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| Field | Value |
|---|---|
| Gene ID | LotjaGi6g1v0252900 |
| Transcript ID | LotjaGi6g1v0252900.1 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Phospholipase D; TAIR: AT3G16785.1 phospholipase D P1; Swiss-Prot: sp|Q9LRZ5|PLDZ1_ARATH Phospholipase D zeta 1; TrEMBL-Plants: tr|I1MGP5|I1MGP5_SOYBN Uncharacterized protein; Found in the gene: LotjaGi6g1v0252900 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr6:56520497..56531560) extracted from Lotus japonicus Gifu genome v1.2.
GAAGAAATCAAAGTTGCTTAGTGTTTTGACGTTGTTCACAGTTCAACTCACATACCGTATTTTCCTAATCTCACGAAACC AAGCTTTCACCAGCCAGCGTGTTTGTTTTCTCTTCTCTCTCTCAATTCAATTTCGATCCAAAACCACAACCGGCGATTCA ACTTCTCATGGCGACGGAGCAGTTAATGGTCGCTGGCGGCCCCCGCTATGTTCAAATGAAATCGTCGCCGCCGCCCTCGC CTCCGGCTCCGGGAGAGATTTCGCCGGCACCGTCGTTCCGGCAGGGAGGTGCTGAGCCTAATCGGATTTTCGATGAATTG CCGAAAGCTACAATTGTCTCCGTTTCTCGTCCTGACGCCGGTGATATTAGCCCCATGCAACTCTCTTACACAATTCAGGT TCAGTACAAACAGGTGCGTCGAATTCTTGTTCAATTTTGATGTCTGATTGCAAGCACTGAATTCAATTGTGTGTACAATA AGCGATGATGATTGATGAGTATCATAGGGATTGAATTTGAATCATAGAACAAGAAATGCACAGTGCAATAGTTCTGCAGT TTGTTTGTGTTTTCCACAAAAGCTGCTACTGAGGCTTACATCTTTGGACTTTTCCTTTTAACCTTTAAACAAAAGTTTCT CCTATTGCTTGCATTTTGTACCATCATTGCAGCTGTTTAGGCTTGAAGTGAGAGTAAGAAATTGTACTATAGAAGGTGAA CAAAGTAGTATAAGTGCAGTGGAGCCATGTTTTTACACCTGTACATTATGTTTCACGCGAAAATGGGAGCAGGGAAATTG GGTGGAGACAAAATGGGGGCAATTGCATCATTTTCTCTTGTTTGGTTGTATAGAGAGAACAAAGAGGAAGGCAGAAAATG GTGTAGAACAGTAGAAGTAGAACTTAGGTATCATGACAATTTGTTTCCTTTCAATTTTACCTATGTATTTATCTCTCTTA TCTAATATAAGGGTATAGGGTCTACTTGATTCATTTCATTTTATCAAAGTGGAATAAGACATTAAATCAATTTTTTTTCT TACTGACTTTTCTTTCCAACCAAAACAAGTATAGGGTTTACTCTAGTACTCTTTCTCGCTATCTTCATCGCTCCTAAAAA AAATACAAAATCTACCCATTTTCTTTCCCCACCTAAGCAAAGAAGTAGTGTCCTTGTCTGTGTCCCTGATGCTTTTGAGT TTAGGAGTAGGATGTGAGAAACCTCGTTGGTTTAAAAAGATTGCTTTTTGTTTATTTCGTTCAGTCTTCCTTCTTTATGG AGGATACTTATATATCTCTCACTTTCATTCCAGTTCAAGTGGGAACTTGTGAAGAAGGCTCATCAAGTATTTATTTTGCA TTTTGCCTTAAAGAAACGTGCCTTTTTTGAGGAAATTCATGAGAAGCAAGAGCAGGTAAGTAGTGTTATTTATACTGATT CTGATTTTTTATTGATTGCTTAATATGAGTGGTTTTGTACATCTGTTGTATTATTTGATGCAATCATGCATATATAACAA AGTTTGGATTTTAATGTAATGTTCACTGAAACATTATATTAAAGGTTAAAGAATGGCTTCAAAATCTAGGAATTGGAGAA CACACTGCTATGGTGCAAGATGATGATGACGCTGATGAGGATTCGGTTCCTTTACATACAGATGAAAGTGCTAAAAACAG GTGATCCTCAACATGCAGCTTTGATGGGAGCACTATTATAATTGCAGTATGTTACTCTGGCCTTAATTGACTGTAAGTTG