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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0384000 |
| Transcript ID | LotjaGi1g1v0384000.2 |
| Related isoforms 4 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Phospholipase D; TAIR: AT3G15730.1 phospholipase D alpha 1; Swiss-Prot: sp|P86387|PLDA1_CARPA Phospholipase D alpha 1; TrEMBL-Plants: tr|G7JB30|G7JB30_MEDTR Phospholipase D; Found in the gene: LotjaGi1g1v0384000 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:86737921..86752441) extracted from Lotus japonicus Gifu genome v1.2.
CGTTAACAACTTTGGTCCCTCCCCTCTTTTCCATCCAAAAACTAACGGTTCTAGGGACCAAAAGTGCAATTAAACTAATA AAAGAAATTTTAAAATAAAAATAAAATAAAAACCCAGAAATATTAGTATTGTTCTTCATCATCATCTTCTTCCTCTTCAA TTTCATCATCTTCAAACCCAAAACCCAGAAAAATCTATGAAACCCCAAATTAAGTAAAACCCAAAATACCCACACTTTTT CCCCTCTATCACCCTGTCTCTCATCATTGAATCACTCTCCATCACCTAACCTTTCGAGATCTGGTCATAGTGTGAGAACG ATCACGAAATCAAAAGTGCTTCCAGTGGATGAGGAATCCAAGAACCCAAAATAAGAGAATGAAGAAACCCCATGATTCCA GAATGTAAAATGATTCATATTTTTTCTAAGAAATTGAAGGGAGAAGAGGAAAAGGAGAAGGAGGTAAAACCCACGTCTTC CTTCATCACTTTCAGACTCGGATTTGCGAGAGGAAAATGAAAGGAGAAGAAGAGGTAAAACCCATGGCTTCAATTCGTCC CTTTCAACGACCCAGATATGTTTGATTCCAGATATGGTGGCGGTAGTTTGATTCCAGATATGTTTTCTTTCTTTGGAAAT TTTTTATCCTGTCATTTTTCCATCCAGATCTGTTATTATATCTCCTATCCTTCCAGATTTGTTTGATTTCATATTCCAAA TTGCATCTGTTGTTCTAGATATGCTGCAAAGAAATTACATGTTATGAGTTTTTAATTTGCAAGATTGAAATCTGCAACAA ATAAATTACATGAAATGTTCTGAAAAGATTCAAAGTTTTCCATGGAATGAAGATGATGAAATTGAAGAGGAAGAAGATAA AGAAAGATAAAGAACAATATTCATGTTTTATGAGTTTTAATTTTAATATTTAATTTTTAATTCTTTTTTAGGAGAGAGAA ACGTTTGAAAACTAACGGAATAGAGGGTCCGGACTAAAGTTGCTAACGGAGCATAACGTGGGGGACGCTCCATGCAATAA AATTTTGTTGGGGACCGGAATCGTGCCTTTTGTAATCGTGGGGGACCAAAAGTGCAATTAAGCCTTTTAAGAACTAAGGA GTCCATGTCAGCACCTCCAGTGGTAAAGTTTTTAGTTCTTAGTTCTTAACTCCAAAATAAGAACTAAGAACCTTGCATTG GAGATGCTCTTAGCGTGTTTAACATGTGGCCAGTTACTTCTCGACCAGTTGACCCTTAATAATATTTATGTTTAGTTTCA AAAAAAAATGTGACTAGTTACTTTCAAAAAAAAATACATGTGACTAGTTAATTTGAGAATACATTTAGATTATTTTAATA TTTTATAGGTTTTTTAATTTTTATTGAGCGGCAATATGCCGCTAGCATTTTAGCTCGTGGGCTAAGCGAGGTAGACCTCA TAAAACGTCGATCGATTTATAATGCGTGCTTTTACACCTCGATCCATTAAACCTCGGGCCTAGCTAAGTAAGGCTCAGAC TTAAGTGGATCGAACTAATTCAATACTCAACTCTTTTTTTTTTGATGGAAAATGCAACTTCATTAGATAATAACTGAAAA TACATCTGCTAAAAGCACAGTTTGGATTTGAGTAGGAAAGTTCTCCCACCAACAATGGTTTGGATACTCCGCCGCAAAGC GACGCTAAAATATGGGCTACTTTATTGGCATCCCGCTTAACATGTTGCAGTTTAAAAGTAGGGATATGAGCTGCAAGCAT CGGACAATCTTGAATAATTGGTTCCAGCGTAGGTCGTCCCTTTCCATTATTGAAAGAATTCACCACTGTTAGGGCATCAG ACTCAACAACTACTGTGTCTAGCTCCAAAGCCTGAATTCGTGCAAGTGCCCACCTTAGAGTTGTCGTTTCTGCCATAGCT GGTTCCAACCGGTGTTCTAGAATGGCTGTCTCTACTCAACTCTACTAACACACATAAGCGACAATTATGCGATTTTTCTG