAAACTAAAAATGTAAGATGATACTGTTAGACAATTCCTTAGAAATTGATATGAAGGG CTTCAGACAGTAAACAAGATTTAACGGATGCAAATTCACCACGATATAGAAGAAAGGAAGATTTGGCTATCTCAAACAAT ACGCAAGACTACAATCTAATCTTTACCCCACTTCGTGTTGTATGCATTAGCGATTGGAAGCATTAAACATGCAATGATCA ATACAGCTACAAAACCAAATGTTGCTCAAGCTACTACAGAGACAGGCTATGCATTCACACTTGCAATAGAGGTATGCTGG TGCATTTATGGTCAATACATTTTTTTACAACTTTACCCCGAGGACACAAGTTGACAATGTCAAAATGCAGCAAACAGAAG GAGTTCCAGCCCTATAAATAGCAACTCCCTTTAAAATGCAAATATAGTGGATTCTTGCATGTGATTTTTTTCTCAAATCT CTTTTTTCTCTCATTTCTATCTTTAACTTACAATTGCCTAACTCTAGGTAATCAACACATTATTCTCATAAAAGAGCTAT ATGTCAGTTGCAACACTAAATACTAAATCATACTAAAAGCAAACCCCTTTACTCTAAATTTCCAAATCCCACAAACCAAA ATTCAAAATCAGACATAAAATTTTCACATCCAAACACACTTCAAATCAAAATATCAACTTTCCACAAGGATCAAACCTTC ACAAAAAACAAAGGACTACCCAGTTCCCAGAAAATCGAAACGAGTCCTAAACTCGTAGAAAATTGTCCCTTATCCCCTCT TTTCACACACACTTTCTCAAGAACCGAACAAACCTGACACAGAAGAGGAGCACCGAACGACCAATTTGGAAGCAGAATTG GAAGCTTGAACACCCACTTGCTGGCACAAGAAACTCTTCCGGAATCGAATGCCATCTGAATTGGAACCAAGGACGCAAGT AGAAGAGAGGGTATGCTTCCTCTGCGAAGATTGAGTGAGTGCCGAGAAAGAGAAAGAAGAAGTAACAGTAGCCATCGGAA GAAAGAGAGAATGAGACAGCGGCGGCGGAGGGTGGTGGCCGGAATCAGAAACTTTCCGGCATAGCAAAAGAAGAGTGTTC AGAGTTGCATCTTGTGCATTGCTTTCAGAAATCAGAATAGCGTGTCCATTGTGTAGGAAAAGGAAAGTGAAGGTAAGGTG TCTGTGAATTACAAGAAAGAAAAACAAAAATCTTATCCAATTTGATAGTGAAACTTTT
CDS sequence (LotjaGi3g1v0459600.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCTTCTGACTTCTTGAACAACTTTAAGATTCCTGATTACATTTTTGTACCTGAGTCCAAGGTTGACAACGATGGTGG ACATGTACCTCAATGTCCGGTGCTGGTTTTTGTCAACTCCAAGAGTGGTGGTCAGCTCGGAGGGGACCTTTTACAAACAT GCCGTACGGTTCTTAATCAAAAACAGGTTTTTGATTTGGGGGAACATGCTCCTGATAAGGTGCTGAGGACAATCTATGCT AATTTGGAAAGACTTAAGATCCGAGGCGATGAGTTTGCTGTAAAGATCATGGAGAGGTTGAAGTTAATTGTTGCAGGAGG AGATGGAACAGCAGGTTGGCTGCTTGGAGTTGTTTGTGATCTCAAATTATCTCATCCGCCACCGATAGCTACTGTTCCAT TGGGCACGGGGAATAACCTACCTTTCGCGTTTGGTTGGGGTAAGAGGAACCCAGGGACAGATCGAAGCTCGGTTGAAGCA TTCTTAGGTCAAGTCTTGAAAGCTAAGGAAATGAAGATAGACAACTGGCATATTCTCATGAGGATGAGAGCTCCAAAAGA AGGTACCTGTGATCCGATTCCACCACTTGAGCTCCCACATTCTTTGCATGCCTTCCATCGTGTATCTGAAGCCGATGAGC TTAACATGGAAGGCTGCCACACTTTTCGTGGGGGATTTTGGAATTACTTTAGCATGGGAATGGATGCTCAAGTGTCTTAC GCATTTCATTCTGAACGAAAGATGAATCCTGAAAAATTCAAAAACCAGTTGACTAATCAGAGTACTTATCTTAAGCTTGG ATGCACTCAAGGATGGTTTTTTGCTTCTCTATCCCAACCTGCTTCCAGGAACACAGGACAACTTACAAAAGTAAAATTCA TGAAAAGACATGGTCAATGGGAAGACTTGGACATTCCTCCCAGCATCCGGTCAATTGTATGTCTTAACTTGCCCAGCTTT TCTGGTGGATTAAATCCATGGGGCACACCGAACAGGAAAAAGCAGCGTGACAGAGATTTGACACCACCATATGTGGATGA TGGGCTTCTAGAGATTGTTGGTTTTAGAAATGCGTGGCACGGGCTTGTTATGCTTGCTCCAAATGGTCATGGAACTCGTC TTGCTCAGGCACACAGAATCCGGTTTGAGTTTCGCAAAGGTGCGGCAGATCATACATTCATGAGGATCGATGGAGAACCA TGGAAGCAACCTCTTCCAGTTGATGATGATACTGTTGTGGTAGAGATTTCTCACCATGGCCAGGTTAACATGCTTGCCAC TCATATTTGCAAGTCTAAAAGTGTGTATGACCCGTCATCTCCACATCATGATGATGAGGAAGATGACAGTGAAGATGAAG AAGATTCTTTAGCTGAGGAATTTCGGAAGTTTGGTGCAGCAGATACATTTAAAATCCCAGATGAGGTTGATCTTTCTCAA CTTAGTTAG