ATTTTTTGTACAGAGATGTTCCATCAAGTGCCGCTCTACCAATTATACGACCGGCTTTAGGACGGCAGCAGTCTATTGCA GACAGGGCAAAGAGTGCAATGCAAGGGTATCTAAATCACTTTTTGGGAAATATCAGTTTAGTTAACTCTCGAGAGGTATG CTTTATGCACGAGCTTTTGAAAATAGACACCTATCATTTCATAGAAATTATTGCTTTTACACAGTTGTTATTCTCTGTTA TGGTTCAAGTATCTCATACACATTGATGTACATAAATGTAAATGTTTGATATTAAGGGGTGGACAAAGTGTAATTTGATT AATTTAACATATGAAATGAATAAAATGTGCATCGAGATGGGGTTGATCATGCTATTCAACAACAACAACAAAAGCCTTAT CCACTTAGTGAGGTCGGCTATATGGATCTGACTATGCCATTGAGCTCAATAAAAAACTAAATTATGAGGGATATTATTGA TAATAAGATCATCTTTAACAATACTTTCCCATGTTCTTTTTTGTCTCCCTCTACCTCTCTTTGCCGGACTAAATTTTGAG ACTGCGAGTCTTGCGCGTTGGGCTTCCTTTTGTGTCCTTTAGGCTTGAATTGTAACAAATCATTGTCACTTCTTTTGGCT AATACATGTAACAAATATTATATGATATGGACCTTGGAACTTGAACATACTTTGTTTTCAGTTGAAGTGCATGACCACTA TTTATGTTTTGTTATTAGTTTTTTGTTGGATGTATGCTCCTCTCCAATTGACTTTTTGAGTTTGTGTGCTTTCAGTTGAT CGCTATACACTTGTTTTAACAATAAGCAATTTGATGCTCTAGGTTTGCAAGTTTTTGGAAGTATCCATGTTGTCTTTTTC ACCTGAATATGGCCCGAAGCTGAAGGAAGAATATGTAATGGTGAAGCATCTGCCTAAAATTCCAAAAGATGATGATTCCA GAAAGTGTTGTATGTCTAGCTGTTTTAGTTGTTGCAATGACAACTGGCAAAAGGTAAAGAATCCTGTTTTTGAAGCATCT TGGTTTCTCTTGATAAATGTATAAATTAAATATTTTAGTATGTTATATTTATGCACTACTAAGGAAGTCAGATGCAAATA TATACTTAACATATATGATCTCTCGGTGCCATGAGAAATCACTAATACAGTACCTATGGGCTATGGAAACCTATAGTATT GCCTAAAAAAATTCTGATGCATGCTCTCCCTTTCCATATTTTAGATCTGAATGAGAACTTTTAACTTTATTAATTTTAAT ATACTATCCTTGTTCTGGAAGTTTGTTAATTATATGAGATGTGAATGTGGAAGTGGGCCTATTTTATGAAGTTACAACGG TACTTTTCTCCTTGCTTTTCAATAATAAAAGAAAATAATAAATTGGGTACTTGGGGAAGGTATGAATGGAGACAGATAGG GGAGTTCACCTTCTGTATTAGATTAGATATATGTTGGGGTCGTTTTTTGTTTTGGTTGGAAAACATTTAGGGAAGTTGGA GGCTATATCATTCCAATGCTACATGCTGCAAACAGTAGCAGTGTTACTTACCAAATGCCTACTAAGGGGTCATTACTGGC ATTGGAACCAAACCTAAGCCTTACTAGCTAATTACTGGATCCTTACTATCTGAAAGCAGCCCCCCATTGCCATTTTAATC ATTTACCTGGGCTTTGAATTCTCCAACAATTTGGTATTTTAGGACCTGGAACTTTATTGGTATTATTTTAAGGGAAAATA GCATATACCTTGAACTTTGTGTCTTTTGCAAATAGACACCATGGACTTTTATTTTATCTCAAATAATCTTTAAACTTTTA CAGTCTTACTATTATTTTAATAGATCCTTCTATTAACTTTTTGGTAAGTTGCAAATAGACACCATGGACTTTTAATAGAT CCTTCTAGGAAAATAAATTGACATTAAACTTGATACTTTTTGTAAATAAACATTTTAAAATCTCACATCTCACTGTAATT AATCCTTAAATTCTTACTAATAATGAATAAAAGGATTAATTAGGACAAAATTAAAATTAATGGTGCCCGCAAAGAGTATG AAGTTTAGGGTGGTTGGATGCATTTTCCCCTTATTTTAATTACTTCACAATATCTTTTATTTTATATTCAGTTGAACTTT ATAGCTAGCACTTTCCTTTCTTTTTATGTACAGGTGTGGGCTGTACTAAAACCTGGATTCTTGGCATTGCTGGCAGATCC