TTAAGTGATAATATTGTTCGTATTTAAAATATGAAAATAATAAATCTTATGTTTTCAAAATGACTTGAGGTTATCAAACT AGTCGAGGGAGTCAATTTGGGATGGCCAACAATGGACAAGCATATTTTCAAGCCGATTTGGCCCGAACTAAAATTGATGC AGGCTACTAATTTACAAGTCCAGCCAGCCCGTGCCCCACGAGCTAGCTCATGGGCCATTAATTTTTAAAACTTCACTTGA AAATATATTTTTTTTAAGTTTAAGGTAAAAAAGCATTTTTTTCTACGAAATATTTAAAAATAGGTATGAGGATGTATAGG ACGCTACACATTAATCCTAGCAAGCAATGGTAACTTGGGTTATGGACAAGCCACATATCTTTGCAAAACAGGCTCCTAGT CCATTCCAAGTAAGCAAGTGCTCCCTTCAAGCCAAGGAGAAGGAGGGAATCAAATCTAGTTATTGTTCTCCCAAGACACT TCTCTTTCTTCAAACTAAATACTCCTAGATTCCCTCTCCATGTCTCTTTATACATAACTATCAGCTTGAATGTAACCTTT AATTGTTTCCATGCATTTACATTTCCAGAGAAGAAAAAATTCCCATTTTTATCAGCCATCTCCATTAGTCTTTTACATTT TGTGAAAATTGGAATATTATTTGTTATGATACTGATCATAGCATAGGATGCAGGGGAGAAGTATATATAAAATGCAACAC AACAAAATGCCTCAGCTGCTACATGGGAAGCTTAAGGTAACCATATTTGAAGTTGATAGGCTGCAAGCTGGATGTAATTT GGAATTCTTGCGGAAGGTATCTCCATTAAATCTCTCTCTTGTTCAATCAATCATTAAGGGAAAAAAGGAGCAAAAGAAAC TTTTAATGATGAAATGGAATGATGTGCTTGACACATTACTAAAGGAGTTAAAGATGATTTTCAAATTAGGATATATGTTT GAAAATGATGATTCTGTAATTATCTGAATATCAAATTTTAGTCCCCTTTAGTTTCTCAACTTTTTAATTATTGCACATCA AGTCACTCTATCATTACTATTACTATTCTATTCAAAATCATTACAATCTTGTTTTTTAAGAAAAATATTCTCACATTGAA TAAGAGGGTGACCGGTACCAGATGTTTATACGAAAAAATATAACCATTGTATACCTTATTCATATCAAAACTCACTAATC AAAACATTAATTAAAAAAAACCTCGATTTCACACCTCTTTAAATCATAATGCCATATACTAAAAAATCCTTCAAAATTTT AATAACATTTCACTAAATTTTAACTTTTAAATTTTAAAACTACATCATACATCATATCCATCATAACTCTAAATTATTTG GAAATAAAATGAGCACTTAATGATTTTATGCATGTGCAAATTGAGAGAGACCAAATTTGCTTAATTTTTTTCTTTCAAGT TTTTCTTTGCTTAATTTTAGAAAATAAAGAGAATTGATTAGCTCAAAAAAATGTACAAGACCAAATTCACACGGTCTAAA CTAAAAGGACCAAAAATTAAATTAAGCCATAAATATATAATGAAAGAATATACTCGTATTTGACTTTATAATTGCTTTAC CTATGGGTTAATTATTTGTGTGATTTCAAAGTTAGTCATTATATTACTTAGAAAAACCACTCTTCAAGTAAACTTATCCA AAAATATATACTTTCATAAAAATCCAACTTATTTCACATTATTTCTTTGCAACATTGCATGTGTGGATATTAGATACACA ATAGAAAAACACGGAGAGTCAAAATCATGGTAGATAGAAGCAACTTCTTTTAGCTTTTGTTGTTGTTTACCATAATTTTT AGTTTACCTTATTTTAGTTTTTCATTGTGTATCCAAATATGCACTCAAATGCTTTATTGCATCCCTTACGTTTTAATTTG AAGAGAAATTAACGCTCTTTTCAATCTGCCTTTTCATTTTCTTCTATTTTTTTTTTTTTGAGTAAAGGGCACAACACAAA AGGGGAAGAGACTTCTAGCCCAAGTTAAGGGTTGTCTGCTGTGCCGACCTGAGGTATGTTAACTAACTTTTCCACCTTTC TGCACTTCAATTTTTTTCACTTTTGCAGGAAACATGCTTCATTTTCTATACATAAACATATGTGAAAAAAAAATTCTTAT TAGTCATAACATGTACAAACTTCATGAAGATTGTTGGTACAAGACTATATGCAACAGTGGATTTAGACAAAGCAAGGGTT AGAAGGACCAGAATGATAGGAAACCAACCCTCCAACCCCAAGTGGAAGGAGAGCTTTGAAATATATTGTGCTCATCATAT CTCAAACATTATATTCACTGTAAAAGATGATAATCCAATTGGAGCAACTCTAATTGGAAGAGCTTACATCCCTGTTGAGC AAGTCATCAAGACCCCTATAATTAACAGATGGGTTGAGATACTAGATGAAGAAGATCATCGCCCTGTCCCTGGTGGCTCC AAAATTCGTGTCAGTGTGCAATTCTCTAGTGTCACCGAGGACAATGCATGTCTATGGTCCCAAGGAATACATGTGCCATT TTCAGGTGTTCCTCGTACATTTTTCAACCAAAGACAAGGTTGCAGTCTCACTTTGTACCAAGATGCCCATGTCCCTGATG