Protein sequence (LotjaGi3g1v0459600.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MASDFLNNFKIPDYIFVPESKVDNDGGHVPQCPVLVFVNSKSGGQLGGDLLQTCRTVLNQKQVFDLGEHAPDKVLRTIYA NLERLKIRGDEFAVKIMERLKLIVAGGDGTAGWLLGVVCDLKLSHPPPIATVPLGTGNNLPFAFGWGKRNPGTDRSSVEA FLGQVLKAKEMKIDNWHILMRMRAPKEGTCDPIPPLELPHSLHAFHRVSEADELNMEGCHTFRGGFWNYFSMGMDAQVSY AFHSERKMNPEKFKNQLTNQSTYLKLGCTQGWFFASLSQPASRNTGQLTKVKFMKRHGQWEDLDIPPSIRSIVCLNLPSF SGGLNPWGTPNRKKQRDRDLTPPYVDDGLLEIVGFRNAWHGLVMLAPNGHGTRLAQAHRIRFEFRKGAADHTFMRIDGEP WKQPLPVDDDTVVVEISHHGQVNMLATHICKSKSVYDPSSPHHDDEEDDSEDEEDSLAEEFRKFGAADTFKIPDEVDLSQ LS
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 |
|---|---|---|---|---|---|---|
| PIRSF | 2 | 431 | 430 | 4.1E-208 | ||
| PANTHER | 3 | 480 | 478 | 2.3E-274 | – | |
| PANTHER | 3 | 480 | 478 | 2.3E-274 | ||
| ProSiteProfiles | 29 | 182 | 154 | 19.962 | ||
| Gene3D | 31 | 182 | 152 | 1.5E-5 | ||
| SUPERFAMILY | 32 | 424 | 393 | 1.18E-36 | ||
| SMART | 33 | 176 | 144 | 3.0E-21 | ||
| Pfam | 33 | 158 | 126 | 2.7E-24 | ||
| Gene3D | 225 | 408 | 184 | 3.3E-7 | – | |
| Pfam | 226 | 400 | 175 | 3.6E-38 | ||
| SMART | 228 | 400 | 173 | 3.9E-13 | ||
| MobiDBLite | 434 | 460 | 27 | - | – |
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 | NAD+ kinase activity | Catalysis of the reaction: ATP + NAD(+) = ADP + 2 H(+) + NADP(+). | ||
| Molecular function | Diacylglycerol kinase activity | Catalysis of the reaction: NTP + 1,2-diacylglycerol = NDP + 1,2-diacylglycerol-3-phosphate. | ||
| 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. | ||
| Biological process | Protein kinase C-activating G protein-coupled receptor signaling pathway | The series of molecular signals generated as a consequence of a G protein-coupled receptor binding to its physiological ligand, where the pathway proceeds with activation of protein kinase C (PKC). PKC is activated by second messengers including diacylglycerol (DAG). | ||
| Molecular function | Kinase activity | Catalysis of the transfer of a phosphate group, usually from ATP, to a substrate molecule. |
Expression pattern of LotjaGi3g1v0459600.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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