TTCTGATACACAGCCCTTGGACATTATTGTTTTTGATGTACTGCCTGCCTCAGATAGGAATGGGGATGGTCGTCTATCAC TAGCAAGCGAAATGAAGGAGCGGAATCCTTTACGCCATTCATTCAAGGTGAAAGGGGTGTTCCTCTATCTATGTTGTTCC TTTACGCCAATTCTTATTGTCTCTGCATTTTAAAAATCTTGAGTAAGCCTTCAATTCAGTCTTTGAAATTGATCATTGGA TGATATCATTTGATCCCTGTAAACAGTAATTTTTGGACTTCAACATAATAAAACTTCCATTTTGAGGACCAAACTGATGT AATAATCTTTCGAAGACCAAAGTGTTGTTTTCAAGCACCAAAATGAGGGTTATTCTAATATGATACTAGTTATTAGCGGA TGTATGGTGATAGACAAAGAATGATACTTTCTTAACACTTAACTGAATACTTTAGGTTACTTGTGGACTTCGGAGCATTA GAATTAGAGTGAGAAGTAGTAGTAAAGTTAAAGATTGGGTAGCTGCAATTAATGATGCTGGACTCAGGCCTCCTGAAGGC TGGTGTCATCCTCACCGCTATGGTTCTTTTGCTCCTCCTAGAGGCTTAATTGAAGATGATAGTCAAGCCCAATGGTTTGT GGATGGGCAAGCAGCATTTGATGCGATTGCTTCTTCAATTGAGGATGCAAAATCAGAGGTTTGTCTTTTCAGTCCATAAC ATTCAAGCCTATTTTCATGATAATTATTTCTTGTCAAAATAAAAGATAATGATTGTTTTCAAGTTATGATAAATGATAGA TAGATTCATGCAGATATTTATCTGTGGATGGTGGCTGTGCCCAGAATTGTATCTACGGCGGCCTTTCCACGCTCACACTT CAGCAAGGCTTGATAATTTGTTGGAAGCAAAAGCCAAGCAAGGGGTTCAGGTAAATGATTGTTCCCTGTTGTTGCGCCTA AATTCGTTTTGTTGTTACAAATCGTCTTGCATTTAATTTTGGTTTTTGGCCCAACATGTGATCTGACTTCAAGCCCATGT AGAAATTGCATAGTATCATAAATAGCTATTCTGGGGATTACCCATCCTCCCAGAGAATTAATAAGTGTGGTTGAAGTGAA TGGAGTTGCTCATATGGACCTGTAAATATGTTTGCGCGTGACCATGCGTCTGACATGAGGGTTTGAACTCTGAGTGACTT GCCCTTGTAATCTTCATTCATCATAGTGTATGTTTTATGTTATGCCCTAGGAGATTGGCCTATAGTTTGCTGTAGAAACT AGATATAACAAAGTTAATTTTGTTGTCTCTTTTTCTTCTCCTTATTTTCTATTTGCTCATTTTTTAATCAAACTTTTTAA TTTTTAATTTAAAAGTTGAGTCATTGCTATGAATATGAAATGCTCACTTCAAAAATAGGAGTCGAGTTCATGTTATTAAT GTATTATTGAAACTTGTTAAAAGAATCTGATGTTTCAATTCATAATGGGGCGCTTTAAAATGTAACTGTACACACATTTA TAATGTGTTCCATATGCATGTCAATCTATGGGTTTAGGTTCTTAGAGAGGGTGTGATGGCTTGTTGGGATCTTTCAAATG CATGTTAGAAAAAGTGGCTCCAGAATATGTTTTACTGTCTGTTGAGCCACAACATTTATTGCCGGTACATAAAGCTATAG AATTTAGTATTTTATAAATATTTCTAATGTCAGAATGGGGAGAACCCACAAGATAAATTAATTTAATTATTTTATTACAA TAATTCACCAGTCCTGCAAGCTCTCATTTGTCTTGTATGCCTCCCGGATGATGCATGTTTCAACTTTGAATTGCTTTATT TCCATTGAAGTGTCATGAGTTTGATGAATGTTTTTTTTAATATAGATTTATATTCTGCTCTACAAAGAGGTGGCTCTTGC TTTGAAAATCAACAGTGTTTATAGCAAGAAAAAGCTTCTTAGCATTCATGAGAATGTGAGGGTATTACGCTATCCTGACC ACTTTTCTACTGGTGTTTACCTGTGGTATGAAATTACCCAAAACATTCTTTTTGATCTTTGGTTTTATGAATAAATTATA TATATACATCTAATCATCTATCGAGGATGTATCTTATGAGAAAGGTGATTTTATGTGAGAACATGAGAATAAATCATGAC TATTAGATCTATTCATGAACGGTCCAGATTAAAACATGAAGTCATGACTTTTTTAAGTGATCACACGACTATTAATTTGC