GTTCCACCCCATGGATTCCTATATCAGGAACAAAATATTACGTGCCTGCAAGATGTTGGGAGGACATTTACAGTGCAATC ATGGATGCTAAGCACTTTATTTACATAGCAGGGTGGTCAGTTTACACTGAAATAAACTTGGTTAGAGACCCAAAGAATTT AGGTTCAGAAAGCGTCATCACCCTTGGGGAACTTCTCAAAATGAAAGCTGATGGTGGTGTTAATGTTCTCATGCTTGTTT GGGATGACAGAACCTCTGTTCCAGATTTCAAGAAAGATGGCTTGATGGCAACCCATGATCAGGAAACTGCACAGTACTTT AGGAACACAAAGGTTCATTGTGTGTTGTGCCCACGTAACCCAGATAATGGAAGAAGCATTGTTCAAGGTCTTCAAATCTC AACAATGTTCACTCATCACCAAAAGACTATAGTTCTTGACAGTCAAGTTACAGGATTAGAGAAGCGAAGTGTGACAAGTT TTATAGGTGGACTTGATCTTTGTGATGGGAGATATGATACCCGTGAACATCCTTTGTTCTCAACTCTGAACACAGTCCAT CATGCTGATTTCCATCAACCAAATTTCCCAGGAGCTTCCATTAAGAAAGGTGGTCCAAGAGAGCCATGGCATGACATTCA TTGCAAGCTGGAAGGGCCTATTGCATGGGATGTGTTGTTCAATTTTGAGCAAAGGTGGGAAAAGCAAGTGGGGAAGCAAT TCTTGATGTCAATTGATGAGCTTGATCGATTTCTGGTGCATCCATCTGATGCAATGGTATCAGAAGAGGATAAGGACACA TGGAGTGTTCAGTTGTTCAGATCCATTGATGGGGGTGCTGTTTCTAGCTTCCCCCAAGCCCCAGATGAAGTTGCTGAATT CGGCCTCATTAGTGGCAAGGATAATGTCATTGACAGAAGCATTCAGGATGCATACATAAATGCTATTCGACGAGCAAAGA AATTCATCTACATTGAAAATCAATATTTCCTAGGGAGTTCATATGGTTGGAAAAGTTCTGATATCAAAGTTGAGGATATC AATGCTTTGCATCTGATACCAAAGGAGTTGTCATTGAAGATTGTGAGCAAGATTGAAGCAGGGGAAAGGTTTGTTGTGTA TGTAGTGATCCCAATGTGGCCAGAAGGTATGCCTGAAAGTGCTTCAGTTCAGGCAATACTAGATTGGCAAAGGAGGACCA TGGAGATGATGTATTCTGACATTGCTGATGCCATCAAGAAGAAGAATATTGAAGCACACCCCAGAGATTATTTGACATTC TTTTGCCTTGGCAAGAGGGAGAGTAAGATAGAAGGAGAATACACTCCTCCAGAGGAACCAGAGCCTGACAGTGACTACCG AAGAGCACAAAATGCTAGGAGGTTCATGATCTATGTTCATTCCAAGATGATGATAGGTAAGAGATCATTACTTCTATAAA TCATATGTTCTTGCTCGTACAAATTAAGTGTATTTAATTTCATGCAAATTAGGGATATGTAGTTTCCTAGTTTTGATTAA ATATAAGCACACATGTGAGTCCAAAACCCATAAGTTAGTACACATTATTTATAAGCACACATGTGAGTCCAAAACCCATA AATTAGTATTTTCACTTTCTTGTTAAGGGAATGTAAGCAAGATTACTCAAAGAGATAATCAAACACACTCTTAGACATAA ATTTAGCTAAAAAAAGTTAGTCCTATGTTAATTATACACATGGCTAATGTAATTCTCATAAAAAGTATAAGAATCCTAAT ATTTAAACTAAATTTAGGGTAAATTTGTACCTGAATTCTAAAATAGTATCAAAGTTTATTCTAATCCTACCGAAGAGTGT CTTGAAGCTCTGCATTGACAAAAATAATAATTTAGAGGTAGACTAATTTATGAGTTCTAACATAAGTTAATCAAAATAAA CTCAAAATAATTTTCACTTATATCGCTAATGTCAAGTTGAGCATTAATTGAACCCTAACATTGGTGAATTGCTTTGTTGT TTCAGTGGATGATGAATACATCATCATCGGTTCCGCCAACATCAACCAAAGATCAATGGATGGTGGAAGAGATACAGAGA TAGCAATGGGAGCATTCCAACCGCATCATCTAGCATCAAACGGTCCACAAAGGCCACAAGGCCAGATTTACGGGTTTCGG CGAGCATTGTGGTACGAGCATATTGGGTATGCTCACGATGTGTTCGACGAGCCTGAGAGTGAGGAATGTGTGAAACTAGT GAATCGCATTGCTGAGACGAATTGGGAATTATACACGAAGGACACGGTTGATGAAAGTGTAGCATCGGTTCACATTTTAC GATATCCTGTAGAAATTGCTGAAGATGGAACCATAACGACACCGCCAGGACATGAATTTTTTCCTGACACCAAGGCTCGT ATTCTTGGTGCAAAATCTGATTACCTTCCTCCAATTCTTACAACTTAACTAACACATTGTGAATATAAACTCGAAATTAT GTGATGGCCAAAAATAAAAATAAAAATAAACTTGAAATTCTGCTCTATTCGTAATGAATACTCTTACTATATTTTCTCTT