TTTAATCTGGACCGTTCATGAATCTAAGGGTCATGATTTATTCTCATGTTCTCACATAAAATCTCCTTTCTCATGAGATA CATCCCCTACATCTATCTATCTATCTATATATAAATTATACTGCACTTCTGTGGTTTCTTACACAGGTCACACCATGAAA AACTTGTCATTGTTGATCACCATATTTGCTTTATTGGAGGTCTGGATTTATGCTTTGGTCGTTATGACACACCTGAGCAT AAAGTGGGGGATTTCCCTCCTGTAATGTGGCCTGGAAAGGACTATTATAACCCAAGGTAAGTTTTGTGAATAGAAAATAA AATCACAATGAAGCTTTATGTATGGGACTATTTTGCTGTGCTCTGAAATCATTAAAATTGTCATTTTAGTTTTCGGAAAA AAAAATACTTGTTTTAATCTTTCGAAGTGTTTGGCGAAAGAATATAAATACTTTCATGGGACAGTTGATGGCTAGAAACA CAAAATCTGCTGTTAAAGAAGCATTTTCTTAAAAAGTTGTTTCTTTCTGATCAATCATTTATCAGCAGTTACTTATAGAG TTGTCTATCAGTTAATTAAACCTATACAATACATTATGTCTTTATCAGTTACTTATAGAGTTGTCTATCAAACCCTTCTT AGAAATTATACATAATGGATAATGAATCATCCTCGGGGCCTGGGAGGTGGGACTAGACTTGATAAGATTTTGAATTTGAT GTGTAACATGAGATTAAAACTTACCCATTAGAACCCTAAAAACAATCCTCTATATTAACAATAAATTGAGAATTCCAAAC ACATTTTGAATTGGGATAAAATTGTCTCGATAGCCCATGCATTGTCTCTGAATTCTTTTGCGTGTATTAATGTCGATGAA TCAATGTTTACTGATATACAATCCTAAATTATTTCCTAAGATTGCTTGTTATTGATTCTGCCTTATATTCATTATATGTA ATAATAAATATGTAAGATATTCTAAAGAAAACTATTAGTTGGATTTGCGCTTGGTATGTGTTAAGAATTAAGATATGTCA TTCGTCATCACTTGGTCATATACTCGCCCTATCTCGTTGGACATAATTCATATATTCATTTTCATTTTTGGCAGAGAATC TGAACCAAATTCATGGGAAGATACTATGAAAGATGAATTGGAACGTGAAAAATATCCTCGTATGCCCTGGCATGATGTTC ATTGTGCCCTTTGGGGACCACCTTGTCGTGACATTGCTAGGCACTTTGTTCAGCGATGGAATTATGCAAAGGTTAGACTC TTTCTTCAATTGCATTGAAGGCTTGATGCATATTGGTCCTATTCCTATATTCATAACAAGAATTTATTTTATTTTTCATA CCAGAGGAGCAAAGCCCCAAATGAGCAAGCAATACCATTACTTATGCCTCAGCATCATATGGTTATTCCACATTACTTGG GAAGAAGTAGCGAGATACAGATTGAAAGCAAGAACACTGACAACCAGAGAGTTATCAAGAGAGAAGATTCTTTTTCCTCA TCTTCCCAAGATCAAGACATTCCTCTACTTTTGCCTCAAGAGTCTGATGGGTTGACTTCTCCTGAAGGAAACCCTAAACC TAATGGGCTGATCTCCTTTTTACATCACATTGACAAGCCAAGAAAGAATAGCAATGGTCTTCCTTTCTCATTTCGAAAGG ACAAAGCTGCAGCAGTTGGTCTAGATACACCAATGAAGGGCTTTGTGGATGATCTTGGTTCTGTGCATTATCATGAAAAA AAGTCTGCGGATAGATTGGGTCATGTTGATTTACAAGATACAGATCGAGAATGGTGGGAAACACAAGAACGGGGTGATCA GGGAGGTTTTGCTGGTGACTCAGGACAAATTGGTCCTCGTGCTTCCTGCCGTTGTCAGGTACATAGTTCGTATTGCTTAA CTGACCTAGTTATATAGTCGTGACCAGTCATATTTCACATCTTGTTGGAAAGTTGAATTTAATGAGGATGCATTATATAT TTATAATATCTAATTTATTATGTTCTTTTCTTTTCACTTTTATGCTGTTATTTTTTTTTTTTGAACTGGTCATTGTATTT TCCACCATTAAAATAGTCTTTAATTGATAGGTCATTAGGAGTGTCAGTCAATGGTCTGCTGGAACAAGCCAAAATGAGGA GAGCATCCACAATGCTTATTGCTCTCTTATTGAGAAAGCTGAATACTTCATCTACATTGAGGTATTAAACAAACTTTATC CTTCAATTTGAATACAGTTTTCGAAAAGTATCTACACTGGAGTCTGGACCTTTCTCTGACTGTTATATTTCGTCCTTGGG AACATGTTCCAGAATCAGTTTTTTATCTCAGGTCTTTCTGGAGATGAGATGATACGCAATCGTGTTTTAGAAGCTTTACA TCGACGGATTATGCGAGCTTACAATGACAAAAAATCTTTCAGAGTTATAGTTGTCATACCTCTCCTGCCTGGCTTCCAGG TTCTAATTAGTCTTGTTTTTCCTATTTCAACCGAGTAAATATTTCTTTTGCTTGAATTTTGGACTTACTTCTCTGTTATA TAGGGGGGCCTTGATGATAGTGGTGCAGCATCTGTGAGAGCCATAATGCATTGGCAGTATCGAACTATTTGCAGAGGGCA GAATTCTATCTTACACAATCTTTACGAACTTCTTGGTTCAAGAATACATGATTATATCTCATTTTACGGCCTGAGGTCTT ATGGTAGACTCTCTGACGGTGGTCCTGTGGCAACCAGCCAGGTATTCTTTTAATCTATGGTCTTTCATAGTTGTTATACT TAAGTAACTGTAGGCAGCTTAATGATATACACTTTTTTGCAGGTGTATGTTCACAGTAAAATCATGATTATTGATGATTG TGTAAGTTTGATTGGATCGGCTAATATTAATGATAGGAGCTTACTTGGTTCCAGAGATTCTGAGGTAAAGTTCTATGCGT TTTCCCTTCTCATGCTGTAAAAGTTTGATTGGAGGTTTGAATGTACGATCCACTCTCGCACACTGTTTCTGATTTGATGA TAATTCTCATTAATGGTAATCTACAATATAGGAGTGGGTTACTTGATAGTTGATATCTAGTTAGCTTTTTGTGTATTTAT ACATTTTATTGGAAACTTTGGGGGGAAGACTGCAAAATTTAGATTGGTGTTCGTATTCATATATAACTTCAAATTTCTTT CTCATTATTATCAGCTGACATTTCTGTGATGTTAACAAATTATATGGAGCTCCTCAAAATAAAATTTGTAATTTTCAACT AACTTGGATTTCTTATTGCCAACATCCTATTTCTTTCCTTCCAATTTGTGTCTCCTACTTGTTGATTAATCTTTAGGTTA TTATTTGCATACAATAAAAACCCTAGTCCTTTCCCGCTAGGTGGTGTCAATTATTATTTGCAATTTTTAATCATTTTAGA ATTTCTATTTAACCTTTTAAGCTATATATTAATGCATATAATTGATTGCATCACCTTCTGTCAATTGTCCCACATATGGT TTTCAGATTGGTGTAGTTATAGAAGACAGAGAGTTAATTGATTCTTATATGGACGGGAAGCCTTGGAAAGCAGGAAAGTT TTCTTTGACTCTCAGATTATCATTATGGTCTGAGCACCTGGGTCTCCCGGCAGGAGAGGTTGGTTATTTTCCATTCCTTG GAGTGTAGTTGTGCTGTGTGCCTGATATGTAATGACTATTTTAATACCTTCTCTTCAGGTCAATCAAATAATGGACCCAG TTATTGAGTCTACTTACAAGGATATTTGGATGACAGTCGCAAAGGTAATAAGAAAGATAAAATGTTAATATTTAATTGTA ATTTAACCTGTAATGATTTTTATATGAATCCTGGTGCTTTAAGTGACATCCTTATAATTTGACTTTTAGATGAATATCTC ATTGCATGGAACTTAGTCTTTTGAAAGTAATTATTGCAAGAGTACTGATAATTGTCCTTGTTTACGTTTTACAGACAAAT ACTGCAATTTATCAGGATGTCTTTTCTTGCGTGCCTAATGATCTGATTCACACCAGGTAAGCTGGTGATAATATTTGTCC GTCTTTAATGGGTGAATTTTTTGCATTGTTTTGTCCTGACATTTGAAACCTTGCATTTGTTGCAGACTTGCTTTCAGACA AAGCGTGGCTTTTTGGAAAGAAAAAGTTGGTCACACAACCATTGATTTAGGAATAGCCCCAAAAAACTTAGAATCCTACG ATGATGGAAATATCAAGAACACGGATCCCTTGGAGAGATTAACATCAGTTAGGGGTCATCTTGTTTCTTTTCCTTTGGAG TTCATGTGTCAAGAAAGTCTAAGACCTGCTTTTAATGAAAGTGAATACTACGCTACTCAAGTTTTCCACTGAGATGATAA CCGAGTATATAATATCATGAAATTTTTTTGTGAAAGAAAATTATACAGGGGATTTGTAATTTATTACTTGCAGAATTTCT TTTTATTACAATTCTGCAAGTGAGTCTGGAAATTGGGGAAGGAAAGAGAAGGGAAGAGGGGGGGGGGATCATGATATTCT TGTAAAAAGAATGTATCTGTAACTTTTCACTGTAAAAAAAATCTCAGGTCAATTTTTATAGAGAATAAAGAAAATTCAGT TCAACAATATATGCTGCTATTTACTTTCAGATATCTTTCTTTTGTTCGTTCTTCATGTTTTTCTCACCACTTCTCTTGTT TAGTGTTCAAAGACAGTTCAAAATTTTATGATGCATATTATATGGGTTGCATTTTTTGTCTATTGTTGATTTGGCCATTT TCTCAACCTTGGACTATGTTAAAC