TCAAAAAGAAAACTCTTACTATATTTTGAAGACTAATTCTCTTGATATCGTTTTACTTGCTAAATATAAAGAATATAATA GTTTTAAATAGATTTGAGTTATTTGTATAAATATTTTTTGAAATAAAACATTGTATAAAAATTCAAAATTTGCTTGATAG AATAGTTTTCTTTCATGTTTAAGTGCATTGATATTCAACTATTATGTGTTTAGCAAAAAGAAAATGTGAACTATTATGTA TAAGTTTGGGCCAAATTTAGAGTAACATTGAATTTATATATATTTTTATTCGGCTGAAATGTATTTTTAACGAAATGGGC TTCTATGCCTGAGATTCTATTAATTATTGTGTTGGGCTATTCCAAATTTTTATGGCCCAGAAAGAATTTCGTTCGTAAAA AATAAAATAATAAAGTGGAGATGCGGGGTATCGATCCCCGTACCTCTCGCATGCTAAGCGAGCGCTCTACCATCTGAGCT ACATCCCCATTTGATGATATACCTTTGTTATTTGCATACTTATCTTAGTTTTTTTTTTATATTTTTGGTCTTTTTTGTTG GTCAGAGTATTGGGTTGTTCTGATAGTTTTTTTTTGTTTATTGGGCTTCAACTCATTGATGCCTAACAAAATTGTAATAC CGAGTGAAAAATAAAATACTAACAAATAACATTTTAAAGATTTGTAATGATATCCTACCACTAACAAAGTGTTGGTTTGT GGGAGGGAAATGAGTTTAGTGCGAGGGAAATTAAACTCTCGTAAAGATGAAAACATAATTTTGAAAGTATGGAAAAACAT ATGTTAGGAGGAACATGCAACTATTTTCCGAATGATGACGACATCCATTTTTAAATATTTAATTTTATAAGTGACTAATT CGTTATTAAAACTCAGATACAATAAAAATTGGCAGGAATTTTATTGAAACCAAACTTGAAATAGAAAATGTAATTAGAAT TAGAAATTTTGGGAAAGGAAGAATAACGGGGAGATTATAATTATAAGTTGATTTTTTAAGTAGTTCATGTCTGATCCATC ATCCATTGTTTTTTCTCGATATAATTATTTTTTAACTGATGATCTTGAATCAACGGTTAGTGTAGTAGTCTGAAAAATTG CTCCCCCCTATAACTTCTATCGGAATAATAACCGTGTCCTCCAATTTTTATAAAAAAACAACAACCATGTTACGTGAATC ACCCACATCCATTTTTCGTAATGGTAAAAAACTGTTGTAAAAGTGAGTATTGATGGATGTCACTACTATTTGGCGGTTCA CCCATATTTTCCTAATTAACAACCATATGTGCTTGTGGAAAGCTACACTAAATTCTTCCTATATGGATGCAGTAATTCAT GACTATCTCAAGGATTATGCCTATTTTGAGTCATTTCTGTTGAAGTTTGTTCCTATAGTAGGTAATTATGTAGCTAATTA TTTGCCAAAGCTAGCTAATAAAAAGCTCATTTTGATGGGCTTATAGATATTGGAACTTATGGACATTGGGCCTTATGCAA TTTATCTTTTTATTGTTTATAGTTTTATGAATCTAGCTTTAGTTTTCATACTCTTATTAAGTGTCAAGCTGGTAGAGAGA AACTCTATCAAGTAAAATTAAAGGAAGAAAATCAAAAGAAAACTAAGAAAAGAAGATAAAATAAAACTTTGTCAATTTTC TTATTATCCATTTCAACAGCAAAAGATACAATTTATAGCTAAAGCTTAATTTTCTAGATGACCAACAAGTGACATCATCC TAATAAAGGGAATATACTAGAAGTTTGACATCTAATAAGAGTATGAAAACTAAAACTAGATTAATAAAACTATAAACACT AAAAAGACAAACTTCATGAGACCCAATGTCCATAAGGTCCAATATCTATAAGCTCATCGGTATGAGCCATCTACTACAAG CTTATAGTATATACCCTCTGTTAGGATGATGTCACTTATTGGTCATCTGGAGAATTAACCTTTACCTATAAATTGTATCT TTTGTTGTTGAAATGGATAACAAGAAAATTGATCAAGTCTTTCTTTTCTATCTTGTTCTTATCTTTTCTTAGTTTAGATT TTAGATTTCTTAATGTTTATCTTTAATATGAATTAGCTTCCAATCACTAGCCTTTAGTACCCAAGTGGAGTTTGCATTGA GGATTATCCTCCAGAGATATTAGCTCTCTTTTGGTTTCTGATGTATCTCGTTCTATTGATTAATCTATGAATTGGATTCC CGTTGAAAAAAAACCATGTGTTGCCTATGTCTGTTAAAGTAGCAGTTAAAAATTATAATTAACCACTGAGAATTATTGCC AATACCAAGTGTAATGGAGAAATTAGGCCAGCATGCCTTGTCAAAACAGTGTGCTAAAGCATTCCTTCAAATGATTTTAA CAATTAATAATGATTCTAGTTCTAATTAATATTCTCCATACAAATATCTCTTCCTTCATAGTTGTCATCCTTATAAAGCA GAAACATAGTAAGACTTTTTAGGCATGAACAAAACTGAAATAGAAACTTAGGCTTCTCTAGCTTAATAACATCTCTTGCT TGCAAGTTAGGGGGGGAACTGATTCAAACTTGGGAAGAGCACAAAAGAATCTCTCTTTGAAATTTATGTTTATACATCTC