CDS sequence (LotjaGi6g1v0252900.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCGACGGAGCAGTTAATGGTCGCTGGCGGCCCCCGCTATGTTCAAATGAAATCGTCGCCGCCGCCCTCGCCTCCGGC TCCGGGAGAGATTTCGCCGGCACCGTCGTTCCGGCAGGGAGGTGCTGAGCCTAATCGGATTTTCGATGAATTGCCGAAAG CTACAATTGTCTCCGTTTCTCGTCCTGACGCCGGTGATATTAGCCCCATGCAACTCTCTTACACAATTCAGGTTCAGTAC AAACAGTTCAAGTGGGAACTTGTGAAGAAGGCTCATCAAGTATTTATTTTGCATTTTGCCTTAAAGAAACGTGCCTTTTT TGAGGAAATTCATGAGAAGCAAGAGCAGGTTAAAGAATGGCTTCAAAATCTAGGAATTGGAGAACACACTGCTATGGTGC AAGATGATGATGACGCTGATGAGGATTCGGTTCCTTTACATACAGATGAAAGTGCTAAAAACAGAGATGTTCCATCAAGT GCCGCTCTACCAATTATACGACCGGCTTTAGGACGGCAGCAGTCTATTGCAGACAGGGCAAAGAGTGCAATGCAAGGGTA TCTAAATCACTTTTTGGGAAATATCAGTTTAGTTAACTCTCGAGAGGTTTGCAAGTTTTTGGAAGTATCCATGTTGTCTT TTTCACCTGAATATGGCCCGAAGCTGAAGGAAGAATATGTAATGGTGAAGCATCTGCCTAAAATTCCAAAAGATGATGAT TCCAGAAAGTGTTGTATGTCTAGCTGTTTTAGTTGTTGCAATGACAACTGGCAAAAGGTGTGGGCTGTACTAAAACCTGG ATTCTTGGCATTGCTGGCAGATCCTTCTGATACACAGCCCTTGGACATTATTGTTTTTGATGTACTGCCTGCCTCAGATA GGAATGGGGATGGTCGTCTATCACTAGCAAGCGAAATGAAGGAGCGGAATCCTTTACGCCATTCATTCAAGGTTACTTGT GGACTTCGGAGCATTAGAATTAGAGTGAGAAGTAGTAGTAAAGTTAAAGATTGGGTAGCTGCAATTAATGATGCTGGACT CAGGCCTCCTGAAGGCTGGTGTCATCCTCACCGCTATGGTTCTTTTGCTCCTCCTAGAGGCTTAATTGAAGATGATAGTC AAGCCCAATGGTTTGTGGATGGGCAAGCAGCATTTGATGCGATTGCTTCTTCAATTGAGGATGCAAAATCAGAGATATTT ATCTGTGGATGGTGGCTGTGCCCAGAATTGTATCTACGGCGGCCTTTCCACGCTCACACTTCAGCAAGGCTTGATAATTT GTTGGAAGCAAAAGCCAAGCAAGGGGTTCAGATTTATATTCTGCTCTACAAAGAGGTGGCTCTTGCTTTGAAAATCAACA GTGTTTATAGCAAGAAAAAGCTTCTTAGCATTCATGAGAATGTGAGGGTATTACGCTATCCTGACCACTTTTCTACTGGT GTTTACCTGTGGTCACACCATGAAAAACTTGTCATTGTTGATCACCATATTTGCTTTATTGGAGGTCTGGATTTATGCTT TGGTCGTTATGACACACCTGAGCATAAAGTGGGGGATTTCCCTCCTGTAATGTGGCCTGGAAAGGACTATTATAACCCAA GAGAATCTGAACCAAATTCATGGGAAGATACTATGAAAGATGAATTGGAACGTGAAAAATATCCTCGTATGCCCTGGCAT GATGTTCATTGTGCCCTTTGGGGACCACCTTGTCGTGACATTGCTAGGCACTTTGTTCAGCGATGGAATTATGCAAAGAG GAGCAAAGCCCCAAATGAGCAAGCAATACCATTACTTATGCCTCAGCATCATATGGTTATTCCACATTACTTGGGAAGAA GTAGCGAGATACAGATTGAAAGCAAGAACACTGACAACCAGAGAGTTATCAAGAGAGAAGATTCTTTTTCCTCATCTTCC CAAGATCAAGACATTCCTCTACTTTTGCCTCAAGAGTCTGATGGGTTGACTTCTCCTGAAGGAAACCCTAAACCTAATGG GCTGATCTCCTTTTTACATCACATTGACAAGCCAAGAAAGAATAGCAATGGTCTTCCTTTCTCATTTCGAAAGGACAAAG CTGCAGCAGTTGGTCTAGATACACCAATGAAGGGCTTTGTGGATGATCTTGGTTCTGTGCATTATCATGAAAAAAAGTCT GCGGATAGATTGGGTCATGTTGATTTACAAGATACAGATCGAGAATGGTGGGAAACACAAGAACGGGGTGATCAGGGAGG TTTTGCTGGTGACTCAGGACAAATTGGTCCTCGTGCTTCCTGCCGTTGTCAGGTCATTAGGAGTGTCAGTCAATGGTCTG CTGGAACAAGCCAAAATGAGGAGAGCATCCACAATGCTTATTGCTCTCTTATTGAGAAAGCTGAATACTTCATCTACATT GAGAATCAGTTTTTTATCTCAGGTCTTTCTGGAGATGAGATGATACGCAATCGTGTTTTAGAAGCTTTACATCGACGGAT TATGCGAGCTTACAATGACAAAAAATCTTTCAGAGTTATAGTTGTCATACCTCTCCTGCCTGGCTTCCAGGGGGGCCTTG ATGATAGTGGTGCAGCATCTGTGAGAGCCATAATGCATTGGCAGTATCGAACTATTTGCAGAGGGCAGAATTCTATCTTA CACAATCTTTACGAACTTCTTGGTTCAAGAATACATGATTATATCTCATTTTACGGCCTGAGGTCTTATGGTAGACTCTC TGACGGTGGTCCTGTGGCAACCAGCCAGGTGTATGTTCACAGTAAAATCATGATTATTGATGATTGTGTAAGTTTGATTG GATCGGCTAATATTAATGATAGGAGCTTACTTGGTTCCAGAGATTCTGAGATTGGTGTAGTTATAGAAGACAGAGAGTTA ATTGATTCTTATATGGACGGGAAGCCTTGGAAAGCAGGAAAGTTTTCTTTGACTCTCAGATTATCATTATGGTCTGAGCA CCTGGGTCTCCCGGCAGGAGAGGTCAATCAAATAATGGACCCAGTTATTGAGTCTACTTACAAGGATATTTGGATGACAG TCGCAAAGACAAATACTGCAATTTATCAGGATGTCTTTTCTTGCGTGCCTAATGATCTGATTCACACCAGACTTGCTTTC AGACAAAGCGTGGCTTTTTGGAAAGAAAAAGTTGGTCACACAACCATTGATTTAGGAATAGCCCCAAAAAACTTAGAATC CTACGATGATGGAAATATCAAGAACACGGATCCCTTGGAGAGATTAACATCAGTTAGGGGTCATCTTGTTTCTTTTCCTT TGGAGTTCATGTGTCAAGAAAGTCTAAGACCTGCTTTTAATGAAAGTGAATACTACGCTACTCAAGTTTTCCACTGA
Protein sequence (LotjaGi6g1v0252900.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MATEQLMVAGGPRYVQMKSSPPPSPPAPGEISPAPSFRQGGAEPNRIFDELPKATIVSVSRPDAGDISPMQLSYTIQVQY KQFKWELVKKAHQVFILHFALKKRAFFEEIHEKQEQVKEWLQNLGIGEHTAMVQDDDDADEDSVPLHTDESAKNRDVPSS AALPIIRPALGRQQSIADRAKSAMQGYLNHFLGNISLVNSREVCKFLEVSMLSFSPEYGPKLKEEYVMVKHLPKIPKDDD SRKCCMSSCFSCCNDNWQKVWAVLKPGFLALLADPSDTQPLDIIVFDVLPASDRNGDGRLSLASEMKERNPLRHSFKVTC GLRSIRIRVRSSSKVKDWVAAINDAGLRPPEGWCHPHRYGSFAPPRGLIEDDSQAQWFVDGQAAFDAIASSIEDAKSEIF ICGWWLCPELYLRRPFHAHTSARLDNLLEAKAKQGVQIYILLYKEVALALKINSVYSKKKLLSIHENVRVLRYPDHFSTG VYLWSHHEKLVIVDHHICFIGGLDLCFGRYDTPEHKVGDFPPVMWPGKDYYNPRESEPNSWEDTMKDELEREKYPRMPWH DVHCALWGPPCRDIARHFVQRWNYAKRSKAPNEQAIPLLMPQHHMVIPHYLGRSSEIQIESKNTDNQRVIKREDSFSSSS QDQDIPLLLPQESDGLTSPEGNPKPNGLISFLHHIDKPRKNSNGLPFSFRKDKAAAVGLDTPMKGFVDDLGSVHYHEKKS