TTGCTTGAGATTCAAGACAAAATATGGATCAGATTCTCCCTCTTCTTCCCCCATCTACAGTTATAAATGTTCCATTTCAA ATCAAGGCCTTCATCATAATTCATAAGGACGCTACCGTCATCAGCATTTTCCCTTCGAACCTTTATGCATTTCCATGTAA GAGCACTTAATTACTACATGAAGTTTCCCATTTTCATGCCATTGATTCTAGTTAATATTCCATAAAATCTGCTGCATAAA ATGGATGTGTTGTATAAACTTAAACCTATATATAACACTTCTTTTCACAGCACATATAGGGAGAAAGATAGAATAACATA ATGTCACATTTGCTTCATGGGAGGCTCGATGTTATTATATATGAGGTCGATACATTACAAACTCTTAATCGGTGCATGTT CAATATCTGCAACAAGGTGCCTTAACTTAATTGAAAATCTTTGTCTCTTCAATTTGAACTCTACTTGGTATCTGAACTCT TATTATGTTTTTGTTCATTCATATCTTCAATTTTTGTAAACAAGGGTCCAAGTTCCGGCACGGGGAAGAAATTTTTATCC CAACTGAAAAGTTGTTTGCTATGCCAATACCAATGCCAACCTGAGGTATCTTTAATTCTTGACATGAGTTTGTAGCTATT TCACATTTTATTTTATTTTCTTATTGACAAGTTTATTGCATGTTTGAAAACGCGGTAGAAAACTATAATGAATTATATGG TGGATAGAAGCAATTTCATTTACTTCATATTTGGAAGTCAAAATGATAGTGGATAGAAGCAATTTTACTCGGTTCATGTT TGAAAACTCATTCGAAAGACATGGTGCAATCAAAATAATTGTGGATAGAGGCAAAAACCGAGGGAAATTGCTTCTATCAA CTATCATTTTGACGACATGACTTTTTGAATGAGTTTCCACACCTGCATAAGATGTGTTTGGAAAGATAACCTAATTAAGG GCTAATGACCATAAGCACTTATCGCATGACGCATAAACGCTTATTGATAAACAAATCTTAGAAATTTGTTAAAATAAGTT GAAAATATGCTAAATAAGCATAAACTTCTATTCATAAGCTACTATGAACAACTTATGAAAATAAAACTTATAGGTACACT TGCATGAACATTTATGTTATAAAATAAACTCAAATAAACTCTTTCAACCGAAACCTTAGCTTAAGTGAGCTGTTCACCCT AATTTTGACTTCTTTTTCCACCAATCATGCACTAATTCCATGTAATATGTAATGTAAGCAACATGTACATGTGAAATTTC TTTTAAAGTACTAATTCTCAACCATTAAAAACATTTCACAGATTACTGGAATAGGTCTCTATGCAACAGTTGATTTGGAT AAAGCAAGAGTTGCAAGGACTAGAGTAATAACAAATCAAACCTCCAGCCCCAAATGGAATGAGACCTTTCACATATACTC TGCCCATTCAATTTCCAACATCATATTCACTGTCAAACAAGCCAACCCTGTGAGTGCAACTCTAATTGGCAGAGCCTATG TCCCTGTTGATCAACTTCTGCAGGGGAACATAGTGGATAAATGGGTTAAGATTCTAGATGTGAATCATAATCCCCTCCAA GGTGGCCCTGAAATCCATGTCAGAATACAGTTTTTTGATGTAAAAAATGATGCAAACTGGTCTCAAGGACTAAGAACACC ACAATTTCAAGGAGTTCCCCACACTTTCTTCAATCAAAAACAGGGTTGCAGAGTTACCCTGTACCATGATGCCCATGTTC TTCATGGCTCTGTGCCGTGGATTCCATTGTACAAATCGAAATACTATGTTGCTGGGAAATGCTGGGAGGATATTTACAAT GCAATTGTTGATGCTAAGTACTTTATCTACATAACTGGTTGGTCTGTGTACACTGAAATCACCTTGATCAGAGACTCAGA AAATAGAGACTCAGAAAAAAGCATCACACTTGGGAAGCTGCTAAAGAAGAAAGCTGATGAAGGTGTCACTGTTCTCATGC TTGTTTGGGATGACAGAACCTCTGTTCCTGATTTCAAGAAAGATGGTTTGATGGCAACCCATGATCAGGAAACTGCAGTG TATTTCCGAAACACAAAGGTGCATTGTGTTCTGTGCCCGCGTGATCCTGGTAATGGAAGAAGCATAGTTCAAGGGTTTGA AATCTCAACCATGTTCACTCATCACCAGAAGAGTGTAATTCTTGACAGCCATTTTCAAGGATCAGAGAAGCGAACCGTTA CTAGTTTTGTTGGTGGGATTGATCTCTGTGATGGGAGATATGACACACAAGAACATCCTCTATTTTCATCTCTGAAAACT GAGCATCATGATGATTTCCACCAGCCAAATTTCCCAGGGGCTTCCATTAACAAAGGAGGTCCAAGAGAGCCATGGCATGA TATTCACTGCAAATTGGAAGGACCAATTGCATTTGATGTGTTGTGTAATTTTGAGCAAAGGTGGGATAAGCAAGTTGGAA GGAAGCAATTTTTACTCTCTTCAAGCTTTTTTGATAAGTATCTTGTAGATAAATCCACTGCAGTAGAGAGAGATGAAAAT GAGAAATGGAATGTTCAGTTGTTCAGGTCAATTGATGGTGGTGCTGCTTCTGGTTTCCCACAAGAACCAGAGGAAGCTTC TGAAAAGGGTCTTGTCAGTGGCAAAGATAACATCATTGATAGAAGCATTCAAGACGCATACATAAATGCTATAAGAAGAG CAAAGAACTTCATCTACATTGAAAATCAGTATTTCCTAGGGAGTTCATATGGTTGGAAATCATCTGATATCAAAGTTGAG GATATCAATGCTTTGCATCTTATACCAAAGGAGCTTTCACTGAAGATTGTGAGTAAGATTGAAGCTGGAGAGAGGTTTGC TGTTTACATTGTGATACCAATGTGGCCAGAAGGTGTGCCTGAGAGTGGTTCAGTTCAAGCAATATTGGATTGGCAGAGGA GGACAATGGAGATGATGTATTCTGATATAGCTGAAGCCATTAGGAGAAAGGGAATTAGAGCTAATCCAAGAGATTACTTG ACATTTTTCTGCCTTGGAAACCGTGAGGGTAAGAAAGATGATGAGCTTACTCCTACAGAGGCACCAGAGCCAGGCAGTGA TTATAGTAGAGCACAAAAGTCCAGAAGATTCATGATCTATGTTCATTCCAAGATGATGATAGGTAAGAGTTTCAAAATAC TTATTTCTTCAAACACTTAAATGTTCCGAAACACATTAGAAAATCATTTCACTGTGATTTTATACCATGAATCTAAATAT GCACTTAAAGAAGTTTTTAGTGTCAATTAAATGGTCTGATTTATTTTGGTCCTTATTATCTAGTCTTTACAGGTTTGATT ATTACTTTGACATATAGTTTTGGTTTCGATATGCGCCTTTTAATATCTCAATATTAATTGGTGATATGACTAACACAGTG ATCACCAATGTCATGTGTCTAGAGTAATCATTCGTGACATATTTCGCTTGCAAATGAGATGAATGGCTAGTTTTTTTTTA TAGAAAAGAAATTATACTCTATGAAAATATATCATTTCTTGATCTCTAAGAAATTTGTTGTTAAAAGTGCTAGCTATTAT ATTTGATTTGGCAACAACATAAGTCATATAACCAGTTAATTGTGGAATATTTATAAACCAGGAGCGAAGTTATTTGTAAA AGTAAGAGAACAAACCCTACTAGTTAGTCGGTATGGACCAAAACCCCAAGTTTGAGTATAAGATGAGAGACTAAAAATTT ATTTAAGCATTTTTATGATATTAAAATGTCTATGATCTTCTATAATTACATTTGTGTGGCACTTTTGAATCATTTGTATT ATGTTCTTTTCACATTTGGTAAAGAGCTAACAAATTGTGGTAACTTTTGCTTCCATTTCAGTGGATGATGAGTACATAAT CATTGGTTCTGCCAACATAAACCAGAGATCAATGGATGGTGGAAGAGATACAGAGATTGCAATGGGTGCATTCCAACCAC GCCATGCCACATACAATGGTCCCCCAAGAGGACAAATCTATGGATTCAGGCGTGCACTATGGTTTGAGCACCTTGGTGAT CTTGGTGACACAAGCATCTTTAACAATCCAGAAAGCTTGAACTGCATCAATCTTGTGAATCGCCTTGCTGAGAACAACTG GGACATTTACTCAAAGGAAACATTTGATGAATTCAGAGCATTTCACCACCTCATGCGTTACCCCATAGAAGTGACCAACA ATGGAGCCATAAAAACATTTCCAGGGCTTGAATATTTTCCAGATACAAAGGCTCGGATTCTGGGTTCCAAATCAGAGTAC CTTCCTCCAATTCTCACCACCTAGCCACTATCCTAAGTACTCCAGCTTATCATGAGACAGAGTTTAGAAAGTTGAACCAT GTAATTGAATTGCTTAATTATTTGGAGGAGAGTAGATGCAATAACTTGATTATATATTGATGTAAATCATTACTATTACC ATTTGTTATATAAGGCCATGTTTTAAATTGAATAATTAAGGGTGTACATATAGAATTTGCCCAGACCCTTCCAACACATT ACACACACATTAAGACAGATGTTTGGGAAGGTTAAAAACCATCATTAATGTATATGTCATTAGGAGGCTTTGAGTAAAAG TATAAAAATAAGAAAATAGCATATTTTGCAACACTTTTTTT
CDS sequence (LotjaGi1g1v0384000.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGCAGGGGAGAAGTATATATAAAATGCAACACAACAAAATGCCTCAGCTGCTACATGGGAAGCTTAAGGTAACCATATT TGAAGTTGATAGGCTGCAAGCTGGATGTAATTTGGAATTCTTGCGGAAGGGCACAACACAAAAGGGGAAGAGACTTCTAG CCCAAGTTAAGGGTTGTCTGCTGTGCCGACCTGAGATTGTTGGTACAAGACTATATGCAACAGTGGATTTAGACAAAGCA AGGGTTAGAAGGACCAGAATGATAGGAAACCAACCCTCCAACCCCAAGTGGAAGGAGAGCTTTGAAATATATTGTGCTCA TCATATCTCAAACATTATATTCACTGTAAAAGATGATAATCCAATTGGAGCAACTCTAATTGGAAGAGCTTACATCCCTG