ADRLGHVDLQDTDREWWETQERGDQGGFAGDSGQIGPRASCRCQVIRSVSQWSAGTSQNEESIHNAYCSLIEKAEYFIYI ENQFFISGLSGDEMIRNRVLEALHRRIMRAYNDKKSFRVIVVIPLLPGFQGGLDDSGAASVRAIMHWQYRTICRGQNSIL HNLYELLGSRIHDYISFYGLRSYGRLSDGGPVATSQVYVHSKIMIIDDCVSLIGSANINDRSLLGSRDSEIGVVIEDREL IDSYMDGKPWKAGKFSLTLRLSLWSEHLGLPAGEVNQIMDPVIESTYKDIWMTVAKTNTAIYQDVFSCVPNDLIHTRLAF RQSVAFWKEKVGHTTIDLGIAPKNLESYDDGNIKNTDPLERLTSVRGHLVSFPLEFMCQESLRPAFNESEYYATQVFH
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 |
|---|---|---|---|---|---|---|
| MobiDBLite | 1 | 43 | 43 | - | – | |
| MobiDBLite | 18 | 32 | 15 | - | – | |
| PANTHER | 33 | 1114 | 1082 | 0.0 | ||
| PANTHER | 33 | 1114 | 1082 | 0.0 | – | |
| PIRSF | 59 | 615 | 557 | 4.2E-180 | ||
| CDD | 198 | 345 | 148 | 8.13747E-37 | – | |
| SMART | 221 | 349 | 129 | 9.9E-4 | ||
| Gene3D | 239 | 346 | 108 | 3.0E-8 | ||
| SUPERFAMILY | 253 | 345 | 93 | 3.44E-9 | – | |
| SUPERFAMILY | 334 | 601 | 268 | 1.1E-40 | – | |
| CDD | 375 | 519 | 145 | 7.98641E-81 | – | |
| SMART | 482 | 509 | 28 | 2.0E-5 | ||
| ProSiteProfiles | 482 | 509 | 28 | 11.879 | ||
| Pfam | 482 | 509 | 28 | 2.5E-10 | ||
| PIRSF | 608 | 1118 | 511 | 2.3E-168 | ||
| MobiDBLite | 633 | 667 | 35 | - | – | |
| Gene3D | 756 | 976 | 221 | 3.7E-37 | – | |
| SUPERFAMILY | 757 | 966 | 210 | 7.85E-27 | – | |
| CDD | 775 | 959 | 185 | 4.19552E-100 | – | |
| Pfam | 789 | 964 | 176 | 6.5E-9 | ||
| ProSiteProfiles | 915 | 942 | 28 | 14.534 | ||
| SMART | 915 | 942 | 28 | 4.0E-6 |
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. | ||
| Biological process | Phosphatidic acid biosynthetic process | The chemical reactions and pathways resulting in the formation of phosphatidic acid, any derivative of glycerol phosphate in which both the remaining hydroxyl groups of the glycerol moiety are esterified with fatty acids. | ||
| Biological process | Inositol lipid-mediated signaling | A series of molecular signals in which a cell uses an inositol-containing lipid to convert a signal into a response. Inositol lipids include the phosphoinositides (phosphatidylinositol and its phosphorylated derivatives), ceramides containing inositol, and inositol glycolipids. |
Expression pattern of LotjaGi6g1v0252900.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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