TTGAGCAAGTCATCAAGACCCCTATAATTAACAGATGGGTTGAGATACTAGATGAAGAAGATCATCGCCCTGTCCCTGGT GGCTCCAAAATTCGTGTCAGTGTGCAATTCTCTAGTGTCACCGAGGACAATGCATGTCTATGGTCCCAAGGAATACATGT GCCATTTTCAGGTGTTCCTCGTACATTTTTCAACCAAAGACAAGGTTGCAGTCTCACTTTGTACCAAGATGCCCATGTCC CTGATGGTTCCACCCCATGGATTCCTATATCAGGAACAAAATATTACGTGCCTGCAAGATGTTGGGAGGACATTTACAGT GCAATCATGGATGCTAAGCACTTTATTTACATAGCAGGGTGGTCAGTTTACACTGAAATAAACTTGGTTAGAGACCCAAA GAATTTAGGTTCAGAAAGCGTCATCACCCTTGGGGAACTTCTCAAAATGAAAGCTGATGGTGGTGTTAATGTTCTCATGC TTGTTTGGGATGACAGAACCTCTGTTCCAGATTTCAAGAAAGATGGCTTGATGGCAACCCATGATCAGGAAACTGCACAG TACTTTAGGAACACAAAGGTTCATTGTGTGTTGTGCCCACGTAACCCAGATAATGGAAGAAGCATTGTTCAAGGTCTTCA AATCTCAACAATGTTCACTCATCACCAAAAGACTATAGTTCTTGACAGTCAAGTTACAGGATTAGAGAAGCGAAGTGTGA CAAGTTTTATAGGTGGACTTGATCTTTGTGATGGGAGATATGATACCCGTGAACATCCTTTGTTCTCAACTCTGAACACA GTCCATCATGCTGATTTCCATCAACCAAATTTCCCAGGAGCTTCCATTAAGAAAGGTGGTCCAAGAGAGCCATGGCATGA CATTCATTGCAAGCTGGAAGGGCCTATTGCATGGGATGTGTTGTTCAATTTTGAGCAAAGGTGGGAAAAGCAAGTGGGGA AGCAATTCTTGATGTCAATTGATGAGCTTGATCGATTTCTGGTGCATCCATCTGATGCAATGGTATCAGAAGAGGATAAG GACACATGGAGTGTTCAGTTGTTCAGATCCATTGATGGGGGTGCTGTTTCTAGCTTCCCCCAAGCCCCAGATGAAGTTGC TGAATTCGGCCTCATTAGTGGCAAGGATAATGTCATTGACAGAAGCATTCAGGATGCATACATAAATGCTATTCGACGAG CAAAGAAATTCATCTACATTGAAAATCAATATTTCCTAGGGAGTTCATATGGTTGGAAAAGTTCTGATATCAAAGTTGAG GATATCAATGCTTTGCATCTGATACCAAAGGAGTTGTCATTGAAGATTGTGAGCAAGATTGAAGCAGGGGAAAGGTTTGT TGTGTATGTAGTGATCCCAATGTGGCCAGAAGGTATGCCTGAAAGTGCTTCAGTTCAGGCAATACTAGATTGGCAAAGGA GGACCATGGAGATGATGTATTCTGACATTGCTGATGCCATCAAGAAGAAGAATATTGAAGCACACCCCAGAGATTATTTG ACATTCTTTTGCCTTGGCAAGAGGGAGAGTAAGATAGAAGGAGAATACACTCCTCCAGAGGAACCAGAGCCTGACAGTGA CTACCGAAGAGCACAAAATGCTAGGAGGTTCATGATCTATGTTCATTCCAAGATGATGATAGTGGATGATGAGTACATAA TCATTGGTTCTGCCAACATAAACCAGAGATCAATGGATGGTGGAAGAGATACAGAGATTGCAATGGGTGCATTCCAACCA CGCCATGCCACATACAATGGTCCCCCAAGAGGACAAATCTATGGATTCAGGCGTGCACTATGGTTTGAGCACCTTGGTGA TCTTGGTGACACAAGCATCTTTAACAATCCAGAAAGCTTGAACTGCATCAATCTTGTGAATCGCCTTGCTGAGAACAACT GGGACATTTACTCAAAGGAAACATTTGATGAATTCAGAGCATTTCACCACCTCATGCGTTACCCCATAGAAGTGACCAAC AATGGAGCCATAAAAACATTTCCAGGGCTTGAATATTTTCCAGATACAAAGGCTCGGATTCTGGGTTCCAAATCAGAGTA CCTTCCTCCAATTCTCACCACCTAG
Protein sequence (LotjaGi1g1v0384000.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MQGRSIYKMQHNKMPQLLHGKLKVTIFEVDRLQAGCNLEFLRKGTTQKGKRLLAQVKGCLLCRPEIVGTRLYATVDLDKA RVRRTRMIGNQPSNPKWKESFEIYCAHHISNIIFTVKDDNPIGATLIGRAYIPVEQVIKTPIINRWVEILDEEDHRPVPG GSKIRVSVQFSSVTEDNACLWSQGIHVPFSGVPRTFFNQRQGCSLTLYQDAHVPDGSTPWIPISGTKYYVPARCWEDIYS AIMDAKHFIYIAGWSVYTEINLVRDPKNLGSESVITLGELLKMKADGGVNVLMLVWDDRTSVPDFKKDGLMATHDQETAQ YFRNTKVHCVLCPRNPDNGRSIVQGLQISTMFTHHQKTIVLDSQVTGLEKRSVTSFIGGLDLCDGRYDTREHPLFSTLNT VHHADFHQPNFPGASIKKGGPREPWHDIHCKLEGPIAWDVLFNFEQRWEKQVGKQFLMSIDELDRFLVHPSDAMVSEEDK DTWSVQLFRSIDGGAVSSFPQAPDEVAEFGLISGKDNVIDRSIQDAYINAIRRAKKFIYIENQYFLGSSYGWKSSDIKVE DINALHLIPKELSLKIVSKIEAGERFVVYVVIPMWPEGMPESASVQAILDWQRRTMEMMYSDIADAIKKKNIEAHPRDYL TFFCLGKRESKIEGEYTPPEEPEPDSDYRRAQNARRFMIYVHSKMMIVDDEYIIIGSANINQRSMDGGRDTEIAMGAFQP RHATYNGPPRGQIYGFRRALWFEHLGDLGDTSIFNNPESLNCINLVNRLAENNWDIYSKETFDEFRAFHHLMRYPIEVTN NGAIKTFPGLEYFPDTKARILGSKSEYLPPILTT
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 | 7 | 834 | 828 | 0.0 | ||
| PANTHER | 14 | 834 | 821 | 0.0 | ||
| CDD | 14 | 170 | 157 | 2.85168E-56 | – | |
| PANTHER | 14 | 834 | 821 | 0.0 | – | |
| SUPERFAMILY | 16 | 172 | 157 | 4.99E-17 | – | |
| SMART | 21 | 146 | 126 | 9.6E-12 | ||
| Pfam | 21 | 148 | 128 | 9.0E-14 | ||
| Gene3D | 62 | 182 | 121 | 3.9E-12 | ||
| SUPERFAMILY | 189 | 458 | 270 | 1.41E-29 | – | |
| ProSiteProfiles | 350 | 386 | 37 | 10.457 | ||
| Pfam | 350 | 386 | 37 | 5.5E-8 | ||
| SMART | 350 | 386 | 37 | 0.26 | ||
| Gene3D | 488 | 720 | 233 | 4.3E-22 | – | |
| SUPERFAMILY | 523 | 746 | 224 | 6.11E-28 | – | |
| ProSiteProfiles | 677 | 704 | 28 | 15.45 | ||
| SMART | 677 | 704 | 28 | 1.9E-8 | ||
| Pfam | 678 | 704 | 27 | 1.8E-7 | ||
| Pfam | 753 | 824 | 72 | 1.8E-25 |
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 | Catalytic activity | Catalysis of a biochemical reaction at physiological temperatures. In biologically catalyzed reactions, the reactants are known as substrates, and the catalysts are naturally occurring macromolecular substances known as enzymes. Enzymes possess specific binding sites for substrates, and are usually composed wholly or largely of protein, but RNA that has catalytic activity (ribozyme) is often also regarded as enzymatic. | ||
| Molecular function | Phospholipase D activity | Catalysis of the reaction: a phosphatidylcholine + H2O = choline + a phosphatidate. | ||
| Molecular function | Calcium ion binding | Interacting selectively and non-covalently with calcium ions (Ca2+). | ||
| Cellular component | Membrane | A lipid bilayer along with all the proteins and protein complexes embedded in it an attached to it. | ||
| Biological process | Phosphatidylcholine metabolic process | The chemical reactions and pathways involving phosphatidylcholines, any of a class of glycerophospholipids in which the phosphatidyl group is esterified to the hydroxyl group of choline. They are important constituents of cell membranes. |
Expression pattern of LotjaGi1g1v0384000.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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